comic strip about non mendelian inheritance
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Non-Mendelian inheritance is any pattern in which traits do not segregate in accordance with Mendel's laws. These laws describe the inheritance of traits linked to single genes on chromosomes in the nucleus. In Mendelian inheritance, each parent contributes one of two possible alleles for a trait. If the genotypes of both parents in a genetic cross are known, Mendel's laws can be used to determine the distribution of phenotypes expected for the population of offspring. There are several situations in which the proportions of phenotypes observed in the progeny do not match the predicted values.
In cases of intermediate inheritance due to incomplete dominance, the principle of dominance discovered by Mendel does not apply. Nevertheless, the principle of uniformity works, as all offspring in the F1-generation have the same genotype and same phenotype. Mendel's principle of segregation of genes applies too, as in the F2-generation homozygous individuals with the phenotypes of the P-generation appear. Intermediate inheritance was first examined by Carl Correns in Mirabilis jalapa used for further genetic experiments.[2] Antirrhinum majus also shows intermediate inheritance of the pigmentation of the blossoms.[3]
In cases of co-dominance, the genetic traits of both different alleles of the same gene-locus are clearly expressed in the phenotype. For example, in certain varieties of chicken, the allele for black feathers is co-dominant with the allele for white feathers. Heterozygous chickens have a colour described as "erminette", speckled with black and white feathers appearing separately. Many human genes, including one for a protein that controls cholesterol levels in the blood, show co-dominance too. People with the heterozygous form of this gene produce two different forms of the protein, each with a different effect on cholesterol levels.
When genes are located on the same chromosome and no crossing over took place before the segregation of the chromosomes into the gametes, the genetic traits will be inherited in connection, because of the genetic linkage. These cases constitute an exception to the Mendelian rule of independent assortment.
In Mendelian inheritance, genes have only two alleles, such as a and A. Mendel consciously chose pairs of genetic traits, represented by two alleles for his inheritance experiments. In nature, such genes often exist in several different forms and are therefore said to have multiple alleles. An individual usually has only two copies of each gene, but many different alleles are often found within a population. A rabbit's coat color is determined by a single gene that has at least four different alleles. They display a pattern of a dominance-hierarchy that can produce four coat colors. In the genes for the dog coat colours there are four alleles on the Agouti-locus. The allele "aw" is dominant over the alleles "at" and "a" but recessive under "Ay".
Make a comic strip about non mendelian you and i want to se this seven keywords in your comic strip.
incomplete dominance
codominance
multiple alleles
x linked
y linked
sex limited
sex influence
You can see the attachment below for the example of comic strip
Sure thing. Dad! I'll be out
KRISTAL and her father were driving to the hospital when they noticed a
little cream-colored horse. She's perplexed as to why the small herse's
for a minute
skin is cream-colored while its parents' skin is brown and white. As a
result, he inquired about it with her father.
Hey, KRISTAL! Get ready
because we're going to the
hospital to get your DNA
result
Well, that's probably because of
Dad, why does the small horse
INCOMPLETE DOMINANCE. It
have a cream-colored coat despite
They went to the doctor
occurs when neither trait is truly
the fact that its parents have
for the DNA result as
dominant over the other.
brown and white coats?
soon as they got at the
hospital, KRISTAL's blood
This means that both trait
type is AB. according to
can be expressed in the
the doctor. She acquired
I see, now
same regions, resulting a
understand
allele A from her mother
blending of two phenotypes
it! Thanks.
and allele B from his
Dad!
father. They returned
So, if a white horse and
home after receiving the
brown horse produces a cream
findings, and she
skin colored offspring, this is
inquired about the DNA
an example of INCOMPLETE
result with her father.
DOMINANCE
That's where CODOMINANCE
Dad, why
comes in! It means neither allele
An example in humans would be the ABO
do I have
can mask the expression of the
blood type, it is characterized by the
an "AB"
Oh, I see now! That's why my
other allele
expression of alleles A and B. Blood type AB is
blood type?
obtained when a person receives allele A from
blood type is "AB"! Thank you.
their mother and allele B from their fart
Dad, for taking the time to
explain everything to me!
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