Answer:
C. The cows will reproduce, but neither males nor females will reproduce the altered gene.
Explanation:
I just had this question lol but because it said in the question “However, they discovered that the altered gene gets lost from the genome during meiosis.” Shows that the cows aren’t able to reproduce the altered gene. It never stated they can’t reproduce.
Cancer is the disease that results in uncontrolled cell growth.
People used vaccines to reduce the risk of infection by working with body as defenses to help them so this vaccines develop immunity to disease
I hope that's help:0
Explanation:
Anabolism requires energy to grow and build. Catabolism uses energy to break down. These metabolic processes work together in all living organisms to do things like produce energy and repair cells.
Catabolic reactions release energy, while anabolic reactions use up energy.
<em>The best way to get started is to quit talking and begin doing</em>
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Answer:
0.483
Explanation:
The given population is in Hardy-Weinberg equilibrium. If the gene has two alleles, the sum total of the frequencies of these two alleles will be one.
Therefore, the total of the frequency of allele B and frequency of allele b will be 1. f(B) + f(b)=1
If the frequency of allele "B" is 0.59, then the frequency of allele "b" will be=1-0.59= 0.41
The frequency of heterozygous genotype in the population= 2pq
p= frequency of the dominant allele
q= frequency of the recessive allele
So, 2pq= 2 x 0.59 x 0.41 = 0.483