L-amino acids, water, protons, secondary structure, tertiary structure, Ramachan
ID: 176128 • Letter: L
Question
L-amino acids, water, protons, secondary structure, tertiary structure, Ramachandran, activates, represses, operator, repressor, operon, promoter. Opsin, cone cell, rod cell, cysteine, extracellular, histidine, proline, glutamine, glutamate, threonine, serine, valine, leucine, isoleucine, alanine, glycine, Sanger, o-amino acids, T7M, G-protein, Adenylate Cyclase, cAMP, GTP, enhancers, transcription factors, RNA polymerase, nudeosome, solenoid, chromosome The amino acid disrupts the a helix because its side chain contains a unique ring structure that restricts bond rotations. Chiral type of amino acids found in proteins are The overall structure of a protein is referred to as The type of structure to which a helices, (J sheets, and turns are referred is The that allows one to investigate the likely orientation of certain amino acid pairs. When a peptide bond is formed, a molecule of is also made? Odor and some taste sensations are dependent on the stimulus of specific 7TM receptors causing triggering of stimulation. The family of receptors is involved in odor and some taste sensations. Rhodopsin, the photoreceptor molecule in rods, consists of the protein linked to 11-cis retinal. A zinc finger domain is stabilized by a bound zinc ion through interactions with two and two residues. One of the classes of eukaryotic DNA-binding units is called bZip proteins because it has long a-helices stabilized by the amino acid DNA binding proteins that act at a distance to perturb the local chromatin structure are called The repeating unit formed by the DNA wrapping around the histone core is called a(n) CAP (catabolite activating protein) is an example of a protein that transcription. A unit of gene expression that allows controlled and coordinated expression of a set of proteins is called a(n)Explanation / Answer
21. The amino acid proline disrupts the alpha helix because its side chain contains a unique ring structure that restricts bond rotations.
--> The ring side chain locks the angle at around 65
22. chiral type of amino acids found in proteins are L-amino acids
-->all amino-acid which forms protein are L-form of amino acids
23. The overall structure of a protein is referred as Tertiary Structure.
24. the type of strure to which alpha helices, beta sheets, and turns are referred is Secondary Structure
-->explaination for both 23 and 24
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