Answer:
1) The alleles for homozygous brown hair will be BB.
2) The alleles for heterozygous brown hair will be Bb
3) Let's make a punnet square to check for the outcomes:
B b
B BB Bb
B BB Bb
4) The results from the punnet square depict that the phenotype of all the children produced will be brown hair.
5) The punnet square depicts that there will be a 50% probability of the child to carry the heterozygous genome (Bb) and there is also 50% probability for the child to carry homozygous dominant genome (BB).
Answer:
Biodiversity is important because it boosts an ecosystems productivity where each species, no matter how small, all have an important role to play.
Explanation:
Answer:
Rabbits.
Explanation:
The different organism and non native species are known to reach the plague proportions. They are responsible for the disease formation in their as well as in other species as well.
Rabbits are one of the species that has reached the plague proportion. They were brought under the control after the disease has been introduced that affected the rabbits species only.
Thus, the answer is rabbit.
<span>You would not go through the S phase so the chromosomes wouldn't double. So the offspring would have 23 chromosomes and the cells would not survive.</span>
The correct answer is: A) metabolic enzymes require vitamin cofactors, and affected individuals have significant nutritional deficiencies.
Garrod exanimated urine chemistry because he believed that it is reflection of systemic metabolism and disease. He wanted to understand disorders of metabolism such as alkaptonuria. By studying urine of mother that has disease and later her child’s urine he made a conclusion that it is inherited (Mendelian pattern of inheritance).
