Non-Mendelian Genetics

These go against the laws of Mendel
Mendelian Genetics
Non-Mendelian Genetics
Anti-Mendelian Genetics
Mendelian Laws
Where neither allele is dominant and heterozygous which led to individuals having an intermediate phenotype.
Incomplete dominance
Codominance
Pleiotropy
Polygenic Traits
When the heterozygote expresses both alleles equally
Incomplete dominance
Codominance
Polygenic Traits
Pleiotropy
Wherein traits are controlled by the combined interaction of many gene loci
Polygenic Traits
Pleiotropy
Epistasis
Phenylketonuria
When a single gene affects the expressions of more than one phenotypic character
Polygenic Traits
Pleiotropy
Epistasis
Phenylketonuria
Homozygotes have two copies of abnormal genes, leading to formation of crescent shaped or sickle shaped hemoglobin
Epistasis
Phenylketonuria
Albinism
Sickle cell disease
One of the most widely examples in pleiotropy in humans
Epistasis
Sickle cell disease
Phenylketonuria
Albinism
When one gene affects or masks another gene
Polygenic traits
Epistasis
Incomplete dominance
Pleiotropy
Blonde, brown and black hair in humans are determined by a pigment called ________.
Eumelanin
Pheomelanin
MCR1
Melanin
This pigment makes red hair
Eumelanin
Pheomelanin
MCR1
Melanin
This gene allows the conversion of pheomelanin to eumelanin, making red heads rare
Eumelanin
Pheomelanin
MCR1
Melanin
The lack of pigment that results in pale white individuals
Sickle cell disease
Tyrosinase
Phenylketonuria
Albinism
An important protein that is necessary for the production of the pigment melanin
MCR1
Tyrosinase
Rosinase
Eumelanin
[bonus] what score do you think you'll get on this test? dw, there are no wrong answers :) you'll get a free point for this one ;)
Perfect!
Maybe 1-3 mistakes
Like half the score..
I think I failed this one TT
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