In a normal cell cycle, the DNA of a cell has been replicated, and the cell is fully grown and developed. What will most likely happen next? Cyclin degradation will cause the cell to go from M phase to G1. Cell inhibitors will inactivate the CdKs, preventing cell mitosis. The G1 cyclins will increase, and the cell will go from G1 to S phase. Mitotic cyclins will be broken down, and the cell will go from G2 to M phase.

Mitotic cyclins will be broken down, and the cell will go from G2 to M phase.

Explanation:

The cell cycle represents the series of events that occurs in a cell from its preparation for cell division till the end. The cell cycle consists of two main stages viz: the interphase stage and the mitotic stage. The interphase stage is further divided into the G1, S and G2 phases.

A set of internally controlled mechanisms called CHECKPOINTS ensure that each phase occurs smoothly without errors. If not, the cell won't advance to the next stage. The cell prepares for mitotic process in the Interphase state where it specifically replicates its DNA in the S-PHASE and enlarges in the G2 phase.

Upon succesful completion of these interphase stages, the cell is then cleared to proceed to the mitotic stage to undergo division.

Hence, mitotic cyclins, which are a group of proteins that regulate the progression of the cell cycle, will be broken down, and the cell will go from G2 to M phase once the DNA of a cell has been replicated, and the cell is fully grown and developed.

not the best question format lol but what i think might as scale color is controlled by a single gene with two alleles, the green allele and the yellow allele. when moths that are homozygous for green scales are mated with moths that are homozygous for yellow scales, 100% of the offspring have green scales.

"menstrual cycle is a complex cycle that consists of several processes. order of occurrence of steps in menstrual cycle are as follows:

1. high progesterone levels maintain the endometrium lining of the uterus.

2. endometrium lining breaks down and low levels of estrogen stimulate the pituitary to release fsh and lh.

3. fsh and lh stimulates the follicles to develop and the oocyte to produce estrogen.

4. rising estrogen levels suppress fsh production and development of other follicles.

5. a spike in lh causes follicle to rupture.

6. a breakdown of corpus luteum causes progesterone level to drop."