Complex And Quantitative Traits - Genetics Analysis and Principles | Biology+

Course

Genetics

Study Pack

Set 1: Overview of Genetics

Set 2: Mendelian Inheritance

Set 3: Chromosome Transmission During Cell Division and Sexual Reproduction

Set 4: Extensions of Mendelian Inheritance

Set 5: Non-Mendelian Inheritance

Set 6: Genetic Linkage and Mapping in Eukaryotes

Set 7: Genetic Transfer and Mapping in Bacteria

Set 8: Variation in Chromosome Structure and Number

Set 9: Molecular Structure of Dna and Rna

Set 10: Chromosome Organization and Molecular Structure

Set 11: Dna Replication

Set 12: Gene Transcription and Rna Modification

Set 13: Translation of Mrna

Set 14: Gene Regulation in Bacteria

Set 15: Gene Regulation in Eukaryotes I: Transcriptional and Translation Regulation

Set 16: Gene Regulation in Eukaryotes Ii: Epigenetics

Set 17: Non-Coding Rnas

Set 18: Genetics of Viruses

Set 19: Gene Mutation and Dna Repair

Set 20: Recombination, Immunogenetics, and Transposition

Set 21: Molecular Technologies

Set 22: Biotechnology

Set 23: Genomics I: Analysis of Dna

Set 24: Genomics Ii: Functional Genomics, Proteomics, and Bioinformatics

Set 25: Medical Genetics and Cancer

Set 26: Developmental Genetics

Set 27: Population Genetics

Set 28: Complex and Quantitative Traits

Set 29: Evolutionary Genetics

Set 28 Complex And Quantitative Traits

✕

Set 28 Complex And Quantitative Traits

(True False)

Free

Since quantitative traits are frequently associated with a number of genes and the environment, it is difficult to assign accurate phenotypic classes for a Punnett square diagram.

Answer

(Multiple Choice)

Free

QTL mapping can rely on the relationship between genes for quantitative traits and which of the following?

A) The centromere
B) Transposon sites
C) Structural genes
D) Molecular markers such as RFLPs

Answer

(Multiple Choice)

Free

The first step in the backcross mating strategy for QTL mapping is that

A) two inbred parental strains that differ in a quantitative trait are crossed to produce an F1.
B) the F1 offspring are crossed with each other.
C) the F2 offspring must contain chromosomes that are recombinant between the markers and the genes involved in the trait
D) each parent should contain the same alleles at each QTL.

Answer