This is not likely to be a realistic approxi- mation of an ancestral gene set. A better—though still crude—idea of the latter can be obtained by tallying the gene families that have representatives in multiple, but not necessarily all, species from all three major domains. Such an analysis reveals 264 ancient conserved families. Each family can be assigned a function (at least in terms of general biochemical activity, but usually with more precision). As shown in Table 1–1, the largest number of shared gene families are involved in [3 things]
Answer
translation and in amino acid metabolism and transport.
Tags
#biochem #biology #cell
Question
This is not likely to be a realistic approxi- mation of an ancestral gene set. A better—though still crude—idea of the latter can be obtained by tallying the gene families that have representatives in multiple, but not necessarily all, species from all three major domains. Such an analysis reveals 264 ancient conserved families. Each family can be assigned a function (at least in terms of general biochemical activity, but usually with more precision). As shown in Table 1–1, the largest number of shared gene families are involved in [3 things]
Answer
?
Tags
#biochem #biology #cell
Question
This is not likely to be a realistic approxi- mation of an ancestral gene set. A better—though still crude—idea of the latter can be obtained by tallying the gene families that have representatives in multiple, but not necessarily all, species from all three major domains. Such an analysis reveals 264 ancient conserved families. Each family can be assigned a function (at least in terms of general biochemical activity, but usually with more precision). As shown in Table 1–1, the largest number of shared gene families are involved in [3 things]
Answer
translation and in amino acid metabolism and transport.
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Parent (intermediate) annotation
Open it 264 ancient conserved families. Each family can be assigned a function (at least in terms of general biochemical activity, but usually with more precision). As shown in Table 1–1, the largest number of shared gene families are involved in <span>transla- tion and in amino acid metabolism and transport.<span><body><html>
Original toplevel documents (pdfs)
owner: shihabdider - (no access) - Molecular Biology of the Cell, p55
owner: doublesnail - (no access) - Molecular Biology of the Cell - 6th Edition.pdf, p55
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