PPT-Phenotypic and Genotypic variances

OUTLINE Genotypic variance in terms of breeding values Additive variance Dominance deviation Does additive variance implies no dominance gene effect Variances and Covariances Covariance is a measure of the joint variation between two or more variables. Incomplete Dominance. One allele does not over shadow the other, they . mix. together. Use . RR, R’R, R’R’. Ex. Carnations. A red carnation mated with a white carnation makes a . pink. carnation.. p. resented by: . Shaun Deaton. . The idea is to hypothesize constraints on the interchangeability of N normally distributed random variables. Then test the hypothesis by using the likelihood ratio of the determinants of the covariance matrices. The symmetry constraints impose structure upon the vector of means and the covariance matrix.. One cat carries heterozygous, long-haired traits (. Ss. ), and its mate carries homozygous short-haired traits (. ss. ). Use a . Punnett. square to . determine the probability of one of their offspring having long hair.. ©2015. University . of North Florida. All rights reserved. . Direct Material . Variances. Managerial Accounting. Prepared by Diane Tanner. University of North Florida. Chapter 45. Causes of Material Variances. Why estimate genetic variances?. Single factor mating designs. PBG 650 Advanced Plant Breeding. Why estimate genetic variances?. New crop species. ensure adequate genetic variance for selection. determine appropriate type of cultivar. Pattern of Inheritance. a . description of how contrasting genes on homologous chromosomes interact with one another. when . two alleles are different, how do they affect the . phenotype. Dominant/Recessive Pattern. Performance Evaluation. © 2015 McGraw-Hill Education.. An accounting system that. provides information . . . . Responsibility Accounting. Relating to the. responsibilities of. individual managers.. Agenda. : Welcome Back!!. Notes: Intro to Genetics. Activity: Brain Pop and Worksheet. Activity: Genetic Terms Review. Activity: Monster Genetics (due in class). Homework/Class Work:. Monster Genetics due Today for 50 Points . Learning Objectives. Explain . standard costs and how they . are . set. Compute the direct materials price and quantity variances and explain their significance. Compute the direct labor rate and efficiency variances and explain their significance. . Intra-locus Interactions. PBG 430. Single locus. Allele A. Allele a. Phenotype. Allelic relationships at a locus: . Complete . D. ominance. Heterozygote . phenotype = homozygous dominant . Practice Problems. Question #1. In rock pocket mice, dark color is recessive to light . color. Write . the genotypes and phenotypes for the following . individuals:. Genotype. Phenotype. Heterozygous. UNIT – II . Principles of Animal & Population Genetics . Lecture – . 3 . Quantitative Genetics: Components of Variance . Dr K G Mandal. Department of Animal Genetics & Breeding . Bihar Veterinary College, Patna . Given H= hairy and h=bald. write the genotypes and phenotypes of the following:. a) homozygous recessive. . b)heterozygous. . c) homozygous dominant. Given T= tall t= short . Show the cross of a heterozygous individual with a short individual.. into genetic evaluations. J. Vandenplas. 1,2. , N. Gengler. 1. 1. University of Liège, Gembloux Agro-Bio Tech, Belgium. 2. National Fund for Scientific Research, Brussels, Belgium. 2012 ADSA-ASAS Joint .