Amino acid Leucine is represented by the single letter annotation as 'L' and Arginine is denoted by 'R'. In the statement, L587R, it represents that an amino acid substitution has taken place at position 587 in the protein where leucine is substituted by arginine.
L587R is a LEUCINE to ARGININE amino acid substitution at protein position 587.
If you have any query kindly comment before giving thumbs up. Thank you.
L587R is a (blank) to (blank) amino acid substitution at protein position (blank) . to Lamino...
Fill in the blank. (15 points) The n-terminal amino acid of a protein can form an amide bond with any molecule containing this functional group.
Biochemistry amino acid question. Researchers discover a correlation between a disease and the substitution of an aspartic acid residue with a glycine residue in a certain protein that results in loss of function of this protein. What is the chemical structure change that results from this substitution? Suggest two possible explanations for loss of function in the Asp rightarrow Glee protein.
2. Amino Acids a.) Which amino acid is this: A substitution on the methyl group of this amino acid with a hydroxyl group yields the amino acid Ser and substitution with a phenyl group yields the amino acid Phe. b.) Which amino acid has an a-amino group that is bonded directly to two C atoms, forming a ring?
An amino acid is to a protein as a _______ is to a nucleic acid. Multiple Choice glucose glycerol nucleotide fatty acid cellulose
please answer! 3) Protein structure and amino acid side chains a) Give examples of the types if attractive forces found between the side chains of the following amino acid residue pairs at pH 7.4 00 Leu and Phe (ii) Two Cys (ii) Asp and Thr (iv) Asp and Arg b) Of the 4 levels of protein structure, which ones are stabilized by interactions between amino acid side chains? c) Identify the two regular types of secondary structures and describe the...
1. How can protein folding affect protein function? 2. How can amino acid sequence affect protein function? 3. How can an amino acid sequence (primary sequence) dictate 3D protein structure?
Discuss how the amino acid distribution of a protein that is embedded in the lipid bilayer of the cell ( a membrane protein) differs from the amino acid distribution in globular protein.
4. A codon that specifies the amino acid Gly undergoes a single-base substitution to become a nonsense mutation. According to the genetic code, is this mutation a transition or a transversion? At which position of the codon does the mutation occur? 2 pts
Which of these is an example of secondary protein structure? folding pattern of individual amino acid chains sequence of amino acids folding pattern of the protein as a whole combination of amino acid chains in a protein
what is soy protein? how to make amino acid from soy protein?