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atroni [7]
4 years ago
13

You could extrapolate from this article that if you eliminated mutations in mitochondria, you could

Biology
1 answer:
WARRIOR [948]4 years ago
8 0

You could extrapolate from this article that if you eliminated mutations in mitochondria, you could eliminate disease.

Answer: Option C

<u>Explanation:</u>

Mitochondria are found all over our body except in red blood cells. This mitochondria aids in the process of ATP synthesis. Sometimes mutation occurs in the mitochondrial DNA which causes disease in the mitochondria and hence is the root cause of various diseases.

In most cells the mutated mitochondria are removed by the mitophagy which is a natural phenomenon found in all the cells. The mtDNA mutations caused are actually inherited from the mother. Now scientists have developed ways to eliminate the mutated mitochondria from the mother either before or after fertilization. Hence by altering the mutated mitochondria we can eliminate various diseases.

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Label each level of dna packaging in the eukaryotic chromosome with the appropriate term.
Lostsunrise [7]
I assume this photo has the labels you are talking about.

DNA double helix consists of two strands that wind around each other with their nucleotides liked.-> it's the structure number 5
 nucleosome- it's a segment of DNA wound in sequence around eight histones (proteins)- number 2
Histone- proteins with DNA around them, forming the nucleosome- number 4
Tight helical fiber- chromatin <span>coiled very tightly- 3
Cromosome- </span><span>chromatin condensed even tighter forming a X shape.- 1</span>








3 0
3 years ago
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If "F" is the dominant gene for fast growing plants, how many slow-growing plants (ff) are created when an "Ff" plant is crossed
pochemuha

Answer:

should only be 2

Explanation:

when you do a punnet square F only transfers o 2 of the plants, while f transfers to 4. Since F is dominante  2 will be fast growing plants.

So sorry if it's wrong.

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