It would most likely be between Jupiter and Saturn.
<span>C. Cristae is your answer :)</span>
Mitosis occurs whenthe nucleus divideshow many cells are produced by mitosis2how many stages are apart of mitosis4histones areproteinschromatin further coils to make achromosomewhen can you only see a chromosomeduring mitosiswhat happens during interphasecopies dna, grows, duplicates organelleswhat happens during prophasechromosomes condense, nuclear envelope breaks down, spindles formwhat happens during metaphasechromosomes meet along the equatorwhat happens during anaphasespindles pull chromatids apart towards opposite poleswhat happens during telophasenuclear membrane reforms, chromosomes uncoilwhat happens in cytokinesisdivides cytoplasm into 2 daughter cellsstages of mitosispmatstages of interphaseg1 s g2connects chromatidscentromere2 pairs of these move to polescentriolespulls the chromosomes to the polesmircotubuluslongest phaseinterphase<span>warts result when certain viruses cause skin cells to reproduce at a high rate. This rapid reproduction of skin cells is due
to the viruses stimulating</span><span>mitotic cell division</span>
Answer:
Explanation:
An allosteric enzyme is one in which the activity of the enzyme can be controlled by the biniding of a molecule to the "allosteric site". This really just means somewhere other than the active site. Thus allosteric control of an enzyme can be classed in two ways. A positive allosteric modification is the binding of a molecule to the enzyme which increase the rate of reaction. Sort of like catalysing the catalysing effect of an enzyme. Obviously the opposite is true of negative allosteric modification. A good example for this is the activity of phosphofructokinase, which is promoted by a high AMP concentration, and inhibited by a high ATP concentration. This should make sense if you think about the action of a kinase etc.
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can you tell us the choices there are?