क्रोमेटिड हिंदी उपयोग और उदाहरण

"" के दौरान समसूत्री विभाजन , वह कहा कि टूट क्रोमेटिडों की छोर गुणसूत्र के बाद फिर से शामिल हो रहे थे प्रतिकृति ।

क्रोमेटिड इसके अंग्रेजी अर्थ का उदाहरण

When the non-sister chromatids intertwine, segments of chromatids with similar sequence may break apart and be exchanged in a process known as genetic recombination or "crossing-over".

SDSA recombination involves information exchange between paired non-sister homologous chromatids, but not physical exchange.

Upon subsequently undergoing mitosis (which includes pulling of chromatids towards centrioles in anaphase) the cell gathers genetic material from the male and female together.

Each of the two daughter cells resulting from that mitosis has one replica of each chromatid that was replicated in the previous stage.

Its origin stems from kinetochores, proteins that aid in joining DNA and microtubules on the chromatids.

Micronuclei form during anaphase from lagging acentric chromosome or chromatid fragments caused by incorrectly repaired or unrepaired DNA breaks or by nondisjunction of chromosomes.

These full chromosomes or chromatid fragments are eventually enclosed by a nuclear membranes and are structurally similar to conventional nuclei, albeit smaller in size.

One way is that disrepair of DNA double-strand breaks can lead to symmetrical or asymmetrical chromatid and chromosome exchanges as well as chromatid and chromosome fragments.

Using temperature-sensitive mutants of the APC/C he found several genes which are required for sister chromatid cohesion which we now know encode subunits of the cohesin complex.

Nasmyth has since shown that cohesin forms a ring, that sister chromatids are held together within this ring and that they are released by cleavage of cohesin by separase.

United States Marshals Service in fiction Separase, also known as separin, is a cysteine protease responsible for triggering anaphase by hydrolysing cohesin, which is the protein responsible for binding sister chromatids during the early stage of anaphase.

Stable cohesion between sister chromatids before anaphase and their timely separation during anaphase are critical for cell division and chromosome inheritance.

In vertebrates, sister chromatid cohesion is released in 2 steps via distinct mechanisms.