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It replicates during Interphase, the stage of Mitosis.DNA is replicated during interphase. This DNA replication takes place during mitosis and allows the daughter cells to have the correct number of chromosomes.
work = force * distance
G1 - increase in cell size - produce RNA - synthesis protein - checkpoint to prepare DNA replication S phase - DNA replication G2 - contineu increase in size - produce protein - checkpoint to determine if cell can enter mititic phase
there is no specific number or amount of mitochondria it varies dependent on your age and gender. however they can be increase through training of the muscles especially strength training the most common form of this is free weights.
DNA is always present in every stage of the cell cycle...reproducing it is the whole purpose of the cell cycle! In interphase, there are three phases: the cell grows (G1), duplicates each strand of DNA (S), and gets ready for mitosis (M). During the first part of interphase the chromosomes are long and thin, and single-stranded, making them very hard to see without a very powerful microscope. During the last 2 stages of interphase, the DNA is duplicated but is still long and thin. It is only in the prophase stage of mitosis that they are condensed enough to often be seen with a "normal" microscope on high power (400x) . By the end of mitosis, the doubled-chromosomes have been pulled apart and into opposite ends of the parent cell. When the cell has finished dividing, each "daughter cell" has the original number of single-stranded chromosomes. The chromosomes "uncoil", and the cell matures during G1 phase of interphase. Many people believe that DNA and/or Chromosomes (Chromosomes are made of DNA, remember.) are only present during mitosis. They just get fatter during mitosis by coiling tighter. Thus they are more easily seen. BUT.. just because you don't see them in interphase doesn't mean they aren't there!
the cells rapidly increase with exercise, therefore creating more mitochondria. the mitochondria is also related to metabolism and more mitochondria your body makes during exercise, the faster your metabolism gets. lime and pickle juice are actually great catalysts to double your amount of mitochondria
It replicates during Interphase, the stage of Mitosis.DNA is replicated during interphase. This DNA replication takes place during mitosis and allows the daughter cells to have the correct number of chromosomes.
work = force * distance
Running long distance will require more energy. For this number of mitochondria will increase in the muscles.
None. DNA replication occurs before meiosis I begins.
circuit resistance training
G1 - increase in cell size - produce RNA - synthesis protein - checkpoint to prepare DNA replication S phase - DNA replication G2 - contineu increase in size - produce protein - checkpoint to determine if cell can enter mititic phase
there is no specific number or amount of mitochondria it varies dependent on your age and gender. however they can be increase through training of the muscles especially strength training the most common form of this is free weights.
there are 24 in a cellular division interphase, so in a normal satisfactory interphase, the conclusion comes out to be 48.
Cell growth occurs during interphase. Interphase prepares the cell for division by doubling the number of organelles and duplicating the chromosomes. Interphase is not actually part of Mitosis, as mitosis is strictly the dividing of the cell. Thus, no growth occurs during any of mitosis' four phases (prophase, metaphase, anaphase, telophase).
The chromosomes number is 8 in an onion root cell during interphase.
An increase in mitochondria means that the cell has more cellular machinery to perform the Krebs cycle and the electron transport chain. Because so much ATP is produced in the electron transport chain, such an increase in mitochondria can provide the cell with more energy to sustain physical activity, provided oxygen is available.