Somatotropin

... no of amino acids of each conservancy grade, 1 variable to 9 conserved. the other two didnt run, because, they didnt have the pdb file (1bst) for somatotropin and prolamine had 4 BLAST homologue site, while it needed 5 to calculate. A weighted mead comparison of this would tell the answer, but ...

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... was most to least conserved. I just followed the order in the question. My private guess had been 1. Histone, 2. DNA Polymerase subunit, 3. Somatotropin, 4. Prolamine. My intuitive argument was that Histones are small and perform a specific, but absolutely crucial function for everything ...

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... 3. Histone H1(although not known what it actually does, it's present in all EK with small variations in structure, so I bet it's important. 1. Somatotropin(only present in higher vertebrates, but it's structure is very important as it is a hormone, it needs to fit in the receptor) 4. Prolamines(they ...

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... functions of the proteins in question. The more crucial the function to a wide variety of organisms, the more likely it is to be highly conserved. Somatotropin is the formal name for growth hormone. It is a peptide hormone made in the pituitary gland. DNA polymerase comes in a variety of flavors, ...

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... Can you please help me? A: List the following proteins in the order of decreasing evolutionary conservativeness of their primary structure: 1. Somatotropin. 2. Catalytic subunit of a DNA – polymerase. 3. Histone H1. 4. Prolamines (storage proteins of cereals). (A hint will do - how will i go ...

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