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Magnesium Chelatase: Insights into the first Step of Chlorophyll Biosynthesis
Nick Sirijovski
Biochemistry and Structural Biology
Research output
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Thesis
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Doctoral Thesis (compilation)
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Dive into the research topics of 'Magnesium Chelatase: Insights into the first Step of Chlorophyll Biosynthesis'. Together they form a unique fingerprint.
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Agriculture & Biology
magnesium chelatase
100%
chlorophyll
45%
biosynthesis
41%
protoporphyrin
40%
porphyrins
29%
magnesium
27%
Rhodobacter capsulatus
21%
sulfur
13%
Chlorobiales
12%
iron
11%
Rhodospirillaceae
11%
bacteriochlorophyll
10%
reaction mechanisms
10%
photosynthetic bacteria
9%
mutants
9%
Proteobacteria
8%
cooperatives
8%
proteolysis
7%
catalytic activity
7%
mutagenesis
7%
tryptophan
7%
alanine
7%
adenosinetriphosphatase
7%
Cyanobacteria
7%
eukaryotic cells
6%
cysteine
6%
binding sites
6%
biochemical pathways
6%
electron microscopy
6%
barley
6%
polypeptides
6%
fluorescence
5%
hydrolysis
5%
amino acid sequences
5%
proteins
5%
phenotype
5%
seedlings
4%
molecular weight
4%
organisms
4%
enzymes
3%
genes
2%