Technical Managers

Dra. Liana Johann - Universidade do Vale do Taquari - Univates

Dr. Luis Francisco Angeli Alves - Universidade Estadual do Oeste do Paraná - Unioeste

Dra. Ana Tereza Bittencourt Guimarães - Universidade Estadual do Oeste do Paraná - Unioeste

OBJECTIVE

The objective of the study is to evaluate the effectiveness of experimental formulations of inactivated vaccine against Dermanyssus gallinae (Red Mite) when administered to commercial laying hens of white lineage, through population evaluation of the mite in aviaries and serological response of the birds.

Dynamics of Mites in Aviary 2

  • Number of mites per trap of each group over time

In this first analysis, we have a dynamic representation in the form of a gif. This graphic representation contains the mite count data in each of the group’s traps in each sampling. Each circumference represents a trap, and the size of the circumference represents a frequency class of mites in the traps.

  • Means and standard errors per group by sampling.

Below we can observe the mean +- standard error of the number of mites in Aviary 2, at each sampling, which are carried out every 2 weeks.

##     Min.  1st Qu.   Median     Mean  3rd Qu.     Max.     NA's 
##    0.000    0.000    0.571  187.711   45.378 3402.661      137

  • Models per group by week old.

Below we can observe the number of mites in Aviary 2 by week old of animals, at each sampling, which are carried out every 2 weeks.

  • Mean and Standard Errors of the number of mites throughout the sample period.

Below, the mean +- standard error of the number of mites in each group of Aviary 2, regardless of time, can be seen..

  • Predators in Aviary 2

Below, you can see the cumulative percentage of predators and, cumulative frequency per cage of predators found in each group of Aviary 2 regardless of time.

Dynamics of mites in Aviary 4

  • Number of mites per trap of each group over time.

As shown in Aviary 2, we have a graphic representation that contains the mite count data in each group in each sampling.

  • Means and standard errors per group by sampling.

Below we can observe the mean +- standard error of the number of mites in Aviary 4, at each sampling, which are carried out every 2 weeks.

  • Models per group by week old.

Below we can observe the number of mites in Aviary 4 by week old of animals, at each sampling, which are carried out every 2 weeks.

  • Mean and Standard Errors of the number of mites throughout the sample period.

    Below, the mean +- standard error of the number of mites in each group of Aviary 4, regardless of time, can be seen.

  • Predators in Aviary 4

Below, you can see the cumulative percentage of predators and, cumulative frequency per cage of predators found in each group of Aviary 4 regardless of time.

Climate data