Answer:
Let us consider that A signifies the dominant allele and letter a signifies the recessive allele. The dominant allele, A would demonstrate normal phenotype, on the other hand, the recessive allele, a would be accountable for the disease. The possibilities of genotypes and phenotypes would be AA demonstrating normal homozygous individual, Aa demonstrating normal heterozygous individual, and aa demonstrating homozygous individual carrying the disease.
Based on the given question, the genotype of the individual would be Aa, due to the existence of the dominant allele, normal phenotype would be demonstrated by the individual. In case if the deletion of A allele takes place from the genotype, the left a allele would possess the tendency to show its effect and the expression of the recessive phenotype will take place.
Hemizygous refers to the condition in which only one allele is found in a diploid organism, and the organism within which it takes place is known as hemizygote.
Hey there!
<span>Which two molecules carry energized electrons to the second part of the cellular respiration process?
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<span>NADH and FADH2 are two molecules energized electrons to the second part of the cellular respiration process. This means your answer is the 2nd option.
Hope this helps you.
Have a great day (:
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Answer:
c
Explanation:
"individuals should aim for a weight that encourages healthful habits and does not increase risk of weight-related health conditions. "
Answer:
1). Amazon Rainforest has the greatest biodiversity.
2) Population Biodiversity is not the type of biodiversity.
3) The variety of species in an environment is called biodiversity.
4) b. The greater the biodiversity, the worst the ecosystem, is the correct answer.
5) When every single organism of a species dies it is called extinction.
Answer:
Karyotype
Explanation:
A karyotype is a picture of all the chromosomes in an individual. These images are analyzed by geneticists to identify structural changes in the chromosomes or to identify differences in number as is the case for Down syndrome.
Karyotyping is used to identify certain genetic diseases associated with chromosomal aberrations. This is associated with the field of cytogenetics.
