PPT-Module 7: Estimating Genetic 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. Module 2 Lecture 1 Genetic material in a cell All cells have the capability to give rise to new cells and the encoded information in a living cell is passed from one generation to another The information encoding material is the genetic or hereditar t. Tests. SPSS. Read This Article. Wuensch, K. L., & Moore, C. H. (2004). . Effects of physical attractiveness on evaluations of a male employee’s allegation of sexual harassment by his female employer. 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.. Goals. Estimate and interpret . statistics . (AMOVA + Bayesian). . that characterize population structure. . Demonstrate roles of . gene flow . and . genetic drift . on population structure.. Gene flow and Genetic drift. GENETICALLY-ENGINEERED FARM ANIMALS. www.ccac.ca. Relevance of this Training Module. This training module is relevant to all animal users working with . genetically-engineered (GE) farm animals . in research, teaching or testing. . AS Business Studies. Aims & Objectives. Aim:. Understand variance analysis. Objectives:. Define variance analysis. Explain the causes of variance. Analyse managerial reactions to variance analysis. 7. Flexible Budgets,. Direct-Cost Variances,. and Management Control. Basic Concepts. Variance. . difference between an actual and an expected (budgeted) amount. Management by Exception . the practice of focusing attention on areas not operating as expected (budgeted). Nested design. GCA, SCA. Diallel. PBG 650 Advanced Plant Breeding. Nested design . Also called. North Carolina Design 1. Hierarchical design. Two types of families. Half sibs (male groups). Full-sibs (females/males). Goals. Estimate and interpret . statistics . (AMOVA + Bayesian). . that characterize population structure. . Demonstrate roles of . gene flow . and . genetic drift . on population structure.. Gene flow and Genetic drift. David Evans. University of Queensland. The Majority of Heritability for Most Complex Traits and Diseases is Yet to Be Explained. Maher (2009) Nature. Places the Missing Heritability Could be Hiding. In the form of common variants of small effect scattered across the genome. 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. Original Data. Equated Day . Factors. Holiday Factors. Normalized Data. Initial Seasonal Factors. Seasonally-Adjusted Data:. Initial. Seasonally-Adjusted Data:. Initial. Growth Rate. (Adjustments). Events. Management. Importance. Estimating costs to compare and select. Methods of Estimating. Managing the Budget. Budget timeline. Budget . variances. Importance of budget planning. Cost is one of the three project constraints. 8/1/12. Module 1: Session 6. 1. Introduce the concept of budgetary planning and control. Influence attitudes from incremental to zero or activity based budgeting.. Demonstrate the basic application of variances and variance analysis e.g. Total,...