Which mutations can a geneticist identify with the g‑banding technique? (a) a nonsense mutation introducing a premature stop codon into a gene on chromosome 5(b) a reciprocal translocation of parts of chromosome 1 and chromosome 11(c) a translocation of a region of the short arm between sister chromatids(d) a deletion of half of the long arm of chromosome 20 a single nucleotide(e) substitution in which t replaces c on chromosome 2
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Imagine that a mouse has white fur because of a mutation in its dna. which of the following conclusions can be drawn
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You have just sequenced a new protein found in mice and observe that sulfur-containing cysteine residues occur at regular intervals. what is the significance of this finding? it will be important to include cysteine in the diet of the mice. cysteine residues are required for the formation of α helices and β pleated sheets. cysteine residues are involved in disulfide bridges that form tertiary structure. cysteine causes bends, or angles, to occur in the tertiary structure of proteins.
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Biology, 22.06.2019 10:50
The carrier molecules of the electron transport system are located in the
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Which mutations can a geneticist identify with the g‑banding technique? (a) a nonsense mutation intr...
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