Navigation for SAS Code and Output

Part 1

• Question 1A
• Question 1B
• Question 1D
• Question 1E
• Question 1F
• Question 1G
• Question 1H: H.1, H.2, H.3, H.4

Part 2

• Question 2A
• Question 2B

Part 3

• Question 3A
• Question 3B

Part 4

• Question 4A
• Question 4B

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Part 1

1. The data are in the Excel file: ANOVA4-Dosage-Assn1-2025.xlsx (dose4 tab) in the Files -> Assignments -> 1.ONE in Canvas. Change in HbA1C = (A1C_FLUP - A1C_BASE) is the outcome of interest in Part 1.

Note: You will have to compute/create the Change in HbA1C score in the software of your choice (Excel, SAS, R). In Part 1, Perform a one-way ANOVA with Change in HbA1C as the outcome.

Step 0: Importing data and defining new variables proc import datafile="C:\Users\net16\Desktop\BST 623 - GLM\Assignment 1\ANOVA4-Dosage-Assn1-2025.csv" dbms=csv out=dosage0 replace; run; data dosage0; set dosage0; drop VAR16; if ID=. then delete; run; ************************************************ Part 1 ***********************************************; * one-way ANOVA with change in HbA1C as the outcome; * create variable for change in HbA1C ; * A1C_DIFF = A1C_FLUP - A1C_BASE ; data dosage; set dosage0; Dose00 = .; if Dose = 0 then Dose00 = 1; else Dose00 = 0; Dose05 = .; if Dose = 5 then Dose05 = 1; else Dose05 = 0; Dose10 = .; if Dose = 10 then Dose10 = 1; else Dose10 = 0; Dose15 = .; if Dose = 15 then Dose15 = 1; else Dose15 = 0; A1C_DIFF = A1C_FLUP - A1C_BASE; BMI_BASE = 703 * WEIGHT_LB_BASE / HEIGHT_IN**2 ; BMI_FLUP = 703 * WEIGHT_LB_FLUP / HEIGHT_IN**2 ; BMI_DIFF = BMI_FLUP - BMI_BASE ; run; Feedback: One feedback