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But this mutation involves an amino acid exchange.
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This mutation involves a lysine to methionine substitution at position 29 and is present at a gene frequency of 30% in African populations [31] [33].
Nevertheless, analyzing the structure in detail, this residue is found exposed, and the mutation involves a charge inversion from a negatively charged glutamic acid to positively charged lysine.
The most common (>90%) second-site mutation involves a C→T change at nucleotide 2369 in exon 20, which results in substitution of methionine for threonine at position 790 (T790M).
This mutation involves a substitution of an aspartic acid (D) for the glycine (G) at the 13th position.
Interestingly, in rats the mutation involves a deletion of >5,000 base pairs whereas in cows there is a duplication of 76 base pairs.
VAPB is an integral endoplasmic reticulum (ER) protein and the ALS8 mutation involves a proline-to-serine substitution at position-56 (VAPBP56S).
The K65R mutation involves a change at the second nucleotide codon position from lysine to arginine and causes intermediate-level resistance to tenofovir.
The authors estimated that ~5% of the cancer-relevant mutation involves a change in the protein function rather than standard loss and gain of function mechanism events.
The I424S mutation involves a key residue in helix 3 that packs against helix 1 and forms part of the stabilising hydrophobic core of the three-helix bundle.
The mutation involves a tandem duplication of 148 951 bp at chr20 9,684,767 9,833,717 hg18) overlapping the gene p21 Protein-Activated Kinase 7 (Palso also known as PAK5).
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