Interphase occurs before mitosis begins. It is separated into the Gap1, synthesis and Gap 2 phases. The G phases involve just cell growth. In the S phase, DNA replicates and therefore chromosomes replicate in preparation for mitotic division.
It grows, carries out it's regular functions, and produces DNA
Interphase is divided into 3 parts:
G1- growth of a cell (new cell organelles)
S- DNA synthesis (DNA replication)
G2- growth and preparing the cell for division
G1 - growth > S - synthesis > G2 - growth
g1 s g2
Do you mean chronology?Chro·nol·o·gy is:1. the sequential order in which past events occur.2. a statement of this order.3. the science of arranging time in periods and ascertaining the dates and historical order of past events.4. a reference work organized according to the dates of events.
The duration of mitosis of normal epidermis is approximately 90 min.
Quantum numbers specify the orbitals in an atom. The set of numbers that cannot occur is n=3,I=3, m(sub)I=2 because there are no F-orbitals.
HCl and HNO^3 are both acids therefore Neutralisation cannot occur.
Usually 2-, although exceptions occur like 1- and 3-
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S-phase of interphase
Yes. Cell growth occurs in interphase.
DNA replicates during interphase.
Interphase is an in between growth of the cell cycle. A lot of events occur during this in between stage, including preparing for the next stage, which all-together makes up the cell cycle.
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Interphase
during interphase the cells prepare for the divsion and the DNA replicates and chromosomes form
Interphase consists of G1, S, when DNA is replicated, and G2. Interphase ends when mitosis begins.
It occurs in metaphase.
DNA replication occurs during Interphase. This is not normally part of the cell division cycle but interphase must occur before subsequent stages such as prophase and metaphase can occur.
Interphase