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The two chromatid arms on a chromosome are identical copies.
I think it's called Interphase? idk BUT...... it's a question on my homework lol
Each half is called a sister chromatid.
mutagenesis occurs
Chromosomes are composed of two chromatids. Each chromatid is an exact replica of the other, and for this reason they're called sister chromatids. If the chromosome is an "X", then the left side is one chromatid and the right side is the other. Eventually the centromere will split in the middle of the "X" and the sister chromosomes will move towards the polar ends of the cell via kinetochore fibers.
The two chromatid arms on a chromosome are identical copies.
I think it's called Interphase? idk BUT...... it's a question on my homework lol
Chromatid .
Each half is called a sister chromatid.
mutagenesis occurs
Chromosomes are composed of two chromatids. Each chromatid is an exact replica of the other, and for this reason they're called sister chromatids. If the chromosome is an "X", then the left side is one chromatid and the right side is the other. Eventually the centromere will split in the middle of the "X" and the sister chromosomes will move towards the polar ends of the cell via kinetochore fibers.
Complementary to each other
Chromatid!!!!!
Homologous chromosomes is a pair made of a paternal and maternal chromosomes. But sister chromatid is either pairs of paternal or maternal chromosomes
The two chromosomes (two "X" shapes) that are in a pair are generally called "homologous chromosomes". A pair of "chromatids" make up the two arms of a single chromosome.
In a chromosome pair, a single chromosome is called a chromatid and the two chromotids in the pair are commonly called "sister chromatids."
Each chromatid is a doubled chromosome. At telophase a single chromosome from each chromatid is pulled to its new nucleus, leaving two new nuclei with 46 chromosomes each.