Answer:
No Oxygen will be consumed, and there will also be no ATP production.
Explanation:
No Oxygen will be consumed, and there will also be no ATP production.
The blockage of the binding of Oxygen with cytochrome C enzyme occurs, and this greatly decreases the cellular uptake of oxygen.
Therefore, in the presence of cyanide, ATP production is inhibited due to blocked oxygen utilization.
Answer:
The second arrow (the middle one)
<span>The drop in urine output could be due to the patient being dehydrated or a blockage in his kidneys. The color change would also be of concern, this appears to be an internal bleeding issue. The internal bleeding could also be connected to the drop in output. It appears this would be an opportunity for another medical professional to evaluate the patient.</span>
Answer:
A. An orbital
Explanation:
Electrons are found on orbitals surrounding the atom.
Based on the given recombination frequency, Genes B and C are closest to each other. This is because they bear the recombination frequency of 10%.
<h3>What is Recombination frequency?</h3>
Recombination frequency may be defined as a proportion of recombinant offspring delivered in a genetic cross between two organisms. It is always expressed in percentages.
The complete question is: The recombination frequency between three genes A, B, and C located on the same chromosome is obtained as follows:
- A and C - 28%
- A and B - 18%
- B and C- 10%
Based on the result, which two genes are closest to each other?
Hence, the answer to this question is, that Genes B and C are closest to each other. This is because they bear the recombination frequency of 10%.
A lower recombination frequency of 10% means that the genes are located at a distance of 10cM from each other in a chromosome. The short distance between the two genes allows fewer recombination to happen, thus the frequency is lower.
Therefore, it is well described above.
To learn more about Recombination frequency, refer to the link:
brainly.com/question/7299933
#SPJ1
