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What Is Phase G?

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Anonymous

12y ago
Updated: 12/2/2022

It is a phase when no cell division takes place. It is also known as resting phase. For example, the nerve cells of an adult are in 'G-Zero' phase as they develop only in the age of 0-1.5 years...

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Era Boyer

Lvl 10
3y ago

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Related Questions

Fill in the blank The G0 phase can occur before the phase?

The G phase of the cell cycle is split into two sub-phases: the G1 and G2 phases. In between these two phases is the S phase (the synthesis phase). One can say the G phase (or the first of the two G sub-phases) occurs before the S phase.


What is 'G-Zero' phase?

It is a phase when no cell division takes place. It is also known as resting phase. For example, the nerve cells of an adult are in 'G-Zero' phase as they develop only in the age of 0-1.5 years...


What phase of water is most dense?

The liquid phase, with 0,9998 g/cm3 at 0 0C.


Which phase of the cell cycle is characterized by non dividing cell?

G 0 Phase


What is the density of berkelium?

The density of berkelium is approximately 14.78 grams per cubic centimeter.


When do Cells divide in a mitotic fashion?

During the Cell Cycle phase known as M(Mitosis)-phase. This occurs directly between S(Synthesis)-phase and G(Growth)-phase.


What represent phase change?

Co2(s)~Co2(g)


What happens during g phase?

Chromosomes Are Checced for errors


What has the author William G Moffatt written?

William G. Moffatt has written: 'Moffatt's handbook of binary phase diagrams' -- subject- s -: Alloys, Charts, diagrams, Phase diagrams


What is the Period of cell growth and development between divisions?

This is called interphase. It includes three parts: G 1: post-mitotic phase S : DNA replication phase G 2: pre-mitotic phase .the answer is INTERPHASEInterphase !interphase baby


What phase changes are exothermic?

Condensation (g to l), solidification (l to s) and deposition (g to s).


Why is G zero for a phase change?

G is zero for a phase change because at equilibrium, the Gibbs free energy of the system remains constant, indicating a balance between the energy required to break intermolecular forces in the initial phase and the energy released when forming new intermolecular forces in the final phase.