Create a fictional trait that Selection is acting against and describe: 1) What the trait consists of (i.e. a disorder, a physical characteristic, a behavior, etc). 2) The genotype or genotypes that express the trait 3) How the trait affects individuals with genotypes that do not

Create a fictional trait that Selection is acting against and describe: 1) What the trait consists of (i.e. a disorder, a physical characteristic, a behavior, etc). 2) The genotype or genotypes that express the trait 3) How the trait affects individuals with genotypes that do not

Name: Create a fictional trait that Selection is acting against and describe
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Description: Create a fictional trait that Selection is acting against and describe:1) What the trait consists of (i.e. a disorder, a physical characteristic, a behavior, etc).2) The genotype or genotypes that express the trait3) How the trait affects individuals

Human Biology (MindTap Course List)

11th Edition

ISBN:9781305112100

Author:Cecie Starr, Beverly McMillan

Publisher:Cecie Starr, Beverly McMillan

Chapter19: Introduction To Genetics

Section: Chapter Questions

Problem 1RQ: Define the difference between (a) gene and allele, (b) dominant allele and recessive allele, (c)...

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Similar questions

All of the following are considered a quantitative trait, EXCEPT? a. A trait that has a continuously varying phenotype in the population. b. A trait that is influenced by both genetic and environmental factors. c. A trait that has multiple genes that contribute to the phenotype. d. A trait that is influenced by one gene that follows complete dominance inheritance patterns.
in considering the interaction of multiple genes involved in complex traits and interaction with the environmental factors what does the organisms genotype represent? What does the phenotype represent? What does the environment have to do with it?
Why are some types of traits are highly heritable and other types of traits are not as highly heritable? Some traits are morphology, life history, behavior, and physiology.
Imagine that genetic technology advances to the point where the genetic profile of an individual can be easily obtained, and that we have a full understanding of how genes interact to influence our health. Based on this genetic information alone, how reliably do you think we would be able to predict a person's chance of getting a specific disease? Where do you think this type of genetic profiling would lead with respect to selection of offspring or genetic superiority?
Monozygotic (identical) twins share all of the same DNA, yet have differences in appearance and behavior. Explain why this is, using the following terms correctly in your discussion: genotype, phenotype, multifactorial trait.
Find a human trait that has an environmental effect (such as temperature-sensitive, metabolic intervention, etc.) and describe the phenotype with and without the environmental effect.
What is a quantitative trait locus (QTL)? a. A portion of the genome that is a particular quantitative length b. A portion of the genome in which polymorphic markers correlate with a phenotype c. A region of the genome where qualitative traits associate with discrete phenotypes d. A region of the genome that does not follow Mendelian inheritance patterns
Which of the following is the definition of the term named Dominant trait? a.Refers to genes that have identical alleles b.Genetic constitution of an organism c.Alternative form of a gene d.Trait expressed in the F1 generation e.Fundamental physical and functional unit of heredity f.Physical expression of traits of an organism
Describe the variation in the appearance among individuals in a population when a trait is single-gene controlled compared to a trait that is multiple-gene controlled
For each of the following traits, select whether it is a continuous trait or a discrete trait in humans. Trait Discrete trait / Continuous trait Height Answer Albinism Answer Learning ability Answer Body weight Answer Number of fingers Answer
Which of the following statements best describe the equation P = G + E + (G X E)?* a. The phenotype is the sum of the genotype and the environment. b. The phenotype of an organism is determined by its genetic traits. c. The phenotype is the total characteristics displayed by an organism that results from the expression of the genes as well as the influence of environmental factors. d. The phenotype is the observable and measurable characteristics of an organism as a result of the interaction of the genes of the organism, environmental factors, and random variation.
Which of the following is true of continuous variation? The expression of one gene may be masked by the expression of another. The expression of one gene may be masked by the expression of another. Traits vary in small gradations and span a spectrum of possibilities. Traits vary in small gradations and span a spectrum of possibilities. Genes may affect multiple, seemingly unrelated aspects of phenotype