'Possible genotypes' presentation slideshows

Chapter 14 Inference for Distributions of Categorical Variables: Chi-Square Procedures

Chapter 14 Inference for Distributions of Categorical Variables: Chi-Square Procedures. AP Statistics Hamilton/Mann. Chapter 14 Section 1. Test for Goodness of Fit HW: 14.1, 14.3, 14.6, 14.8. Test for Goodness of Fit.

960 views • 94 slides

Which SNP genotyping errors are most costly and when?

Which SNP genotyping errors are most costly and when?. Stephen J. Finch Stony Brook University. Acknowledgments . Joint work Derek Gordon (Rockefeller University) Sun Jung Kang (Duke University) Five papers are the material for this talk with additional coauthors

1.33k views • 84 slides

Biology SOLs , Part I

Biology SOLs , Part I. 2006 Released Test. A. 4 B. 3 C. 2 D. 1. 1. Which data point on the graph is probably invalid?. INCORRECT. Click to try again!. CORRECT. Click to go to next question! . A. Releasing sterilized male flies

1.19k views • 77 slides

The Palla Family

643 views • 53 slides

Bloodline: A Human Genetics Case

598 views • 45 slides

Forensic Science K. Davis

577 views • 44 slides

Final Concepts for Chapter 11 Mendelian Genetics

Final Concepts for Chapter 11 Mendelian Genetics. Codominance Complete dominance Dihybrid cross Genotype Genotypic ratio Heterozygous Homozygous Incomplete dominance Monohybrid cross Phenotype Phenotypic ratio Probability Punnett square Testcross. Expected/predicted results

600 views • 38 slides

Bloodline: A Human Genetics Case

1.48k views • 37 slides

MENDELIAN GENETICS

538 views • 35 slides

EM algorithm and applications

EM algorithm and applications. Relative Entropy. Let p,q be two probability distributions on the same sample space. The relative entropy between p and q is defined by H ( p||q ) = ? x p ( x )log[ p ( x )/ q ( x )] = ? x p ( x )log(1/( q ( x )) - -? x p ( x )log(1/( p ( x )) .

579 views • 33 slides

479 views • 30 slides

Deconvolution of mixed DNA samples

Deconvolution of mixed DNA samples . Michael L. Raymer, Ph.D. Dept. of Computer Science & Engineering Wright State University. Introduction. Mixture interpretation is not trivial. Difficult tasks include: Determining the number of possible contributors

387 views • 29 slides

Genetics Basics

691 views • 27 slides

Quantitative Genetics

Quantitative Genetics. Quantitative Traits. Mendel worked with traits that were all discrete, either/or traits: yellow or green, round or wrinkled, etc. Different alleles gave clearly distinguishable phenotypes.

1.04k views • 25 slides

Quantitative Genetics

Quantitative Genetics. Quantitative Traits. Mendel worked with traits that were all discrete, either/or traits: yellow or green, round or wrinkled, etc. Different alleles gave clearly distinguishable phenotypes.

891 views • 24 slides

Quantitative Genetics

Quantitative Genetics. Quantitative Traits. Mendel worked with traits that were all discrete, either/or traits: yellow or green, round or wrinkled, etc. Different alleles gave clearly distinguishable phenotypes.

888 views • 24 slides

DO NOW :

DO NOW :. 4/25. If you flip a coin what are the chances it will land on heads? Tails? Suppose that you flipped the coin and got heads. What are the chances that you will get heads again?. Objectives: Explain how genes and alleles are related to genotype and phenotype.

279 views • 16 slides

Gene Linkage

Gene Linkage. Chapter 19.2 Page 635-641. Gene Linkage and Crossover. Back to Morgan and the fruit flies first Morgan crossed wild-type body colour ( AA ) and straight wings ( BB ) with black body colour ( aa ) and curved wings ( bb ) AABB x aabb

263 views • 12 slides

Types of Inheritance

971 views • 7 slides

Blood Type

Blood Type. Trait controlled by multiple alleles Alleles are A, B, and O. A, B over O. 1. Which alleles are dominant?. O. 2. Which alleles are recessive?. 3. Which alleles are codominant?. A and B. Blood Type Problems.

1.67k views • 4 slides