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Inhibition of calpain but not caspase activity by spectrin fragments
Ramunas Rolius
,
Chloe Antoniou
, Lidia A. Nazarova
, Stephen H. Kim
, Garrett Cobb
, Pooja Gala
, Priyanka Rajaram
, Qufei Li
, Leslie W M Fung
Medical School
University of Illinois at Chicago
The University of Chicago
Research output
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peer-review
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Keyphrases
Caspase Activity
100%
Spectrin
100%
Calpain
100%
Inhibitory Effect
44%
Erythroid Spectrin
44%
Caspase
33%
Calpain Activity
33%
Erythroid
33%
Apoptosis
11%
Concentration-dependent
11%
Physiological Significance
11%
Cell Apoptosis
11%
Tetramerization
11%
Tetramer Formation
11%
N-terminal Region
11%
Cell Motility
11%
Cellular Pathways
11%
Calpain Inhibition
11%
Long-term Potentiation
11%
Cysteine Protease
11%
C-terminal Region
11%
General Effects
11%
Coiled Coil
11%
Helical Conformation
11%
New Therapeutic Agents
11%
Protein-peptide Complexes
11%
Biochemistry, Genetics and Molecular Biology
Caspase
100%
Spectrin
100%
Calpain
100%
Cell Migration
7%
N-Terminus
7%
C-Terminus
7%
Cell Motility
7%
Long Term Potentiation
7%
Cysteine Protease
7%
Conformation
7%
Coiled Coil
7%
Pharmacology, Toxicology and Pharmaceutical Science
Caspase
100%
Calpain
100%
Spectrin
100%
Cysteine Proteinase
7%
Tetramer
7%