An excessive amount of follicle-stimulating hormone (FSH) produced during ovulation can cause an inability to ovulate, which can lead to a follicular cyst.
<h2>Follicular cyst</h2>
- A cyst develops in place of the follicle if it does not burst or release the egg.
- A woman's ovaries might produce tiny sacs filled with fluid called follicular cysts. From the size of a pea to that of an orange, a follicular cyst can vary greatly in size.
- The majority of the time, ovarian cysts are benign and useful.
- An exaggeration of the events leading up to the monthly ovulation and a catalyst for follicular development is a follicular cyst.
- This kind of cyst develops when ovulation is absent. An excessive amount of follicle-stimulating hormone (FSH) produced during ovulation can cause an inability to ovulate, which can lead to a follicular cyst.
- The follicle develops into a cyst if it does not burst or discharge the egg.
So, the correct answer is a follicular cyst.
Learn more about follicle-stimulating hormone (FSH) here:
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Explanation:
if solute is 43% inside the cell then water is 57% (100%-43% = 57%)
outside; 100% - 60% = 40% water
it is hypertonic because water concentration is high inside the cell than outside, hence water flows to the outside of the cell.
Answer:
D. A, B, AB, or O
Explanation:
We can start by visualizing all the possible genotypes of the offspring by drawing a Punnett square, which is a visual representation of the different possible combinations of alleles:
Individual 1 = AO, Individual 2 = BO
A O
B AB BO
O AO OO
Here we can see that there are 4 possible genotypes: AB, BO, AO and OO based on the alleles of the parents. Now we can match the genotypes to phenotypes to answer the question:
A and B are codominant, meaning that both will be expressed equally if both are present. Therefore the genotype AB will result in an AB phenotype.
Next, since A and B are both dominant over O, they are the alleles that will be expressed in the phenotype if paired with an O. This means that the genotype AO will result in an A phenotype, and likewise, genotype BO will result in phenotype B.
Finally in the genotype OO, although O is a recessive allele, there are no dominant alleles here to mask them, therefore O is expressed in the phenotype.
Hence, from the genotypes AO and BO, the possible offspring genotypes are AB, BO, AO and OO, translating to the possible phenotypes: A, B, AB or O.
Hope this helped!
Answer:
<h3> I have many answers</h3>
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