QUIZ GENETICS

16問 • 1年前

Yami

通報

問題一覧

study of how gene and genetypic frequencies change and thus change gentic merit in a population

Population genetics

proportion of loci in a population that contain a particular allele

Gene frequency

frequency with which a particular genotype occur in a population

Genotypic frequency

proportion of individuals in a population that express a particular phenotype

Phenotypic frequency

changes in the chemical compositions of a gene that alter DNA

Mutations

can controlled in amount by the size of the population

Genetic drift

process of bringing new breeing stock into a population

Migration

process of allowing some animals to be parent more than others

Selection

based on the fact that some animals are more suited and have more natural oppurtunity to be parents than others

Natural selection

contolled by the herd

Artificial selection

total of all individuals

Population

proportion of each alleles

Gene frequencies

occurs when the choice of a mating partner is independent of genotypes or phenotype for that trait

Random mating

used to calculate the gene frequencies in real populations

Hardy-weinberg law

frequency of a given allele remains constant

Genetic equilibrium

hardy-weinberg law developed by

Godfrey H. Hardy, Wilhelm Weinberg

ANIMAL REPRODUCTION

Yami · 31問 · 2年前

ANIMAL REPRODUCTION

31問 • 2年前

Yami

Female and male reproductive system

Yami · 31問 · 2年前

Female and male reproductive system

31問 • 2年前

Yami

Poultry lab terminologies #1

Yami · 40問 · 2年前

Poultry lab terminologies #1

40問 • 2年前

Yami

Poultry lab external anatomy and reproductive system

Yami · 23問 · 2年前

Poultry lab external anatomy and reproductive system

Poultry lab (breeds)

Poultry lab (breeds)

Egg

Egg

QUIZ GRP 1

QUIZ GRP 1

AI and MOET

AI and MOET

SWINE LAB REPORT

SWINE LAB REPORT

Slaughtering of pig

Slaughtering of pig

Improvement and Control Traits

Yami · 61問 · 1年前

Improvement and Control Traits

poultry lab finals

poultry lab finals

POULTRY LEC

POULTRY LEC

ANAT101A - Introduction to Veterinary Anatomy

Yami · 70問 · 1年前

ANAT101A - Introduction to Veterinary Anatomy

BASC107A

BASC107A

ANAT101B - 1ST MIDTERM

Yami · 100問 · 1年前

ANAT101B - 1ST MIDTERM

AXIAL MUSCLE

AXIAL MUSCLE

ANAT101A - Recap of Biology and Zoology

Yami · 32問 · 1年前

ANAT101A - Recap of Biology and Zoology

32問 • 1年前

Yami

ANAT101 - General osteology and the axial skeleton

Yami · 25問 · 1年前

ANAT101 - General osteology and the axial skeleton

25問 • 1年前

Yami

ANAT101A - Introduction to Veterinary Anatomy

Yami · 70問 · 1年前

ANAT101A - Introduction to Veterinary Anatomy

70問 • 1年前

Yami

ANAT101A - Descriptive Terms

Yami · 19問 · 1年前

ANAT101A - Descriptive Terms

19問 • 1年前

Yami

ANAT101A - The Axial and Appendicular Skeleton and Special Topic (Recording)

Yami · 38問 · 1年前

ANAT101A - The Axial and Appendicular Skeleton and Special Topic (Recording)

38問 • 1年前

Yami

BASC107A - PART 2 MIDTERMS

Yami · 88問 · 1年前

BASC107A - PART 2 MIDTERMS

BASC108B

BASC108B

BASC108B PART 2

BASC108B PART 2

BASC108A 1

BASC108A 1

BASC108A 2

BASC108A 2

DEVA100B

DEVA100B

DEVA100A

DEVA100A

BASC101B Finals

BASC101B Finals

Digestive System

Digestive System

Respiratory, Urinary, and Reproductive System

Yami · 41問 · 1年前

Respiratory, Urinary, and Reproductive System

Nervous System

Nervous System

Circulatory System

Circulatory System

ANAT101A - Digestive System

Yami · 18問 · 1年前

ANAT101A - Digestive System

OSTEOLOGY

OSTEOLOGY

MICRO LEC

MICRO LEC

HISTO LEC PART 2 midterms

Yami · 54問 · 1年前

HISTO LEC PART 2 midterms

PHYSIO LEC

PHYSIO LEC

問題一覧

study of how gene and genetypic frequencies change and thus change gentic merit in a population

Population genetics

proportion of loci in a population that contain a particular allele

Gene frequency

frequency with which a particular genotype occur in a population

Genotypic frequency

proportion of individuals in a population that express a particular phenotype

Phenotypic frequency

changes in the chemical compositions of a gene that alter DNA

Mutations

can controlled in amount by the size of the population

Genetic drift

process of bringing new breeing stock into a population

Migration

process of allowing some animals to be parent more than others

Selection

based on the fact that some animals are more suited and have more natural oppurtunity to be parents than others

Natural selection

contolled by the herd

Artificial selection

total of all individuals

Population

proportion of each alleles

Gene frequencies

occurs when the choice of a mating partner is independent of genotypes or phenotype for that trait

Random mating

used to calculate the gene frequencies in real populations

Hardy-weinberg law

frequency of a given allele remains constant

Genetic equilibrium

hardy-weinberg law developed by

Godfrey H. Hardy, Wilhelm Weinberg