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Microbial Metabolism in Ice and Brine at -5°C
Corien Bakermans
, Mark L. Skidmore
Division of Mathematics & Natural Sciences (Altoona)
One Health Microbiome Center
Research output
:
Contribution to journal
›
Article
›
peer-review
38
Scopus citations
Overview
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Medicine & Life Sciences
Acetates
10%
Biomass
6%
brine
100%
Cell Count
4%
Chryseobacterium
17%
Growth
13%
Ice
72%
Ice Cover
8%
Limit of Detection
5%
Nutrients
9%
Salts
9%
Sporosarcina
21%
Temperature
15%
Veins
4%
Earth & Environmental Sciences
acetate
10%
basal ice
8%
biomass
3%
brine
53%
cell
7%
detection
3%
ice
40%
incubation
5%
liquid
3%
metabolism
50%
methodology
3%
nutrient
7%
rate
1%
salt
8%
temperature
4%
Agriculture & Biology
acetates
8%
biomass
3%
cells
3%
Chryseobacterium
16%
glaciers
7%
ice
60%
liquids
3%
metabolism
35%
methodology
1%
microbial growth
5%
nutrients
6%
organisms
3%
salt concentration
11%
Sporosarcina
19%
synthesis
5%
temperature
8%
viability
4%