Title : Molecular insight for the role of key residues of calreticulin in its binding activities: A computational study.

Pub. Date : 2020 Apr

PMID : 32062378






5 Functional Relationships(s)
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Compound Name
Protein Name
Organism
1 Mutagenesis studies have identified several residues on a concave beta-sheet surface of CRT critical for CRT binding to carbohydrate and other proteins/peptides. Carbohydrates calreticulin Homo sapiens
2 Mutagenesis studies have identified several residues on a concave beta-sheet surface of CRT critical for CRT binding to carbohydrate and other proteins/peptides. Carbohydrates calreticulin Homo sapiens
3 How the mutations of these key residues in CRT affect the conformation and dynamics of CRT, further influencing CRT binding to carbohydrates and other proteins to signal the important biological activities remain unknown. Carbohydrates calreticulin Homo sapiens
4 How the mutations of these key residues in CRT affect the conformation and dynamics of CRT, further influencing CRT binding to carbohydrates and other proteins to signal the important biological activities remain unknown. Carbohydrates calreticulin Homo sapiens
5 How the mutations of these key residues in CRT affect the conformation and dynamics of CRT, further influencing CRT binding to carbohydrates and other proteins to signal the important biological activities remain unknown. Carbohydrates calreticulin Homo sapiens