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a woman produces an egg where the X chromosme underwent a nondisjunction event in meiosis 1. if this egg is fertilized by a normal sperm with an X chromosome, what would the sex of the offspring be?
Why do bacterial cells regulate transcription of proteins? Explain
One interesting idea for therapy has been explored in cell culture models. In this case the scientists expressed a specialized form of an snRNA that was normally found in the spliceosome.
What sort of signalling occurs when insulin is secreted from the pancreas and acts on muscle cells to increase glucose uptake.
Alu sequences are one of the most extensively characterized SINEs, with about one million in every human genome. Suppose that each Alu element consists of three hundred bp of conserved sequence
sketch a typical batch culture growth curve as it would appear on semi-log paper and indicate a time of addition of each of these antibiotics and their effect on growth relative to the normal growth curve.
What would be the predicted numbers of offspring with these four genotypes if the parental generation had been AAbb and aaBB instead of AABB and aabb?
How Capillaria hepatica and paramecium could be applied in real life and explain how the results could be extrapolated to the biosphere?
Why is a percentage scale used for the x-axis rather than actual ages? A) Researchers don't know the maximum life span of the organisms. B) This scale allows you to compare species with widely varying life spans on the same graph.
A student encounters an animal embryo at the eight-cell stage. The 4-smaller cells that comprise one hemisphere of the embryo seem to be rotated forty-five degrees and to lie in the grooves between larger, underlying cells.
What will be appearance of the offspring of a cross of the F1 peaches back to that smooth,oval glanded parent. How several diploid Drosophila cells would be needed to have 1 picomole of each allele.
If the light-dependent reactions in photosynthesis produce ATP and the mitochondria produce ATP during respiration, why do cells in the leaves of plants have both mitochondria and chloroplasts.
What happens to the wave-front pattern as the source speed is increased beyond the wave speed?
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