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SUPEROXIDE DISMUTASES: STRUCTURE, FUNCTION, EVOLUTION
Steinman, Howard M.
(PI)
Biochemistry
Project
:
Research project
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Explore the research topics touched on by this project. These labels are generated based on the underlying awards/grants. Together they form a unique fingerprint.
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Agriculture & Biology
adverse effects
27%
amino acid sequences
48%
arthritis
41%
bacteria
55%
catalytic activity
32%
Caulobacter
53%
Caulobacter crescentus
100%
clinical trials
35%
copper
26%
degradation
20%
DNA
17%
enzymes
15%
Escherichia coli
21%
etiology
35%
eukaryotic cells
58%
fish
19%
genes
23%
hybridization probes
41%
intestinal microorganisms
33%
iron
24%
Leiognathus
59%
liver
19%
metals
25%
mitochondria
25%
osteoarthritis
46%
Photobacterium
50%
protein structure
34%
proteins
22%
superoxide anion
31%
superoxide dismutase
53%
symbionts
33%
therapeutics
26%
zinc
26%