Answer:
An electrochemical gradient of protons across the thylakoid membrane is established.
Explanation:
Answer:
B
Explanation:
I looked it up in g o o g l e
Molecular biology - DNA
development biology - embryo
comparative anatomy - limb of pig and calf
Answer:
Hello. You did not add the necessary graphics for this question to be answered. However, I can help you by showing that one of the procedures that a medical team can do to inhibit the action of trypsin in the deorization of the pancreas is the use of ulinastine.
Explanation:
During the process of isolating a pancreas to be transported, the use of ulinastine is shown to be efficient for inhibiting trypsin, which promotes deterioration of the pancreas. Unilastine is also an anti-inflammatory, which will bring even more benefits with its use.
Thus, with the use of a ulinastine solution, the pancreas has more time to reach the transplant site and promote successful surgery.
Answer:
Considering that white eyes are a recessive trait in flies, it is possible for two red-eyed flies to have offspring with white eyes only if both are heterozygous for this trait.
Explanation:
For two individuals with dominant phenotype for a trait to have offspring with the recessive trait, both must have a heterozygous genotype.
In the case of the characteristic eye color of the flies
:
- <em>Red eye (R) is dominant trait.
</em>
- <em>White eyes (r) is the recessive trait.
</em>
When both parents are heterozygous, their genotype is Rr
In Punnett Square it can see the result of the crossing of these individuals:
Punnett Square
:
<em><u>Rr X Rr
</u></em>
<em>Alleles R r
</em>
<em>R RR Rr</em>
<em>r Rr rr</em>
In the offspring, the probabilities are:
- 50% heterozygous individuals Rr, with red eye phenotype.
- 25% pure dominant individuals RR, with red eyes
- 25% individuals with the recessive rr genotype, white eyes.
<u>This is the possibility of two red-eyed flies having white-eyed offspring</u>.
