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nexus9112 [7]
3 years ago
5

A mutation occurs that prevents a cell from taking in the glucose that it needs for energy production. What is most likely to ha

ppen?
A tumor will form.

The cell will divide uncontrollably.

The cell will die.

Nutrients are stolen from normal cells nearby.
Biology
2 answers:
frozen [14]3 years ago
7 0
A the cell will multiply and your body will not allow it to pass through there for creating a tumor
xxTIMURxx [149]3 years ago
6 0

The right answer is The cell will die.

Essential carbohydrate that serves as an energetic substrate for many cells of the body. if a mutation affects the cell so that it can no longer absorb glucose, it will have no energy to live and function, so it will systematically die. It will not be able to transform itself into a cancerous cell because firstly it is not a mutation that disrupts the cellular cycle or the repair of its DNA, secondly, for a cell to turn into a cancerous cell, it will need a lot of glucose, gold is not possible in this case.

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Answer:


Linked the family with community sources for aid.


Besides nursing care, the nurse would make sure that interdisciplinary members of the team were involved, such as, the doctors' nutritionist, community worker, or resources, and provide a supportive environment for the family, and the client. The chaplain may be of support for the infant, or family may not be present. the bright room is overly stimulating to the withdrawing infant, and feeding is basic care.



Hope this helps.
8 0
3 years ago
"Which mode of inheritance produces heterozygotes with phenotypes that differ from either homozygote but typically more closely
lyudmila [28]

Which mode of inheritance produces heterozygotes with phenotypes that differ from either homozygote but typically more closely resembles one homozygous phenotype than the other?"

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Answer:

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Explanation:

Incomplete dominance occurs when the dominant allele of a gene is not able to mask the expression of the recessive allele completely. This results in the expression of a phenotype in the heterozygous genotypes that differ from both homozygous genotypes. However, the phenotype of the heterozygote is closer to one of the homozygous genotypes.

For example, the petal color in four o'clock plant is controlled by a gene with two alleles R and r. Here, the "R" allele can not produce enough pigment in heterozygous conditions to completely mask the expression of the "r" allele and the phenotype of the "Rr" plant is "pink". On the other hand, the phenotype of "RR" plant is red while that of the "rr" plant is "white".

5 0
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Klio2033 [76]
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Crazy boy [7]

Answer:

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Explanation:

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