Originally:
no because G2 phase is the cell growth
My Improved answer (copied and pasted from cha cha):
Yes, chromosomes can be seen clearly after the G2 phase. Chromosomes vary widely between different organisms. The DNA molecule may be circular or linear, and can be composed of 10,000 to 1,000,000,000
NO.
Chromosomes are checked for errors.In the G2 phase, growth and preparation for cell division occurs.
the S phase. this is in interphase between G1 and G2 of interphase
During the cell cycle, chromosomes are duplicated during the interphase.
G2
chromosomes can be seen because of g1 phase and s phase.
Originally: no because G2 phase is the cell growth My Improved answer (copied and pasted from cha cha): Yes, chromosomes can be seen clearly after the G2 phase. Chromosomes vary widely between different organisms. The DNA molecule may be circular or linear, and can be composed of 10,000 to 1,000,000,000
How chromosomes enter the G2 phase?
NO.
10 chromatids in the G2 phase
Chromosomes are checked for errors.In the G2 phase, growth and preparation for cell division occurs.
G1 phase is when the cell grows to its mature size and G2 phase is when the cell prepares for division.
the S phase. this is in interphase between G1 and G2 of interphase
g2 phase
Centrioles, nuclear envelope, and chromatin. These answers came from a Biology book, no lie.
DNA is duplicated in s(ynthesis)-phase, and chromatin structure begins to tighten post-replication and on through G2, if there even is a G2 in whatever particular cell you're looking at (G2 is not a necessary part of the cell cycle and is left out in many different scenarios). Chromosomes (the most compact chromatin structure) begin to condense further during prophase of mitosis with the help of some of the condensin and cohesin complexes.So I would say the answer to your question as written is S-phase.
During the cell cycle, chromosomes are duplicated during the interphase.