meta_analysis
library(meta)## Loading 'meta' package (version 4.16-1).
## Type 'help(meta)' for a brief overview.library(metasens)## Loading 'metasens' package (version 0.6-0).library(readxl)
library(metafor)## Loading required package: Matrix## Loading 'metafor' package (version 2.4-0). For an overview
## and introduction to the package please type: help(metafor).#download data and subset it
data_full <- read_xlsx("/Volumes/H-LAND/Articles/Meta-Analysis/representative_meta_analysis.xlsx", sheet = "representatives")## New names:
## * age -> age...20
## * age -> age...27
## * `` -> ...71
## * `` -> ...72
## * `` -> ...73
## * ...data <- subset(data_full, exclude ==0) #
head(data)## # A tibble: 6 x 74
## unique representative study_id author year title pubmed amyloid tau
## <chr> <dbl> <dbl> <chr> <dbl> <chr> <chr> <dbl> <dbl>
## 1 1 1 1 Rolst… 2011 "Amy… https… 1 0
## 2 0 1 1 Rolst… 2011 "Amy… https… 1 0
## 3 1 1 2 Gu 2012 "Nut… https… 1 0
## 4 0 1 2 Gu 2012 "Nut… https… 1 0
## 5 0 1 2 Gu 2012 "Nut… https… 1 0
## 6 0 1 2 Gu 2012 "Nut… https… 1 0
## # … with 65 more variables: interaction <dbl>, addition <dbl>, ligand <chr>,
## # ligand_other <chr>, csf <chr>, csf_other <chr>, serum <chr>,
## # type_study <dbl>, time_between_points <chr>, neurodeg <dbl>,
## # age...20 <dbl>, sex <dbl>, education <dbl>, apoe <dbl>,
## # covaratiate_others <chr>, cohort_database <chr>, age_type <chr>,
## # age...27 <chr>, age_variance <chr>, total_nc <dbl>, nc_pos <chr>,
## # nc_neg <chr>, cutoff <chr>, global_cortex <chr>, ROI <chr>, suvr_dvr <chr>,
## # neurocog_description <chr>, type_cognitive <chr>, Global <dbl>,
## # Memory <dbl>, `Working Memory` <dbl>, `Executive function` <dbl>,
## # Semantic <dbl>, Visuospatial <dbl>, `Processing speed` <dbl>,
## # neurocog_stat_type <chr>, neurocog_stat_value_pos <chr>,
## # neurocog_stat_value_neg <chr>, neurocog_stat_value_variation_type <chr>,
## # neurocog_stat_value_variation_pos <chr>,
## # neurocog_stat_value_variation_neg <chr>, cdr <chr>, analysis_method <chr>,
## # analysis_method_type <chr>, analysis_method_continuos_stat <chr>,
## # analysis_method_se_pos <chr>, analysis_method_pos <chr>,
## # analysis_method_neg <chr>, analysis_method_p <chr>,
## # reported_effect_size_type <chr>, reported_effect_size <chr>,
## # calculated_effect_size_type <chr>, calculated_effect_size <chr>,
## # pooled_variance <dbl>, pooled_sd <dbl>, pooled_se <dbl>, final_es <chr>,
## # r <dbl>, d <dbl>, all_r <dbl>, exclude <dbl>, ...71 <lgl>, ...72 <lgl>,
## # ...73 <chr>, ...74 <dbl>##Grouping by cognitive domain, amyloid and tau
#random-effects-model for r values
first <- metacor(all_r, #column with r values
#pooled_se, #this tells R to use the seTE column to retrieve the standard error for each study
data = data,
n = total_nc, #sample sizes
studlab = paste(author),# labels for each study
comb.fixed = FALSE, #Whether to use a fixed-effects model
comb.random = TRUE, #Whether to use a random-effects model
method.tau = "SJ", #Which estimator to use for the between-study variance
hakn = TRUE, #Which estimator to use for the between-study variance
prediction = TRUE, #Whether to print a prediction interval for the effect of future studies based on present evidence
sm = "ZCOR", #The summary measure we want to calculate- fisher z
byvar = paste(type_cognitive, amyloid, tau), #grouping variable
print.byvar = gs("print.byvar")) #print grouping variable
first## COR 95%-CI %W(random) byvar
## Rolstad 0.3950 [ 0.1568; 0.5897] 0.1 Working memory 1 0
## Rolstad 0.4254 [ 0.1923; 0.6131] 0.1 Semantic 1 0
## Gu 0.0483 [-0.0205; 0.1167] 0.2 Memory 1 0
## Gu 0.0609 [-0.0079; 0.1291] 0.2 Memory 1 0
## Gu 0.0285 [-0.0403; 0.0971] 0.2 Memory 1 0
## Gu 0.0671 [-0.0017; 0.1352] 0.2 Memory 1 0
## Horn MM 0.9585 [ 0.9452; 0.9685] 0.1 Memory 1 0
## Hoscheidt SM 0.0964 [-0.1417; 0.3241] 0.1 Memory 1 1
## Hosokawa C 0.7628 [ 0.6600; 0.8376] 0.1 Global 1 0
## Adamczuk K 0.2272 [-0.0380; 0.4625] 0.1 Global 1 0
## Adamczuk K 0.2151 [-0.0507; 0.4524] 0.1 Memory 1 0
## Adamczuk K 0.0390 [-0.2262; 0.2988] 0.1 Memory 1 0
## Adamczuk K 0.0364 [-0.2287; 0.2965] 0.1 Semantic 1 0
## Adamczuk K 0.1659 [-0.1014; 0.4109] 0.1 Memory 1 0
## Adamczuk K 0.1696 [-0.0977; 0.4140] 0.1 Memory 1 0
## Adamczuk K 0.2085 [-0.0576; 0.4469] 0.1 Executive function 1 0
## Adamczuk K -0.0347 [-0.2949; 0.2303] 0.1 Semantic 1 0
## Adamczuk K -0.0834 [-0.3389; 0.1835] 0.1 Semantic 1 0
## Adamczuk K -0.3183 [-0.5363; -0.0605] 0.1 Visuospatial 1 0
## Adamczuk K 0.3182 [ 0.0603; 0.5362] 0.1 Visuospatial 1 0
## Adamczuk K 0.2272 [-0.0380; 0.4625] 0.1 Global 1 0
## Adamczuk K 0.2151 [-0.0507; 0.4524] 0.1 Memory 1 0
## Adamczuk K 0.0390 [-0.2262; 0.2988] 0.1 Memory 1 0
## Adamczuk K 0.0364 [-0.2287; 0.2965] 0.1 Semantic 1 0
## Adamczuk K 0.1659 [-0.1014; 0.4109] 0.1 Memory 1 0
## Adamczuk K 0.1696 [-0.0977; 0.4140] 0.1 Memory 1 0
## Adamczuk K 0.2085 [-0.0576; 0.4469] 0.1 Executive function 1 0
## Adamczuk K -0.0347 [-0.2949; 0.2303] 0.1 Semantic 1 0
## Adamczuk K -0.0834 [-0.3389; 0.1835] 0.1 Semantic 1 0
## Adamczuk K -0.3183 [-0.5363; -0.0605] 0.1 Visuospatial 1 0
## Adamczuk K 0.3182 [ 0.0603; 0.5362] 0.1 Visuospatial 1 0
## Aizenstein HJ -0.1215 [-0.4247; 0.2062] 0.1 Global 1 0
## Aizenstein HJ -0.1434 [-0.4903; 0.2427] 0.1 Visuospatial 1 0
## Aizenstein HJ -0.1215 [-0.4247; 0.2062] 0.1 Global 1 0
## Aizenstein HJ -0.1434 [-0.4903; 0.2427] 0.1 Executive function 1 0
## Aizenstein HJ -0.2115 [-0.4975; 0.1161] 0.1 Semantic 1 0
## Aizenstein HJ -0.0216 [-0.3572; 0.3189] 0.1 Visuospatial 1 0
## Aizenstein HJ -0.0599 [-0.3902; 0.2840] 0.1 Memory 1 0
## Aizenstein HJ 0.0089 [-0.3302; 0.3461] 0.1 Memory 1 0
## Aizenstein HJ -0.0096 [-0.3283; 0.3110] 0.1 Semantic 1 0
## Aizenstein HJ 0.2341 [-0.0925; 0.5152] 0.1 Executive function 1 0
## Aizenstein HJ -0.7673 [-0.8777; -0.5795] 0.1 Memory 1 0
## Aizenstein HJ -0.1677 [-0.4625; 0.1606] 0.1 Working memory 1 0
## Aizenstein HJ 0.4327 [ 0.1311; 0.6609] 0.1 Working memory 1 0
## Aizenstein HJ -0.4335 [-0.6615; -0.1321] 0.1 Executive function 1 0
## Aizenstein HJ 0.1998 [-0.1281; 0.4883] 0.1 Working memory 1 0
## Aizenstein HJ -0.5539 [-0.7422; -0.2846] 0.1 Working memory 1 0
## Aizenstein HJ -0.4126 [-0.6469; -0.1070] 0.1 Processing speed 1 0
## Aizenstein HJ 0.0339 [-0.2889; 0.3498] 0.1 Processing speed 1 0
## Aizenstein HJ -0.0997 [-0.4065; 0.2272] 0.1 Processing speed 1 0
## Aizenstein HJ -0.1292 [-0.4311; 0.1987] 0.1 Processing speed 1 0
## Pomara N -0.3500 [-0.6153; -0.0134] 0.1 Global 1 0
## Pomara N 0.4100 [ 0.0834; 0.6571] 0.1 Global 1 0
## Radanovic M -0.2060 [-0.4490; 0.0654] 0.1 Global 0 1
## Radanovic M 0.2070 [-0.0643; 0.4498] 0.1 Global 1 1
## Radanovic M 0.2110 [-0.0602; 0.4532] 0.1 Global 1 0
## Radanovic M -0.2840 [-0.5128; -0.0176] 0.1 Global 0 1
## Rentz DM -0.0902 [-0.2565; 0.0812] 0.1 Global 1 0
## Rentz DM -0.1508 [-0.3130; 0.0199] 0.1 Global 0 1
## Rentz DM -0.0228 [-0.1923; 0.1480] 0.1 Global 1 1
## Rentz DM -0.1184 [-0.2829; 0.0529] 0.1 Global 1 1
## Rentz DM -0.0288 [-0.1980; 0.1421] 0.1 Global 1 0
## Rentz DM 0.0838 [-0.0877; 0.2504] 0.1 Global 1 0
## Rentz DM -0.0546 [-0.2228; 0.1167] 0.1 Global 0 1
## Rentz DM 0.1462 [-0.0247; 0.3087] 0.1 Global 0 1
## Resnick SM -0.1387 [-0.3990; 0.1423] 0.1 Memory 1 0
## Resnick SM 0.1646 [-0.1163; 0.4211] 0.1 Executive function 1 0
## Resnick SM -0.2056 [-0.4553; 0.0742] 0.1 Global 1 0
## Resnick SM -0.1582 [-0.4157; 0.1227] 0.1 Memory 1 0
## Roberts RO 0.0368 [-0.0140; 0.0873] 0.2 Global 1 0
## Roberts RO 0.0386 [-0.0122; 0.0892] 0.2 Memory 1 0
## Roberts RO 0.2466 [ 0.1983; 0.2937] 0.2 Global 1 0
## Roberts RO 0.1639 [ 0.1141; 0.2128] 0.2 Memory 1 0
## Roe CM 0.0549 [-0.0399; 0.1487] 0.1 Global 0 1
## Roe CM 0.0979 [ 0.0033; 0.1907] 0.1 Global 1 1
## Roe CM 0.0926 [-0.0019; 0.1856] 0.1 Global 1 1
## Roe CM 0.0678 [-0.0269; 0.1614] 0.1 Global 1 0
## Roe CM 0.0405 [-0.0543; 0.1345] 0.1 Global 0 1
## Rosenberg PB -0.1500 [-0.6150; 0.3924] 0.1 Memory 1 0
## Rosenberg PB 0.1800 [-0.3660; 0.6338] 0.1 Semantic 1 0
## Rosenberg PB -0.1900 [-0.6400; 0.3570] 0.1 Global 1 0
## Rosenberg PB 0.5200 [ 0.0105; 0.8151] 0.1 Global 1 0
## Schindler SE -0.0450 [-0.1725; 0.0840] 0.1 Processing speed 1 1
## Schindler SE 0.1540 [ 0.0260; 0.2770] 0.1 Memory 1 0
## Schindler SE 0.0280 [-0.1009; 0.1560] 0.1 Memory 1 0
## Schindler SE 0.0620 [-0.0671; 0.1890] 0.1 Global 1 0
## Schindler SE 0.2320 [ 0.1067; 0.3501] 0.1 Working memory 1 0
## Schindler SE 0.0890 [-0.0400; 0.2151] 0.1 Global 1 0
## Schindler SE 0.0090 [-0.1197; 0.1374] 0.1 Memory 1 0
## Schindler SE 0.1900 [ 0.0630; 0.3109] 0.1 Executive function 1 0
## Schindler SE -0.0080 [-0.1364; 0.1206] 0.1 Processing speed 1 0
## Schindler SE -0.0280 [-0.1560; 0.1009] 0.1 Semantic 1 0
## Schindler SE -0.0840 [-0.2103; 0.0450] 0.1 Memory 0 1
## Schindler SE -0.1690 [-0.2912; -0.0414] 0.1 Memory 0 1
## Schindler SE -0.0190 [-0.1472; 0.1098] 0.1 Global 0 1
## Schindler SE -0.0820 [-0.2083; 0.0470] 0.1 Working memory 0 1
## Schindler SE -0.0400 [-0.1677; 0.0890] 0.1 Global 0 1
## Schindler SE 0.0340 [-0.0949; 0.1618] 0.1 Memory 0 1
## Schindler SE 0.1170 [-0.0117; 0.2419] 0.1 Executive function 0 1
## Schindler SE 0.0350 [-0.0939; 0.1628] 0.1 Processing speed 0 1
## Schindler SE 0.0000 [-0.1285; 0.1285] 0.1 Semantic 0 1
## Schindler SE -0.0930 [-0.2189; 0.0360] 0.1 Memory 0 1
## Schindler SE -0.1160 [-0.2409; 0.0127] 0.1 Memory 0 1
## Schindler SE -0.0200 [-0.1481; 0.1088] 0.1 Global 0 1
## Schindler SE 0.1170 [-0.0117; 0.2419] 0.1 Working memory 0 1
## Schindler SE 0.0150 [-0.1137; 0.1432] 0.1 Global 0 1
## Schindler SE 0.0470 [-0.0820; 0.1745] 0.1 Memory 0 1
## Schindler SE 0.0980 [-0.0309; 0.2237] 0.1 Executive function 0 1
## Schindler SE -0.0110 [-0.1393; 0.1177] 0.1 Processing speed 0 1
## Schindler SE -0.0820 [-0.2083; 0.0470] 0.1 Semantic 0 1
## Schindler SE -0.2320 [-0.3501; -0.1067] 0.1 Memory 1 1
## Schindler SE -0.1850 [-0.3062; -0.0579] 0.1 Memory 1 1
## Schindler SE -0.0860 [-0.2122; 0.0430] 0.1 Global 1 1
## Schindler SE -0.1620 [-0.2846; -0.0342] 0.1 Working memory 1 1
## Schindler SE -0.1320 [-0.2562; -0.0035] 0.1 Global 1 1
## Schindler SE -0.0360 [-0.1638; 0.0930] 0.1 Memory 1 1
## Schindler SE -0.0350 [-0.1628; 0.0939] 0.1 Executive function 1 1
## Schindler SE 0.0330 [-0.0959; 0.1608] 0.1 Processing speed 1 1
## Schindler SE -0.0130 [-0.1413; 0.1157] 0.1 Semantic 1 1
## Schindler SE -0.2290 [-0.3473; -0.1035] 0.1 Memory 1 1
## Schindler SE -0.1300 [-0.2543; -0.0015] 0.1 Memory 1 1
## Schindler SE -0.0770 [-0.2035; 0.0520] 0.1 Global 1 1
## Schindler SE -0.0290 [-0.1569; 0.0999] 0.1 Working memory 1 1
## Schindler SE -0.0620 [-0.1890; 0.0671] 0.1 Global 1 1
## Schindler SE -0.0030 [-0.1315; 0.1256] 0.1 Memory 1 1
## Schindler SE -0.0460 [-0.1735; 0.0830] 0.1 Executive function 1 1
## Schindler SE 0.0100 [-0.1187; 0.1383] 0.1 Processing speed 1 1
## Schindler SE -0.0570 [-0.1842; 0.0720] 0.1 Semantic 1 1
## Schindler SE 0.0470 [-0.0820; 0.1745] 0.1 Global 1 0
## Schindler SE 0.0140 [-0.1147; 0.1423] 0.1 Memory 1 0
## Schindler SE 0.0090 [-0.1197; 0.1374] 0.1 Global 1 0
## Schindler SE 0.0240 [-0.1048; 0.1521] 0.1 Memory 1 0
## Schindler SE 0.0140 [-0.1147; 0.1423] 0.1 Semantic 1 0
## Schindler SE 0.0230 [-0.1058; 0.1511] 0.1 Executive function 1 0
## Schindler SE 0.0210 [-0.1078; 0.1491] 0.1 Processing speed 1 0
## Schindler SE -0.0150 [-0.1432; 0.1137] 0.1 Working memory 1 0
## Schindler SE -0.0030 [-0.1315; 0.1256] 0.1 Memory 1 0
## Schindler SE -0.0320 [-0.1599; 0.0969] 0.1 Global 0 1
## Schindler SE -0.0230 [-0.1511; 0.1058] 0.1 Memory 0 1
## Schindler SE -0.0080 [-0.1364; 0.1206] 0.1 Global 0 1
## Schindler SE -0.0070 [-0.1354; 0.1216] 0.1 Memory 0 1
## Schindler SE -0.0130 [-0.1413; 0.1157] 0.1 Semantic 0 1
## Schindler SE -0.0100 [-0.1383; 0.1187] 0.1 Executive function 0 1
## Schindler SE -0.0060 [-0.1344; 0.1226] 0.1 Processing speed 0 1
## Schindler SE -0.0190 [-0.1472; 0.1098] 0.1 Working memory 0 1
## Schindler SE -0.0130 [-0.1413; 0.1157] 0.1 Memory 0 1
## Schindler SE -0.0190 [-0.1472; 0.1098] 0.1 Global 0 1
## Schindler SE -0.0330 [-0.1608; 0.0959] 0.1 Memory 0 1
## Schindler SE -0.0080 [-0.1364; 0.1206] 0.1 Global 0 1
## Schindler SE -0.0110 [-0.1393; 0.1177] 0.1 Memory 0 1
## Schindler SE -0.0050 [-0.1334; 0.1236] 0.1 Semantic 0 1
## Schindler SE 0.0000 [-0.1285; 0.1285] 0.1 Executive function 0 1
## Schindler SE -0.0030 [-0.1315; 0.1256] 0.1 Processing speed 0 1
## Schindler SE -0.0250 [-0.1530; 0.1039] 0.1 Working memory 0 1
## Schindler SE -0.0180 [-0.1462; 0.1108] 0.1 Memory 0 1
## Schindler SE -0.0730 [-0.1996; 0.0560] 0.1 Global 1 1
## Schindler SE -0.0280 [-0.1560; 0.1009] 0.1 Memory 1 1
## Schindler SE -0.0130 [-0.1413; 0.1157] 0.1 Global 1 1
## Schindler SE -0.0300 [-0.1579; 0.0989] 0.1 Memory 1 1
## Schindler SE -0.0260 [-0.1540; 0.1029] 0.1 Semantic 1 1
## Schindler SE -0.0240 [-0.1521; 0.1048] 0.1 Executive function 1 1
## Schindler SE -0.0220 [-0.1501; 0.1068] 0.1 Processing speed 1 1
## Schindler SE -0.0210 [-0.1491; 0.1078] 0.1 Working memory 1 1
## Schindler SE -0.0030 [-0.1315; 0.1256] 0.1 Memory 1 1
## Schindler SE -0.0640 [-0.1910; 0.0651] 0.1 Global 1 1
## Schindler SE -0.0320 [-0.1599; 0.0969] 0.1 Memory 1 1
## Schindler SE -0.0130 [-0.1413; 0.1157] 0.1 Global 1 1
## Schindler SE -0.0350 [-0.1628; 0.0939] 0.1 Memory 1 1
## Schindler SE -0.0190 [-0.1472; 0.1098] 0.1 Semantic 1 1
## Schindler SE -0.0170 [-0.1452; 0.1118] 0.1 Executive function 1 1
## Schindler SE -0.0220 [-0.1501; 0.1068] 0.1 Processing speed 1 1
## Schindler SE -0.0240 [-0.1521; 0.1048] 0.1 Working memory 1 1
## Schindler SE -0.0040 [-0.1325; 0.1246] 0.1 Memory 1 1
## Schindler SE -0.1491 [-0.2727; -0.0207] 0.1 Executive function 1 1
## Schindler SE 0.0746 [-0.0547; 0.2015] 0.1 Semantic 1 1
## Schindler SE 0.1676 [ 0.0399; 0.2899] 0.1 Global 1 1
## Schindler SE 0.0000 [-0.1285; 0.1285] 0.1 Global 1 1
## Sala-Llonch R -0.1779 [-0.3724; 0.0315] 0.1 Executive function 1 0
## Sala-Llonch R -0.0414 [-0.2475; 0.1683] 0.1 Memory 1 0
## Sala-Llonch R -0.0635 [-0.2683; 0.1467] 0.1 Memory 1 0
## Sala-Llonch R 0.0050 [-0.2034; 0.2131] 0.1 Executive function 1 0
## Sala-Llonch R 0.1443 [-0.0660; 0.3423] 0.1 Executive function 1 0
## Sala-Llonch R -0.0467 [-0.2525; 0.1631] 0.1 Global 1 0
## Sala-Llonch R 0.1102 [-0.1003; 0.3113] 0.1 Global 1 0
## Sierra-Rio A 0.0475 [-0.2206; 0.3089] 0.1 Global 1 1
## Song Z 0.0848 [-0.1347; 0.2964] 0.1 Memory 1 0
## Song Z 0.1288 [-0.0908; 0.3364] 0.1 Memory 1 0
## Song Z 0.2828 [ 0.0701; 0.4709] 0.1 Processing speed 1 0
## Song Z 0.1810 [-0.0374; 0.3830] 0.1 Working memory 1 0
## Song Z 0.1367 [-0.0828; 0.3435] 0.1 Working memory 1 0
## Song Z 0.1225 [-0.0971; 0.3307] 0.1 Global 1 0
## Song Z 0.0000 [-0.2170; 0.2170] 0.1 Working memory 1 0
## Song Z -0.1091 [-0.3186; 0.1105] 0.1 Working memory 1 0
## Song Z 0.0700 [-0.2125; 0.3417] 0.1 Processing speed 1 0
## Song Z 0.0100 [-0.2691; 0.2875] 0.1 Memory 1 0
## Song Z -0.1200 [-0.3855; 0.1638] 0.1 Memory 1 0
## Song Z -0.0100 [-0.2875; 0.2691] 0.1 Memory 1 0
## Song Z -0.1200 [-0.3855; 0.1638] 0.1 Memory 1 0
## Song Z 0.0800 [-0.2029; 0.3505] 0.1 Memory 1 0
## Song Z 0.2200 [-0.0622; 0.4696] 0.1 Memory 1 0
## Song Z 0.0700 [-0.2125; 0.3417] 0.1 Processing speed 1 0
## Song Z 0.0800 [-0.2029; 0.3505] 0.1 Processing speed 1 0
## Song Z -0.1700 [-0.4281; 0.1137] 0.1 Processing speed 1 0
## Song Z -0.0200 [-0.2967; 0.2598] 0.1 Processing speed 1 0
## Song Z 0.2400 [-0.0411; 0.4859] 0.1 Processing speed 1 0
## Song Z 0.3300 [ 0.0569; 0.5572] 0.1 Processing speed 1 0
## Song Z 0.2600 [-0.0198; 0.5020] 0.1 Processing speed 1 0
## Song Z -0.0700 [-0.3417; 0.2125] 0.1 Semantic 1 0
## Song Z -0.1300 [-0.3941; 0.1539] 0.1 Semantic 1 0
## Song Z 0.0200 [-0.2598; 0.2967] 0.1 Semantic 1 0
## Song Z 0.0300 [-0.2504; 0.3058] 0.1 Processing speed 1 0
## Song Z -0.0200 [-0.2967; 0.2598] 0.1 Global 1 0
## Song Z 0.2300 [-0.0517; 0.4778] 0.1 Processing speed 1 0
## Stomrud E 0.1590 [-0.1740; 0.4594] 0.1 Global 1 0
## Stomrud E 0.1770 [-0.1560; 0.4738] 0.1 Global 0 1
## Stomrud E 0.1540 [-0.1789; 0.4553] 0.1 Global 0 1
## Stomrud E -0.0650 [-0.3810; 0.2646] 0.1 Global 1 0
## Stomrud E -0.0780 [-0.3921; 0.2524] 0.1 Memory 0 1
## Stomrud E -0.1280 [-0.4340; 0.2045] 0.1 Memory 0 1
## Stomrud E -0.1340 [-0.4390; 0.1986] 0.1 Memory 1 0
## Stomrud E -0.0820 [-0.3955; 0.2486] 0.1 Memory 0 1
## Stomrud E -0.0940 [-0.4057; 0.2372] 0.1 Memory 0 1
## Stomrud E -0.4370 [-0.6666; -0.1316] 0.1 Memory 1 0
## Stomrud E 0.0030 [-0.3213; 0.3267] 0.1 Global 0 1
## Stomrud E -0.0340 [-0.3541; 0.2932] 0.1 Global 0 1
## Stomrud E -0.1600 [-0.4602; 0.1730] 0.1 Global 1 0
## Stomrud E 0.0370 [-0.2905; 0.3567] 0.1 Global 0 1
## Stomrud E -0.0340 [-0.3541; 0.2932] 0.1 Global 0 1
## Stomrud E -0.3300 [-0.5908; -0.0067] 0.1 Global 1 0
## Stomrud E 0.1890 [-0.1438; 0.4834] 0.1 Processing speed 0 1
## Stomrud E -0.3850 [-0.6304; -0.0697] 0.1 Processing speed 1 0
## Stomrud E 0.0270 [-0.2996; 0.3480] 0.1 Processing speed 0 1
## Stomrud E -0.0590 [-0.3758; 0.2702] 0.1 Processing speed 0 1
## Stomrud E -0.5400 [-0.7354; -0.2618] 0.1 Processing speed 1 0
## Stomrud E -0.0390 [-0.3585; 0.2887] 0.1 Processing speed 0 1
## Stomrud E -0.0480 [-0.3663; 0.2804] 0.1 Processing speed 0 1
## Stomrud E -0.4220 [-0.6563; -0.1135] 0.1 Processing speed 1 0
## Stomrud E -0.0630 [-0.3793; 0.2665] 0.1 Visuospatial 0 1
## Stomrud E -0.0510 [-0.3689; 0.2776] 0.1 Visuospatial 0 1
## Stomrud E 0.1910 [-0.1418; 0.4850] 0.1 Visuospatial 1 0
## Stomrud E -0.0500 [-0.3681; 0.2785] 0.1 Global 0 1
## Stomrud E -0.0300 [-0.3506; 0.2969] 0.1 Global 0 1
## Timmers T -0.0804 [-0.2662; 0.1112] 0.1 Executive function 1 0
## Timmers T -0.0470 [-0.2348; 0.1442] 0.1 Semantic 1 0
## Timmers T -0.1612 [-0.3407; 0.0295] 0.1 Global 1 0
## Timmers T -0.0541 [-0.2414; 0.1372] 0.1 Memory 1 0
## Timmers T -0.1807 [-0.3582; 0.0095] 0.1 Working memory 1 0
## Timmers T 0.0039 [-0.1861; 0.1936] 0.1 Processing speed 1 0
## Timmers T -0.0048 [-0.1945; 0.1852] 0.1 Processing speed 1 0
## Timmers T -0.0029 [-0.1927; 0.1871] 0.1 Processing speed 1 0
## Timmers T 0.0309 [-0.1599; 0.2195] 0.1 Working memory 1 0
## Timmers T -0.0087 [-0.1982; 0.1815] 0.1 Executive function 1 0
## Timmers T -0.0039 [-0.1936; 0.1861] 0.1 Processing speed 1 0
## Timmers T -0.0048 [-0.1945; 0.1852] 0.1 Semantic 1 0
## Timmers T -0.0029 [-0.1927; 0.1871] 0.1 Memory 1 0
## Timmers T -0.0319 [-0.2204; 0.1589] 0.1 Memory 1 0
## Timmers T -0.1724 [-0.3507; 0.0181] 0.1 Memory 1 0
## Timmers T -0.1143 [-0.2977; 0.0772] 0.1 Memory 1 0
## Timmers T -0.0126 [-0.2019; 0.1777] 0.1 Working memory 1 0
## Timmers T -0.0019 [-0.1917; 0.1880] 0.1 Processing speed 1 0
## Timmers T -0.0010 [-0.1908; 0.1889] 0.1 Processing speed 1 0
## Timmers T -0.0019 [-0.1917; 0.1880] 0.1 Processing speed 1 0
## Timmers T -0.0019 [-0.1917; 0.1880] 0.1 Executive function 1 0
## Timmers T -0.0029 [-0.1927; 0.1871] 0.1 Processing speed 1 0
## Timmers T -0.0039 [-0.1936; 0.1861] 0.1 Semantic 1 0
## Timmers T -0.0058 [-0.1954; 0.1843] 0.1 Memory 1 0
## Timmers T -0.0574 [-0.2446; 0.1339] 0.1 Memory 1 0
## Timmers T -0.0249 [-0.2137; 0.1658] 0.1 Executive function 1 0
## Timmers T -0.0289 [-0.2176; 0.1618] 0.1 Executive function 1 0
## Timmers T 0.0184 [-0.1721; 0.2075] 0.1 Semantic 1 0
## Timmers T -0.0953 [-0.2801; 0.0963] 0.1 Executive function 1 0
## Timmers T -0.3622 [-0.5166; -0.1851] 0.1 Memory 1 0
## Timmers T -0.2862 [-0.4515; -0.1019] 0.1 Memory 1 0
## Timmers T 0.1926 [ 0.0028; 0.3689] 0.1 Executive function 1 0
## Timmers T -0.0348 [-0.2232; 0.1561] 0.1 Global 1 0
## Timmers T -0.0242 [-0.2130; 0.1665] 0.1 Working memory 1 0
## Timmers T -0.1029 [-0.2871; 0.0887] 0.1 Executive function 1 0
## Timmers T -0.1289 [-0.3111; 0.0625] 0.1 Memory 1 0
## Storandt M 0.1209 [-0.0490; 0.2841] 0.1 Global 1 0
## Storandt M 0.0041 [-0.1650; 0.1729] 0.1 Global 1 0
## Storandt M 0.0041 [-0.1650; 0.1729] 0.1 Memory 1 0
## Storandt M 0.0164 [-0.1530; 0.1849] 0.1 Visuospatial 1 0
## Storandt M 0.0164 [-0.1530; 0.1849] 0.1 Working memory 1 0
## Tardif CL -0.5073 [-0.6952; -0.2545] 0.1 Global 1 0
## Tardif CL 0.2859 [-0.0048; 0.5320] 0.1 Global 1 0
## Tardif CL 0.3610 [ 0.0790; 0.5895] 0.1 Global 0 1
## Tardif CL 0.3530 [ 0.0699; 0.5835] 0.1 Global 0 1
## Teipel SJ -0.1100 [-0.2174; -0.0000] 0.1 Global 1 0
## Teipel SJ -0.1100 [-0.2174; -0.0000] 0.1 Memory 1 0
## van Bergen JMG -0.0448 [-0.2253; 0.1387] 0.1 Global 1 0
## van Harten AC 0.0218 [-0.1497; 0.1919] 0.1 Executive function 1 0
## van Harten AC 0.0145 [-0.1568; 0.1849] 0.1 Semantic 1 0
## van Harten AC -0.0145 [-0.1849; 0.1568] 0.1 Global 1 0
## van Harten AC -0.0651 [-0.2334; 0.1069] 0.1 Memory 0 1
## van Harten AC 0.0073 [-0.1638; 0.1779] 0.1 Executive function 0 1
## van Harten AC 0.0362 [-0.1355; 0.2058] 0.1 Executive function 0 1
## van Harten AC 0.0073 [-0.1638; 0.1779] 0.1 Semantic 0 1
## van Harten AC -0.0218 [-0.1919; 0.1497] 0.1 Global 0 1
## van Harten AC -0.0651 [-0.2334; 0.1069] 0.1 Memory 0 1
## van Harten AC -0.0073 [-0.1779; 0.1638] 0.1 Executive function 0 1
## van Harten AC 0.0145 [-0.1568; 0.1849] 0.1 Executive function 0 1
## van Harten AC -0.0218 [-0.1919; 0.1497] 0.1 Semantic 0 1
## van Harten AC -0.0435 [-0.2128; 0.1283] 0.1 Global 0 1
## van Harten AC -0.0579 [-0.2266; 0.1141] 0.1 Memory 1 1
## van Harten AC 0.0145 [-0.1568; 0.1849] 0.1 Executive function 1 1
## van Harten AC 0.0362 [-0.1355; 0.2058] 0.1 Executive function 1 1
## van Harten AC 0.0290 [-0.1426; 0.1989] 0.1 Semantic 1 1
## van Harten AC 0.0000 [-0.1709; 0.1709] 0.1 Global 1 1
## van Harten AC -0.1400 [-0.3037; 0.0316] 0.1 Memory 1 0
## van Harten AC 0.0218 [-0.1497; 0.1919] 0.1 Executive function 1 0
## van Harten AC -0.1715 [-0.3326; -0.0006] 0.1 Executive function 1 0
## van Harten AC 0.0073 [-0.1638; 0.1779] 0.1 Semantic 1 0
## van Harten AC -0.1436 [-0.3069; 0.0280] 0.1 Global 1 0
## van Harten AC -0.0435 [-0.2128; 0.1283] 0.1 Memory 0 1
## van Harten AC -0.0218 [-0.1919; 0.1497] 0.1 Executive function 0 1
## van Harten AC -0.0145 [-0.1849; 0.1568] 0.1 Executive function 0 1
## van Harten AC -0.0348 [-0.2045; 0.1369] 0.1 Semantic 0 1
## van Harten AC -0.0579 [-0.2266; 0.1141] 0.1 Global 0 1
## van Harten AC -0.0435 [-0.2128; 0.1283] 0.1 Memory 0 1
## van Harten AC 0.0000 [-0.1709; 0.1709] 0.1 Executive function 0 1
## van Harten AC -0.0145 [-0.1849; 0.1568] 0.1 Executive function 0 1
## van Harten AC -0.0174 [-0.1877; 0.1539] 0.1 Semantic 0 1
## van Harten AC -0.0145 [-0.1849; 0.1568] 0.1 Global 0 1
## van Harten AC -0.1506 [-0.3134; 0.0208] 0.1 Memory 1 1
## van Harten AC -0.0435 [-0.2128; 0.1283] 0.1 Executive function 1 1
## van Harten AC -0.1295 [-0.2938; 0.0423] 0.1 Executive function 1 1
## van Harten AC -0.0261 [-0.1961; 0.1454] 0.1 Semantic 1 1
## van Harten AC -0.1436 [-0.3069; 0.0280] 0.1 Global 1 1
## van Harten AC -0.0579 [-0.2266; 0.1141] 0.1 Memory 1 0
## van Harten AC -0.0218 [-0.1919; 0.1497] 0.1 Executive function 1 0
## Visser PJ 0.0135 [-0.2457; 0.2708] 0.1 Global 1 1
## Visser PJ 0.0150 [-0.2443; 0.2722] 0.1 Global 1 1
## Visser PJ -0.0576 [-0.3071; 0.1992] 0.1 Global 1 1
## Visser PJ 0.0449 [-0.2159; 0.2997] 0.1 Memory 1 1
## Xiong C -0.1100 [-0.2421; 0.0261] 0.1 Global 0 1
## Xiong C -0.1500 [-0.2800; -0.0146] 0.1 Global 1 0
## Xiong C -0.0200 [-0.1553; 0.1160] 0.1 Global 1 0
## Xiong C -0.4400 [-0.5433; -0.3236] 0.1 Global 0 1
## Xiong C -0.3300 [-0.4458; -0.2034] 0.1 Global 0 1
## Xiong C -0.2700 [-0.3914; -0.1394] 0.1 Global 1 0
## Xiong C 0.2200 [ 0.0869; 0.3454] 0.1 Global 1 0
## Xiong C -0.0300 [-0.1650; 0.1061] 0.1 Global 0 1
## Huang KL -0.5600 [-0.8682; 0.0600] 0.1 Memory 1 0
## Insel PS 0.0458 [-0.0626; 0.1532] 0.1 Global 1 0
## Insel PS 0.1831 [ 0.0765; 0.2856] 0.1 Processing speed 1 0
## Insel PS -0.0833 [-0.1897; 0.0251] 0.1 Executive function 1 0
## Janelidze S 0.1162 [ 0.0295; 0.2011] 0.1 Global 1 0
## Jansen WJ 0.0709 [ 0.0347; 0.1070] 0.2 Global 1 0
## Jansen WJ 0.0884 [ 0.0523; 0.1244] 0.2 Memory 1 0
## Kang JM 0.2020 [-0.1047; 0.4736] 0.1 Working memory 0 1
## Kang JM 0.0490 [-0.2551; 0.3443] 0.1 Working memory 0 1
## Kang JM -0.0500 [-0.3452; 0.2542] 0.1 Semantic 0 1
## Kang JM -0.1230 [-0.4083; 0.1841] 0.1 Memory 0 1
## Kang JM -0.1980 [-0.4704; 0.1088] 0.1 Memory 0 1
## Kang JM -0.1600 [-0.4392; 0.1474] 0.1 Memory 0 1
## Kang JM 0.0580 [-0.2466; 0.3522] 0.1 Memory 0 1
## Kang JM 0.0710 [-0.2343; 0.3636] 0.1 Memory 0 1
## Kang JM 0.0160 [-0.2857; 0.3148] 0.1 Memory 0 1
## Kang JM -0.0310 [-0.3283; 0.2719] 0.1 Processing speed 0 1
## Kang JM 0.1470 [-0.1604; 0.4284] 0.1 Executive function 0 1
## Kato M 0.2739 [ 0.0818; 0.4463] 0.1 Global 1 0
## Kato M 0.4369 [ 0.2631; 0.5833] 0.1 Global 1 0
## Kawas CH 0.1837 [-0.4086; 0.6672] 0.1 Global 1 0
## Kawas CH 0.4358 [-0.1515; 0.7957] 0.1 Global 1 0
## Kawas CH -0.2974 [-0.7290; 0.3032] 0.1 Memory 1 0
## Kawas CH 0.0000 [-0.7047; 0.7047] 0.0 Semantic 1 0
## Kawas CH 0.9821 [ 0.8797; 0.9975] 0.0 Global 1 0
## Kawas CH 0.9259 [ 0.5710; 0.9892] 0.0 Global 1 0
## Kawas CH 0.3273 [-0.6594; 0.8998] 0.0 Memory 1 0
## Kawas CH 0.4669 [-0.5549; 0.9271] 0.0 Semantic 1 0
## Kemppainen N 0.2070 [-0.0820; 0.4638] 0.1 Global 1 0
## Kemppainen N 0.3277 [ 0.0481; 0.5597] 0.1 Executive function 1 0
## Kemppainen N 0.1730 [-0.1169; 0.4357] 0.1 Processing speed 1 0
## Kemppainen N 0.0300 [-0.2563; 0.3115] 0.1 Memory 1 0
## Kemppainen N 0.0000 [-0.2841; 0.2841] 0.1 Global 1 0
## Kemppainen N -0.0993 [-0.3729; 0.1902] 0.1 Memory 1 0
## Kemppainen N 0.1633 [-0.1267; 0.4276] 0.1 Memory 1 0
## Konijnenberg E 0.2110 [ 0.0730; 0.3411] 0.1 Memory 1 0
## Konijnenberg E 0.1361 [-0.0042; 0.2710] 0.1 Memory 1 0
## Konijnenberg E -0.1332 [-0.2684; 0.0071] 0.1 Memory 1 0
## Konijnenberg E 0.0964 [-0.0444; 0.2334] 0.1 Memory 1 0
## Konijnenberg E -0.0146 [-0.1574; 0.1288] 0.1 Memory 1 0
## Konijnenberg E -0.0260 [-0.1685; 0.1175] 0.1 Memory 1 0
## Konijnenberg E 0.0243 [-0.1192; 0.1668] 0.1 Memory 1 0
## Konijnenberg E -0.0122 [-0.1550; 0.1312] 0.1 Memory 1 0
## Konijnenberg E -0.0520 [-0.1937; 0.0918] 0.1 Global 1 0
## Konijnenberg E 0.0334 [-0.1423; 0.2071] 0.1 Memory 1 0
## Konijnenberg E 0.0950 [-0.0812; 0.2655] 0.1 Memory 1 0
## Konijnenberg E -0.0198 [-0.1940; 0.1557] 0.1 Memory 1 0
## Konijnenberg E 0.0297 [-0.1460; 0.2035] 0.1 Memory 1 0
## Konijnenberg E 0.0534 [-0.1227; 0.2262] 0.1 Global 1 0
## Kristofikova Z -0.0444 [-0.5443; 0.4787] 0.1 Global 1 1
## Kristofikova Z -0.0229 [-0.5290; 0.4951] 0.1 Global 1 1
## Kristofikova Z -0.2172 [-0.6564; 0.3320] 0.1 Global 1 1
## Kristofikova Z 0.1291 [-0.4103; 0.6016] 0.1 Global 1 1
## Kristofikova Z -0.1720 [-0.6289; 0.3731] 0.1 Global 1 0
## Kristofikova Z -0.5850 [-0.8443; -0.1039] 0.1 Global 0 1
## Kristofikova Z -0.4450 [-0.7796; 0.0871] 0.1 Global 0 1
## Lafirdeen ASM 0.2219 [ 0.1904; 0.2529] 0.2 Global 1 1
## Leahey TM -0.3400 [-0.6047; -0.0076] 0.1 Global 1 0
## Liguori C 0.7900 [ 0.6559; 0.8758] 0.1 Memory 1 1
## Liguori C 0.7500 [ 0.5961; 0.8507] 0.1 Memory 1 1
## Liguori C 0.7000 [ 0.5237; 0.8188] 0.1 Memory 1 1
## Lilamand M 0.0944 [-0.0255; 0.2116] 0.1 Global 1 0
## Lilamand M 0.1170 [-0.0027; 0.2333] 0.1 Global 1 0
## Lilamand M -0.6904 [-0.7483; -0.6222] 0.1 Global 1 0
## Lilamand M -0.5014 [-0.5858; -0.4061] 0.1 Memory 1 0
## Lilamand M -0.6280 [-0.6954; -0.5497] 0.1 Executive function 1 0
## Lim YY 0.0606 [-0.1900; 0.3038] 0.1 Global 1 0
## Lim YY -0.0452 [-0.2897; 0.2049] 0.1 Global 1 0
## Lim YY -0.0010 [-0.2487; 0.2468] 0.1 Working memory 1 0
## Lim YY 0.1120 [-0.1396; 0.3501] 0.1 Memory 1 0
## Lim YY 0.2916 [ 0.0473; 0.5030] 0.1 Memory 1 0
## Lim YY 0.2254 [-0.0237; 0.4481] 0.1 Working memory 1 0
## Lim YY -0.2329 [-0.4544; 0.0158] 0.1 Processing speed 1 0
## Lim YY 0.1474 [-0.1041; 0.3813] 0.1 Memory 1 0
## Llado-Saz S 0.0270 [-0.1530; 0.2053] 0.1 Memory 1 0
## Llado-Saz S 0.1051 [-0.0756; 0.2791] 0.1 Visuospatial 1 0
## Llado-Saz S 0.1805 [ 0.0013; 0.3484] 0.1 Memory 1 0
## Llado-Saz S 0.0740 [-0.1066; 0.2499] 0.1 Global 1 0
## Llado-Saz S -0.2828 [-0.4398; -0.1091] 0.1 Memory 1 0
## Llado-Saz S -0.2257 [-0.3892; -0.0484] 0.1 Memory 1 0
## Llado-Saz S 0.2497 [ 0.0738; 0.4106] 0.1 Memory 1 0
## Llado-Saz S 0.0144 [-0.1653; 0.1931] 0.1 Processing speed 1 0
## Llado-Saz S 0.0148 [-0.1649; 0.1935] 0.1 Processing speed 1 0
## Llado-Saz S 0.0190 [-0.1607; 0.1976] 0.1 Processing speed 1 0
## Llado-Saz S 0.2227 [ 0.0453; 0.3865] 0.1 Memory 1 0
## Llado-Saz S 0.2334 [ 0.0565; 0.3960] 0.1 Memory 1 0
## Llado-Saz S 0.2635 [ 0.0884; 0.4228] 0.1 Memory 1 0
## Llado-Saz S 0.2246 [ 0.0473; 0.3882] 0.1 Global 1 0
## Llado-Saz S -0.0621 [-0.2387; 0.1185] 0.1 Memory 1 0
## Llado-Saz S 0.0235 [-0.1564; 0.2019] 0.1 Memory 1 0
## Llado-Saz S 0.1009 [-0.0798; 0.2752] 0.1 Memory 1 0
## Llado-Saz S 0.2083 [ 0.0302; 0.3736] 0.1 Processing speed 1 0
## Llado-Saz S 0.2921 [ 0.1191; 0.4479] 0.1 Processing speed 1 0
## Llado-Saz S 0.2196 [ 0.0420; 0.3837] 0.1 Processing speed 1 0
## Lu K -0.2400 [-0.3208; -0.1558] 0.1 Global 1 0
## Lu K -0.1600 [-0.2441; -0.0735] 0.1 Processing speed 1 0
## Lu K -0.3100 [-0.3870; -0.2287] 0.1 Memory 1 0
## Lu K -0.2000 [-0.2826; -0.1145] 0.1 Memory 1 0
## Lu K -0.0300 [-0.1271; 0.0676] 0.1 Memory 1 0
## Lu K -0.1600 [-0.2535; -0.0635] 0.1 Memory 1 0
## Lu K -0.0900 [-0.1858; 0.0075] 0.1 Memory 1 0
## Lu K -0.1700 [-0.2537; -0.0837] 0.1 Global 1 0
## Lu K -0.3900 [-0.4618; -0.3132] 0.1 Working memory 1 0
## Martikainen IK 0.0000 [-0.3115; 0.3115] 0.1 Global 1 0
## Martikainen IK 0.0608 [-0.2555; 0.3654] 0.1 Global 1 0
## Martikainen IK -0.1323 [-0.4263; 0.1869] 0.1 Memory 1 0
## Martikainen IK 0.2671 [-0.0484; 0.5342] 0.1 Executive function 1 0
## Martikainen IK 0.0975 [-0.2207; 0.3970] 0.1 Processing speed 1 0
## McMillan CT 0.3727 [ 0.2371; 0.4941] 0.1 Global 1 1
## McMillan CT -0.5276 [-0.6272; -0.4111] 0.1 Global 1 1
## McMillan CT -0.1654 [-0.3066; -0.0170] 0.1 Memory 1 1
## McMillan CT 0.0000 [-0.1488; 0.1488] 0.1 Processing speed 1 1
## McMillan CT 0.0000 [-0.1488; 0.1488] 0.1 Visuospatial 1 1
## McMillan CT -0.1654 [-0.3066; -0.0170] 0.1 Working memory 1 1
## McMillan CT 0.3001 [ 0.1584; 0.4297] 0.1 Semantic 1 1
## McMillan CT 0.4888 [ 0.3667; 0.5944] 0.1 Processing speed 1 1
## Mecca AP 0.1270 [-0.1730; 0.4054] 0.1 Memory 1 0
## Mecca AP 0.3900 [ 0.1089; 0.6133] 0.1 Semantic 1 0
## Mecca AP 0.2000 [-0.0994; 0.4662] 0.1 Semantic 1 0
## Mecca AP 0.2600 [-0.0363; 0.5143] 0.1 Executive function 1 0
## Mecca AP -0.0600 [-0.3474; 0.2377] 0.1 Processing speed 1 0
## Mecca AP 0.1300 [-0.1700; 0.4080] 0.1 Processing speed 1 0
## Mecca AP 0.2300 [-0.0681; 0.4904] 0.1 Executive function 1 0
## Mecca AP -0.0500 [-0.3386; 0.2472] 0.1 Memory 1 0
## Mecca AP -0.2200 [-0.4824; 0.0786] 0.1 Memory 1 0
## Mecca AP 0.0200 [-0.2751; 0.3117] 0.1 Memory 1 0
## Mecca AP -0.0600 [-0.3474; 0.2377] 0.1 Memory 1 0
## Mecca AP 0.2000 [-0.0994; 0.4662] 0.1 NA 1 0
## Mecca AP 0.1000 [-0.1994; 0.3823] 0.1 Visuospatial 1 0
## Mecca AP -0.1900 [-0.4580; 0.1096] 0.1 NA 1 0
## Aschenbrenner AJ -0.0900 [-0.2702; 0.0963] 0.1 Semantic 0 1
## Aschenbrenner AJ -0.2000 [-0.3710; -0.0159] 0.1 Memory 0 1
## Aschenbrenner AJ 0.0400 [-0.1458; 0.2231] 0.1 Semantic 0 1
## Aschenbrenner AJ 0.1200 [-0.0662; 0.2981] 0.1 Memory 0 1
## Aschenbrenner AJ -0.1200 [-0.2981; 0.0662] 0.1 Semantic 0 1
## Aschenbrenner AJ -0.2100 [-0.3800; -0.0263] 0.1 Memory 0 1
## Aschenbrenner AJ 0.1200 [-0.0662; 0.2981] 0.1 Semantic 0 1
## Aschenbrenner AJ 0.1600 [-0.0255; 0.3348] 0.1 Memory 0 1
## Aschenbrenner AJ 0.0000 [-0.1847; 0.1847] 0.1 Semantic 1 0
## Aschenbrenner AJ 0.2200 [ 0.0368; 0.3889] 0.1 Memory 1 0
## Aschenbrenner AJ 0.0700 [-0.1162; 0.2515] 0.1 Semantic 1 0
## Aschenbrenner AJ -0.0900 [-0.2702; 0.0963] 0.1 Memory 1 0
## Aschenbrenner AJ -0.0900 [-0.2702; 0.0963] 0.1 Semantic 1 0
## Aschenbrenner AJ -0.4400 [-0.5778; -0.2779] 0.1 Memory 1 0
## Aschenbrenner AJ 0.1400 [-0.0459; 0.3165] 0.1 Semantic 1 0
## Aschenbrenner AJ 0.3300 [ 0.1547; 0.4852] 0.1 Memory 1 0
## Berenguer RG 0.3300 [ 0.0162; 0.5846] 0.1 Memory 1 0
## Berenguer RG 0.4240 [ 0.1252; 0.6523] 0.1 Memory 1 0
## Berenguer RG -0.3490 [-0.5986; -0.0376] 0.1 Memory 1 0
## Berenguer RG -0.3440 [-0.5949; -0.0320] 0.1 Memory 1 0
## Besson FL -0.1208 [-0.3764; 0.1519] 0.1 Global 1 0
## Besson FL 0.0000 [-0.2678; 0.2678] 0.1 Global 1 0
## Besson FL -0.0206 [-0.2867; 0.2486] 0.1 Memory 1 0
## Besson FL -0.2016 [-0.4453; 0.0699] 0.1 Memory 1 0
## Besson FL -0.1958 [-0.4405; 0.0759] 0.1 Executive function 1 0
## Besson FL -0.2312 [-0.4699; 0.0390] 0.1 Processing speed 1 0
## Besson FL -0.3633 [-0.5751; -0.1058] 0.1 Semantic 1 0
## Besson FL -0.0307 [-0.2960; 0.2391] 0.1 Global 1 0
## Bilgel M -0.0690 [-0.2403; 0.1065] 0.1 Memory 1 0
## Bilgel M -0.0260 [-0.1993; 0.1489] 0.1 Memory 1 0
## Bilgel M -0.0390 [-0.2118; 0.1361] 0.1 Memory 1 0
## Bilgel M 0.0180 [-0.1567; 0.1916] 0.1 Memory 1 0
## Bilgel M -0.0120 [-0.1858; 0.1626] 0.1 Semantic 1 0
## Bilgel M 0.0270 [-0.1479; 0.2003] 0.1 Semantic 1 0
## Bilgel M 0.0010 [-0.1732; 0.1752] 0.1 Executive function 1 0
## Bilgel M 0.0110 [-0.1635; 0.1849] 0.1 Processing speed 1 0
## Bilgel M 0.0130 [-0.1616; 0.1868] 0.1 Processing speed 1 0
## Bilgel M -0.0040 [-0.1781; 0.1703] 0.1 Executive function 1 0
## Bilgel M 0.0120 [-0.1626; 0.1858] 0.1 Visuospatial 1 0
## Casaletto KB -0.1700 [-0.3313; 0.0009] 0.1 Memory 0 1
## Casaletto KB -0.1400 [-0.3036; 0.0316] 0.1 Memory 0 1
## Casaletto KB -0.0200 [-0.1902; 0.1514] 0.1 Memory 1 0
## Casaletto KB -0.4300 [-0.5597; -0.2797] 0.1 Processing speed 0 1
## Casaletto KB -0.2100 [-0.3677; -0.0406] 0.1 Processing speed 0 1
## Casaletto KB -0.3100 [-0.4567; -0.1469] 0.1 Processing speed 0 1
## Casaletto KB -0.1600 [-0.3221; 0.0112] 0.1 Processing speed 0 1
## Casaletto KB -0.0300 [-0.1998; 0.1416] 0.1 Processing speed 1 0
## Chatterjee P -0.1246 [-0.3133; 0.0736] 0.1 Global 1 0
## Cosentino SA 0.7784 [ 0.7405; 0.8114] 0.1 Global 1 0
## Cosentino SA 0.7338 [ 0.6896; 0.7725] 0.1 Global 1 0
## Cosentino SA -0.0200 [-0.1092; 0.0695] 0.1 Global 1 0
## Cosentino SA 0.0100 [-0.0795; 0.0993] 0.1 Global 1 0
## Cosentino SA 0.0100 [-0.0795; 0.0993] 0.1 Memory 1 0
## Cosentino SA -0.0300 [-0.1191; 0.0596] 0.1 Memory 1 0
## Cosentino SA -0.0300 [-0.1191; 0.0596] 0.1 Memory 1 0
## Cosentino SA -0.0100 [-0.0993; 0.0795] 0.1 Memory 1 0
## Cosentino SA -0.0200 [-0.1092; 0.0695] 0.1 Memory 1 0
## Cosentino SA -0.0300 [-0.1191; 0.0596] 0.1 Memory 1 0
## Cosentino SA -0.0200 [-0.1092; 0.0695] 0.1 Memory 1 0
## Cosentino SA -0.0200 [-0.1092; 0.0695] 0.1 Memory 1 0
## Cosentino SA -0.0100 [-0.0993; 0.0795] 0.1 Semantic 1 0
## Cosentino SA -0.0300 [-0.1191; 0.0596] 0.1 Semantic 1 0
## Cosentino SA -0.0300 [-0.1191; 0.0596] 0.1 Semantic 1 0
## Cosentino SA -0.0100 [-0.0993; 0.0795] 0.1 Semantic 1 0
## Cosentino SA -0.0200 [-0.1092; 0.0695] 0.1 Semantic 1 0
## Cosentino SA -0.0300 [-0.1191; 0.0596] 0.1 Semantic 1 0
## Cosentino SA -0.0200 [-0.1092; 0.0695] 0.1 Semantic 1 0
## Cosentino SA -0.0200 [-0.1092; 0.0695] 0.1 Semantic 1 0
## Cosentino SA -0.0100 [-0.0993; 0.0795] 0.1 Visuospatial 1 0
## Cosentino SA -0.0100 [-0.0993; 0.0795] 0.1 Visuospatial 1 0
## Cosentino SA -0.0100 [-0.0993; 0.0795] 0.1 Visuospatial 1 0
## Cosentino SA -0.0200 [-0.1092; 0.0695] 0.1 Visuospatial 1 0
## Donohue MC 0.1338 [ 0.0414; 0.2240] 0.1 Global 1 1
## Donohue MC 0.0430 [-0.0501; 0.1355] 0.1 Global 1 1
## Donohue MC 0.0765 [-0.0166; 0.1682] 0.1 Memory 1 1
## Donohue MC -0.0572 [-0.1494; 0.0360] 0.1 Global 1 1
## Donohue MC 0.2500 [ 0.1608; 0.3352] 0.1 Global 1 1
## Donohue MC -0.2300 [-0.3162; -0.1400] 0.1 Global 1 1
## Donohue MC 0.2400 [ 0.1504; 0.3257] 0.1 Memory 1 1
## Donohue MC 0.3789 [ 0.2964; 0.4558] 0.1 Global 1 1
## Donohue MC 0.3180 [ 0.2319; 0.3992] 0.1 Global 1 1
## Donohue MC 0.3243 [ 0.2385; 0.4050] 0.1 Global 1 1
## Donohue MC 0.2513 [ 0.1621; 0.3364] 0.1 Global 1 1
## Donohue MC 0.1949 [ 0.1038; 0.2827] 0.1 Memory 1 1
## Donohue MC 0.1565 [ 0.0645; 0.2459] 0.1 Memory 1 1
## Donohue MC 0.2953 [ 0.2080; 0.3779] 0.1 Global 1 1
## Donohue MC 0.2618 [ 0.1731; 0.3463] 0.1 Global 1 1
## Donohue MC 0.2698 [ 0.1814; 0.3539] 0.1 Global 1 1
## Donohue MC 0.1931 [ 0.1020; 0.2811] 0.1 Global 1 1
## Donohue MC 0.2183 [ 0.1279; 0.3050] 0.1 Memory 1 1
## Donohue MC 0.1716 [ 0.0799; 0.2604] 0.1 Memory 1 1
## Donohue MC 0.3895 [ 0.3076; 0.4656] 0.1 Global 1 1
## Donohue MC 0.3308 [ 0.2454; 0.4111] 0.1 Global 1 1
## Donohue MC 0.3308 [ 0.2454; 0.4111] 0.1 Global 1 1
## Donohue MC 0.1676 [ 0.0758; 0.2566] 0.1 Memory 1 1
## Donohue MC 0.2575 [ 0.1685; 0.3422] 0.1 Global 1 1
## Donohue MC 0.2083 [ 0.1176; 0.2955] 0.1 Memory 1 1
## Doraiswamy PM -0.1578 [-0.3802; 0.0820] 0.1 Global 1 0
## Doraiswamy PM 0.2966 [ 0.0644; 0.4983] 0.1 Processing speed 1 0
## Doraiswamy PM 0.1405 [-0.0995; 0.3650] 0.1 NA 1 0
## Doraiswamy PM 0.0941 [-0.1459; 0.3235] 0.1 NA 1 0
## Doraiswamy PM 0.2335 [-0.0034; 0.4455] 0.1 Memory 1 0
## Doraiswamy PM 0.2532 [ 0.0176; 0.4622] 0.1 Memory 1 0
## Doraiswamy PM 0.2965 [ 0.0643; 0.4982] 0.1 Global 1 0
## Doraiswamy PM -0.6293 [-0.7537; -0.4613] 0.1 Global 1 0
## Doraiswamy PM 0.8819 [ 0.8154; 0.9254] 0.1 Processing speed 1 0
## Doraiswamy PM 0.5881 [ 0.4082; 0.7240] 0.1 Semantic 1 0
## Doraiswamy PM 0.5161 [ 0.3183; 0.6708] 0.1 Semantic 1 0
## Doraiswamy PM 0.8284 [ 0.7361; 0.8905] 0.1 Memory 1 0
## Doraiswamy PM 0.8176 [ 0.7203; 0.8834] 0.1 Memory 1 0
## Doraiswamy PM 0.8176 [ 0.7203; 0.8834] 0.1 Global 1 0
## Doraiswamy PM 0.8176 [ 0.7203; 0.8834] 0.1 Global 1 0
## Dubois B 0.1214 [ 0.0115; 0.2283] 0.1 Global 1 0
## Dubois B 0.1078 [-0.0022; 0.2153] 0.1 Memory 1 0
## Dubois B 0.1106 [ 0.0006; 0.2179] 0.1 Memory 1 0
## Dubois B 0.0090 [-0.1010; 0.1189] 0.1 Memory 1 0
## Dubois B 0.0000 [-0.1100; 0.1100] 0.1 Processing speed 1 0
## Dubois B -0.0636 [-0.1724; 0.0467] 0.1 Processing speed 1 0
## Dubois B 0.0007 [-0.1093; 0.1107] 0.1 Processing speed 1 0
## Dubois B 0.0871 [-0.0232; 0.1952] 0.1 Visuospatial 1 0
## Dubois B 0.0243 [-0.0859; 0.1339] 0.1 Memory 1 0
## Dubois B 0.0358 [-0.0745; 0.1452] 0.1 Memory 1 0
## Dubois B 0.5227 [ 0.4379; 0.5983] 0.1 Working memory 1 0
## Dubois B -0.0731 [-0.1816; 0.0372] 0.1 Working memory 1 0
## Dubois B -0.0054 [-0.1153; 0.1047] 0.1 Visuospatial 1 0
## Dubois B 0.0764 [-0.0339; 0.1848] 0.1 Visuospatial 1 0
## Dubois B 0.1305 [ 0.0208; 0.2371] 0.1 Executive function 1 0
## Dubois B -0.6302 [-0.6922; -0.5590] 0.1 Processing speed 1 0
## Dubois B -0.0582 [-0.1672; 0.0521] 0.1 Executive function 1 0
## Dubois B 0.0629 [-0.0474; 0.1717] 0.1 Semantic 1 0
## Dubois B -0.0081 [-0.1179; 0.1020] 0.1 Semantic 1 0
## Duchek JM 0.2395 [ 0.1002; 0.3696] 0.1 Executive function 1 0
## Duchek JM 0.1608 [ 0.0185; 0.2967] 0.1 Executive function 1 0
## Duchek JM -0.0093 [-0.1518; 0.1336] 0.1 Processing speed 1 0
## Duchek JM 0.0023 [-0.1404; 0.1450] 0.1 Processing speed 1 0
## Ecay-Torres M 0.0000 [-0.1272; 0.1272] 0.1 Global 1 0
## Ecay-Torres M 0.0000 [-0.1272; 0.1272] 0.1 Visuospatial 1 0
## Ecay-Torres M 0.0000 [-0.1272; 0.1272] 0.1 Executive function 0 1
## Ecay-Torres M 0.0108 [-0.1165; 0.1378] 0.1 Executive function 0 1
## Farrell ME -0.1213 [-0.2921; 0.0570] 0.1 Memory 1 0
## Farrell ME -0.1080 [-0.2797; 0.0704] 0.1 Processing speed 1 0
## Farrell ME -0.1085 [-0.2802; 0.0699] 0.1 Semantic 1 0
## Farrell ME -0.0396 [-0.2151; 0.1384] 0.1 Working memory 1 0
## Farrell ME -0.0926 [-0.2653; 0.0858] 0.1 Global 1 0
## Farrell ME -0.0296 [-0.2056; 0.1482] 0.1 Memory 1 0
## Farrell ME -0.0630 [-0.2374; 0.1153] 0.1 Processing speed 1 0
## Farrell ME -0.0879 [-0.2609; 0.0905] 0.1 Semantic 1 0
## Farrell ME -0.0877 [-0.2607; 0.0908] 0.1 Working memory 1 0
## Farrell ME -0.0134 [-0.1900; 0.1640] 0.1 Global 1 0
## Franzmeier N 0.2613 [-0.0215; 0.5054] 0.1 Global 1 1
## Franzmeier N 0.1204 [-0.1665; 0.3884] 0.1 Memory 1 1
## Gangishetti U 0.1009 [-0.2021; 0.3862] 0.1 Global 1 1
## Haapalinna F -0.2860 [-0.5087; -0.0275] 0.1 Memory 1 1
## Hamelin L 0.1673 [-0.3408; 0.5997] 0.1 Global 1 0
## Hamelin L 0.1396 [-0.3656; 0.5813] 0.1 Global 1 0
## Hamelin L 0.2169 [-0.2944; 0.6317] 0.1 Memory 1 0
## Hamelin L 0.2541 [-0.2580; 0.6548] 0.1 Memory 1 0
## Hamelin L 0.6003 [ 0.1682; 0.8389] 0.1 Memory 1 0
## Hamelin L -0.0255 [-0.5000; 0.4608] 0.1 Memory 1 0
## Hamelin L -0.3026 [-0.6838; 0.2083] 0.1 Semantic 1 0
## Hamelin L 0.2953 [-0.2160; 0.6795] 0.1 Semantic 1 0
## Hamelin L -0.2889 [-0.6757; 0.2226] 0.1 Processing speed 1 0
## Hamelin L 0.0000 [-0.4806; 0.4806] 0.1 Visuospatial 1 0
## Hamelin L 0.0000 [-0.4806; 0.4806] 0.1 Working memory 1 0
## Hamelin L 0.0000 [-0.4806; 0.4806] 0.1 Semantic 1 0
## Zhao Y 0.1513 [ 0.0030; 0.2931] 0.1 Memory 1 0
## Zhao Y 0.0870 [-0.0622; 0.2323] 0.1 Memory 1 0
## Zhao Y 0.1866 [ 0.0393; 0.3259] 0.1 Memory 1 0
## Zhao Y 0.0768 [-0.0723; 0.2226] 0.1 Memory 1 0
## Zhao Y -0.2070 [-0.3448; -0.0605] 0.1 Working memory 1 0
## Zhao Y 0.1463 [-0.0021; 0.2884] 0.1 Visuospatial 1 0
## Zhao Y -0.0578 [-0.2043; 0.0914] 0.1 Semantic 1 0
## Zhao Y 0.1866 [ 0.0393; 0.3259] 0.1 Executive function 1 0
## Zhao Y -0.2456 [-0.3801; -0.1009] 0.1 Processing speed 1 0
## Yaffe K -0.0324 [-0.1085; 0.0442] 0.2 Global 1 0
## Yaffe K -0.1113 [-0.1861; -0.0351] 0.2 Global 1 0
## Yaffe K 0.0199 [-0.0566; 0.0961] 0.2 Global 1 0
## Yaffe K -0.0801 [-0.1555; -0.0037] 0.2 Global 1 0
## Meng Y -0.0280 [-0.3579; 0.3081] 0.1 Global 1 0
## Meng Y 0.1420 [-0.2007; 0.4538] 0.1 Global 1 0
## Meng Y 0.1210 [-0.2212; 0.4366] 0.1 Global 1 0
## Meng Y 0.1240 [-0.2183; 0.4391] 0.1 Global 1 0
## Meng Y 0.1440 [-0.1988; 0.4554] 0.1 Global 1 0
## Meng Y 0.1320 [-0.2105; 0.4456] 0.1 Global 1 0
## Meng Y 0.1140 [-0.2279; 0.4309] 0.1 Global 1 0
## Meng Y 0.1200 [-0.2221; 0.4358] 0.1 Global 1 0
## Meng Y 0.0950 [-0.2460; 0.4151] 0.1 Global 1 0
## Meng Y 0.1340 [-0.2086; 0.4473] 0.1 Global 1 0
## Meng Y 0.0770 [-0.2630; 0.4000] 0.1 Global 1 0
## Meng Y 0.1000 [-0.2413; 0.4193] 0.1 Global 1 0
## Meng Y -0.1250 [-0.4399; 0.2173] 0.1 Global 1 0
## Meng Y -0.1200 [-0.4358; 0.2221] 0.1 Global 1 0
## Meng Y -0.1390 [-0.4513; 0.2037] 0.1 Global 1 0
## Meng Y -0.1320 [-0.4456; 0.2105] 0.1 Global 1 0
## Meng Y -0.1760 [-0.4810; 0.1670] 0.1 Global 1 0
## Meng Y -0.1320 [-0.4456; 0.2105] 0.1 Global 1 0
## Merrill DA 0.2700 [ 0.0458; 0.4683] 0.1 Visuospatial 1 0
## Mielke MM -0.0522 [-0.2323; 0.1314] 0.1 Semantic 1 1
## Mielke MM 0.0058 [-0.1775; 0.1887] 0.1 Memory 1 1
## Mielke MM 0.0117 [-0.1718; 0.1944] 0.1 Global 1 1
## Mielke MM -0.0117 [-0.1952; 0.1726] 0.1 Executive function 1 1
## Mielke MM 0.0759 [-0.1096; 0.2562] 0.1 Visuospatial 1 1
## Mielke MM -0.0350 [-0.1238; 0.0544] 0.1 Global 1 0
## Mielke MM -0.0477 [-0.1364; 0.0417] 0.1 Memory 1 0
## Mielke MM -0.0897 [-0.1775; -0.0004] 0.1 Global 1 0
## Mielke MM -0.0510 [-0.1396; 0.0384] 0.1 Memory 1 0
## Mielke MM -0.0679 [-0.1562; 0.0214] 0.1 Semantic 1 0
## Mielke MM -0.0859 [-0.1738; 0.0033] 0.1 Executive function 1 0
## Mok VC 0.1400 [-0.0898; 0.3557] 0.1 Global 1 0
## Molinuevo JL 0.1725 [-0.1558; 0.4665] 0.1 Global 1 1
## Molinuevo JL 0.0923 [-0.2343; 0.4002] 0.1 Global 1 1
## Molinuevo JL 0.0118 [-0.3090; 0.3302] 0.1 Memory 1 1
## Molinuevo JL 0.0151 [-0.3060; 0.3332] 0.1 Memory 1 1
## Molinuevo JL 0.1158 [-0.2117; 0.4199] 0.1 Memory 1 1
## Molinuevo JL -0.1839 [-0.4756; 0.1443] 0.1 Memory 1 1
## Molinuevo JL 0.2265 [-0.1005; 0.5093] 0.1 Memory 1 1
## Molinuevo JL 0.2479 [-0.0780; 0.5259] 0.1 Memory 1 1
## Molinuevo JL 0.1029 [-0.2242; 0.4091] 0.1 Semantic 1 1
## Molinuevo JL -0.1079 [-0.4133; 0.2193] 0.1 Processing speed 1 1
## Molinuevo JL -0.1632 [-0.4589; 0.1651] 0.1 Executive function 1 1
## Moon YS -0.2500 [-0.4089; -0.0763] 0.1 Global 1 0
## Moon YS 0.9924 [ 0.9892; 0.9947] 0.1 Global 1 0
## Mueller SG 0.1524 [-0.1286; 0.4107] 0.1 Global 1 0
## Mueller SG -0.0907 [-0.3573; 0.1897] 0.1 Memory 1 0
## Mueller SG 0.0621 [-0.2172; 0.3320] 0.1 Memory 1 0
## Mueller SG 0.0657 [-0.2137; 0.3352] 0.1 Memory 1 0
## Nakamura A -0.0624 [-0.3746; 0.2625] 0.1 Global 1 0
## Nakamura A 0.0245 [-0.2975; 0.3415] 0.1 Global 1 0
## Nakamura A -0.0290 [-0.3455; 0.2934] 0.1 Memory 1 0
## Nakamura A 0.0007 [-0.3190; 0.3203] 0.1 Memory 1 0
## Nebes RD 0.1295 [-0.1070; 0.3522] 0.1 Memory 1 0
## Nebes RD 0.0543 [-0.1813; 0.2840] 0.1 Memory 1 0
## Nebes RD -0.0633 [-0.2923; 0.1726] 0.1 Memory 1 0
## Nebes RD 0.0000 [-0.2333; 0.2333] 0.1 Memory 1 0
## Nebes RD 0.0623 [-0.1735; 0.2914] 0.1 Visuospatial 1 0
## Nebes RD 0.0129 [-0.2211; 0.2454] 0.1 Memory 1 0
## Nebes RD -0.0831 [-0.3104; 0.1532] 0.1 Memory 1 0
## Nebes RD 0.0380 [-0.1971; 0.2689] 0.1 Visuospatial 1 0
## Nebes RD -0.0193 [-0.2515; 0.2149] 0.1 Semantic 1 0
## Nebes RD 0.0836 [-0.1527; 0.3108] 0.1 Executive function 1 0
## Nebes RD 0.0779 [-0.1583; 0.3056] 0.1 Semantic 1 0
## Nebes RD -0.0885 [-0.3153; 0.1479] 0.1 Processing speed 1 0
## Nebes RD -0.0627 [-0.2917; 0.1732] 0.1 Executive function 1 0
## Nebes RD 0.2423 [ 0.0096; 0.4502] 0.1 Memory 1 0
## Nebes RD 0.1103 [-0.1263; 0.3350] 0.1 Working memory 1 0
## Nebes RD 0.0692 [-0.1668; 0.2977] 0.1 Working memory 1 0
## Nebes RD 0.2857 [ 0.0562; 0.4866] 0.1 Processing speed 1 0
## Nebes RD 0.2452 [ 0.0126; 0.4526] 0.1 Processing speed 1 0
## Nebes RD 0.2793 [ 0.0492; 0.4812] 0.1 Executive function 1 0
## Okereke OI 0.0000 [-0.0894; 0.0894] 0.1 Global 1 0
## Ossenkoppele R 0.0572 [-0.1632; 0.2722] 0.1 Global 1 0
## Ossenkoppele R 0.1000 [-0.1210; 0.3115] 0.1 Memory 1 0
## Ossenkoppele R -0.3000 [-0.4865; -0.0874] 0.1 Memory 1 0
## Ossenkoppele R -0.0700 [-0.2840; 0.1507] 0.1 Working memory 1 0
## Ossenkoppele R 0.0100 [-0.2088; 0.2279] 0.1 Semantic 1 0
## Ossenkoppele R 0.0400 [-0.1799; 0.2561] 0.1 Executive function 1 0
## Ossenkoppele R -0.2292 [-0.4262; -0.0115] 0.1 Global 1 0
## Ossenkoppele R 0.0667 [-0.1539; 0.2810] 0.1 Memory 1 0
## Ossenkoppele R -0.2496 [-0.4438; -0.0331] 0.1 Memory 1 0
## Ossenkoppele R -0.0254 [-0.2424; 0.1941] 0.1 Working memory 1 0
## Ossenkoppele R 0.0496 [-0.1706; 0.2651] 0.1 Semantic 1 0
## Ossenkoppele R -0.0435 [-0.2594; 0.1766] 0.1 Executive function 1 0
## Palmqvist S -0.3200 [-0.4734; -0.1478] 0.1 Global 1 1
## Palmqvist S -0.2800 [-0.4386; -0.1045] 0.1 Memory 1 1
## Hammers DB 0.5691 [ 0.2413; 0.7804] 0.1 Memory 1 0
## Hammers DB 0.1408 [-0.2528; 0.4943] 0.1 Visuospatial 1 0
## Hammers DB 0.3488 [-0.0360; 0.6435] 0.1 Semantic 1 0
## Hammers DB 0.3173 [-0.0713; 0.6223] 0.1 Executive function 1 0
## Hammers DB 0.6562 [ 0.3679; 0.8294] 0.1 Memory 1 0
## Hammers DB 0.4781 [ 0.1199; 0.7262] 0.1 Global 1 0
## Hammers DB 0.6557 [ 0.3672; 0.8291] 0.1 Memory 1 0
## Hammers DB 0.3000 [-0.0903; 0.6104] 0.1 Visuospatial 1 0
## Hammers DB 0.5000 [ 0.1481; 0.7395] 0.1 Semantic 1 0
## Hammers DB 0.3606 [-0.0225; 0.6513] 0.1 Executive function 1 0
## Hammers DB 0.7937 [ 0.5924; 0.9017] 0.1 Memory 1 0
## Hammers DB 0.6245 [ 0.3206; 0.8118] 0.1 Global 1 0
## Hammers DB 0.6904 [ 0.4208; 0.8479] 0.1 Memory 1 0
## Hammers DB 0.3301 [-0.0570; 0.6310] 0.1 Visuospatial 1 0
## Hammers DB 0.4214 [ 0.0493; 0.6908] 0.1 Semantic 1 0
## Hammers DB 0.4101 [ 0.0357; 0.6836] 0.1 Executive function 1 0
## Hammers DB 0.7335 [ 0.4901; 0.8708] 0.1 Memory 1 0
## Hammers DB 0.7288 [ 0.4823; 0.8683] 0.1 Global 1 0
## Hanseeuw BJ 0.1777 [ 0.0612; 0.2895] 0.1 Global 1 0
## Hanseeuw BJ -0.0411 [-0.1582; 0.0771] 0.1 Memory 1 0
## Harrington KD 0.0829 [-0.0053; 0.1699] 0.1 Global 1 0
## Harrington KD -0.0573 [-0.1447; 0.0311] 0.1 Memory 1 0
## Harrington KD -0.0326 [-0.1205; 0.0558] 0.1 Executive function 1 0
## Harrington KD -0.0127 [-0.1008; 0.0756] 0.1 Processing speed 1 0
## Harrington KD -0.0362 [-0.1241; 0.0522] 0.1 Memory 1 0
## Harrington MG 0.2632 [-0.0294; 0.5142] 0.1 Executive function 1 1
## Harrington MG 0.1249 [-0.1717; 0.4006] 0.1 Processing speed 1 1
## Harrington MG 0.2235 [-0.0715; 0.4825] 0.1 Semantic 1 1
## Harrington MG 0.1928 [-0.1032; 0.4575] 0.1 Visuospatial 1 1
## Harrington MG 0.4045 [ 0.1294; 0.6218] 0.1 Executive function 1 1
## Harrington MG 0.3667 [ 0.0855; 0.5938] 0.1 Executive function 1 1
## Harrington MG 0.1598 [-0.1368; 0.4302] 0.1 Executive function 1 1
## Harrington MG -0.0921 [-0.3724; 0.2037] 0.1 Memory 1 1
## Harrington MG -0.2115 [-0.4727; 0.0840] 0.1 Memory 1 1
## Harrington MG 0.1045 [-0.1916; 0.3832] 0.1 Memory 1 1
## Harrington MG 0.2286 [-0.0660; 0.4866] 0.1 Executive function 1 1
## Harrington MG 0.2305 [-0.0641; 0.4882] 0.1 Executive function 1 1
## Harrington MG 0.4517 [ 0.1858; 0.6560] 0.1 Executive function 1 1
## Jacobs HIL 0.0760 [-0.0471; 0.1967] 0.1 Global 1 1
## Jacobs HIL -0.0012 [-0.1237; 0.1215] 0.1 Memory 1 1
## Tolboom -0.7500 [-0.9206; -0.3392] 0.1 Global 1 0
## Tolboom -0.3900 [-0.7745; 0.2050] 0.1 Global 1 0
## Schott JM 0.0940 [-0.0995; 0.2806] 0.1 Global 1 0
## Schott JM 0.1724 [-0.0199; 0.3524] 0.1 Global 1 0
## Schott JM -0.0303 [-0.2207; 0.1623] 0.1 Memory 1 0
## Schott JM -0.0896 [-0.2766; 0.1038] 0.1 Semantic 1 0
## Schott JM 0.0165 [-0.1757; 0.2075] 0.1 Semantic 1 0
## Schott JM 0.1260 [-0.0673; 0.3102] 0.1 Processing speed 1 0
## Schott JM 0.2817 [ 0.0952; 0.4491] 0.1 Executive function 1 0
##
## Number of studies combined: k = 785
##
## COR 95%-CI t p-value
## Random effects model 0.0393 [ 0.0203; 0.0583] 4.06 < 0.0001
## Prediction interval [-0.4291; 0.4911]
##
## Quantifying heterogeneity:
## tau^2 = 0.0643 [0.0530; 0.0682]; tau = 0.2536 [0.2302; 0.2612]
## I^2 = 88.7% [88.0%; 89.3%]; H = 2.97 [2.89; 3.05]
##
## Test of heterogeneity:
## Q d.f. p-value
## 6923.09 784 0
##
## Results for subgroups (random effects model):
## k COR 95%-CI tau^2 tau
## byvar = Working memory 1 0 29 0.0205 [-0.0702; 0.1109] 0.0464 0.2153
## byvar = Semantic 1 0 60 0.0301 [-0.0155; 0.0756] 0.0246 0.1569
## byvar = Memory 1 0 168 0.0465 [ 0.0006; 0.0923] 0.0804 0.2836
## byvar = Memory 1 1 42 0.0626 [-0.0256; 0.1498] 0.0720 0.2684
## byvar = Global 1 0 130 0.0897 [ 0.0152; 0.1632] 0.1717 0.4144
## byvar = Executive function 1 0 48 0.0373 [-0.0232; 0.0975] 0.0342 0.1849
## byvar = Visuospatial 1 0 27 0.0500 [-0.0092; 0.1087] 0.0165 0.1286
## byvar = Processing speed 1 0 62 0.0155 [-0.0537; 0.0846] 0.0632 0.2514
## byvar = Global 0 1 35 -0.0436 [-0.1033; 0.0165] 0.0250 0.1582
## byvar = Global 1 1 52 0.0857 [ 0.0283; 0.1424] 0.0351 0.1872
## byvar = Processing speed 1 1 9 0.0593 [-0.0878; 0.2039] 0.0294 0.1715
## byvar = Memory 0 1 32 -0.0531 [-0.0848; -0.0212] 0.0039 0.0627
## byvar = Working memory 0 1 6 0.0154 [-0.0836; 0.1140] 0.0051 0.0714
## byvar = Executive function 0 1 15 0.0223 [-0.0044; 0.0491] 0.0007 0.0261
## byvar = Processing speed 0 1 14 -0.0933 [-0.1876; 0.0026] 0.0183 0.1352
## byvar = Semantic 0 1 13 -0.0203 [-0.0543; 0.0138] 0.0011 0.0329
## byvar = Working memory 1 1 5 -0.0777 [-0.1707; 0.0168] 0.0030 0.0544
## byvar = Executive function 1 1 18 0.0622 [-0.0323; 0.1557] 0.0283 0.1682
## byvar = Semantic 1 1 11 0.0367 [-0.0419; 0.1149] 0.0088 0.0939
## byvar = Visuospatial 0 1 2 -0.0570 [-0.1328; 0.0194] <0.0001 0.0003
## byvar = Visuospatial 1 1 3 0.0586 [-0.1509; 0.2631] 0.0030 0.0546
## byvar = NA 1 0 4 0.0684 [-0.1922; 0.3201] 0.0153 0.1236
## Q I^2
## byvar = Working memory 1 0 260.91 89.3%
## byvar = Semantic 1 0 116.47 49.3%
## byvar = Memory 1 0 1541.06 89.2%
## byvar = Memory 1 1 300.89 86.4%
## byvar = Global 1 0 2687.36 95.2%
## byvar = Executive function 1 0 261.14 82.0%
## byvar = Visuospatial 1 0 43.09 39.7%
## byvar = Processing speed 1 0 442.71 86.2%
## byvar = Global 0 1 102.52 66.8%
## byvar = Global 1 1 534.58 90.5%
## byvar = Processing speed 1 1 46.58 82.8%
## byvar = Memory 0 1 30.25 0.0%
## byvar = Working memory 0 1 6.67 25.0%
## byvar = Executive function 0 1 5.39 0.0%
## byvar = Processing speed 0 1 38.98 66.7%
## byvar = Semantic 0 1 5.43 0.0%
## byvar = Working memory 1 1 5.00 20.0%
## byvar = Executive function 1 1 43.09 60.6%
## byvar = Semantic 1 1 20.30 50.7%
## byvar = Visuospatial 0 1 0.00 0.0%
## byvar = Visuospatial 1 1 1.41 0.0%
## byvar = NA 1 0 4.00 25.0%
##
## Test for subgroup differences (random effects model):
## Q d.f. p-value
## Between groups 121.88 21 < 0.0001
##
## Details on meta-analytical method:
## - Inverse variance method
## - Sidik-Jonkman estimator for tau^2
## - Q-profile method for confidence interval of tau^2 and tau
## - Hartung-Knapp adjustment for random effects model
## - Fisher's z transformation of correlations##Grouping by cognitive domain, author, amyloid, tau
second <- metacor(all_r, #column with r values
#pooled_se, #this tells R to use the seTE column to retrieve the standard error for each study
data = data,
n = total_nc, #sample sizes
studlab = paste(author),# labels for each study
comb.fixed = FALSE, #Whether to use a fixed-effects model
comb.random = TRUE, #Whether to use a random-effects model
method.tau = "SJ", #Which estimator to use for the between-study variance
hakn = TRUE, #Which estimator to use for the between-study variance
prediction = TRUE, #Whether to print a prediction interval for the effect of future studies based on present evidence
sm = "ZCOR", #The summary measure we want to calculate- fisher z
byvar = paste(type_cognitive, author, amyloid, tau), #grouping variable
print.byvar = gs("print.byvar")) #print grouping variable ## Warning in metagen(TE.random.w, seTE.random.w, method.tau = "DL"): Zero values
## in seTE replaced by NAs.## Warning in rma.uni(yi = TE, sei = seTE, method = method.tau, control = control):
## Ratio of largest to smallest sampling variance extremely large. May not be able
## to obtain stable results.## Warning in rma.uni(yi = TE, sei = seTE, weights = 1/seTE, method = "GENQ", :
## Ratio of largest to smallest sampling variance extremely large. May not be able
## to obtain stable results.second## COR 95%-CI %W(random)
## Rolstad 0.3950 [ 0.1568; 0.5897] 0.1
## Rolstad 0.4254 [ 0.1923; 0.6131] 0.1
## Gu 0.0483 [-0.0205; 0.1167] 0.2
## Gu 0.0609 [-0.0079; 0.1291] 0.2
## Gu 0.0285 [-0.0403; 0.0971] 0.2
## Gu 0.0671 [-0.0017; 0.1352] 0.2
## Horn MM 0.9585 [ 0.9452; 0.9685] 0.1
## Hoscheidt SM 0.0964 [-0.1417; 0.3241] 0.1
## Hosokawa C 0.7628 [ 0.6600; 0.8376] 0.1
## Adamczuk K 0.2272 [-0.0380; 0.4625] 0.1
## Adamczuk K 0.2151 [-0.0507; 0.4524] 0.1
## Adamczuk K 0.0390 [-0.2262; 0.2988] 0.1
## Adamczuk K 0.0364 [-0.2287; 0.2965] 0.1
## Adamczuk K 0.1659 [-0.1014; 0.4109] 0.1
## Adamczuk K 0.1696 [-0.0977; 0.4140] 0.1
## Adamczuk K 0.2085 [-0.0576; 0.4469] 0.1
## Adamczuk K -0.0347 [-0.2949; 0.2303] 0.1
## Adamczuk K -0.0834 [-0.3389; 0.1835] 0.1
## Adamczuk K -0.3183 [-0.5363; -0.0605] 0.1
## Adamczuk K 0.3182 [ 0.0603; 0.5362] 0.1
## Adamczuk K 0.2272 [-0.0380; 0.4625] 0.1
## Adamczuk K 0.2151 [-0.0507; 0.4524] 0.1
## Adamczuk K 0.0390 [-0.2262; 0.2988] 0.1
## Adamczuk K 0.0364 [-0.2287; 0.2965] 0.1
## Adamczuk K 0.1659 [-0.1014; 0.4109] 0.1
## Adamczuk K 0.1696 [-0.0977; 0.4140] 0.1
## Adamczuk K 0.2085 [-0.0576; 0.4469] 0.1
## Adamczuk K -0.0347 [-0.2949; 0.2303] 0.1
## Adamczuk K -0.0834 [-0.3389; 0.1835] 0.1
## Adamczuk K -0.3183 [-0.5363; -0.0605] 0.1
## Adamczuk K 0.3182 [ 0.0603; 0.5362] 0.1
## Aizenstein HJ -0.1215 [-0.4247; 0.2062] 0.1
## Aizenstein HJ -0.1434 [-0.4903; 0.2427] 0.1
## Aizenstein HJ -0.1215 [-0.4247; 0.2062] 0.1
## Aizenstein HJ -0.1434 [-0.4903; 0.2427] 0.1
## Aizenstein HJ -0.2115 [-0.4975; 0.1161] 0.1
## Aizenstein HJ -0.0216 [-0.3572; 0.3189] 0.1
## Aizenstein HJ -0.0599 [-0.3902; 0.2840] 0.1
## Aizenstein HJ 0.0089 [-0.3302; 0.3461] 0.1
## Aizenstein HJ -0.0096 [-0.3283; 0.3110] 0.1
## Aizenstein HJ 0.2341 [-0.0925; 0.5152] 0.1
## Aizenstein HJ -0.7673 [-0.8777; -0.5795] 0.1
## Aizenstein HJ -0.1677 [-0.4625; 0.1606] 0.1
## Aizenstein HJ 0.4327 [ 0.1311; 0.6609] 0.1
## Aizenstein HJ -0.4335 [-0.6615; -0.1321] 0.1
## Aizenstein HJ 0.1998 [-0.1281; 0.4883] 0.1
## Aizenstein HJ -0.5539 [-0.7422; -0.2846] 0.1
## Aizenstein HJ -0.4126 [-0.6469; -0.1070] 0.1
## Aizenstein HJ 0.0339 [-0.2889; 0.3498] 0.1
## Aizenstein HJ -0.0997 [-0.4065; 0.2272] 0.1
## Aizenstein HJ -0.1292 [-0.4311; 0.1987] 0.1
## Pomara N -0.3500 [-0.6153; -0.0134] 0.1
## Pomara N 0.4100 [ 0.0834; 0.6571] 0.1
## Radanovic M -0.2060 [-0.4490; 0.0654] 0.1
## Radanovic M 0.2070 [-0.0643; 0.4498] 0.1
## Radanovic M 0.2110 [-0.0602; 0.4532] 0.1
## Radanovic M -0.2840 [-0.5128; -0.0176] 0.1
## Rentz DM -0.0902 [-0.2565; 0.0812] 0.1
## Rentz DM -0.1508 [-0.3130; 0.0199] 0.1
## Rentz DM -0.0228 [-0.1923; 0.1480] 0.1
## Rentz DM -0.1184 [-0.2829; 0.0529] 0.1
## Rentz DM -0.0288 [-0.1980; 0.1421] 0.1
## Rentz DM 0.0838 [-0.0877; 0.2504] 0.1
## Rentz DM -0.0546 [-0.2228; 0.1167] 0.1
## Rentz DM 0.1462 [-0.0247; 0.3087] 0.1
## Resnick SM -0.1387 [-0.3990; 0.1423] 0.1
## Resnick SM 0.1646 [-0.1163; 0.4211] 0.1
## Resnick SM -0.2056 [-0.4553; 0.0742] 0.1
## Resnick SM -0.1582 [-0.4157; 0.1227] 0.1
## Roberts RO 0.0368 [-0.0140; 0.0873] 0.2
## Roberts RO 0.0386 [-0.0122; 0.0892] 0.2
## Roberts RO 0.2466 [ 0.1983; 0.2937] 0.2
## Roberts RO 0.1639 [ 0.1141; 0.2128] 0.2
## Roe CM 0.0549 [-0.0399; 0.1487] 0.1
## Roe CM 0.0979 [ 0.0033; 0.1907] 0.1
## Roe CM 0.0926 [-0.0019; 0.1856] 0.1
## Roe CM 0.0678 [-0.0269; 0.1614] 0.1
## Roe CM 0.0405 [-0.0543; 0.1345] 0.1
## Rosenberg PB -0.1500 [-0.6150; 0.3924] 0.1
## Rosenberg PB 0.1800 [-0.3660; 0.6338] 0.1
## Rosenberg PB -0.1900 [-0.6400; 0.3570] 0.1
## Rosenberg PB 0.5200 [ 0.0105; 0.8151] 0.1
## Schindler SE -0.0450 [-0.1725; 0.0840] 0.1
## Schindler SE 0.1540 [ 0.0260; 0.2770] 0.1
## Schindler SE 0.0280 [-0.1009; 0.1560] 0.1
## Schindler SE 0.0620 [-0.0671; 0.1890] 0.1
## Schindler SE 0.2320 [ 0.1067; 0.3501] 0.1
## Schindler SE 0.0890 [-0.0400; 0.2151] 0.1
## Schindler SE 0.0090 [-0.1197; 0.1374] 0.1
## Schindler SE 0.1900 [ 0.0630; 0.3109] 0.1
## Schindler SE -0.0080 [-0.1364; 0.1206] 0.1
## Schindler SE -0.0280 [-0.1560; 0.1009] 0.1
## Schindler SE -0.0840 [-0.2103; 0.0450] 0.1
## Schindler SE -0.1690 [-0.2912; -0.0414] 0.1
## Schindler SE -0.0190 [-0.1472; 0.1098] 0.1
## Schindler SE -0.0820 [-0.2083; 0.0470] 0.1
## Schindler SE -0.0400 [-0.1677; 0.0890] 0.1
## Schindler SE 0.0340 [-0.0949; 0.1618] 0.1
## Schindler SE 0.1170 [-0.0117; 0.2419] 0.1
## Schindler SE 0.0350 [-0.0939; 0.1628] 0.1
## Schindler SE 0.0000 [-0.1285; 0.1285] 0.1
## Schindler SE -0.0930 [-0.2189; 0.0360] 0.1
## Schindler SE -0.1160 [-0.2409; 0.0127] 0.1
## Schindler SE -0.0200 [-0.1481; 0.1088] 0.1
## Schindler SE 0.1170 [-0.0117; 0.2419] 0.1
## Schindler SE 0.0150 [-0.1137; 0.1432] 0.1
## Schindler SE 0.0470 [-0.0820; 0.1745] 0.1
## Schindler SE 0.0980 [-0.0309; 0.2237] 0.1
## Schindler SE -0.0110 [-0.1393; 0.1177] 0.1
## Schindler SE -0.0820 [-0.2083; 0.0470] 0.1
## Schindler SE -0.2320 [-0.3501; -0.1067] 0.1
## Schindler SE -0.1850 [-0.3062; -0.0579] 0.1
## Schindler SE -0.0860 [-0.2122; 0.0430] 0.1
## Schindler SE -0.1620 [-0.2846; -0.0342] 0.1
## Schindler SE -0.1320 [-0.2562; -0.0035] 0.1
## Schindler SE -0.0360 [-0.1638; 0.0930] 0.1
## Schindler SE -0.0350 [-0.1628; 0.0939] 0.1
## Schindler SE 0.0330 [-0.0959; 0.1608] 0.1
## Schindler SE -0.0130 [-0.1413; 0.1157] 0.1
## Schindler SE -0.2290 [-0.3473; -0.1035] 0.1
## Schindler SE -0.1300 [-0.2543; -0.0015] 0.1
## Schindler SE -0.0770 [-0.2035; 0.0520] 0.1
## Schindler SE -0.0290 [-0.1569; 0.0999] 0.1
## Schindler SE -0.0620 [-0.1890; 0.0671] 0.1
## Schindler SE -0.0030 [-0.1315; 0.1256] 0.1
## Schindler SE -0.0460 [-0.1735; 0.0830] 0.1
## Schindler SE 0.0100 [-0.1187; 0.1383] 0.1
## Schindler SE -0.0570 [-0.1842; 0.0720] 0.1
## Schindler SE 0.0470 [-0.0820; 0.1745] 0.1
## Schindler SE 0.0140 [-0.1147; 0.1423] 0.1
## Schindler SE 0.0090 [-0.1197; 0.1374] 0.1
## Schindler SE 0.0240 [-0.1048; 0.1521] 0.1
## Schindler SE 0.0140 [-0.1147; 0.1423] 0.1
## Schindler SE 0.0230 [-0.1058; 0.1511] 0.1
## Schindler SE 0.0210 [-0.1078; 0.1491] 0.1
## Schindler SE -0.0150 [-0.1432; 0.1137] 0.1
## Schindler SE -0.0030 [-0.1315; 0.1256] 0.1
## Schindler SE -0.0320 [-0.1599; 0.0969] 0.1
## Schindler SE -0.0230 [-0.1511; 0.1058] 0.1
## Schindler SE -0.0080 [-0.1364; 0.1206] 0.1
## Schindler SE -0.0070 [-0.1354; 0.1216] 0.1
## Schindler SE -0.0130 [-0.1413; 0.1157] 0.1
## Schindler SE -0.0100 [-0.1383; 0.1187] 0.1
## Schindler SE -0.0060 [-0.1344; 0.1226] 0.1
## Schindler SE -0.0190 [-0.1472; 0.1098] 0.1
## Schindler SE -0.0130 [-0.1413; 0.1157] 0.1
## Schindler SE -0.0190 [-0.1472; 0.1098] 0.1
## Schindler SE -0.0330 [-0.1608; 0.0959] 0.1
## Schindler SE -0.0080 [-0.1364; 0.1206] 0.1
## Schindler SE -0.0110 [-0.1393; 0.1177] 0.1
## Schindler SE -0.0050 [-0.1334; 0.1236] 0.1
## Schindler SE 0.0000 [-0.1285; 0.1285] 0.1
## Schindler SE -0.0030 [-0.1315; 0.1256] 0.1
## Schindler SE -0.0250 [-0.1530; 0.1039] 0.1
## Schindler SE -0.0180 [-0.1462; 0.1108] 0.1
## Schindler SE -0.0730 [-0.1996; 0.0560] 0.1
## Schindler SE -0.0280 [-0.1560; 0.1009] 0.1
## Schindler SE -0.0130 [-0.1413; 0.1157] 0.1
## Schindler SE -0.0300 [-0.1579; 0.0989] 0.1
## Schindler SE -0.0260 [-0.1540; 0.1029] 0.1
## Schindler SE -0.0240 [-0.1521; 0.1048] 0.1
## Schindler SE -0.0220 [-0.1501; 0.1068] 0.1
## Schindler SE -0.0210 [-0.1491; 0.1078] 0.1
## Schindler SE -0.0030 [-0.1315; 0.1256] 0.1
## Schindler SE -0.0640 [-0.1910; 0.0651] 0.1
## Schindler SE -0.0320 [-0.1599; 0.0969] 0.1
## Schindler SE -0.0130 [-0.1413; 0.1157] 0.1
## Schindler SE -0.0350 [-0.1628; 0.0939] 0.1
## Schindler SE -0.0190 [-0.1472; 0.1098] 0.1
## Schindler SE -0.0170 [-0.1452; 0.1118] 0.1
## Schindler SE -0.0220 [-0.1501; 0.1068] 0.1
## Schindler SE -0.0240 [-0.1521; 0.1048] 0.1
## Schindler SE -0.0040 [-0.1325; 0.1246] 0.1
## Schindler SE -0.1491 [-0.2727; -0.0207] 0.1
## Schindler SE 0.0746 [-0.0547; 0.2015] 0.1
## Schindler SE 0.1676 [ 0.0399; 0.2899] 0.1
## Schindler SE 0.0000 [-0.1285; 0.1285] 0.1
## Sala-Llonch R -0.1779 [-0.3724; 0.0315] 0.1
## Sala-Llonch R -0.0414 [-0.2475; 0.1683] 0.1
## Sala-Llonch R -0.0635 [-0.2683; 0.1467] 0.1
## Sala-Llonch R 0.0050 [-0.2034; 0.2131] 0.1
## Sala-Llonch R 0.1443 [-0.0660; 0.3423] 0.1
## Sala-Llonch R -0.0467 [-0.2525; 0.1631] 0.1
## Sala-Llonch R 0.1102 [-0.1003; 0.3113] 0.1
## Sierra-Rio A 0.0475 [-0.2206; 0.3089] 0.1
## Song Z 0.0848 [-0.1347; 0.2964] 0.1
## Song Z 0.1288 [-0.0908; 0.3364] 0.1
## Song Z 0.2828 [ 0.0701; 0.4709] 0.1
## Song Z 0.1810 [-0.0374; 0.3830] 0.1
## Song Z 0.1367 [-0.0828; 0.3435] 0.1
## Song Z 0.1225 [-0.0971; 0.3307] 0.1
## Song Z 0.0000 [-0.2170; 0.2170] 0.1
## Song Z -0.1091 [-0.3186; 0.1105] 0.1
## Song Z 0.0700 [-0.2125; 0.3417] 0.1
## Song Z 0.0100 [-0.2691; 0.2875] 0.1
## Song Z -0.1200 [-0.3855; 0.1638] 0.1
## Song Z -0.0100 [-0.2875; 0.2691] 0.1
## Song Z -0.1200 [-0.3855; 0.1638] 0.1
## Song Z 0.0800 [-0.2029; 0.3505] 0.1
## Song Z 0.2200 [-0.0622; 0.4696] 0.1
## Song Z 0.0700 [-0.2125; 0.3417] 0.1
## Song Z 0.0800 [-0.2029; 0.3505] 0.1
## Song Z -0.1700 [-0.4281; 0.1137] 0.1
## Song Z -0.0200 [-0.2967; 0.2598] 0.1
## Song Z 0.2400 [-0.0411; 0.4859] 0.1
## Song Z 0.3300 [ 0.0569; 0.5572] 0.1
## Song Z 0.2600 [-0.0198; 0.5020] 0.1
## Song Z -0.0700 [-0.3417; 0.2125] 0.1
## Song Z -0.1300 [-0.3941; 0.1539] 0.1
## Song Z 0.0200 [-0.2598; 0.2967] 0.1
## Song Z 0.0300 [-0.2504; 0.3058] 0.1
## Song Z -0.0200 [-0.2967; 0.2598] 0.1
## Song Z 0.2300 [-0.0517; 0.4778] 0.1
## Stomrud E 0.1590 [-0.1740; 0.4594] 0.1
## Stomrud E 0.1770 [-0.1560; 0.4738] 0.1
## Stomrud E 0.1540 [-0.1789; 0.4553] 0.1
## Stomrud E -0.0650 [-0.3810; 0.2646] 0.1
## Stomrud E -0.0780 [-0.3921; 0.2524] 0.1
## Stomrud E -0.1280 [-0.4340; 0.2045] 0.1
## Stomrud E -0.1340 [-0.4390; 0.1986] 0.1
## Stomrud E -0.0820 [-0.3955; 0.2486] 0.1
## Stomrud E -0.0940 [-0.4057; 0.2372] 0.1
## Stomrud E -0.4370 [-0.6666; -0.1316] 0.1
## Stomrud E 0.0030 [-0.3213; 0.3267] 0.1
## Stomrud E -0.0340 [-0.3541; 0.2932] 0.1
## Stomrud E -0.1600 [-0.4602; 0.1730] 0.1
## Stomrud E 0.0370 [-0.2905; 0.3567] 0.1
## Stomrud E -0.0340 [-0.3541; 0.2932] 0.1
## Stomrud E -0.3300 [-0.5908; -0.0067] 0.1
## Stomrud E 0.1890 [-0.1438; 0.4834] 0.1
## Stomrud E -0.3850 [-0.6304; -0.0697] 0.1
## Stomrud E 0.0270 [-0.2996; 0.3480] 0.1
## Stomrud E -0.0590 [-0.3758; 0.2702] 0.1
## Stomrud E -0.5400 [-0.7354; -0.2618] 0.1
## Stomrud E -0.0390 [-0.3585; 0.2887] 0.1
## Stomrud E -0.0480 [-0.3663; 0.2804] 0.1
## Stomrud E -0.4220 [-0.6563; -0.1135] 0.1
## Stomrud E -0.0630 [-0.3793; 0.2665] 0.1
## Stomrud E -0.0510 [-0.3689; 0.2776] 0.1
## Stomrud E 0.1910 [-0.1418; 0.4850] 0.1
## Stomrud E -0.0500 [-0.3681; 0.2785] 0.1
## Stomrud E -0.0300 [-0.3506; 0.2969] 0.1
## Timmers T -0.0804 [-0.2662; 0.1112] 0.1
## Timmers T -0.0470 [-0.2348; 0.1442] 0.1
## Timmers T -0.1612 [-0.3407; 0.0295] 0.1
## Timmers T -0.0541 [-0.2414; 0.1372] 0.1
## Timmers T -0.1807 [-0.3582; 0.0095] 0.1
## Timmers T 0.0039 [-0.1861; 0.1936] 0.1
## Timmers T -0.0048 [-0.1945; 0.1852] 0.1
## Timmers T -0.0029 [-0.1927; 0.1871] 0.1
## Timmers T 0.0309 [-0.1599; 0.2195] 0.1
## Timmers T -0.0087 [-0.1982; 0.1815] 0.1
## Timmers T -0.0039 [-0.1936; 0.1861] 0.1
## Timmers T -0.0048 [-0.1945; 0.1852] 0.1
## Timmers T -0.0029 [-0.1927; 0.1871] 0.1
## Timmers T -0.0319 [-0.2204; 0.1589] 0.1
## Timmers T -0.1724 [-0.3507; 0.0181] 0.1
## Timmers T -0.1143 [-0.2977; 0.0772] 0.1
## Timmers T -0.0126 [-0.2019; 0.1777] 0.1
## Timmers T -0.0019 [-0.1917; 0.1880] 0.1
## Timmers T -0.0010 [-0.1908; 0.1889] 0.1
## Timmers T -0.0019 [-0.1917; 0.1880] 0.1
## Timmers T -0.0019 [-0.1917; 0.1880] 0.1
## Timmers T -0.0029 [-0.1927; 0.1871] 0.1
## Timmers T -0.0039 [-0.1936; 0.1861] 0.1
## Timmers T -0.0058 [-0.1954; 0.1843] 0.1
## Timmers T -0.0574 [-0.2446; 0.1339] 0.1
## Timmers T -0.0249 [-0.2137; 0.1658] 0.1
## Timmers T -0.0289 [-0.2176; 0.1618] 0.1
## Timmers T 0.0184 [-0.1721; 0.2075] 0.1
## Timmers T -0.0953 [-0.2801; 0.0963] 0.1
## Timmers T -0.3622 [-0.5166; -0.1851] 0.1
## Timmers T -0.2862 [-0.4515; -0.1019] 0.1
## Timmers T 0.1926 [ 0.0028; 0.3689] 0.1
## Timmers T -0.0348 [-0.2232; 0.1561] 0.1
## Timmers T -0.0242 [-0.2130; 0.1665] 0.1
## Timmers T -0.1029 [-0.2871; 0.0887] 0.1
## Timmers T -0.1289 [-0.3111; 0.0625] 0.1
## Storandt M 0.1209 [-0.0490; 0.2841] 0.1
## Storandt M 0.0041 [-0.1650; 0.1729] 0.1
## Storandt M 0.0041 [-0.1650; 0.1729] 0.1
## Storandt M 0.0164 [-0.1530; 0.1849] 0.1
## Storandt M 0.0164 [-0.1530; 0.1849] 0.1
## Tardif CL -0.5073 [-0.6952; -0.2545] 0.1
## Tardif CL 0.2859 [-0.0048; 0.5320] 0.1
## Tardif CL 0.3610 [ 0.0790; 0.5895] 0.1
## Tardif CL 0.3530 [ 0.0699; 0.5835] 0.1
## Teipel SJ -0.1100 [-0.2174; -0.0000] 0.1
## Teipel SJ -0.1100 [-0.2174; -0.0000] 0.1
## van Bergen JMG -0.0448 [-0.2253; 0.1387] 0.1
## van Harten AC 0.0218 [-0.1497; 0.1919] 0.1
## van Harten AC 0.0145 [-0.1568; 0.1849] 0.1
## van Harten AC -0.0145 [-0.1849; 0.1568] 0.1
## van Harten AC -0.0651 [-0.2334; 0.1069] 0.1
## van Harten AC 0.0073 [-0.1638; 0.1779] 0.1
## van Harten AC 0.0362 [-0.1355; 0.2058] 0.1
## van Harten AC 0.0073 [-0.1638; 0.1779] 0.1
## van Harten AC -0.0218 [-0.1919; 0.1497] 0.1
## van Harten AC -0.0651 [-0.2334; 0.1069] 0.1
## van Harten AC -0.0073 [-0.1779; 0.1638] 0.1
## van Harten AC 0.0145 [-0.1568; 0.1849] 0.1
## van Harten AC -0.0218 [-0.1919; 0.1497] 0.1
## van Harten AC -0.0435 [-0.2128; 0.1283] 0.1
## van Harten AC -0.0579 [-0.2266; 0.1141] 0.1
## van Harten AC 0.0145 [-0.1568; 0.1849] 0.1
## van Harten AC 0.0362 [-0.1355; 0.2058] 0.1
## van Harten AC 0.0290 [-0.1426; 0.1989] 0.1
## van Harten AC 0.0000 [-0.1709; 0.1709] 0.1
## van Harten AC -0.1400 [-0.3037; 0.0316] 0.1
## van Harten AC 0.0218 [-0.1497; 0.1919] 0.1
## van Harten AC -0.1715 [-0.3326; -0.0006] 0.1
## van Harten AC 0.0073 [-0.1638; 0.1779] 0.1
## van Harten AC -0.1436 [-0.3069; 0.0280] 0.1
## van Harten AC -0.0435 [-0.2128; 0.1283] 0.1
## van Harten AC -0.0218 [-0.1919; 0.1497] 0.1
## van Harten AC -0.0145 [-0.1849; 0.1568] 0.1
## van Harten AC -0.0348 [-0.2045; 0.1369] 0.1
## van Harten AC -0.0579 [-0.2266; 0.1141] 0.1
## van Harten AC -0.0435 [-0.2128; 0.1283] 0.1
## van Harten AC 0.0000 [-0.1709; 0.1709] 0.1
## van Harten AC -0.0145 [-0.1849; 0.1568] 0.1
## van Harten AC -0.0174 [-0.1877; 0.1539] 0.1
## van Harten AC -0.0145 [-0.1849; 0.1568] 0.1
## van Harten AC -0.1506 [-0.3134; 0.0208] 0.1
## van Harten AC -0.0435 [-0.2128; 0.1283] 0.1
## van Harten AC -0.1295 [-0.2938; 0.0423] 0.1
## van Harten AC -0.0261 [-0.1961; 0.1454] 0.1
## van Harten AC -0.1436 [-0.3069; 0.0280] 0.1
## van Harten AC -0.0579 [-0.2266; 0.1141] 0.1
## van Harten AC -0.0218 [-0.1919; 0.1497] 0.1
## Visser PJ 0.0135 [-0.2457; 0.2708] 0.1
## Visser PJ 0.0150 [-0.2443; 0.2722] 0.1
## Visser PJ -0.0576 [-0.3071; 0.1992] 0.1
## Visser PJ 0.0449 [-0.2159; 0.2997] 0.1
## Xiong C -0.1100 [-0.2421; 0.0261] 0.1
## Xiong C -0.1500 [-0.2800; -0.0146] 0.1
## Xiong C -0.0200 [-0.1553; 0.1160] 0.1
## Xiong C -0.4400 [-0.5433; -0.3236] 0.1
## Xiong C -0.3300 [-0.4458; -0.2034] 0.1
## Xiong C -0.2700 [-0.3914; -0.1394] 0.1
## Xiong C 0.2200 [ 0.0869; 0.3454] 0.1
## Xiong C -0.0300 [-0.1650; 0.1061] 0.1
## Huang KL -0.5600 [-0.8682; 0.0600] 0.1
## Insel PS 0.0458 [-0.0626; 0.1532] 0.1
## Insel PS 0.1831 [ 0.0765; 0.2856] 0.1
## Insel PS -0.0833 [-0.1897; 0.0251] 0.1
## Janelidze S 0.1162 [ 0.0295; 0.2011] 0.1
## Jansen WJ 0.0709 [ 0.0347; 0.1070] 0.2
## Jansen WJ 0.0884 [ 0.0523; 0.1244] 0.2
## Kang JM 0.2020 [-0.1047; 0.4736] 0.1
## Kang JM 0.0490 [-0.2551; 0.3443] 0.1
## Kang JM -0.0500 [-0.3452; 0.2542] 0.1
## Kang JM -0.1230 [-0.4083; 0.1841] 0.1
## Kang JM -0.1980 [-0.4704; 0.1088] 0.1
## Kang JM -0.1600 [-0.4392; 0.1474] 0.1
## Kang JM 0.0580 [-0.2466; 0.3522] 0.1
## Kang JM 0.0710 [-0.2343; 0.3636] 0.1
## Kang JM 0.0160 [-0.2857; 0.3148] 0.1
## Kang JM -0.0310 [-0.3283; 0.2719] 0.1
## Kang JM 0.1470 [-0.1604; 0.4284] 0.1
## Kato M 0.2739 [ 0.0818; 0.4463] 0.1
## Kato M 0.4369 [ 0.2631; 0.5833] 0.1
## Kawas CH 0.1837 [-0.4086; 0.6672] 0.1
## Kawas CH 0.4358 [-0.1515; 0.7957] 0.1
## Kawas CH -0.2974 [-0.7290; 0.3032] 0.1
## Kawas CH 0.0000 [-0.7047; 0.7047] 0.0
## Kawas CH 0.9821 [ 0.8797; 0.9975] 0.0
## Kawas CH 0.9259 [ 0.5710; 0.9892] 0.0
## Kawas CH 0.3273 [-0.6594; 0.8998] 0.0
## Kawas CH 0.4669 [-0.5549; 0.9271] 0.0
## Kemppainen N 0.2070 [-0.0820; 0.4638] 0.1
## Kemppainen N 0.3277 [ 0.0481; 0.5597] 0.1
## Kemppainen N 0.1730 [-0.1169; 0.4357] 0.1
## Kemppainen N 0.0300 [-0.2563; 0.3115] 0.1
## Kemppainen N 0.0000 [-0.2841; 0.2841] 0.1
## Kemppainen N -0.0993 [-0.3729; 0.1902] 0.1
## Kemppainen N 0.1633 [-0.1267; 0.4276] 0.1
## Konijnenberg E 0.2110 [ 0.0730; 0.3411] 0.1
## Konijnenberg E 0.1361 [-0.0042; 0.2710] 0.1
## Konijnenberg E -0.1332 [-0.2684; 0.0071] 0.1
## Konijnenberg E 0.0964 [-0.0444; 0.2334] 0.1
## Konijnenberg E -0.0146 [-0.1574; 0.1288] 0.1
## Konijnenberg E -0.0260 [-0.1685; 0.1175] 0.1
## Konijnenberg E 0.0243 [-0.1192; 0.1668] 0.1
## Konijnenberg E -0.0122 [-0.1550; 0.1312] 0.1
## Konijnenberg E -0.0520 [-0.1937; 0.0918] 0.1
## Konijnenberg E 0.0334 [-0.1423; 0.2071] 0.1
## Konijnenberg E 0.0950 [-0.0812; 0.2655] 0.1
## Konijnenberg E -0.0198 [-0.1940; 0.1557] 0.1
## Konijnenberg E 0.0297 [-0.1460; 0.2035] 0.1
## Konijnenberg E 0.0534 [-0.1227; 0.2262] 0.1
## Kristofikova Z -0.0444 [-0.5443; 0.4787] 0.1
## Kristofikova Z -0.0229 [-0.5290; 0.4951] 0.1
## Kristofikova Z -0.2172 [-0.6564; 0.3320] 0.1
## Kristofikova Z 0.1291 [-0.4103; 0.6016] 0.1
## Kristofikova Z -0.1720 [-0.6289; 0.3731] 0.1
## Kristofikova Z -0.5850 [-0.8443; -0.1039] 0.1
## Kristofikova Z -0.4450 [-0.7796; 0.0871] 0.1
## Lafirdeen ASM 0.2219 [ 0.1904; 0.2529] 0.2
## Leahey TM -0.3400 [-0.6047; -0.0076] 0.1
## Liguori C 0.7900 [ 0.6559; 0.8758] 0.1
## Liguori C 0.7500 [ 0.5961; 0.8507] 0.1
## Liguori C 0.7000 [ 0.5237; 0.8188] 0.1
## Lilamand M 0.0944 [-0.0255; 0.2116] 0.1
## Lilamand M 0.1170 [-0.0027; 0.2333] 0.1
## Lilamand M -0.6904 [-0.7483; -0.6222] 0.1
## Lilamand M -0.5014 [-0.5858; -0.4061] 0.1
## Lilamand M -0.6280 [-0.6954; -0.5497] 0.1
## Lim YY 0.0606 [-0.1900; 0.3038] 0.1
## Lim YY -0.0452 [-0.2897; 0.2049] 0.1
## Lim YY -0.0010 [-0.2487; 0.2468] 0.1
## Lim YY 0.1120 [-0.1396; 0.3501] 0.1
## Lim YY 0.2916 [ 0.0473; 0.5030] 0.1
## Lim YY 0.2254 [-0.0237; 0.4481] 0.1
## Lim YY -0.2329 [-0.4544; 0.0158] 0.1
## Lim YY 0.1474 [-0.1041; 0.3813] 0.1
## Llado-Saz S 0.0270 [-0.1530; 0.2053] 0.1
## Llado-Saz S 0.1051 [-0.0756; 0.2791] 0.1
## Llado-Saz S 0.1805 [ 0.0013; 0.3484] 0.1
## Llado-Saz S 0.0740 [-0.1066; 0.2499] 0.1
## Llado-Saz S -0.2828 [-0.4398; -0.1091] 0.1
## Llado-Saz S -0.2257 [-0.3892; -0.0484] 0.1
## Llado-Saz S 0.2497 [ 0.0738; 0.4106] 0.1
## Llado-Saz S 0.0144 [-0.1653; 0.1931] 0.1
## Llado-Saz S 0.0148 [-0.1649; 0.1935] 0.1
## Llado-Saz S 0.0190 [-0.1607; 0.1976] 0.1
## Llado-Saz S 0.2227 [ 0.0453; 0.3865] 0.1
## Llado-Saz S 0.2334 [ 0.0565; 0.3960] 0.1
## Llado-Saz S 0.2635 [ 0.0884; 0.4228] 0.1
## Llado-Saz S 0.2246 [ 0.0473; 0.3882] 0.1
## Llado-Saz S -0.0621 [-0.2387; 0.1185] 0.1
## Llado-Saz S 0.0235 [-0.1564; 0.2019] 0.1
## Llado-Saz S 0.1009 [-0.0798; 0.2752] 0.1
## Llado-Saz S 0.2083 [ 0.0302; 0.3736] 0.1
## Llado-Saz S 0.2921 [ 0.1191; 0.4479] 0.1
## Llado-Saz S 0.2196 [ 0.0420; 0.3837] 0.1
## Lu K -0.2400 [-0.3208; -0.1558] 0.1
## Lu K -0.1600 [-0.2441; -0.0735] 0.1
## Lu K -0.3100 [-0.3870; -0.2287] 0.1
## Lu K -0.2000 [-0.2826; -0.1145] 0.1
## Lu K -0.0300 [-0.1271; 0.0676] 0.1
## Lu K -0.1600 [-0.2535; -0.0635] 0.1
## Lu K -0.0900 [-0.1858; 0.0075] 0.1
## Lu K -0.1700 [-0.2537; -0.0837] 0.1
## Lu K -0.3900 [-0.4618; -0.3132] 0.1
## Martikainen IK 0.0000 [-0.3115; 0.3115] 0.1
## Martikainen IK 0.0608 [-0.2555; 0.3654] 0.1
## Martikainen IK -0.1323 [-0.4263; 0.1869] 0.1
## Martikainen IK 0.2671 [-0.0484; 0.5342] 0.1
## Martikainen IK 0.0975 [-0.2207; 0.3970] 0.1
## McMillan CT 0.3727 [ 0.2371; 0.4941] 0.1
## McMillan CT -0.5276 [-0.6272; -0.4111] 0.1
## McMillan CT -0.1654 [-0.3066; -0.0170] 0.1
## McMillan CT 0.0000 [-0.1488; 0.1488] 0.1
## McMillan CT 0.0000 [-0.1488; 0.1488] 0.1
## McMillan CT -0.1654 [-0.3066; -0.0170] 0.1
## McMillan CT 0.3001 [ 0.1584; 0.4297] 0.1
## McMillan CT 0.4888 [ 0.3667; 0.5944] 0.1
## Mecca AP 0.1270 [-0.1730; 0.4054] 0.1
## Mecca AP 0.3900 [ 0.1089; 0.6133] 0.1
## Mecca AP 0.2000 [-0.0994; 0.4662] 0.1
## Mecca AP 0.2600 [-0.0363; 0.5143] 0.1
## Mecca AP -0.0600 [-0.3474; 0.2377] 0.1
## Mecca AP 0.1300 [-0.1700; 0.4080] 0.1
## Mecca AP 0.2300 [-0.0681; 0.4904] 0.1
## Mecca AP -0.0500 [-0.3386; 0.2472] 0.1
## Mecca AP -0.2200 [-0.4824; 0.0786] 0.1
## Mecca AP 0.0200 [-0.2751; 0.3117] 0.1
## Mecca AP -0.0600 [-0.3474; 0.2377] 0.1
## Mecca AP 0.2000 [-0.0994; 0.4662] 0.1
## Mecca AP 0.1000 [-0.1994; 0.3823] 0.1
## Mecca AP -0.1900 [-0.4580; 0.1096] 0.1
## Aschenbrenner AJ -0.0900 [-0.2702; 0.0963] 0.1
## Aschenbrenner AJ -0.2000 [-0.3710; -0.0159] 0.1
## Aschenbrenner AJ 0.0400 [-0.1458; 0.2231] 0.1
## Aschenbrenner AJ 0.1200 [-0.0662; 0.2981] 0.1
## Aschenbrenner AJ -0.1200 [-0.2981; 0.0662] 0.1
## Aschenbrenner AJ -0.2100 [-0.3800; -0.0263] 0.1
## Aschenbrenner AJ 0.1200 [-0.0662; 0.2981] 0.1
## Aschenbrenner AJ 0.1600 [-0.0255; 0.3348] 0.1
## Aschenbrenner AJ 0.0000 [-0.1847; 0.1847] 0.1
## Aschenbrenner AJ 0.2200 [ 0.0368; 0.3889] 0.1
## Aschenbrenner AJ 0.0700 [-0.1162; 0.2515] 0.1
## Aschenbrenner AJ -0.0900 [-0.2702; 0.0963] 0.1
## Aschenbrenner AJ -0.0900 [-0.2702; 0.0963] 0.1
## Aschenbrenner AJ -0.4400 [-0.5778; -0.2779] 0.1
## Aschenbrenner AJ 0.1400 [-0.0459; 0.3165] 0.1
## Aschenbrenner AJ 0.3300 [ 0.1547; 0.4852] 0.1
## Berenguer RG 0.3300 [ 0.0162; 0.5846] 0.1
## Berenguer RG 0.4240 [ 0.1252; 0.6523] 0.1
## Berenguer RG -0.3490 [-0.5986; -0.0376] 0.1
## Berenguer RG -0.3440 [-0.5949; -0.0320] 0.1
## Besson FL -0.1208 [-0.3764; 0.1519] 0.1
## Besson FL 0.0000 [-0.2678; 0.2678] 0.1
## Besson FL -0.0206 [-0.2867; 0.2486] 0.1
## Besson FL -0.2016 [-0.4453; 0.0699] 0.1
## Besson FL -0.1958 [-0.4405; 0.0759] 0.1
## Besson FL -0.2312 [-0.4699; 0.0390] 0.1
## Besson FL -0.3633 [-0.5751; -0.1058] 0.1
## Besson FL -0.0307 [-0.2960; 0.2391] 0.1
## Bilgel M -0.0690 [-0.2403; 0.1065] 0.1
## Bilgel M -0.0260 [-0.1993; 0.1489] 0.1
## Bilgel M -0.0390 [-0.2118; 0.1361] 0.1
## Bilgel M 0.0180 [-0.1567; 0.1916] 0.1
## Bilgel M -0.0120 [-0.1858; 0.1626] 0.1
## Bilgel M 0.0270 [-0.1479; 0.2003] 0.1
## Bilgel M 0.0010 [-0.1732; 0.1752] 0.1
## Bilgel M 0.0110 [-0.1635; 0.1849] 0.1
## Bilgel M 0.0130 [-0.1616; 0.1868] 0.1
## Bilgel M -0.0040 [-0.1781; 0.1703] 0.1
## Bilgel M 0.0120 [-0.1626; 0.1858] 0.1
## Casaletto KB -0.1700 [-0.3313; 0.0009] 0.1
## Casaletto KB -0.1400 [-0.3036; 0.0316] 0.1
## Casaletto KB -0.0200 [-0.1902; 0.1514] 0.1
## Casaletto KB -0.4300 [-0.5597; -0.2797] 0.1
## Casaletto KB -0.2100 [-0.3677; -0.0406] 0.1
## Casaletto KB -0.3100 [-0.4567; -0.1469] 0.1
## Casaletto KB -0.1600 [-0.3221; 0.0112] 0.1
## Casaletto KB -0.0300 [-0.1998; 0.1416] 0.1
## Chatterjee P -0.1246 [-0.3133; 0.0736] 0.1
## Cosentino SA 0.7784 [ 0.7405; 0.8114] 0.1
## Cosentino SA 0.7338 [ 0.6896; 0.7725] 0.1
## Cosentino SA -0.0200 [-0.1092; 0.0695] 0.1
## Cosentino SA 0.0100 [-0.0795; 0.0993] 0.1
## Cosentino SA 0.0100 [-0.0795; 0.0993] 0.1
## Cosentino SA -0.0300 [-0.1191; 0.0596] 0.1
## Cosentino SA -0.0300 [-0.1191; 0.0596] 0.1
## Cosentino SA -0.0100 [-0.0993; 0.0795] 0.1
## Cosentino SA -0.0200 [-0.1092; 0.0695] 0.1
## Cosentino SA -0.0300 [-0.1191; 0.0596] 0.1
## Cosentino SA -0.0200 [-0.1092; 0.0695] 0.1
## Cosentino SA -0.0200 [-0.1092; 0.0695] 0.1
## Cosentino SA -0.0100 [-0.0993; 0.0795] 0.1
## Cosentino SA -0.0300 [-0.1191; 0.0596] 0.1
## Cosentino SA -0.0300 [-0.1191; 0.0596] 0.1
## Cosentino SA -0.0100 [-0.0993; 0.0795] 0.1
## Cosentino SA -0.0200 [-0.1092; 0.0695] 0.1
## Cosentino SA -0.0300 [-0.1191; 0.0596] 0.1
## Cosentino SA -0.0200 [-0.1092; 0.0695] 0.1
## Cosentino SA -0.0200 [-0.1092; 0.0695] 0.1
## Cosentino SA -0.0100 [-0.0993; 0.0795] 0.1
## Cosentino SA -0.0100 [-0.0993; 0.0795] 0.1
## Cosentino SA -0.0100 [-0.0993; 0.0795] 0.1
## Cosentino SA -0.0200 [-0.1092; 0.0695] 0.1
## Donohue MC 0.1338 [ 0.0414; 0.2240] 0.1
## Donohue MC 0.0430 [-0.0501; 0.1355] 0.1
## Donohue MC 0.0765 [-0.0166; 0.1682] 0.1
## Donohue MC -0.0572 [-0.1494; 0.0360] 0.1
## Donohue MC 0.2500 [ 0.1608; 0.3352] 0.1
## Donohue MC -0.2300 [-0.3162; -0.1400] 0.1
## Donohue MC 0.2400 [ 0.1504; 0.3257] 0.1
## Donohue MC 0.3789 [ 0.2964; 0.4558] 0.1
## Donohue MC 0.3180 [ 0.2319; 0.3992] 0.1
## Donohue MC 0.3243 [ 0.2385; 0.4050] 0.1
## Donohue MC 0.2513 [ 0.1621; 0.3364] 0.1
## Donohue MC 0.1949 [ 0.1038; 0.2827] 0.1
## Donohue MC 0.1565 [ 0.0645; 0.2459] 0.1
## Donohue MC 0.2953 [ 0.2080; 0.3779] 0.1
## Donohue MC 0.2618 [ 0.1731; 0.3463] 0.1
## Donohue MC 0.2698 [ 0.1814; 0.3539] 0.1
## Donohue MC 0.1931 [ 0.1020; 0.2811] 0.1
## Donohue MC 0.2183 [ 0.1279; 0.3050] 0.1
## Donohue MC 0.1716 [ 0.0799; 0.2604] 0.1
## Donohue MC 0.3895 [ 0.3076; 0.4656] 0.1
## Donohue MC 0.3308 [ 0.2454; 0.4111] 0.1
## Donohue MC 0.3308 [ 0.2454; 0.4111] 0.1
## Donohue MC 0.1676 [ 0.0758; 0.2566] 0.1
## Donohue MC 0.2575 [ 0.1685; 0.3422] 0.1
## Donohue MC 0.2083 [ 0.1176; 0.2955] 0.1
## Doraiswamy PM -0.1578 [-0.3802; 0.0820] 0.1
## Doraiswamy PM 0.2966 [ 0.0644; 0.4983] 0.1
## Doraiswamy PM 0.1405 [-0.0995; 0.3650] 0.1
## Doraiswamy PM 0.0941 [-0.1459; 0.3235] 0.1
## Doraiswamy PM 0.2335 [-0.0034; 0.4455] 0.1
## Doraiswamy PM 0.2532 [ 0.0176; 0.4622] 0.1
## Doraiswamy PM 0.2965 [ 0.0643; 0.4982] 0.1
## Doraiswamy PM -0.6293 [-0.7537; -0.4613] 0.1
## Doraiswamy PM 0.8819 [ 0.8154; 0.9254] 0.1
## Doraiswamy PM 0.5881 [ 0.4082; 0.7240] 0.1
## Doraiswamy PM 0.5161 [ 0.3183; 0.6708] 0.1
## Doraiswamy PM 0.8284 [ 0.7361; 0.8905] 0.1
## Doraiswamy PM 0.8176 [ 0.7203; 0.8834] 0.1
## Doraiswamy PM 0.8176 [ 0.7203; 0.8834] 0.1
## Doraiswamy PM 0.8176 [ 0.7203; 0.8834] 0.1
## Dubois B 0.1214 [ 0.0115; 0.2283] 0.1
## Dubois B 0.1078 [-0.0022; 0.2153] 0.1
## Dubois B 0.1106 [ 0.0006; 0.2179] 0.1
## Dubois B 0.0090 [-0.1010; 0.1189] 0.1
## Dubois B 0.0000 [-0.1100; 0.1100] 0.1
## Dubois B -0.0636 [-0.1724; 0.0467] 0.1
## Dubois B 0.0007 [-0.1093; 0.1107] 0.1
## Dubois B 0.0871 [-0.0232; 0.1952] 0.1
## Dubois B 0.0243 [-0.0859; 0.1339] 0.1
## Dubois B 0.0358 [-0.0745; 0.1452] 0.1
## Dubois B 0.5227 [ 0.4379; 0.5983] 0.1
## Dubois B -0.0731 [-0.1816; 0.0372] 0.1
## Dubois B -0.0054 [-0.1153; 0.1047] 0.1
## Dubois B 0.0764 [-0.0339; 0.1848] 0.1
## Dubois B 0.1305 [ 0.0208; 0.2371] 0.1
## Dubois B -0.6302 [-0.6922; -0.5590] 0.1
## Dubois B -0.0582 [-0.1672; 0.0521] 0.1
## Dubois B 0.0629 [-0.0474; 0.1717] 0.1
## Dubois B -0.0081 [-0.1179; 0.1020] 0.1
## Duchek JM 0.2395 [ 0.1002; 0.3696] 0.1
## Duchek JM 0.1608 [ 0.0185; 0.2967] 0.1
## Duchek JM -0.0093 [-0.1518; 0.1336] 0.1
## Duchek JM 0.0023 [-0.1404; 0.1450] 0.1
## Ecay-Torres M 0.0000 [-0.1272; 0.1272] 0.1
## Ecay-Torres M 0.0000 [-0.1272; 0.1272] 0.1
## Ecay-Torres M 0.0000 [-0.1272; 0.1272] 0.1
## Ecay-Torres M 0.0108 [-0.1165; 0.1378] 0.1
## Farrell ME -0.1213 [-0.2921; 0.0570] 0.1
## Farrell ME -0.1080 [-0.2797; 0.0704] 0.1
## Farrell ME -0.1085 [-0.2802; 0.0699] 0.1
## Farrell ME -0.0396 [-0.2151; 0.1384] 0.1
## Farrell ME -0.0926 [-0.2653; 0.0858] 0.1
## Farrell ME -0.0296 [-0.2056; 0.1482] 0.1
## Farrell ME -0.0630 [-0.2374; 0.1153] 0.1
## Farrell ME -0.0879 [-0.2609; 0.0905] 0.1
## Farrell ME -0.0877 [-0.2607; 0.0908] 0.1
## Farrell ME -0.0134 [-0.1900; 0.1640] 0.1
## Franzmeier N 0.2613 [-0.0215; 0.5054] 0.1
## Franzmeier N 0.1204 [-0.1665; 0.3884] 0.1
## Gangishetti U 0.1009 [-0.2021; 0.3862] 0.1
## Haapalinna F -0.2860 [-0.5087; -0.0275] 0.1
## Hamelin L 0.1673 [-0.3408; 0.5997] 0.1
## Hamelin L 0.1396 [-0.3656; 0.5813] 0.1
## Hamelin L 0.2169 [-0.2944; 0.6317] 0.1
## Hamelin L 0.2541 [-0.2580; 0.6548] 0.1
## Hamelin L 0.6003 [ 0.1682; 0.8389] 0.1
## Hamelin L -0.0255 [-0.5000; 0.4608] 0.1
## Hamelin L -0.3026 [-0.6838; 0.2083] 0.1
## Hamelin L 0.2953 [-0.2160; 0.6795] 0.1
## Hamelin L -0.2889 [-0.6757; 0.2226] 0.1
## Hamelin L 0.0000 [-0.4806; 0.4806] 0.1
## Hamelin L 0.0000 [-0.4806; 0.4806] 0.1
## Hamelin L 0.0000 [-0.4806; 0.4806] 0.1
## Zhao Y 0.1513 [ 0.0030; 0.2931] 0.1
## Zhao Y 0.0870 [-0.0622; 0.2323] 0.1
## Zhao Y 0.1866 [ 0.0393; 0.3259] 0.1
## Zhao Y 0.0768 [-0.0723; 0.2226] 0.1
## Zhao Y -0.2070 [-0.3448; -0.0605] 0.1
## Zhao Y 0.1463 [-0.0021; 0.2884] 0.1
## Zhao Y -0.0578 [-0.2043; 0.0914] 0.1
## Zhao Y 0.1866 [ 0.0393; 0.3259] 0.1
## Zhao Y -0.2456 [-0.3801; -0.1009] 0.1
## Yaffe K -0.0324 [-0.1085; 0.0442] 0.2
## Yaffe K -0.1113 [-0.1861; -0.0351] 0.2
## Yaffe K 0.0199 [-0.0566; 0.0961] 0.2
## Yaffe K -0.0801 [-0.1555; -0.0037] 0.2
## Meng Y -0.0280 [-0.3579; 0.3081] 0.1
## Meng Y 0.1420 [-0.2007; 0.4538] 0.1
## Meng Y 0.1210 [-0.2212; 0.4366] 0.1
## Meng Y 0.1240 [-0.2183; 0.4391] 0.1
## Meng Y 0.1440 [-0.1988; 0.4554] 0.1
## Meng Y 0.1320 [-0.2105; 0.4456] 0.1
## Meng Y 0.1140 [-0.2279; 0.4309] 0.1
## Meng Y 0.1200 [-0.2221; 0.4358] 0.1
## Meng Y 0.0950 [-0.2460; 0.4151] 0.1
## Meng Y 0.1340 [-0.2086; 0.4473] 0.1
## Meng Y 0.0770 [-0.2630; 0.4000] 0.1
## Meng Y 0.1000 [-0.2413; 0.4193] 0.1
## Meng Y -0.1250 [-0.4399; 0.2173] 0.1
## Meng Y -0.1200 [-0.4358; 0.2221] 0.1
## Meng Y -0.1390 [-0.4513; 0.2037] 0.1
## Meng Y -0.1320 [-0.4456; 0.2105] 0.1
## Meng Y -0.1760 [-0.4810; 0.1670] 0.1
## Meng Y -0.1320 [-0.4456; 0.2105] 0.1
## Merrill DA 0.2700 [ 0.0458; 0.4683] 0.1
## Mielke MM -0.0522 [-0.2323; 0.1314] 0.1
## Mielke MM 0.0058 [-0.1775; 0.1887] 0.1
## Mielke MM 0.0117 [-0.1718; 0.1944] 0.1
## Mielke MM -0.0117 [-0.1952; 0.1726] 0.1
## Mielke MM 0.0759 [-0.1096; 0.2562] 0.1
## Mielke MM -0.0350 [-0.1238; 0.0544] 0.1
## Mielke MM -0.0477 [-0.1364; 0.0417] 0.1
## Mielke MM -0.0897 [-0.1775; -0.0004] 0.1
## Mielke MM -0.0510 [-0.1396; 0.0384] 0.1
## Mielke MM -0.0679 [-0.1562; 0.0214] 0.1
## Mielke MM -0.0859 [-0.1738; 0.0033] 0.1
## Mok VC 0.1400 [-0.0898; 0.3557] 0.1
## Molinuevo JL 0.1725 [-0.1558; 0.4665] 0.1
## Molinuevo JL 0.0923 [-0.2343; 0.4002] 0.1
## Molinuevo JL 0.0118 [-0.3090; 0.3302] 0.1
## Molinuevo JL 0.0151 [-0.3060; 0.3332] 0.1
## Molinuevo JL 0.1158 [-0.2117; 0.4199] 0.1
## Molinuevo JL -0.1839 [-0.4756; 0.1443] 0.1
## Molinuevo JL 0.2265 [-0.1005; 0.5093] 0.1
## Molinuevo JL 0.2479 [-0.0780; 0.5259] 0.1
## Molinuevo JL 0.1029 [-0.2242; 0.4091] 0.1
## Molinuevo JL -0.1079 [-0.4133; 0.2193] 0.1
## Molinuevo JL -0.1632 [-0.4589; 0.1651] 0.1
## Moon YS -0.2500 [-0.4089; -0.0763] 0.1
## Moon YS 0.9924 [ 0.9892; 0.9947] 0.1
## Mueller SG 0.1524 [-0.1286; 0.4107] 0.1
## Mueller SG -0.0907 [-0.3573; 0.1897] 0.1
## Mueller SG 0.0621 [-0.2172; 0.3320] 0.1
## Mueller SG 0.0657 [-0.2137; 0.3352] 0.1
## Nakamura A -0.0624 [-0.3746; 0.2625] 0.1
## Nakamura A 0.0245 [-0.2975; 0.3415] 0.1
## Nakamura A -0.0290 [-0.3455; 0.2934] 0.1
## Nakamura A 0.0007 [-0.3190; 0.3203] 0.1
## Nebes RD 0.1295 [-0.1070; 0.3522] 0.1
## Nebes RD 0.0543 [-0.1813; 0.2840] 0.1
## Nebes RD -0.0633 [-0.2923; 0.1726] 0.1
## Nebes RD 0.0000 [-0.2333; 0.2333] 0.1
## Nebes RD 0.0623 [-0.1735; 0.2914] 0.1
## Nebes RD 0.0129 [-0.2211; 0.2454] 0.1
## Nebes RD -0.0831 [-0.3104; 0.1532] 0.1
## Nebes RD 0.0380 [-0.1971; 0.2689] 0.1
## Nebes RD -0.0193 [-0.2515; 0.2149] 0.1
## Nebes RD 0.0836 [-0.1527; 0.3108] 0.1
## Nebes RD 0.0779 [-0.1583; 0.3056] 0.1
## Nebes RD -0.0885 [-0.3153; 0.1479] 0.1
## Nebes RD -0.0627 [-0.2917; 0.1732] 0.1
## Nebes RD 0.2423 [ 0.0096; 0.4502] 0.1
## Nebes RD 0.1103 [-0.1263; 0.3350] 0.1
## Nebes RD 0.0692 [-0.1668; 0.2977] 0.1
## Nebes RD 0.2857 [ 0.0562; 0.4866] 0.1
## Nebes RD 0.2452 [ 0.0126; 0.4526] 0.1
## Nebes RD 0.2793 [ 0.0492; 0.4812] 0.1
## Okereke OI 0.0000 [-0.0894; 0.0894] 0.1
## Ossenkoppele R 0.0572 [-0.1632; 0.2722] 0.1
## Ossenkoppele R 0.1000 [-0.1210; 0.3115] 0.1
## Ossenkoppele R -0.3000 [-0.4865; -0.0874] 0.1
## Ossenkoppele R -0.0700 [-0.2840; 0.1507] 0.1
## Ossenkoppele R 0.0100 [-0.2088; 0.2279] 0.1
## Ossenkoppele R 0.0400 [-0.1799; 0.2561] 0.1
## Ossenkoppele R -0.2292 [-0.4262; -0.0115] 0.1
## Ossenkoppele R 0.0667 [-0.1539; 0.2810] 0.1
## Ossenkoppele R -0.2496 [-0.4438; -0.0331] 0.1
## Ossenkoppele R -0.0254 [-0.2424; 0.1941] 0.1
## Ossenkoppele R 0.0496 [-0.1706; 0.2651] 0.1
## Ossenkoppele R -0.0435 [-0.2594; 0.1766] 0.1
## Palmqvist S -0.3200 [-0.4734; -0.1478] 0.1
## Palmqvist S -0.2800 [-0.4386; -0.1045] 0.1
## Hammers DB 0.5691 [ 0.2413; 0.7804] 0.1
## Hammers DB 0.1408 [-0.2528; 0.4943] 0.1
## Hammers DB 0.3488 [-0.0360; 0.6435] 0.1
## Hammers DB 0.3173 [-0.0713; 0.6223] 0.1
## Hammers DB 0.6562 [ 0.3679; 0.8294] 0.1
## Hammers DB 0.4781 [ 0.1199; 0.7262] 0.1
## Hammers DB 0.6557 [ 0.3672; 0.8291] 0.1
## Hammers DB 0.3000 [-0.0903; 0.6104] 0.1
## Hammers DB 0.5000 [ 0.1481; 0.7395] 0.1
## Hammers DB 0.3606 [-0.0225; 0.6513] 0.1
## Hammers DB 0.7937 [ 0.5924; 0.9017] 0.1
## Hammers DB 0.6245 [ 0.3206; 0.8118] 0.1
## Hammers DB 0.6904 [ 0.4208; 0.8479] 0.1
## Hammers DB 0.3301 [-0.0570; 0.6310] 0.1
## Hammers DB 0.4214 [ 0.0493; 0.6908] 0.1
## Hammers DB 0.4101 [ 0.0357; 0.6836] 0.1
## Hammers DB 0.7335 [ 0.4901; 0.8708] 0.1
## Hammers DB 0.7288 [ 0.4823; 0.8683] 0.1
## Hanseeuw BJ 0.1777 [ 0.0612; 0.2895] 0.1
## Hanseeuw BJ -0.0411 [-0.1582; 0.0771] 0.1
## Harrington KD 0.0829 [-0.0053; 0.1699] 0.1
## Harrington KD -0.0573 [-0.1447; 0.0311] 0.1
## Harrington KD -0.0326 [-0.1205; 0.0558] 0.1
## Harrington KD -0.0127 [-0.1008; 0.0756] 0.1
## Harrington KD -0.0362 [-0.1241; 0.0522] 0.1
## Harrington MG 0.2632 [-0.0294; 0.5142] 0.1
## Harrington MG 0.1249 [-0.1717; 0.4006] 0.1
## Harrington MG 0.2235 [-0.0715; 0.4825] 0.1
## Harrington MG 0.1928 [-0.1032; 0.4575] 0.1
## Harrington MG 0.4045 [ 0.1294; 0.6218] 0.1
## Harrington MG 0.3667 [ 0.0855; 0.5938] 0.1
## Harrington MG 0.1598 [-0.1368; 0.4302] 0.1
## Harrington MG -0.0921 [-0.3724; 0.2037] 0.1
## Harrington MG -0.2115 [-0.4727; 0.0840] 0.1
## Harrington MG 0.1045 [-0.1916; 0.3832] 0.1
## Harrington MG 0.2286 [-0.0660; 0.4866] 0.1
## Harrington MG 0.2305 [-0.0641; 0.4882] 0.1
## Harrington MG 0.4517 [ 0.1858; 0.6560] 0.1
## Jacobs HIL 0.0760 [-0.0471; 0.1967] 0.1
## Jacobs HIL -0.0012 [-0.1237; 0.1215] 0.1
## Tolboom -0.7500 [-0.9206; -0.3392] 0.1
## Tolboom -0.3900 [-0.7745; 0.2050] 0.1
## Schott JM 0.0940 [-0.0995; 0.2806] 0.1
## Schott JM 0.1724 [-0.0199; 0.3524] 0.1
## Schott JM -0.0303 [-0.2207; 0.1623] 0.1
## Schott JM -0.0896 [-0.2766; 0.1038] 0.1
## Schott JM 0.0165 [-0.1757; 0.2075] 0.1
## Schott JM 0.1260 [-0.0673; 0.3102] 0.1
## Schott JM 0.2817 [ 0.0952; 0.4491] 0.1
## byvar
## Rolstad Working memory Rolstad 1 0
## Rolstad Semantic Rolstad 1 0
## Gu Memory Gu 1 0
## Gu Memory Gu 1 0
## Gu Memory Gu 1 0
## Gu Memory Gu 1 0
## Horn MM Memory Horn MM 1 0
## Hoscheidt SM Memory Hoscheidt SM 1 1
## Hosokawa C Global Hosokawa C 1 0
## Adamczuk K Global Adamczuk K 1 0
## Adamczuk K Memory Adamczuk K 1 0
## Adamczuk K Memory Adamczuk K 1 0
## Adamczuk K Semantic Adamczuk K 1 0
## Adamczuk K Memory Adamczuk K 1 0
## Adamczuk K Memory Adamczuk K 1 0
## Adamczuk K Executive function Adamczuk K 1 0
## Adamczuk K Semantic Adamczuk K 1 0
## Adamczuk K Semantic Adamczuk K 1 0
## Adamczuk K Visuospatial Adamczuk K 1 0
## Adamczuk K Visuospatial Adamczuk K 1 0
## Adamczuk K Global Adamczuk K 1 0
## Adamczuk K Memory Adamczuk K 1 0
## Adamczuk K Memory Adamczuk K 1 0
## Adamczuk K Semantic Adamczuk K 1 0
## Adamczuk K Memory Adamczuk K 1 0
## Adamczuk K Memory Adamczuk K 1 0
## Adamczuk K Executive function Adamczuk K 1 0
## Adamczuk K Semantic Adamczuk K 1 0
## Adamczuk K Semantic Adamczuk K 1 0
## Adamczuk K Visuospatial Adamczuk K 1 0
## Adamczuk K Visuospatial Adamczuk K 1 0
## Aizenstein HJ Global Aizenstein HJ 1 0
## Aizenstein HJ Visuospatial Aizenstein HJ 1 0
## Aizenstein HJ Global Aizenstein HJ 1 0
## Aizenstein HJ Executive function Aizenstein HJ 1 0
## Aizenstein HJ Semantic Aizenstein HJ 1 0
## Aizenstein HJ Visuospatial Aizenstein HJ 1 0
## Aizenstein HJ Memory Aizenstein HJ 1 0
## Aizenstein HJ Memory Aizenstein HJ 1 0
## Aizenstein HJ Semantic Aizenstein HJ 1 0
## Aizenstein HJ Executive function Aizenstein HJ 1 0
## Aizenstein HJ Memory Aizenstein HJ 1 0
## Aizenstein HJ Working memory Aizenstein HJ 1 0
## Aizenstein HJ Working memory Aizenstein HJ 1 0
## Aizenstein HJ Executive function Aizenstein HJ 1 0
## Aizenstein HJ Working memory Aizenstein HJ 1 0
## Aizenstein HJ Working memory Aizenstein HJ 1 0
## Aizenstein HJ Processing speed Aizenstein HJ 1 0
## Aizenstein HJ Processing speed Aizenstein HJ 1 0
## Aizenstein HJ Processing speed Aizenstein HJ 1 0
## Aizenstein HJ Processing speed Aizenstein HJ 1 0
## Pomara N Global Pomara N 1 0
## Pomara N Global Pomara N 1 0
## Radanovic M Global Radanovic M 0 1
## Radanovic M Global Radanovic M 1 1
## Radanovic M Global Radanovic M 1 0
## Radanovic M Global Radanovic M 0 1
## Rentz DM Global Rentz DM 1 0
## Rentz DM Global Rentz DM 0 1
## Rentz DM Global Rentz DM 1 1
## Rentz DM Global Rentz DM 1 1
## Rentz DM Global Rentz DM 1 0
## Rentz DM Global Rentz DM 1 0
## Rentz DM Global Rentz DM 0 1
## Rentz DM Global Rentz DM 0 1
## Resnick SM Memory Resnick SM 1 0
## Resnick SM Executive function Resnick SM 1 0
## Resnick SM Global Resnick SM 1 0
## Resnick SM Memory Resnick SM 1 0
## Roberts RO Global Roberts RO 1 0
## Roberts RO Memory Roberts RO 1 0
## Roberts RO Global Roberts RO 1 0
## Roberts RO Memory Roberts RO 1 0
## Roe CM Global Roe CM 0 1
## Roe CM Global Roe CM 1 1
## Roe CM Global Roe CM 1 1
## Roe CM Global Roe CM 1 0
## Roe CM Global Roe CM 0 1
## Rosenberg PB Memory Rosenberg PB 1 0
## Rosenberg PB Semantic Rosenberg PB 1 0
## Rosenberg PB Global Rosenberg PB 1 0
## Rosenberg PB Global Rosenberg PB 1 0
## Schindler SE Processing speed Schindler SE 1 1
## Schindler SE Memory Schindler SE 1 0
## Schindler SE Memory Schindler SE 1 0
## Schindler SE Global Schindler SE 1 0
## Schindler SE Working memory Schindler SE 1 0
## Schindler SE Global Schindler SE 1 0
## Schindler SE Memory Schindler SE 1 0
## Schindler SE Executive function Schindler SE 1 0
## Schindler SE Processing speed Schindler SE 1 0
## Schindler SE Semantic Schindler SE 1 0
## Schindler SE Memory Schindler SE 0 1
## Schindler SE Memory Schindler SE 0 1
## Schindler SE Global Schindler SE 0 1
## Schindler SE Working memory Schindler SE 0 1
## Schindler SE Global Schindler SE 0 1
## Schindler SE Memory Schindler SE 0 1
## Schindler SE Executive function Schindler SE 0 1
## Schindler SE Processing speed Schindler SE 0 1
## Schindler SE Semantic Schindler SE 0 1
## Schindler SE Memory Schindler SE 0 1
## Schindler SE Memory Schindler SE 0 1
## Schindler SE Global Schindler SE 0 1
## Schindler SE Working memory Schindler SE 0 1
## Schindler SE Global Schindler SE 0 1
## Schindler SE Memory Schindler SE 0 1
## Schindler SE Executive function Schindler SE 0 1
## Schindler SE Processing speed Schindler SE 0 1
## Schindler SE Semantic Schindler SE 0 1
## Schindler SE Memory Schindler SE 1 1
## Schindler SE Memory Schindler SE 1 1
## Schindler SE Global Schindler SE 1 1
## Schindler SE Working memory Schindler SE 1 1
## Schindler SE Global Schindler SE 1 1
## Schindler SE Memory Schindler SE 1 1
## Schindler SE Executive function Schindler SE 1 1
## Schindler SE Processing speed Schindler SE 1 1
## Schindler SE Semantic Schindler SE 1 1
## Schindler SE Memory Schindler SE 1 1
## Schindler SE Memory Schindler SE 1 1
## Schindler SE Global Schindler SE 1 1
## Schindler SE Working memory Schindler SE 1 1
## Schindler SE Global Schindler SE 1 1
## Schindler SE Memory Schindler SE 1 1
## Schindler SE Executive function Schindler SE 1 1
## Schindler SE Processing speed Schindler SE 1 1
## Schindler SE Semantic Schindler SE 1 1
## Schindler SE Global Schindler SE 1 0
## Schindler SE Memory Schindler SE 1 0
## Schindler SE Global Schindler SE 1 0
## Schindler SE Memory Schindler SE 1 0
## Schindler SE Semantic Schindler SE 1 0
## Schindler SE Executive function Schindler SE 1 0
## Schindler SE Processing speed Schindler SE 1 0
## Schindler SE Working memory Schindler SE 1 0
## Schindler SE Memory Schindler SE 1 0
## Schindler SE Global Schindler SE 0 1
## Schindler SE Memory Schindler SE 0 1
## Schindler SE Global Schindler SE 0 1
## Schindler SE Memory Schindler SE 0 1
## Schindler SE Semantic Schindler SE 0 1
## Schindler SE Executive function Schindler SE 0 1
## Schindler SE Processing speed Schindler SE 0 1
## Schindler SE Working memory Schindler SE 0 1
## Schindler SE Memory Schindler SE 0 1
## Schindler SE Global Schindler SE 0 1
## Schindler SE Memory Schindler SE 0 1
## Schindler SE Global Schindler SE 0 1
## Schindler SE Memory Schindler SE 0 1
## Schindler SE Semantic Schindler SE 0 1
## Schindler SE Executive function Schindler SE 0 1
## Schindler SE Processing speed Schindler SE 0 1
## Schindler SE Working memory Schindler SE 0 1
## Schindler SE Memory Schindler SE 0 1
## Schindler SE Global Schindler SE 1 1
## Schindler SE Memory Schindler SE 1 1
## Schindler SE Global Schindler SE 1 1
## Schindler SE Memory Schindler SE 1 1
## Schindler SE Semantic Schindler SE 1 1
## Schindler SE Executive function Schindler SE 1 1
## Schindler SE Processing speed Schindler SE 1 1
## Schindler SE Working memory Schindler SE 1 1
## Schindler SE Memory Schindler SE 1 1
## Schindler SE Global Schindler SE 1 1
## Schindler SE Memory Schindler SE 1 1
## Schindler SE Global Schindler SE 1 1
## Schindler SE Memory Schindler SE 1 1
## Schindler SE Semantic Schindler SE 1 1
## Schindler SE Executive function Schindler SE 1 1
## Schindler SE Processing speed Schindler SE 1 1
## Schindler SE Working memory Schindler SE 1 1
## Schindler SE Memory Schindler SE 1 1
## Schindler SE Executive function Schindler SE 1 1
## Schindler SE Semantic Schindler SE 1 1
## Schindler SE Global Schindler SE 1 1
## Schindler SE Global Schindler SE 1 1
## Sala-Llonch R Executive function Sala-Llonch R 1 0
## Sala-Llonch R Memory Sala-Llonch R 1 0
## Sala-Llonch R Memory Sala-Llonch R 1 0
## Sala-Llonch R Executive function Sala-Llonch R 1 0
## Sala-Llonch R Executive function Sala-Llonch R 1 0
## Sala-Llonch R Global Sala-Llonch R 1 0
## Sala-Llonch R Global Sala-Llonch R 1 0
## Sierra-Rio A Global Sierra-Rio A 1 1
## Song Z Memory Song Z 1 0
## Song Z Memory Song Z 1 0
## Song Z Processing speed Song Z 1 0
## Song Z Working memory Song Z 1 0
## Song Z Working memory Song Z 1 0
## Song Z Global Song Z 1 0
## Song Z Working memory Song Z 1 0
## Song Z Working memory Song Z 1 0
## Song Z Processing speed Song Z 1 0
## Song Z Memory Song Z 1 0
## Song Z Memory Song Z 1 0
## Song Z Memory Song Z 1 0
## Song Z Memory Song Z 1 0
## Song Z Memory Song Z 1 0
## Song Z Memory Song Z 1 0
## Song Z Processing speed Song Z 1 0
## Song Z Processing speed Song Z 1 0
## Song Z Processing speed Song Z 1 0
## Song Z Processing speed Song Z 1 0
## Song Z Processing speed Song Z 1 0
## Song Z Processing speed Song Z 1 0
## Song Z Processing speed Song Z 1 0
## Song Z Semantic Song Z 1 0
## Song Z Semantic Song Z 1 0
## Song Z Semantic Song Z 1 0
## Song Z Processing speed Song Z 1 0
## Song Z Global Song Z 1 0
## Song Z Processing speed Song Z 1 0
## Stomrud E Global Stomrud E 1 0
## Stomrud E Global Stomrud E 0 1
## Stomrud E Global Stomrud E 0 1
## Stomrud E Global Stomrud E 1 0
## Stomrud E Memory Stomrud E 0 1
## Stomrud E Memory Stomrud E 0 1
## Stomrud E Memory Stomrud E 1 0
## Stomrud E Memory Stomrud E 0 1
## Stomrud E Memory Stomrud E 0 1
## Stomrud E Memory Stomrud E 1 0
## Stomrud E Global Stomrud E 0 1
## Stomrud E Global Stomrud E 0 1
## Stomrud E Global Stomrud E 1 0
## Stomrud E Global Stomrud E 0 1
## Stomrud E Global Stomrud E 0 1
## Stomrud E Global Stomrud E 1 0
## Stomrud E Processing speed Stomrud E 0 1
## Stomrud E Processing speed Stomrud E 1 0
## Stomrud E Processing speed Stomrud E 0 1
## Stomrud E Processing speed Stomrud E 0 1
## Stomrud E Processing speed Stomrud E 1 0
## Stomrud E Processing speed Stomrud E 0 1
## Stomrud E Processing speed Stomrud E 0 1
## Stomrud E Processing speed Stomrud E 1 0
## Stomrud E Visuospatial Stomrud E 0 1
## Stomrud E Visuospatial Stomrud E 0 1
## Stomrud E Visuospatial Stomrud E 1 0
## Stomrud E Global Stomrud E 0 1
## Stomrud E Global Stomrud E 0 1
## Timmers T Executive function Timmers T 1 0
## Timmers T Semantic Timmers T 1 0
## Timmers T Global Timmers T 1 0
## Timmers T Memory Timmers T 1 0
## Timmers T Working memory Timmers T 1 0
## Timmers T Processing speed Timmers T 1 0
## Timmers T Processing speed Timmers T 1 0
## Timmers T Processing speed Timmers T 1 0
## Timmers T Working memory Timmers T 1 0
## Timmers T Executive function Timmers T 1 0
## Timmers T Processing speed Timmers T 1 0
## Timmers T Semantic Timmers T 1 0
## Timmers T Memory Timmers T 1 0
## Timmers T Memory Timmers T 1 0
## Timmers T Memory Timmers T 1 0
## Timmers T Memory Timmers T 1 0
## Timmers T Working memory Timmers T 1 0
## Timmers T Processing speed Timmers T 1 0
## Timmers T Processing speed Timmers T 1 0
## Timmers T Processing speed Timmers T 1 0
## Timmers T Executive function Timmers T 1 0
## Timmers T Processing speed Timmers T 1 0
## Timmers T Semantic Timmers T 1 0
## Timmers T Memory Timmers T 1 0
## Timmers T Memory Timmers T 1 0
## Timmers T Executive function Timmers T 1 0
## Timmers T Executive function Timmers T 1 0
## Timmers T Semantic Timmers T 1 0
## Timmers T Executive function Timmers T 1 0
## Timmers T Memory Timmers T 1 0
## Timmers T Memory Timmers T 1 0
## Timmers T Executive function Timmers T 1 0
## Timmers T Global Timmers T 1 0
## Timmers T Working memory Timmers T 1 0
## Timmers T Executive function Timmers T 1 0
## Timmers T Memory Timmers T 1 0
## Storandt M Global Storandt M 1 0
## Storandt M Global Storandt M 1 0
## Storandt M Memory Storandt M 1 0
## Storandt M Visuospatial Storandt M 1 0
## Storandt M Working memory Storandt M 1 0
## Tardif CL Global Tardif CL 1 0
## Tardif CL Global Tardif CL 1 0
## Tardif CL Global Tardif CL 0 1
## Tardif CL Global Tardif CL 0 1
## Teipel SJ Global Teipel SJ 1 0
## Teipel SJ Memory Teipel SJ 1 0
## van Bergen JMG Global van Bergen JMG 1 0
## van Harten AC Executive function van Harten AC 1 0
## van Harten AC Semantic van Harten AC 1 0
## van Harten AC Global van Harten AC 1 0
## van Harten AC Memory van Harten AC 0 1
## van Harten AC Executive function van Harten AC 0 1
## van Harten AC Executive function van Harten AC 0 1
## van Harten AC Semantic van Harten AC 0 1
## van Harten AC Global van Harten AC 0 1
## van Harten AC Memory van Harten AC 0 1
## van Harten AC Executive function van Harten AC 0 1
## van Harten AC Executive function van Harten AC 0 1
## van Harten AC Semantic van Harten AC 0 1
## van Harten AC Global van Harten AC 0 1
## van Harten AC Memory van Harten AC 1 1
## van Harten AC Executive function van Harten AC 1 1
## van Harten AC Executive function van Harten AC 1 1
## van Harten AC Semantic van Harten AC 1 1
## van Harten AC Global van Harten AC 1 1
## van Harten AC Memory van Harten AC 1 0
## van Harten AC Executive function van Harten AC 1 0
## van Harten AC Executive function van Harten AC 1 0
## van Harten AC Semantic van Harten AC 1 0
## van Harten AC Global van Harten AC 1 0
## van Harten AC Memory van Harten AC 0 1
## van Harten AC Executive function van Harten AC 0 1
## van Harten AC Executive function van Harten AC 0 1
## van Harten AC Semantic van Harten AC 0 1
## van Harten AC Global van Harten AC 0 1
## van Harten AC Memory van Harten AC 0 1
## van Harten AC Executive function van Harten AC 0 1
## van Harten AC Executive function van Harten AC 0 1
## van Harten AC Semantic van Harten AC 0 1
## van Harten AC Global van Harten AC 0 1
## van Harten AC Memory van Harten AC 1 1
## van Harten AC Executive function van Harten AC 1 1
## van Harten AC Executive function van Harten AC 1 1
## van Harten AC Semantic van Harten AC 1 1
## van Harten AC Global van Harten AC 1 1
## van Harten AC Memory van Harten AC 1 0
## van Harten AC Executive function van Harten AC 1 0
## Visser PJ Global Visser PJ 1 1
## Visser PJ Global Visser PJ 1 1
## Visser PJ Global Visser PJ 1 1
## Visser PJ Memory Visser PJ 1 1
## Xiong C Global Xiong C 0 1
## Xiong C Global Xiong C 1 0
## Xiong C Global Xiong C 1 0
## Xiong C Global Xiong C 0 1
## Xiong C Global Xiong C 0 1
## Xiong C Global Xiong C 1 0
## Xiong C Global Xiong C 1 0
## Xiong C Global Xiong C 0 1
## Huang KL Memory Huang KL 1 0
## Insel PS Global Insel PS 1 0
## Insel PS Processing speed Insel PS 1 0
## Insel PS Executive function Insel PS 1 0
## Janelidze S Global Janelidze S 1 0
## Jansen WJ Global Jansen WJ 1 0
## Jansen WJ Memory Jansen WJ 1 0
## Kang JM Working memory Kang JM 0 1
## Kang JM Working memory Kang JM 0 1
## Kang JM Semantic Kang JM 0 1
## Kang JM Memory Kang JM 0 1
## Kang JM Memory Kang JM 0 1
## Kang JM Memory Kang JM 0 1
## Kang JM Memory Kang JM 0 1
## Kang JM Memory Kang JM 0 1
## Kang JM Memory Kang JM 0 1
## Kang JM Processing speed Kang JM 0 1
## Kang JM Executive function Kang JM 0 1
## Kato M Global Kato M 1 0
## Kato M Global Kato M 1 0
## Kawas CH Global Kawas CH 1 0
## Kawas CH Global Kawas CH 1 0
## Kawas CH Memory Kawas CH 1 0
## Kawas CH Semantic Kawas CH 1 0
## Kawas CH Global Kawas CH 1 0
## Kawas CH Global Kawas CH 1 0
## Kawas CH Memory Kawas CH 1 0
## Kawas CH Semantic Kawas CH 1 0
## Kemppainen N Global Kemppainen N 1 0
## Kemppainen N Executive function Kemppainen N 1 0
## Kemppainen N Processing speed Kemppainen N 1 0
## Kemppainen N Memory Kemppainen N 1 0
## Kemppainen N Global Kemppainen N 1 0
## Kemppainen N Memory Kemppainen N 1 0
## Kemppainen N Memory Kemppainen N 1 0
## Konijnenberg E Memory Konijnenberg E 1 0
## Konijnenberg E Memory Konijnenberg E 1 0
## Konijnenberg E Memory Konijnenberg E 1 0
## Konijnenberg E Memory Konijnenberg E 1 0
## Konijnenberg E Memory Konijnenberg E 1 0
## Konijnenberg E Memory Konijnenberg E 1 0
## Konijnenberg E Memory Konijnenberg E 1 0
## Konijnenberg E Memory Konijnenberg E 1 0
## Konijnenberg E Global Konijnenberg E 1 0
## Konijnenberg E Memory Konijnenberg E 1 0
## Konijnenberg E Memory Konijnenberg E 1 0
## Konijnenberg E Memory Konijnenberg E 1 0
## Konijnenberg E Memory Konijnenberg E 1 0
## Konijnenberg E Global Konijnenberg E 1 0
## Kristofikova Z Global Kristofikova Z 1 1
## Kristofikova Z Global Kristofikova Z 1 1
## Kristofikova Z Global Kristofikova Z 1 1
## Kristofikova Z Global Kristofikova Z 1 1
## Kristofikova Z Global Kristofikova Z 1 0
## Kristofikova Z Global Kristofikova Z 0 1
## Kristofikova Z Global Kristofikova Z 0 1
## Lafirdeen ASM Global Lafirdeen ASM 1 1
## Leahey TM Global Leahey TM 1 0
## Liguori C Memory Liguori C 1 1
## Liguori C Memory Liguori C 1 1
## Liguori C Memory Liguori C 1 1
## Lilamand M Global Lilamand M 1 0
## Lilamand M Global Lilamand M 1 0
## Lilamand M Global Lilamand M 1 0
## Lilamand M Memory Lilamand M 1 0
## Lilamand M Executive function Lilamand M 1 0
## Lim YY Global Lim YY 1 0
## Lim YY Global Lim YY 1 0
## Lim YY Working memory Lim YY 1 0
## Lim YY Memory Lim YY 1 0
## Lim YY Memory Lim YY 1 0
## Lim YY Working memory Lim YY 1 0
## Lim YY Processing speed Lim YY 1 0
## Lim YY Memory Lim YY 1 0
## Llado-Saz S Memory Llado-Saz S 1 0
## Llado-Saz S Visuospatial Llado-Saz S 1 0
## Llado-Saz S Memory Llado-Saz S 1 0
## Llado-Saz S Global Llado-Saz S 1 0
## Llado-Saz S Memory Llado-Saz S 1 0
## Llado-Saz S Memory Llado-Saz S 1 0
## Llado-Saz S Memory Llado-Saz S 1 0
## Llado-Saz S Processing speed Llado-Saz S 1 0
## Llado-Saz S Processing speed Llado-Saz S 1 0
## Llado-Saz S Processing speed Llado-Saz S 1 0
## Llado-Saz S Memory Llado-Saz S 1 0
## Llado-Saz S Memory Llado-Saz S 1 0
## Llado-Saz S Memory Llado-Saz S 1 0
## Llado-Saz S Global Llado-Saz S 1 0
## Llado-Saz S Memory Llado-Saz S 1 0
## Llado-Saz S Memory Llado-Saz S 1 0
## Llado-Saz S Memory Llado-Saz S 1 0
## Llado-Saz S Processing speed Llado-Saz S 1 0
## Llado-Saz S Processing speed Llado-Saz S 1 0
## Llado-Saz S Processing speed Llado-Saz S 1 0
## Lu K Global Lu K 1 0
## Lu K Processing speed Lu K 1 0
## Lu K Memory Lu K 1 0
## Lu K Memory Lu K 1 0
## Lu K Memory Lu K 1 0
## Lu K Memory Lu K 1 0
## Lu K Memory Lu K 1 0
## Lu K Global Lu K 1 0
## Lu K Working memory Lu K 1 0
## Martikainen IK Global Martikainen IK 1 0
## Martikainen IK Global Martikainen IK 1 0
## Martikainen IK Memory Martikainen IK 1 0
## Martikainen IK Executive function Martikainen IK 1 0
## Martikainen IK Processing speed Martikainen IK 1 0
## McMillan CT Global McMillan CT 1 1
## McMillan CT Global McMillan CT 1 1
## McMillan CT Memory McMillan CT 1 1
## McMillan CT Processing speed McMillan CT 1 1
## McMillan CT Visuospatial McMillan CT 1 1
## McMillan CT Working memory McMillan CT 1 1
## McMillan CT Semantic McMillan CT 1 1
## McMillan CT Processing speed McMillan CT 1 1
## Mecca AP Memory Mecca AP 1 0
## Mecca AP Semantic Mecca AP 1 0
## Mecca AP Semantic Mecca AP 1 0
## Mecca AP Executive function Mecca AP 1 0
## Mecca AP Processing speed Mecca AP 1 0
## Mecca AP Processing speed Mecca AP 1 0
## Mecca AP Executive function Mecca AP 1 0
## Mecca AP Memory Mecca AP 1 0
## Mecca AP Memory Mecca AP 1 0
## Mecca AP Memory Mecca AP 1 0
## Mecca AP Memory Mecca AP 1 0
## Mecca AP NA Mecca AP 1 0
## Mecca AP Visuospatial Mecca AP 1 0
## Mecca AP NA Mecca AP 1 0
## Aschenbrenner AJ Semantic Aschenbrenner AJ 0 1
## Aschenbrenner AJ Memory Aschenbrenner AJ 0 1
## Aschenbrenner AJ Semantic Aschenbrenner AJ 0 1
## Aschenbrenner AJ Memory Aschenbrenner AJ 0 1
## Aschenbrenner AJ Semantic Aschenbrenner AJ 0 1
## Aschenbrenner AJ Memory Aschenbrenner AJ 0 1
## Aschenbrenner AJ Semantic Aschenbrenner AJ 0 1
## Aschenbrenner AJ Memory Aschenbrenner AJ 0 1
## Aschenbrenner AJ Semantic Aschenbrenner AJ 1 0
## Aschenbrenner AJ Memory Aschenbrenner AJ 1 0
## Aschenbrenner AJ Semantic Aschenbrenner AJ 1 0
## Aschenbrenner AJ Memory Aschenbrenner AJ 1 0
## Aschenbrenner AJ Semantic Aschenbrenner AJ 1 0
## Aschenbrenner AJ Memory Aschenbrenner AJ 1 0
## Aschenbrenner AJ Semantic Aschenbrenner AJ 1 0
## Aschenbrenner AJ Memory Aschenbrenner AJ 1 0
## Berenguer RG Memory Berenguer RG 1 0
## Berenguer RG Memory Berenguer RG 1 0
## Berenguer RG Memory Berenguer RG 1 0
## Berenguer RG Memory Berenguer RG 1 0
## Besson FL Global Besson FL 1 0
## Besson FL Global Besson FL 1 0
## Besson FL Memory Besson FL 1 0
## Besson FL Memory Besson FL 1 0
## Besson FL Executive function Besson FL 1 0
## Besson FL Processing speed Besson FL 1 0
## Besson FL Semantic Besson FL 1 0
## Besson FL Global Besson FL 1 0
## Bilgel M Memory Bilgel M 1 0
## Bilgel M Memory Bilgel M 1 0
## Bilgel M Memory Bilgel M 1 0
## Bilgel M Memory Bilgel M 1 0
## Bilgel M Semantic Bilgel M 1 0
## Bilgel M Semantic Bilgel M 1 0
## Bilgel M Executive function Bilgel M 1 0
## Bilgel M Processing speed Bilgel M 1 0
## Bilgel M Processing speed Bilgel M 1 0
## Bilgel M Executive function Bilgel M 1 0
## Bilgel M Visuospatial Bilgel M 1 0
## Casaletto KB Memory Casaletto KB 0 1
## Casaletto KB Memory Casaletto KB 0 1
## Casaletto KB Memory Casaletto KB 1 0
## Casaletto KB Processing speed Casaletto KB 0 1
## Casaletto KB Processing speed Casaletto KB 0 1
## Casaletto KB Processing speed Casaletto KB 0 1
## Casaletto KB Processing speed Casaletto KB 0 1
## Casaletto KB Processing speed Casaletto KB 1 0
## Chatterjee P Global Chatterjee P 1 0
## Cosentino SA Global Cosentino SA 1 0
## Cosentino SA Global Cosentino SA 1 0
## Cosentino SA Global Cosentino SA 1 0
## Cosentino SA Global Cosentino SA 1 0
## Cosentino SA Memory Cosentino SA 1 0
## Cosentino SA Memory Cosentino SA 1 0
## Cosentino SA Memory Cosentino SA 1 0
## Cosentino SA Memory Cosentino SA 1 0
## Cosentino SA Memory Cosentino SA 1 0
## Cosentino SA Memory Cosentino SA 1 0
## Cosentino SA Memory Cosentino SA 1 0
## Cosentino SA Memory Cosentino SA 1 0
## Cosentino SA Semantic Cosentino SA 1 0
## Cosentino SA Semantic Cosentino SA 1 0
## Cosentino SA Semantic Cosentino SA 1 0
## Cosentino SA Semantic Cosentino SA 1 0
## Cosentino SA Semantic Cosentino SA 1 0
## Cosentino SA Semantic Cosentino SA 1 0
## Cosentino SA Semantic Cosentino SA 1 0
## Cosentino SA Semantic Cosentino SA 1 0
## Cosentino SA Visuospatial Cosentino SA 1 0
## Cosentino SA Visuospatial Cosentino SA 1 0
## Cosentino SA Visuospatial Cosentino SA 1 0
## Cosentino SA Visuospatial Cosentino SA 1 0
## Donohue MC Global Donohue MC 1 1
## Donohue MC Global Donohue MC 1 1
## Donohue MC Memory Donohue MC 1 1
## Donohue MC Global Donohue MC 1 1
## Donohue MC Global Donohue MC 1 1
## Donohue MC Global Donohue MC 1 1
## Donohue MC Memory Donohue MC 1 1
## Donohue MC Global Donohue MC 1 1
## Donohue MC Global Donohue MC 1 1
## Donohue MC Global Donohue MC 1 1
## Donohue MC Global Donohue MC 1 1
## Donohue MC Memory Donohue MC 1 1
## Donohue MC Memory Donohue MC 1 1
## Donohue MC Global Donohue MC 1 1
## Donohue MC Global Donohue MC 1 1
## Donohue MC Global Donohue MC 1 1
## Donohue MC Global Donohue MC 1 1
## Donohue MC Memory Donohue MC 1 1
## Donohue MC Memory Donohue MC 1 1
## Donohue MC Global Donohue MC 1 1
## Donohue MC Global Donohue MC 1 1
## Donohue MC Global Donohue MC 1 1
## Donohue MC Memory Donohue MC 1 1
## Donohue MC Global Donohue MC 1 1
## Donohue MC Memory Donohue MC 1 1
## Doraiswamy PM Global Doraiswamy PM 1 0
## Doraiswamy PM Processing speed Doraiswamy PM 1 0
## Doraiswamy PM NA Doraiswamy PM 1 0
## Doraiswamy PM NA Doraiswamy PM 1 0
## Doraiswamy PM Memory Doraiswamy PM 1 0
## Doraiswamy PM Memory Doraiswamy PM 1 0
## Doraiswamy PM Global Doraiswamy PM 1 0
## Doraiswamy PM Global Doraiswamy PM 1 0
## Doraiswamy PM Processing speed Doraiswamy PM 1 0
## Doraiswamy PM Semantic Doraiswamy PM 1 0
## Doraiswamy PM Semantic Doraiswamy PM 1 0
## Doraiswamy PM Memory Doraiswamy PM 1 0
## Doraiswamy PM Memory Doraiswamy PM 1 0
## Doraiswamy PM Global Doraiswamy PM 1 0
## Doraiswamy PM Global Doraiswamy PM 1 0
## Dubois B Global Dubois B 1 0
## Dubois B Memory Dubois B 1 0
## Dubois B Memory Dubois B 1 0
## Dubois B Memory Dubois B 1 0
## Dubois B Processing speed Dubois B 1 0
## Dubois B Processing speed Dubois B 1 0
## Dubois B Processing speed Dubois B 1 0
## Dubois B Visuospatial Dubois B 1 0
## Dubois B Memory Dubois B 1 0
## Dubois B Memory Dubois B 1 0
## Dubois B Working memory Dubois B 1 0
## Dubois B Working memory Dubois B 1 0
## Dubois B Visuospatial Dubois B 1 0
## Dubois B Visuospatial Dubois B 1 0
## Dubois B Executive function Dubois B 1 0
## Dubois B Processing speed Dubois B 1 0
## Dubois B Executive function Dubois B 1 0
## Dubois B Semantic Dubois B 1 0
## Dubois B Semantic Dubois B 1 0
## Duchek JM Executive function Duchek JM 1 0
## Duchek JM Executive function Duchek JM 1 0
## Duchek JM Processing speed Duchek JM 1 0
## Duchek JM Processing speed Duchek JM 1 0
## Ecay-Torres M Global Ecay-Torres M 1 0
## Ecay-Torres M Visuospatial Ecay-Torres M 1 0
## Ecay-Torres M Executive function Ecay-Torres M 0 1
## Ecay-Torres M Executive function Ecay-Torres M 0 1
## Farrell ME Memory Farrell ME 1 0
## Farrell ME Processing speed Farrell ME 1 0
## Farrell ME Semantic Farrell ME 1 0
## Farrell ME Working memory Farrell ME 1 0
## Farrell ME Global Farrell ME 1 0
## Farrell ME Memory Farrell ME 1 0
## Farrell ME Processing speed Farrell ME 1 0
## Farrell ME Semantic Farrell ME 1 0
## Farrell ME Working memory Farrell ME 1 0
## Farrell ME Global Farrell ME 1 0
## Franzmeier N Global Franzmeier N 1 1
## Franzmeier N Memory Franzmeier N 1 1
## Gangishetti U Global Gangishetti U 1 1
## Haapalinna F Memory Haapalinna F 1 1
## Hamelin L Global Hamelin L 1 0
## Hamelin L Global Hamelin L 1 0
## Hamelin L Memory Hamelin L 1 0
## Hamelin L Memory Hamelin L 1 0
## Hamelin L Memory Hamelin L 1 0
## Hamelin L Memory Hamelin L 1 0
## Hamelin L Semantic Hamelin L 1 0
## Hamelin L Semantic Hamelin L 1 0
## Hamelin L Processing speed Hamelin L 1 0
## Hamelin L Visuospatial Hamelin L 1 0
## Hamelin L Working memory Hamelin L 1 0
## Hamelin L Semantic Hamelin L 1 0
## Zhao Y Memory Zhao Y 1 0
## Zhao Y Memory Zhao Y 1 0
## Zhao Y Memory Zhao Y 1 0
## Zhao Y Memory Zhao Y 1 0
## Zhao Y Working memory Zhao Y 1 0
## Zhao Y Visuospatial Zhao Y 1 0
## Zhao Y Semantic Zhao Y 1 0
## Zhao Y Executive function Zhao Y 1 0
## Zhao Y Processing speed Zhao Y 1 0
## Yaffe K Global Yaffe K 1 0
## Yaffe K Global Yaffe K 1 0
## Yaffe K Global Yaffe K 1 0
## Yaffe K Global Yaffe K 1 0
## Meng Y Global Meng Y 1 0
## Meng Y Global Meng Y 1 0
## Meng Y Global Meng Y 1 0
## Meng Y Global Meng Y 1 0
## Meng Y Global Meng Y 1 0
## Meng Y Global Meng Y 1 0
## Meng Y Global Meng Y 1 0
## Meng Y Global Meng Y 1 0
## Meng Y Global Meng Y 1 0
## Meng Y Global Meng Y 1 0
## Meng Y Global Meng Y 1 0
## Meng Y Global Meng Y 1 0
## Meng Y Global Meng Y 1 0
## Meng Y Global Meng Y 1 0
## Meng Y Global Meng Y 1 0
## Meng Y Global Meng Y 1 0
## Meng Y Global Meng Y 1 0
## Meng Y Global Meng Y 1 0
## Merrill DA Visuospatial Merrill DA 1 0
## Mielke MM Semantic Mielke MM 1 1
## Mielke MM Memory Mielke MM 1 1
## Mielke MM Global Mielke MM 1 1
## Mielke MM Executive function Mielke MM 1 1
## Mielke MM Visuospatial Mielke MM 1 1
## Mielke MM Global Mielke MM 1 0
## Mielke MM Memory Mielke MM 1 0
## Mielke MM Global Mielke MM 1 0
## Mielke MM Memory Mielke MM 1 0
## Mielke MM Semantic Mielke MM 1 0
## Mielke MM Executive function Mielke MM 1 0
## Mok VC Global Mok VC 1 0
## Molinuevo JL Global Molinuevo JL 1 1
## Molinuevo JL Global Molinuevo JL 1 1
## Molinuevo JL Memory Molinuevo JL 1 1
## Molinuevo JL Memory Molinuevo JL 1 1
## Molinuevo JL Memory Molinuevo JL 1 1
## Molinuevo JL Memory Molinuevo JL 1 1
## Molinuevo JL Memory Molinuevo JL 1 1
## Molinuevo JL Memory Molinuevo JL 1 1
## Molinuevo JL Semantic Molinuevo JL 1 1
## Molinuevo JL Processing speed Molinuevo JL 1 1
## Molinuevo JL Executive function Molinuevo JL 1 1
## Moon YS Global Moon YS 1 0
## Moon YS Global Moon YS 1 0
## Mueller SG Global Mueller SG 1 0
## Mueller SG Memory Mueller SG 1 0
## Mueller SG Memory Mueller SG 1 0
## Mueller SG Memory Mueller SG 1 0
## Nakamura A Global Nakamura A 1 0
## Nakamura A Global Nakamura A 1 0
## Nakamura A Memory Nakamura A 1 0
## Nakamura A Memory Nakamura A 1 0
## Nebes RD Memory Nebes RD 1 0
## Nebes RD Memory Nebes RD 1 0
## Nebes RD Memory Nebes RD 1 0
## Nebes RD Memory Nebes RD 1 0
## Nebes RD Visuospatial Nebes RD 1 0
## Nebes RD Memory Nebes RD 1 0
## Nebes RD Memory Nebes RD 1 0
## Nebes RD Visuospatial Nebes RD 1 0
## Nebes RD Semantic Nebes RD 1 0
## Nebes RD Executive function Nebes RD 1 0
## Nebes RD Semantic Nebes RD 1 0
## Nebes RD Processing speed Nebes RD 1 0
## Nebes RD Executive function Nebes RD 1 0
## Nebes RD Memory Nebes RD 1 0
## Nebes RD Working memory Nebes RD 1 0
## Nebes RD Working memory Nebes RD 1 0
## Nebes RD Processing speed Nebes RD 1 0
## Nebes RD Processing speed Nebes RD 1 0
## Nebes RD Executive function Nebes RD 1 0
## Okereke OI Global Okereke OI 1 0
## Ossenkoppele R Global Ossenkoppele R 1 0
## Ossenkoppele R Memory Ossenkoppele R 1 0
## Ossenkoppele R Memory Ossenkoppele R 1 0
## Ossenkoppele R Working memory Ossenkoppele R 1 0
## Ossenkoppele R Semantic Ossenkoppele R 1 0
## Ossenkoppele R Executive function Ossenkoppele R 1 0
## Ossenkoppele R Global Ossenkoppele R 1 0
## Ossenkoppele R Memory Ossenkoppele R 1 0
## Ossenkoppele R Memory Ossenkoppele R 1 0
## Ossenkoppele R Working memory Ossenkoppele R 1 0
## Ossenkoppele R Semantic Ossenkoppele R 1 0
## Ossenkoppele R Executive function Ossenkoppele R 1 0
## Palmqvist S Global Palmqvist S 1 1
## Palmqvist S Memory Palmqvist S 1 1
## Hammers DB Memory Hammers DB 1 0
## Hammers DB Visuospatial Hammers DB 1 0
## Hammers DB Semantic Hammers DB 1 0
## Hammers DB Executive function Hammers DB 1 0
## Hammers DB Memory Hammers DB 1 0
## Hammers DB Global Hammers DB 1 0
## Hammers DB Memory Hammers DB 1 0
## Hammers DB Visuospatial Hammers DB 1 0
## Hammers DB Semantic Hammers DB 1 0
## Hammers DB Executive function Hammers DB 1 0
## Hammers DB Memory Hammers DB 1 0
## Hammers DB Global Hammers DB 1 0
## Hammers DB Memory Hammers DB 1 0
## Hammers DB Visuospatial Hammers DB 1 0
## Hammers DB Semantic Hammers DB 1 0
## Hammers DB Executive function Hammers DB 1 0
## Hammers DB Memory Hammers DB 1 0
## Hammers DB Global Hammers DB 1 0
## Hanseeuw BJ Global Hanseeuw BJ 1 0
## Hanseeuw BJ Memory Hanseeuw BJ 1 0
## Harrington KD Global Harrington KD 1 0
## Harrington KD Memory Harrington KD 1 0
## Harrington KD Executive function Harrington KD 1 0
## Harrington KD Processing speed Harrington KD 1 0
## Harrington KD Memory Harrington KD 1 0
## Harrington MG Executive function Harrington MG 1 1
## Harrington MG Processing speed Harrington MG 1 1
## Harrington MG Semantic Harrington MG 1 1
## Harrington MG Visuospatial Harrington MG 1 1
## Harrington MG Executive function Harrington MG 1 1
## Harrington MG Executive function Harrington MG 1 1
## Harrington MG Executive function Harrington MG 1 1
## Harrington MG Memory Harrington MG 1 1
## Harrington MG Memory Harrington MG 1 1
## Harrington MG Memory Harrington MG 1 1
## Harrington MG Executive function Harrington MG 1 1
## Harrington MG Executive function Harrington MG 1 1
## Harrington MG Executive function Harrington MG 1 1
## Jacobs HIL Global Jacobs HIL 1 1
## Jacobs HIL Memory Jacobs HIL 1 1
## Tolboom Global Tolboom 1 0
## Tolboom Global Tolboom 1 0
## Schott JM Global Schott JM 1 0
## Schott JM Global Schott JM 1 0
## Schott JM Memory Schott JM 1 0
## Schott JM Semantic Schott JM 1 0
## Schott JM Semantic Schott JM 1 0
## Schott JM Processing speed Schott JM 1 0
## Schott JM Executive function Schott JM 1 0
##
## Number of studies combined: k = 785
##
## COR 95%-CI t p-value
## Random effects model 0.0393 [ 0.0203; 0.0583] 4.06 < 0.0001
## Prediction interval [-0.4291; 0.4911]
##
## Quantifying heterogeneity:
## tau^2 = 0.0643 [0.0530; 0.0682]; tau = 0.2536 [0.2302; 0.2612]
## I^2 = 88.7% [88.0%; 89.3%]; H = 2.97 [2.89; 3.05]
##
## Test of heterogeneity:
## Q d.f. p-value
## 6923.09 784 0
##
## Results for subgroups (random effects model):
## k COR 95%-CI
## byvar = Working memory Rolstad 1 0 1 0.3950 [ 0.1568; 0.5897]
## byvar = Semantic Rolstad 1 0 1 0.4254 [ 0.1923; 0.6131]
## byvar = Memory Gu 1 0 4 0.0512 [ 0.0241; 0.0782]
## byvar = Memory Horn MM 1 0 1 0.9585 [ 0.9452; 0.9685]
## byvar = Memory Hoscheidt SM 1 1 1 0.0964 [-0.1417; 0.3241]
## byvar = Global Hosokawa C 1 0 1 0.7628 [ 0.6600; 0.8376]
## byvar = Global Adamczuk K 1 0 2 0.2272 [ 0.2272; 0.2272]
## byvar = Memory Adamczuk K 1 0 8 0.1479 [ 0.0892; 0.2056]
## byvar = Semantic Adamczuk K 1 0 6 -0.0273 [-0.0838; 0.0293]
## byvar = Executive function Adamczuk K 1 0 2 0.2085 [ 0.2085; 0.2085]
## byvar = Visuospatial Adamczuk K 1 0 4 -0.0001 [-0.5412; 0.5411]
## byvar = Global Aizenstein HJ 1 0 2 -0.1215 [-0.1215; -0.1215]
## byvar = Visuospatial Aizenstein HJ 1 0 2 -0.0764 [-0.6923; 0.6039]
## byvar = Executive function Aizenstein H ... 3 -0.1221 [-0.7655; 0.6434]
## byvar = Semantic Aizenstein HJ 1 0 2 -0.1117 [-0.8886; 0.8308]
## byvar = Memory Aizenstein HJ 1 0 3 -0.3407 [-0.9441; 0.7876]
## byvar = Working memory Aizenstein HJ 1 0 4 -0.0319 [-0.6548; 0.6168]
## byvar = Processing speed Aizenstein HJ 1 0 4 -0.1574 [-0.4435; 0.1579]
## byvar = Global Pomara N 1 0 2 0.0351 [-0.9999; 0.9999]
## byvar = Global Radanovic M 0 1 2 -0.2454 [-0.6516; 0.2702]
## byvar = Global Radanovic M 1 1 1 0.2070 [-0.0643; 0.4498]
## byvar = Global Radanovic M 1 0 1 0.2110 [-0.0602; 0.4532]
## byvar = Global Rentz DM 1 0 3 -0.0118 [-0.2275; 0.2051]
## byvar = Global Rentz DM 0 1 3 -0.0198 [-0.3790; 0.3446]
## byvar = Global Rentz DM 1 1 2 -0.0708 [-0.5926; 0.4929]
## byvar = Memory Resnick SM 1 0 2 -0.1485 [-0.2698; -0.0225]
## byvar = Executive function Resnick SM 1 0 1 0.1646 [-0.1163; 0.4211]
## byvar = Global Resnick SM 1 0 1 -0.2056 [-0.4553; 0.0742]
## byvar = Global Roberts RO 1 0 2 0.1433 [-0.8402; 0.9070]
## byvar = Memory Roberts RO 1 0 2 0.1016 [-0.6064; 0.7198]
## byvar = Global Roe CM 0 1 2 0.0477 [-0.0440; 0.1386]
## byvar = Global Roe CM 1 1 2 0.0953 [ 0.0619; 0.1284]
## byvar = Global Roe CM 1 0 1 0.0678 [-0.0269; 0.1614]
## byvar = Memory Rosenberg PB 1 0 1 -0.1500 [-0.6150; 0.3924]
## byvar = Semantic Rosenberg PB 1 0 1 0.1800 [-0.3660; 0.6338]
## byvar = Global Rosenberg PB 1 0 2 0.1897 [-0.9998; 0.9999]
## byvar = Processing speed Schindler SE 1 1 5 -0.0092 [-0.0473; 0.0289]
## byvar = Memory Schindler SE 1 0 6 0.0379 [-0.0236; 0.0990]
## byvar = Global Schindler SE 1 0 4 0.0518 [-0.0014; 0.1047]
## byvar = Working memory Schindler SE 1 0 2 0.1102 [-0.9026; 0.9363]
## byvar = Executive function Schindler SE 1 0 2 0.1073 [-0.7479; 0.8285]
## byvar = Processing speed Schindler SE 1 0 2 0.0065 [-0.1759; 0.1885]
## byvar = Semantic Schindler SE 1 0 2 -0.0070 [-0.2672; 0.2542]
## byvar = Memory Schindler SE 0 1 12 -0.0407 [-0.0808; -0.0004]
## byvar = Global Schindler SE 0 1 8 -0.0164 [-0.0303; -0.0024]
## byvar = Working memory Schindler SE 0 1 4 -0.0022 [-0.1361; 0.1319]
## byvar = Executive function Schindler SE 0 1 4 0.0514 [-0.0532; 0.1549]
## byvar = Processing speed Schindler SE 0 1 4 0.0038 [-0.0298; 0.0373]
## byvar = Semantic Schindler SE 0 1 4 -0.0250 [-0.0860; 0.0361]
## byvar = Memory Schindler SE 1 1 12 -0.0797 [-0.1368; -0.0221]
## byvar = Global Schindler SE 1 1 10 -0.0352 [-0.0938; 0.0236]
## byvar = Working memory Schindler SE 1 1 4 -0.0593 [-0.1683; 0.0511]
## byvar = Executive function Schindler SE 1 1 5 -0.0543 [-0.1216; 0.0134]
## byvar = Semantic Schindler SE 1 1 5 -0.0081 [-0.0692; 0.0530]
## byvar = Executive function Sala-Llonch ... 3 -0.0098 [-0.3926; 0.3759]
## byvar = Memory Sala-Llonch R 1 0 2 -0.0525 [-0.1912; 0.0883]
## byvar = Global Sala-Llonch R 1 0 2 0.0320 [-0.7479; 0.7748]
## byvar = Global Sierra-Rio A 1 1 1 0.0475 [-0.2206; 0.3089]
## byvar = Memory Song Z 1 0 8 0.0423 [-0.0544; 0.1383]
## byvar = Processing speed Song Z 1 0 11 0.1346 [ 0.0297; 0.2366]
## byvar = Working memory Song Z 1 0 4 0.0527 [-0.1580; 0.2588]
## byvar = Global Song Z 1 0 2 0.0674 [-0.6746; 0.7416]
## byvar = Semantic Song Z 1 0 3 -0.0602 [-0.2437; 0.1274]
## byvar = Global Stomrud E 1 0 4 -0.1019 [-0.4100; 0.2272]
## byvar = Global Stomrud E 0 1 8 0.0282 [-0.0470; 0.1032]
## byvar = Memory Stomrud E 0 1 4 -0.0955 [-0.1316; -0.0592]
## byvar = Memory Stomrud E 1 0 2 -0.2928 [-0.9844; 0.9487]
## byvar = Processing speed Stomrud E 0 1 5 0.0144 [-0.1147; 0.1431]
## byvar = Processing speed Stomrud E 1 0 3 -0.4516 [-0.6323; -0.2243]
## byvar = Visuospatial Stomrud E 0 1 2 -0.0570 [-0.1328; 0.0194]
## byvar = Visuospatial Stomrud E 1 0 1 0.1910 [-0.1418; 0.4850]
## byvar = Executive function Timmers T 1 0 8 -0.0186 [-0.0977; 0.0607]
## byvar = Semantic Timmers T 1 0 4 -0.0093 [-0.0528; 0.0341]
## byvar = Global Timmers T 1 0 2 -0.0984 [-0.7216; 0.6129]
## byvar = Memory Timmers T 1 0 10 -0.1238 [-0.2115; -0.0342]
## byvar = Working memory Timmers T 1 0 4 -0.0471 [-0.1933; 0.1012]
## byvar = Processing speed Timmers T 1 0 8 -0.0019 [-0.0041; 0.0003]
## byvar = Global Storandt M 1 0 2 0.0627 [-0.5935; 0.6688]
## byvar = Memory Storandt M 1 0 1 0.0041 [-0.1650; 0.1729]
## byvar = Visuospatial Storandt M 1 0 1 0.0164 [-0.1530; 0.1849]
## byvar = Working memory Storandt M 1 0 1 0.0164 [-0.1530; 0.1849]
## byvar = Global Tardif CL 1 0 2 -0.1318 [-1.0000; 0.9999]
## byvar = Global Tardif CL 0 1 2 0.3570 [ 0.3054; 0.4066]
## byvar = Global Teipel SJ 1 0 1 -0.1100 [-0.2174; -0.0000]
## byvar = Memory Teipel SJ 1 0 1 -0.1100 [-0.2174; -0.0000]
## byvar = Global van Bergen JMG 1 0 1 -0.0448 [-0.2253; 0.1387]
## byvar = Executive function van Harten A ... 4 -0.0378 [-0.1830; 0.1089]
## byvar = Semantic van Harten AC 1 0 2 0.0109 [-0.0352; 0.0569]
## byvar = Global van Harten AC 1 0 2 -0.0794 [-0.7191; 0.6332]
## byvar = Memory van Harten AC 0 1 4 -0.0543 [-0.0742; -0.0344]
## byvar = Executive function van Harten A ... 8 -0.0000 [-0.0159; 0.0159]
## byvar = Semantic van Harten AC 0 1 4 -0.0167 [-0.0446; 0.0113]
## byvar = Global van Harten AC 0 1 4 -0.0344 [-0.0661; -0.0027]
## byvar = Memory van Harten AC 1 1 2 -0.1045 [-0.6046; 0.4548]
## byvar = Executive function van Harten A ... 4 -0.0307 [-0.1480; 0.0874]
## byvar = Semantic van Harten AC 1 1 2 0.0015 [-0.3352; 0.3378]
## byvar = Global van Harten AC 1 1 2 -0.0722 [-0.7577; 0.6890]
## byvar = Memory van Harten AC 1 0 2 -0.0992 [-0.5557; 0.4034]
## byvar = Global Visser PJ 1 1 3 -0.0103 [-0.1136; 0.0932]
## byvar = Memory Visser PJ 1 1 1 0.0449 [-0.2159; 0.2997]
## byvar = Global Xiong C 0 1 4 -0.2344 [-0.5111; 0.0862]
## byvar = Global Xiong C 1 0 4 -0.0560 [-0.3770; 0.2769]
## byvar = Memory Huang KL 1 0 1 -0.5600 [-0.8682; 0.0600]
## byvar = Global Insel PS 1 0 1 0.0458 [-0.0626; 0.1532]
## byvar = Processing speed Insel PS 1 0 1 0.1831 [ 0.0765; 0.2856]
## byvar = Executive function Insel PS 1 0 1 -0.0833 [-0.1897; 0.0251]
## byvar = Global Janelidze S 1 0 1 0.1162 [ 0.0295; 0.2011]
## byvar = Global Jansen WJ 1 0 1 0.0709 [ 0.0347; 0.1070]
## byvar = Memory Jansen WJ 1 0 1 0.0884 [ 0.0523; 0.1244]
## byvar = Working memory Kang JM 0 1 2 0.1263 [-0.6977; 0.8064]
## byvar = Semantic Kang JM 0 1 1 -0.0500 [-0.3452; 0.2542]
## byvar = Memory Kang JM 0 1 6 -0.0567 [-0.1798; 0.0682]
## byvar = Processing speed Kang JM 0 1 1 -0.0310 [-0.3283; 0.2719]
## byvar = Executive function Kang JM 0 1 1 0.1470 [-0.1604; 0.4284]
## byvar = Global Kato M 1 0 2 0.3581 [-0.6728; 0.9163]
## byvar = Global Kawas CH 1 0 4 0.7994 [-0.4666; 0.9910]
## byvar = Memory Kawas CH 1 0 2 -0.1154 [-0.9991; 0.9986]
## byvar = Semantic Kawas CH 1 0 2 0.1927 [-0.9944; 0.9974]
## byvar = Global Kemppainen N 1 0 2 0.1046 [-0.8424; 0.8935]
## byvar = Executive function Kemppainen N 1 0 1 0.3277 [ 0.0481; 0.5597]
## byvar = Processing speed Kemppainen N 1 0 1 0.1730 [-0.1169; 0.4357]
## byvar = Memory Kemppainen N 1 0 3 0.0317 [-0.2884; 0.3454]
## byvar = Memory Konijnenberg E 1 0 12 0.0357 [-0.0238; 0.0949]
## byvar = Global Konijnenberg E 1 0 2 -0.0079 [-0.5845; 0.5740]
## byvar = Global Kristofikova Z 1 1 4 -0.0395 [-0.2617; 0.1866]
## byvar = Global Kristofikova Z 1 0 1 -0.1720 [-0.6289; 0.3731]
## byvar = Global Kristofikova Z 0 1 2 -0.5185 [-0.9459; 0.5669]
## byvar = Global Lafirdeen ASM 1 1 1 0.2219 [ 0.1904; 0.2529]
## byvar = Global Leahey TM 1 0 1 -0.3400 [-0.6047; -0.0076]
## byvar = Memory Liguori C 1 1 3 0.7490 [ 0.6150; 0.8409]
## byvar = Global Lilamand M 1 0 3 -0.2091 [-0.9189; 0.8203]
## byvar = Memory Lilamand M 1 0 1 -0.5014 [-0.5858; -0.4061]
## byvar = Executive function Lilamand M 1 0 1 -0.6280 [-0.6954; -0.5497]
## byvar = Global Lim YY 1 0 2 0.0077 [-0.5818; 0.5919]
## byvar = Working memory Lim YY 1 0 2 0.1136 [-0.8739; 0.9182]
## byvar = Memory Lim YY 1 0 3 0.1850 [-0.0604; 0.4093]
## byvar = Processing speed Lim YY 1 0 1 -0.2329 [-0.4544; 0.0158]
## byvar = Memory Llado-Saz S 1 0 11 0.0673 [-0.0638; 0.1961]
## byvar = Visuospatial Llado-Saz S 1 0 1 0.1051 [-0.0756; 0.2791]
## byvar = Global Llado-Saz S 1 0 2 0.1502 [-0.6802; 0.8117]
## byvar = Processing speed Llado-Saz S 1 0 6 0.1299 [-0.0050; 0.2601]
## byvar = Global Lu K 1 0 2 -0.2053 [-0.5867; 0.2508]
## byvar = Processing speed Lu K 1 0 1 -0.1600 [-0.2441; -0.0735]
## byvar = Memory Lu K 1 0 5 -0.1612 [-0.2921; -0.0242]
## byvar = Working memory Lu K 1 0 1 -0.3900 [-0.4618; -0.3132]
## byvar = Global Martikainen IK 1 0 2 0.0304 [-0.3421; 0.3948]
## byvar = Memory Martikainen IK 1 0 1 -0.1323 [-0.4263; 0.1869]
## byvar = Executive function Martikainen ... 1 0.2671 [-0.0484; 0.5342]
## byvar = Processing speed Martikainen IK 1 0 1 0.0975 [-0.2207; 0.3970]
## byvar = Global McMillan CT 1 1 2 -0.0973 [-1.0000; 1.0000]
## byvar = Memory McMillan CT 1 1 1 -0.1654 [-0.3066; -0.0170]
## byvar = Processing speed McMillan CT 1 1 2 0.2611 [-0.9962; 0.9987]
## byvar = Visuospatial McMillan CT 1 1 1 0.0000 [-0.1488; 0.1488]
## byvar = Working memory McMillan CT 1 1 1 -0.1654 [-0.3066; -0.0170]
## byvar = Semantic McMillan CT 1 1 1 0.3001 [ 0.1584; 0.4297]
## byvar = Memory Mecca AP 1 0 5 -0.0372 [-0.1941; 0.1216]
## byvar = Semantic Mecca AP 1 0 2 0.2979 [-0.7703; 0.9268]
## byvar = Executive function Mecca AP 1 0 2 0.2451 [ 0.0473; 0.4243]
## byvar = Processing speed Mecca AP 1 0 2 0.0353 [-0.8265; 0.8476]
## byvar = NA Mecca AP 1 0 2 0.0052 [-0.9867; 0.9870]
## byvar = Visuospatial Mecca AP 1 0 1 0.1000 [-0.1994; 0.3823]
## byvar = Semantic Aschenbrenner AJ 0 1 4 -0.0126 [-0.1898; 0.1655]
## byvar = Memory Aschenbrenner AJ 0 1 4 -0.0335 [-0.3410; 0.2805]
## byvar = Semantic Aschenbrenner AJ 1 0 4 0.0302 [-0.1263; 0.1852]
## byvar = Memory Aschenbrenner AJ 1 0 4 0.0010 [-0.5220; 0.5235]
## byvar = Memory Berenguer RG 1 0 4 0.0181 [-0.5934; 0.6164]
## byvar = Global Besson FL 1 0 3 -0.0506 [-0.2046; 0.1057]
## byvar = Memory Besson FL 1 0 2 -0.1120 [-0.8566; 0.7839]
## byvar = Executive function Besson FL 1 0 1 -0.1958 [-0.4405; 0.0759]
## byvar = Processing speed Besson FL 1 0 1 -0.2312 [-0.4699; 0.0390]
## byvar = Semantic Besson FL 1 0 1 -0.3633 [-0.5751; -0.1058]
## byvar = Memory Bilgel M 1 0 4 -0.0290 [-0.0864; 0.0285]
## byvar = Semantic Bilgel M 1 0 2 0.0075 [-0.2358; 0.2499]
## byvar = Executive function Bilgel M 1 0 2 -0.0015 [-0.0333; 0.0303]
## byvar = Processing speed Bilgel M 1 0 2 0.0120 [-0.0007; 0.0247]
## byvar = Visuospatial Bilgel M 1 0 1 0.0120 [-0.1626; 0.1858]
## byvar = Memory Casaletto KB 0 1 2 -0.1550 [-0.3378; 0.0390]
## byvar = Memory Casaletto KB 1 0 1 -0.0200 [-0.1902; 0.1514]
## byvar = Processing speed Casaletto KB 0 1 4 -0.2810 [-0.4611; -0.0786]
## byvar = Processing speed Casaletto KB 1 0 1 -0.0300 [-0.1998; 0.1416]
## byvar = Global Chatterjee P 1 0 1 -0.1246 [-0.3133; 0.0736]
## byvar = Global Cosentino SA 1 0 4 0.4558 [-0.4002; 0.8871]
## byvar = Memory Cosentino SA 1 0 8 -0.0188 [-0.0301; -0.0074]
## byvar = Semantic Cosentino SA 1 0 8 -0.0213 [-0.0282; -0.0143]
## byvar = Visuospatial Cosentino SA 1 0 4 -0.0125 [-0.0205; -0.0045]
## byvar = Global Donohue MC 1 1 17 0.2238 [ 0.1393; 0.3051]
## byvar = Memory Donohue MC 1 1 8 0.1796 [ 0.1376; 0.2209]
## byvar = Global Doraiswamy PM 1 0 5 0.3285 [-0.5943; 0.8779]
## byvar = Processing speed Doraiswamy PM 1 0 2 0.6884 [-1.0000; 1.0000]
## byvar = NA Doraiswamy PM 1 0 2 0.1173 [-0.1792; 0.3943]
## byvar = Memory Doraiswamy PM 1 0 4 0.6090 [-0.1356; 0.9140]
## byvar = Semantic Doraiswamy PM 1 0 2 0.5531 [-0.0360; 0.8569]
## byvar = Global Dubois B 1 0 1 0.1214 [ 0.0115; 0.2283]
## byvar = Memory Dubois B 1 0 5 0.0576 [-0.0024; 0.1172]
## byvar = Processing speed Dubois B 1 0 4 -0.1985 [-0.6508; 0.3577]
## byvar = Visuospatial Dubois B 1 0 3 0.0528 [-0.0729; 0.1768]
## byvar = Working memory Dubois B 1 0 2 0.2481 [-0.9992; 0.9997]
## byvar = Executive function Dubois B 1 0 2 0.0365 [-0.8235; 0.8457]
## byvar = Semantic Dubois B 1 0 2 0.0275 [-0.4003; 0.4454]
## byvar = Executive function Duchek JM 1 0 2 0.2005 [-0.3078; 0.6198]
## byvar = Processing speed Duchek JM 1 0 2 -0.0035 [-0.0773; 0.0703]
## byvar = Global Ecay-Torres M 1 0 1 0.0000 [-0.1272; 0.1272]
## byvar = Visuospatial Ecay-Torres M 1 0 1 0.0000 [-0.1272; 0.1272]
## byvar = Executive function Ecay-Torres ... 2 0.0054 [-0.0631; 0.0739]
## byvar = Memory Farrell ME 1 0 2 -0.0756 [-0.5796; 0.4701]
## byvar = Processing speed Farrell ME 1 0 2 -0.0855 [-0.3572; 0.1995]
## byvar = Semantic Farrell ME 1 0 2 -0.0982 [-0.2267; 0.0336]
## byvar = Working memory Farrell ME 1 0 2 -0.0637 [-0.3545; 0.2384]
## byvar = Global Farrell ME 1 0 2 -0.0531 [-0.5067; 0.4235]
## byvar = Global Franzmeier N 1 1 1 0.2613 [-0.0215; 0.5054]
## byvar = Memory Franzmeier N 1 1 1 0.1204 [-0.1665; 0.3884]
## byvar = Global Gangishetti U 1 1 1 0.1009 [-0.2021; 0.3862]
## byvar = Memory Haapalinna F 1 1 1 -0.2860 [-0.5087; -0.0275]
## byvar = Global Hamelin L 1 0 2 0.1535 [-0.0253; 0.3227]
## byvar = Memory Hamelin L 1 0 4 0.2794 [-0.1865; 0.6427]
## byvar = Semantic Hamelin L 1 0 3 -0.0027 [-0.6462; 0.6431]
## byvar = Processing speed Hamelin L 1 0 1 -0.2889 [-0.6757; 0.2226]
## byvar = Visuospatial Hamelin L 1 0 1 0.0000 [-0.4806; 0.4806]
## byvar = Working memory Hamelin L 1 0 1 0.0000 [-0.4806; 0.4806]
## byvar = Memory Zhao Y 1 0 4 0.1257 [ 0.0414; 0.2082]
## byvar = Working memory Zhao Y 1 0 1 -0.2070 [-0.3448; -0.0605]
## byvar = Visuospatial Zhao Y 1 0 1 0.1463 [-0.0021; 0.2884]
## byvar = Semantic Zhao Y 1 0 1 -0.0578 [-0.2043; 0.0914]
## byvar = Executive function Zhao Y 1 0 1 0.1866 [ 0.0393; 0.3259]
## byvar = Processing speed Zhao Y 1 0 1 -0.2456 [-0.3801; -0.1009]
## byvar = Global Yaffe K 1 0 4 -0.0511 [-0.1416; 0.0403]
## byvar = Global Meng Y 1 0 18 0.0251 [-0.0371; 0.0872]
## byvar = Visuospatial Merrill DA 1 0 1 0.2700 [ 0.0458; 0.4683]
## byvar = Semantic Mielke MM 1 1 1 -0.0522 [-0.2323; 0.1314]
## byvar = Memory Mielke MM 1 1 1 0.0058 [-0.1775; 0.1887]
## byvar = Global Mielke MM 1 1 1 0.0117 [-0.1718; 0.1944]
## byvar = Executive function Mielke MM 1 1 1 -0.0117 [-0.1952; 0.1726]
## byvar = Visuospatial Mielke MM 1 1 1 0.0759 [-0.1096; 0.2562]
## byvar = Global Mielke MM 1 0 2 -0.0624 [-0.3894; 0.2786]
## byvar = Memory Mielke MM 1 0 2 -0.0494 [-0.0701; -0.0286]
## byvar = Semantic Mielke MM 1 0 1 -0.0679 [-0.1562; 0.0214]
## byvar = Executive function Mielke MM 1 0 1 -0.0859 [-0.1738; 0.0033]
## byvar = Global Mok VC 1 0 1 0.1400 [-0.0898; 0.3557]
## byvar = Global Molinuevo JL 1 1 2 0.1326 [-0.3673; 0.5731]
## byvar = Memory Molinuevo JL 1 1 6 0.0734 [-0.0976; 0.2401]
## byvar = Semantic Molinuevo JL 1 1 1 0.1029 [-0.2242; 0.4091]
## byvar = Processing speed Molinuevo JL 1 1 1 -0.1079 [-0.4133; 0.2193]
## byvar = Executive function Molinuevo JL 1 1 1 -0.1632 [-0.4589; 0.1651]
## byvar = Global Moon YS 1 0 2 0.8524 [-1.0000; 1.0000]
## byvar = Global Mueller SG 1 0 1 0.1524 [-0.1286; 0.4107]
## byvar = Memory Mueller SG 1 0 3 0.0124 [-0.2069; 0.2304]
## byvar = Global Nakamura A 1 0 2 -0.0190 [-0.5162; 0.4878]
## byvar = Memory Nakamura A 1 0 2 -0.0142 [-0.2006; 0.1733]
## byvar = Memory Nebes RD 1 0 7 0.0426 [-0.0638; 0.1479]
## byvar = Visuospatial Nebes RD 1 0 2 0.0501 [-0.1042; 0.2021]
## byvar = Semantic Nebes RD 1 0 2 0.0293 [-0.5292; 0.5702]
## byvar = Executive function Nebes RD 1 0 3 0.1023 [-0.3217; 0.4921]
## byvar = Processing speed Nebes RD 1 0 3 0.1507 [-0.3527; 0.5864]
## byvar = Working memory Nebes RD 1 0 2 0.0898 [-0.1712; 0.3390]
## byvar = Global Okereke OI 1 0 1 0.0000 [-0.0894; 0.0894]
## byvar = Global Ossenkoppele R 1 0 2 -0.0878 [-0.9591; 0.9423]
## byvar = Memory Ossenkoppele R 1 0 4 -0.0990 [-0.4120; 0.2349]
## byvar = Working memory Ossenkoppele R 1 0 2 -0.0477 [-0.3204; 0.2322]
## byvar = Semantic Ossenkoppele R 1 0 2 0.0298 [-0.2183; 0.2743]
## byvar = Executive function Ossenkoppele ... 2 -0.0017 [-0.4871; 0.4845]
## byvar = Global Palmqvist S 1 1 1 -0.3200 [-0.4734; -0.1478]
## byvar = Memory Palmqvist S 1 1 1 -0.2800 [-0.4386; -0.1045]
## byvar = Memory Hammers DB 1 0 6 0.6897 [ 0.5987; 0.7631]
## byvar = Visuospatial Hammers DB 1 0 3 0.2587 [-0.0032; 0.4874]
## byvar = Semantic Hammers DB 1 0 3 0.4254 [ 0.2203; 0.5945]
## byvar = Executive function Hammers DB 1 0 3 0.3633 [ 0.2424; 0.4730]
## byvar = Global Hammers DB 1 0 3 0.6208 [ 0.2189; 0.8426]
## byvar = Global Hanseeuw BJ 1 0 1 0.1777 [ 0.0612; 0.2895]
## byvar = Memory Hanseeuw BJ 1 0 1 -0.0411 [-0.1582; 0.0771]
## byvar = Global Harrington KD 1 0 1 0.0829 [-0.0053; 0.1699]
## byvar = Memory Harrington KD 1 0 2 -0.0467 [-0.1787; 0.0869]
## byvar = Executive function Harrington K ... 1 -0.0326 [-0.1205; 0.0558]
## byvar = Processing speed Harrington KD 1 0 1 -0.0127 [-0.1008; 0.0756]
## byvar = Executive function Harrington M ... 7 0.3042 [ 0.2004; 0.4011]
## byvar = Processing speed Harrington MG 1 1 1 0.1249 [-0.1717; 0.4006]
## byvar = Semantic Harrington MG 1 1 1 0.2235 [-0.0715; 0.4825]
## byvar = Visuospatial Harrington MG 1 1 1 0.1928 [-0.1032; 0.4575]
## byvar = Memory Harrington MG 1 1 3 -0.0673 [-0.4365; 0.3213]
## byvar = Global Jacobs HIL 1 1 1 0.0760 [-0.0471; 0.1967]
## byvar = Memory Jacobs HIL 1 1 1 -0.0012 [-0.1237; 0.1215]
## byvar = Global Tolboom 1 0 2 -0.5995 [-0.9996; 0.9936]
## byvar = Global Schott JM 1 0 2 0.1334 [-0.3568; 0.5660]
## byvar = Memory Schott JM 1 0 1 -0.0303 [-0.2207; 0.1623]
## byvar = Semantic Schott JM 1 0 2 -0.0367 [-0.6122; 0.5643]
## byvar = Processing speed Schott JM 1 0 1 0.1260 [-0.0673; 0.3102]
## byvar = Executive function Schott JM 1 0 1 0.2817 [ 0.0952; 0.4491]
## tau^2 tau Q I^2
## byvar = Working memory Rolstad 1 0 -- -- 0.00 --
## byvar = Semantic Rolstad 1 0 -- -- 0.00 --
## byvar = Memory Gu 1 0 <0.0001 0.0066 0.71 0.0%
## byvar = Memory Horn MM 1 0 -- -- 0.00 --
## byvar = Memory Hoscheidt SM 1 1 -- -- 0.00 --
## byvar = Global Hosokawa C 1 0 -- -- 0.00 --
## byvar = Global Adamczuk K 1 0 0 0 0.00 0.0%
## byvar = Memory Adamczuk K 1 0 0.0010 0.0311 1.88 0.0%
## byvar = Semantic Adamczuk K 1 0 0.0003 0.0182 0.77 0.0%
## byvar = Executive function Adamczuk K 1 0 0 0 0.00 0.0%
## byvar = Visuospatial Adamczuk K 1 0 0.1235 0.3514 23.04 87.0%
## byvar = Global Aizenstein HJ 1 0 0 0 0.00 0.0%
## byvar = Visuospatial Aizenstein HJ 1 0 0.0007 0.0267 0.21 0.0%
## byvar = Executive function Aizenstein H ... 0.0919 0.3032 8.66 76.9%
## byvar = Semantic Aizenstein HJ 1 0 0.0057 0.0752 0.74 0.0%
## byvar = Memory Aizenstein HJ 1 0 0.2846 0.5335 20.26 90.1%
## byvar = Working memory Aizenstein HJ 1 0 0.1906 0.4366 23.43 87.2%
## byvar = Processing speed Aizenstein HJ 1 0 0.0204 0.1429 4.19 28.4%
## byvar = Global Pomara N 1 0 0.2671 0.5168 9.95 89.9%
## byvar = Global Radanovic M 0 1 0.0003 0.0167 0.18 0.0%
## byvar = Global Radanovic M 1 1 -- -- 0.00 --
## byvar = Global Radanovic M 1 0 -- -- 0.00 --
## byvar = Global Rentz DM 1 0 0.0032 0.0562 2.03 1.7%
## byvar = Global Rentz DM 0 1 0.0156 0.1248 6.06 67.0%
## byvar = Global Rentz DM 1 1 0.0011 0.0327 0.60 0.0%
## byvar = Memory Resnick SM 1 0 <0.0001 0.0010 0.01 0.0%
## byvar = Executive function Resnick SM 1 0 -- -- 0.00 --
## byvar = Global Resnick SM 1 0 -- -- 0.00 --
## byvar = Global Roberts RO 1 0 0.0218 0.1478 34.42 97.1%
## byvar = Memory Roberts RO 1 0 0.0069 0.0830 11.96 91.6%
## byvar = Global Roe CM 0 1 <0.0001 0.0015 0.04 0.0%
## byvar = Global Roe CM 1 1 <0.0001 0.0002 0.01 0.0%
## byvar = Global Roe CM 1 0 -- -- 0.00 --
## byvar = Memory Rosenberg PB 1 0 -- -- 0.00 --
## byvar = Semantic Rosenberg PB 1 0 -- -- 0.00 --
## byvar = Global Rosenberg PB 1 0 0.1889 0.4346 3.55 71.8%
## byvar = Processing speed Schindler SE 1 1 0.0001 0.0118 0.87 0.0%
## byvar = Memory Schindler SE 1 0 0.0014 0.0369 3.94 0.0%
## byvar = Global Schindler SE 1 0 0.0002 0.0135 0.77 0.0%
## byvar = Working memory Schindler SE 1 0 0.0248 0.1573 7.26 86.2%
## byvar = Executive function Schindler SE 1 0 0.0089 0.0945 3.30 69.7%
## byvar = Processing speed Schindler SE 1 0 <0.0001 0.0044 0.10 0.0%
## byvar = Semantic Schindler SE 1 0 <0.0001 0.0090 0.20 0.0%
## byvar = Memory Schindler SE 0 1 0.0018 0.0430 10.18 0.0%
## byvar = Global Schindler SE 0 1 <0.0001 0.0039 0.45 0.0%
## byvar = Working memory Schindler SE 0 1 0.0040 0.0630 4.95 39.4%
## byvar = Executive function Schindler SE 0 1 0.0019 0.0430 2.99 0.0%
## byvar = Processing speed Schindler SE 0 1 <0.0001 0.0056 0.31 0.0%
## byvar = Semantic Schindler SE 0 1 0.0003 0.0173 1.02 0.0%
## byvar = Memory Schindler SE 1 1 0.0053 0.0725 20.94 47.5%
## byvar = Global Schindler SE 1 1 0.0039 0.0628 14.00 35.7%
## byvar = Working memory Schindler SE 1 1 0.0022 0.0468 3.33 9.9%
## byvar = Executive function Schindler SE 1 1 0.0011 0.0325 2.74 0.0%
## byvar = Semantic Schindler SE 1 1 0.0008 0.0274 2.23 0.0%
## byvar = Executive function Sala-Llonch ... 0.0161 0.1267 4.57 56.3%
## byvar = Memory Sala-Llonch R 1 0 <0.0001 0.0016 0.02 0.0%
## byvar = Global Sala-Llonch R 1 0 0.0043 0.0656 1.07 6.2%
## byvar = Global Sierra-Rio A 1 1 -- -- 0.00 --
## byvar = Memory Song Z 1 0 0.0055 0.0741 5.03 0.0%
## byvar = Processing speed Song Z 1 0 0.0130 0.1140 12.37 19.2%
## byvar = Working memory Song Z 1 0 0.0091 0.0954 4.21 28.7%
## byvar = Global Song Z 1 0 0.0024 0.0487 0.60 0.0%
## byvar = Semantic Song Z 1 0 0.0009 0.0296 0.54 0.0%
## byvar = Global Stomrud E 1 0 0.0232 0.1523 4.48 33.0%
## byvar = Global Stomrud E 0 1 0.0016 0.0397 1.93 0.0%
## byvar = Memory Stomrud E 0 1 <0.0001 0.0026 0.05 0.0%
## byvar = Memory Stomrud E 1 0 0.0271 0.1645 1.89 47.2%
## byvar = Processing speed Stomrud E 0 1 0.0025 0.0499 1.48 0.0%
## byvar = Processing speed Stomrud E 1 0 0.0021 0.0462 0.74 0.0%
## byvar = Visuospatial Stomrud E 0 1 <0.0001 0.0003 0.00 0.0%
## byvar = Visuospatial Stomrud E 1 0 -- -- 0.00 --
## byvar = Executive function Timmers T 1 0 0.0041 0.0637 6.56 0.0%
## byvar = Semantic Timmers T 1 0 <0.0001 0.0064 0.23 0.0%
## byvar = Global Timmers T 1 0 0.0024 0.0494 0.85 0.0%
## byvar = Memory Timmers T 1 0 0.0095 0.0976 14.91 39.6%
## byvar = Working memory Timmers T 1 0 0.0035 0.0595 2.72 0.0%
## byvar = Processing speed Timmers T 1 0 <0.0001 <0.0001 0.01 0.0%
## byvar = Global Storandt M 1 0 0.0022 0.0464 0.91 0.0%
## byvar = Memory Storandt M 1 0 -- -- 0.00 --
## byvar = Visuospatial Storandt M 1 0 -- -- 0.00 --
## byvar = Working memory Storandt M 1 0 -- -- 0.00 --
## byvar = Global Tardif CL 1 0 0.3227 0.5681 15.65 93.6%
## byvar = Global Tardif CL 0 1 <0.0001 0.0002 0.00 0.0%
## byvar = Global Teipel SJ 1 0 -- -- 0.00 --
## byvar = Memory Teipel SJ 1 0 -- -- 0.00 --
## byvar = Global van Bergen JMG 1 0 -- -- 0.00 --
## byvar = Executive function van Harten A ... 0.0039 0.0623 3.31 9.5%
## byvar = Semantic van Harten AC 1 0 <0.0001 0.0002 0.00 0.0%
## byvar = Global van Harten AC 1 0 0.0030 0.0546 1.09 8.3%
## byvar = Memory van Harten AC 0 1 <0.0001 0.0015 0.06 0.0%
## byvar = Executive function van Harten A ... <0.0001 0.0038 0.33 0.0%
## byvar = Semantic van Harten AC 0 1 <0.0001 0.0030 0.12 0.0%
## byvar = Global van Harten AC 0 1 <0.0001 0.0038 0.15 0.0%
## byvar = Memory van Harten AC 1 1 0.0010 0.0311 0.57 0.0%
## byvar = Executive function van Harten A ... 0.0019 0.0439 2.14 0.0%
## byvar = Semantic van Harten AC 1 1 0.0001 0.0116 0.20 0.0%
## byvar = Global van Harten AC 1 1 0.0042 0.0649 1.35 25.8%
## byvar = Memory van Harten AC 1 0 0.0006 0.0250 0.44 0.0%
## byvar = Global Visser PJ 1 1 0.0001 0.0102 0.19 0.0%
## byvar = Memory Visser PJ 1 1 -- -- 0.00 --
## byvar = Global Xiong C 0 1 0.0362 0.1902 25.83 88.4%
## byvar = Global Xiong C 1 0 0.0401 0.2003 28.29 89.4%
## byvar = Memory Huang KL 1 0 -- -- 0.00 --
## byvar = Global Insel PS 1 0 -- -- 0.00 --
## byvar = Processing speed Insel PS 1 0 -- -- 0.00 --
## byvar = Executive function Insel PS 1 0 -- -- 0.00 --
## byvar = Global Janelidze S 1 0 -- -- 0.00 --
## byvar = Global Jansen WJ 1 0 -- -- 0.00 --
## byvar = Memory Jansen WJ 1 0 -- -- 0.00 --
## byvar = Working memory Kang JM 0 1 0.0024 0.0487 0.49 0.0%
## byvar = Semantic Kang JM 0 1 -- -- 0.00 --
## byvar = Memory Kang JM 0 1 0.0046 0.0675 2.84 0.0%
## byvar = Processing speed Kang JM 0 1 -- -- 0.00 --
## byvar = Executive function Kang JM 0 1 -- -- 0.00 --
## byvar = Global Kato M 1 0 0.0081 0.0899 1.70 41.3%
## byvar = Global Kawas CH 1 0 0.8308 0.9115 17.29 82.7%
## byvar = Memory Kawas CH 1 0 0.0680 0.2607 0.96 0.0%
## byvar = Semantic Kawas CH 1 0 0.0248 0.1575 0.48 0.0%
## byvar = Global Kemppainen N 1 0 0.0073 0.0855 0.99 0.0%
## byvar = Executive function Kemppainen N 1 0 -- -- 0.00 --
## byvar = Processing speed Kemppainen N 1 0 -- -- 0.00 --
## byvar = Memory Kemppainen N 1 0 0.0060 0.0776 1.57 0.0%
## byvar = Memory Konijnenberg E 1 0 0.0048 0.0691 16.85 34.7%
## byvar = Global Konijnenberg E 1 0 0.0016 0.0403 0.82 0.0%
## byvar = Global Kristofikova Z 1 1 0.0032 0.0568 0.74 0.0%
## byvar = Global Kristofikova Z 1 0 -- -- 0.00 --
## byvar = Global Kristofikova Z 0 1 0.0018 0.0427 0.22 0.0%
## byvar = Global Lafirdeen ASM 1 1 -- -- 0.00 --
## byvar = Global Leahey TM 1 0 -- -- 0.00 --
## byvar = Memory Liguori C 1 1 0.0026 0.0507 0.98 0.0%
## byvar = Global Lilamand M 1 0 0.2985 0.5464 161.77 98.8%
## byvar = Memory Lilamand M 1 0 -- -- 0.00 --
## byvar = Executive function Lilamand M 1 0 -- -- 0.00 --
## byvar = Global Lim YY 1 0 0.0008 0.0284 0.34 0.0%
## byvar = Working memory Lim YY 1 0 0.0118 0.1084 1.59 37.2%
## byvar = Memory Lim YY 1 0 0.0028 0.0532 1.19 0.0%
## byvar = Processing speed Lim YY 1 0 -- -- 0.00 --
## byvar = Memory Llado-Saz S 1 0 0.0306 0.1750 44.67 77.6%
## byvar = Visuospatial Llado-Saz S 1 0 -- -- 0.00 --
## byvar = Global Llado-Saz S 1 0 0.0049 0.0700 1.39 28.3%
## byvar = Processing speed Llado-Saz S 1 0 0.0103 0.1017 9.76 48.8%
## byvar = Global Lu K 1 0 0.0011 0.0327 1.33 25.0%
## byvar = Processing speed Lu K 1 0 -- -- 0.00 --
## byvar = Memory Lu K 1 0 0.0101 0.1004 22.31 82.1%
## byvar = Working memory Lu K 1 0 -- -- 0.00 --
## byvar = Global Martikainen IK 1 0 <0.0001 0.0078 0.07 0.0%
## byvar = Memory Martikainen IK 1 0 -- -- 0.00 --
## byvar = Executive function Martikainen ... -- -- 0.00 --
## byvar = Processing speed Martikainen IK 1 0 -- -- 0.00 --
## byvar = Global McMillan CT 1 1 0.4672 0.6835 81.85 98.8%
## byvar = Memory McMillan CT 1 1 -- -- 0.00 --
## byvar = Processing speed McMillan CT 1 1 0.1321 0.3634 24.43 95.9%
## byvar = Visuospatial McMillan CT 1 1 -- -- 0.00 --
## byvar = Working memory McMillan CT 1 1 -- -- 0.00 --
## byvar = Semantic McMillan CT 1 1 -- -- 0.00 --
## byvar = Memory Mecca AP 1 0 0.0059 0.0766 2.77 0.0%
## byvar = Semantic Mecca AP 1 0 0.0069 0.0829 0.92 0.0%
## byvar = Executive function Mecca AP 1 0 <0.0001 0.0023 0.02 0.0%
## byvar = Processing speed Mecca AP 1 0 0.0050 0.0710 0.76 0.0%
## byvar = NA Mecca AP 1 0 0.0485 0.2202 3.28 69.5%
## byvar = Visuospatial Mecca AP 1 0 -- -- 0.00 --
## byvar = Semantic Aschenbrenner AJ 0 1 0.0065 0.0808 4.20 28.6%
## byvar = Memory Aschenbrenner AJ 0 1 0.0315 0.1776 13.49 77.8%
## byvar = Semantic Aschenbrenner AJ 1 0 0.0044 0.0660 3.22 6.8%
## byvar = Memory Aschenbrenner AJ 1 0 0.1218 0.3490 43.86 93.2%
## byvar = Memory Berenguer RG 1 0 0.1630 0.4038 20.96 85.7%
## byvar = Global Besson FL 1 0 0.0005 0.0218 0.41 0.0%
## byvar = Memory Besson FL 1 0 0.0051 0.0713 0.86 0.0%
## byvar = Executive function Besson FL 1 0 -- -- 0.00 --
## byvar = Processing speed Besson FL 1 0 -- -- 0.00 --
## byvar = Semantic Besson FL 1 0 -- -- 0.00 --
## byvar = Memory Bilgel M 1 0 0.0001 0.0119 0.49 0.0%
## byvar = Semantic Bilgel M 1 0 <0.0001 0.0059 0.09 0.0%
## byvar = Executive function Bilgel M 1 0 <0.0001 <0.0001 0.00 0.0%
## byvar = Processing speed Bilgel M 1 0 <0.0001 <0.0001 0.00 0.0%
## byvar = Visuospatial Bilgel M 1 0 -- -- 0.00 --
## byvar = Memory Casaletto KB 0 1 <0.0001 0.0037 0.06 0.0%
## byvar = Memory Casaletto KB 1 0 -- -- 0.00 --
## byvar = Processing speed Casaletto KB 0 1 0.0109 0.1045 6.74 55.5%
## byvar = Processing speed Casaletto KB 1 0 -- -- 0.00 --
## byvar = Global Chatterjee P 1 0 -- -- 0.00 --
## byvar = Global Cosentino SA 1 0 0.3286 0.5732 475.18 99.4%
## byvar = Memory Cosentino SA 1 0 <0.0001 0.0036 0.62 0.0%
## byvar = Semantic Cosentino SA 1 0 <0.0001 0.0014 0.23 0.0%
## byvar = Visuospatial Cosentino SA 1 0 <0.0001 0.0005 0.04 0.0%
## byvar = Global Donohue MC 1 1 0.0267 0.1635 204.71 92.2%
## byvar = Memory Donohue MC 1 1 0.0013 0.0366 8.20 14.6%
## byvar = Global Doraiswamy PM 1 0 0.6636 0.8146 180.05 97.8%
## byvar = Processing speed Doraiswamy PM 1 0 0.5527 0.7434 38.38 97.4%
## byvar = NA Doraiswamy PM 1 0 <0.0001 0.0063 0.07 0.0%
## byvar = Memory Doraiswamy PM 1 0 0.2623 0.5122 55.67 94.6%
## byvar = Semantic Doraiswamy PM 1 0 0.0008 0.0285 0.35 0.0%
## byvar = Global Dubois B 1 0 -- -- 0.00 --
## byvar = Memory Dubois B 1 0 0.0009 0.0295 2.95 0.0%
## byvar = Processing speed Dubois B 1 0 0.1267 0.3559 123.60 97.6%
## byvar = Visuospatial Dubois B 1 0 0.0009 0.0300 1.62 0.0%
## byvar = Working memory Dubois B 1 0 0.2072 0.4552 67.22 98.5%
## byvar = Executive function Dubois B 1 0 0.0133 0.1152 5.66 82.3%
## byvar = Semantic Dubois B 1 0 0.0007 0.0268 0.80 0.0%
## byvar = Executive function Duchek JM 1 0 0.0008 0.0283 0.63 0.0%
## byvar = Processing speed Duchek JM 1 0 <0.0001 0.0007 0.01 0.0%
## byvar = Global Ecay-Torres M 1 0 -- -- 0.00 --
## byvar = Visuospatial Ecay-Torres M 1 0 -- -- 0.00 --
## byvar = Executive function Ecay-Torres ... <0.0001 0.0006 0.01 0.0%
## byvar = Memory Farrell ME 1 0 0.0009 0.0294 0.51 0.0%
## byvar = Processing speed Farrell ME 1 0 <0.0001 0.0077 0.12 0.0%
## byvar = Semantic Farrell ME 1 0 <0.0001 0.0017 0.03 0.0%
## byvar = Working memory Farrell ME 1 0 <0.0001 0.0087 0.14 0.0%
## byvar = Global Farrell ME 1 0 0.0005 0.0224 0.38 0.0%
## byvar = Global Franzmeier N 1 1 -- -- 0.00 --
## byvar = Memory Franzmeier N 1 1 -- -- 0.00 --
## byvar = Global Gangishetti U 1 1 -- -- 0.00 --
## byvar = Memory Haapalinna F 1 1 -- -- 0.00 --
## byvar = Global Hamelin L 1 0 <0.0001 0.0011 0.01 0.0%
## byvar = Memory Hamelin L 1 0 0.0433 0.2080 3.75 20.1%
## byvar = Semantic Hamelin L 1 0 0.0447 0.2115 2.66 24.9%
## byvar = Processing speed Hamelin L 1 0 -- -- 0.00 --
## byvar = Visuospatial Hamelin L 1 0 -- -- 0.00 --
## byvar = Working memory Hamelin L 1 0 -- -- 0.00 --
## byvar = Memory Zhao Y 1 0 0.0008 0.0277 1.47 0.0%
## byvar = Working memory Zhao Y 1 0 -- -- 0.00 --
## byvar = Visuospatial Zhao Y 1 0 -- -- 0.00 --
## byvar = Semantic Zhao Y 1 0 -- -- 0.00 --
## byvar = Executive function Zhao Y 1 0 -- -- 0.00 --
## byvar = Processing speed Zhao Y 1 0 -- -- 0.00 --
## byvar = Global Yaffe K 1 0 0.0020 0.0452 6.50 53.8%
## byvar = Global Meng Y 1 0 0.0050 0.0710 8.53 0.0%
## byvar = Visuospatial Merrill DA 1 0 -- -- 0.00 --
## byvar = Semantic Mielke MM 1 1 -- -- 0.00 --
## byvar = Memory Mielke MM 1 1 -- -- 0.00 --
## byvar = Global Mielke MM 1 1 -- -- 0.00 --
## byvar = Executive function Mielke MM 1 1 -- -- 0.00 --
## byvar = Visuospatial Mielke MM 1 1 -- -- 0.00 --
## byvar = Global Mielke MM 1 0 0.0004 0.0200 0.72 0.0%
## byvar = Memory Mielke MM 1 0 <0.0001 <0.0001 0.00 0.0%
## byvar = Semantic Mielke MM 1 0 -- -- 0.00 --
## byvar = Executive function Mielke MM 1 0 -- -- 0.00 --
## byvar = Global Mok VC 1 0 -- -- 0.00 --
## byvar = Global Molinuevo JL 1 1 0.0002 0.0136 0.12 0.0%
## byvar = Memory Molinuevo JL 1 1 0.0117 0.1080 4.67 0.0%
## byvar = Semantic Molinuevo JL 1 1 -- -- 0.00 --
## byvar = Processing speed Molinuevo JL 1 1 -- -- 0.00 --
## byvar = Executive function Molinuevo JL 1 1 -- -- 0.00 --
## byvar = Global Moon YS 1 0 4.6058 2.1461 554.69 99.8%
## byvar = Global Mueller SG 1 0 -- -- 0.00 --
## byvar = Memory Mueller SG 1 0 0.0016 0.0404 0.77 0.0%
## byvar = Global Nakamura A 1 0 0.0002 0.0153 0.13 0.0%
## byvar = Memory Nakamura A 1 0 <0.0001 0.0018 0.02 0.0%
## byvar = Memory Nebes RD 1 0 0.0058 0.0760 5.40 0.0%
## byvar = Visuospatial Nebes RD 1 0 <0.0001 0.0017 0.02 0.0%
## byvar = Semantic Nebes RD 1 0 0.0007 0.0256 0.32 0.0%
## byvar = Executive function Nebes RD 1 0 0.0180 0.1341 4.19 52.3%
## byvar = Processing speed Nebes RD 1 0 0.0292 0.1709 5.97 66.5%
## byvar = Working memory Nebes RD 1 0 <0.0001 0.0049 0.06 0.0%
## byvar = Global Okereke OI 1 0 -- -- 0.00 --
## byvar = Global Ossenkoppele R 1 0 0.0263 0.1621 3.30 69.7%
## byvar = Memory Ossenkoppele R 1 0 0.0329 0.1814 10.60 71.7%
## byvar = Working memory Ossenkoppele R 1 0 <0.0001 0.0061 0.08 0.0%
## byvar = Semantic Ossenkoppele R 1 0 <0.0001 0.0048 0.06 0.0%
## byvar = Executive function Ossenkoppele ... 0.0004 0.0204 0.27 0.0%
## byvar = Global Palmqvist S 1 1 -- -- 0.00 --
## byvar = Memory Palmqvist S 1 1 -- -- 0.00 --
## byvar = Memory Hammers DB 1 0 0.0068 0.0825 2.66 0.0%
## byvar = Visuospatial Hammers DB 1 0 0.0018 0.0427 0.56 0.0%
## byvar = Semantic Hammers DB 1 0 0.0010 0.0322 0.41 0.0%
## byvar = Executive function Hammers DB 1 0 0.0001 0.0113 0.14 0.0%
## byvar = Global Hammers DB 1 0 0.0163 0.1278 1.97 0.0%
## byvar = Global Hanseeuw BJ 1 0 -- -- 0.00 --
## byvar = Memory Hanseeuw BJ 1 0 -- -- 0.00 --
## byvar = Global Harrington KD 1 0 -- -- 0.00 --
## byvar = Memory Harrington KD 1 0 <0.0001 0.0034 0.11 0.0%
## byvar = Executive function Harrington K ... -- -- 0.00 --
## byvar = Processing speed Harrington KD 1 0 -- -- 0.00 --
## byvar = Executive function Harrington M ... 0.0050 0.0706 3.71 0.0%
## byvar = Processing speed Harrington MG 1 1 -- -- 0.00 --
## byvar = Semantic Harrington MG 1 1 -- -- 0.00 --
## byvar = Visuospatial Harrington MG 1 1 -- -- 0.00 --
## byvar = Memory Harrington MG 1 1 0.0111 0.1054 2.24 10.5%
## byvar = Global Jacobs HIL 1 1 -- -- 0.00 --
## byvar = Memory Jacobs HIL 1 1 -- -- 0.00 --
## byvar = Global Tolboom 1 0 0.0694 0.2633 1.57 36.5%
## byvar = Global Schott JM 1 0 0.0004 0.0211 0.33 0.0%
## byvar = Memory Schott JM 1 0 -- -- 0.00 --
## byvar = Semantic Schott JM 1 0 0.0013 0.0356 0.58 0.0%
## byvar = Processing speed Schott JM 1 0 -- -- 0.00 --
## byvar = Executive function Schott JM 1 0 -- -- 0.00 --
##
## Test for subgroup differences (random effects model):
## Q d.f. p-value
## Between groups 6496.06 285 0
##
## Details on meta-analytical method:
## - Inverse variance method
## - Sidik-Jonkman estimator for tau^2
## - Q-profile method for confidence interval of tau^2 and tau
## - Hartung-Knapp adjustment for random effects model
## - Fisher's z transformation of correlationsforest(first, subgroup = TRUE)
#using metafor package
data_full <-subset(data, pooled_variance > 0)
head(data_full)## # A tibble: 6 x 74
## unique representative study_id author year title pubmed amyloid tau
## <chr> <dbl> <dbl> <chr> <dbl> <chr> <chr> <dbl> <dbl>
## 1 1 1 1 Rolst… 2011 "Amy… https… 1 0
## 2 0 1 1 Rolst… 2011 "Amy… https… 1 0
## 3 1 1 2 Gu 2012 "Nut… https… 1 0
## 4 0 1 2 Gu 2012 "Nut… https… 1 0
## 5 0 1 2 Gu 2012 "Nut… https… 1 0
## 6 0 1 2 Gu 2012 "Nut… https… 1 0
## # … with 65 more variables: interaction <dbl>, addition <dbl>, ligand <chr>,
## # ligand_other <chr>, csf <chr>, csf_other <chr>, serum <chr>,
## # type_study <dbl>, time_between_points <chr>, neurodeg <dbl>,
## # age...20 <dbl>, sex <dbl>, education <dbl>, apoe <dbl>,
## # covaratiate_others <chr>, cohort_database <chr>, age_type <chr>,
## # age...27 <chr>, age_variance <chr>, total_nc <dbl>, nc_pos <chr>,
## # nc_neg <chr>, cutoff <chr>, global_cortex <chr>, ROI <chr>, suvr_dvr <chr>,
## # neurocog_description <chr>, type_cognitive <chr>, Global <dbl>,
## # Memory <dbl>, `Working Memory` <dbl>, `Executive function` <dbl>,
## # Semantic <dbl>, Visuospatial <dbl>, `Processing speed` <dbl>,
## # neurocog_stat_type <chr>, neurocog_stat_value_pos <chr>,
## # neurocog_stat_value_neg <chr>, neurocog_stat_value_variation_type <chr>,
## # neurocog_stat_value_variation_pos <chr>,
## # neurocog_stat_value_variation_neg <chr>, cdr <chr>, analysis_method <chr>,
## # analysis_method_type <chr>, analysis_method_continuos_stat <chr>,
## # analysis_method_se_pos <chr>, analysis_method_pos <chr>,
## # analysis_method_neg <chr>, analysis_method_p <chr>,
## # reported_effect_size_type <chr>, reported_effect_size <chr>,
## # calculated_effect_size_type <chr>, calculated_effect_size <chr>,
## # pooled_variance <dbl>, pooled_sd <dbl>, pooled_se <dbl>, final_es <chr>,
## # r <dbl>, d <dbl>, all_r <dbl>, exclude <dbl>, ...71 <lgl>, ...72 <lgl>,
## # ...73 <chr>, ...74 <dbl>third <- rma(yi = all_r, #r values
sei = pooled_se,
ni = total_nc,
mods = Global,
data=data_full,
method="SJ",
slab=paste(data_full$author, data_full$type_cognitive, sep=", ")#Sidik-Jonkman estimator
)## Warning in rma(yi = all_r, sei = pooled_se, ni = total_nc, mods = Global, :
## Studies with NAs omitted from model fitting.## Warning in rma(yi = all_r, sei = pooled_se, ni = total_nc, mods = Global, :
## Ratio of largest to smallest sampling variance extremely large. May not be able
## to obtain stable results.third##
## Mixed-Effects Model (k = 453; tau^2 estimator: SJ)
##
## tau^2 (estimated amount of residual heterogeneity): 0.0258 (SE = 0.0025)
## tau (square root of estimated tau^2 value): 0.1605
## I^2 (residual heterogeneity / unaccounted variability): 99.49%
## H^2 (unaccounted variability / sampling variability): 195.05
## R^2 (amount of heterogeneity accounted for): 0.00%
##
## Test for Residual Heterogeneity:
## QE(df = 451) = 13275.5919, p-val < .0001
##
## Test of Moderators (coefficient 2):
## QM(df = 1) = 0.9273, p-val = 0.3356
##
## Model Results:
##
## estimate se zval pval ci.lb ci.ub
## intrcpt 0.0322 0.0130 2.4824 0.0131 0.0068 0.0577 *
## mods 0.0235 0.0244 0.9630 0.3356 -0.0244 0.0715
##
## ---
## Signif. codes: 0 '***' 0.001 '**' 0.01 '*' 0.05 '.' 0.1 ' ' 1#forest(third, xlim=c(-16, 6), at=log(c(0.05, 0.25, 1, 4)), atransf=exp,
#ilab=cbind(data_full$nc_pos, data_full$nc_neg),
#ilab.xpos=c(-9.5,-8), cex=0.75, ylim=c(-1, 27),
#order=order(data_full$type_cognitive),
#xlab="Risk Ratio", mlab="", psize=1, header="Author(s) and Year")