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Two aquaporins of
Jatropha
are regulated differentially during drought stress and subsequent recovery
Ha-Young Jang, Seong Wook Yang, John E. Carlson, Yang-Gyu Ku, Sung-Ju Ahn
Section for Plant Biochemistry
16
Citations (Scopus)
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Dive into the research topics of 'Two aquaporins of
Jatropha
are regulated differentially during drought stress and subsequent recovery'. Together they form a unique fingerprint.
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Medicine & Life Sciences
Jatropha
100%
Droughts
91%
Aquaporins
74%
Blood Proteins
34%
Membrane Proteins
31%
Cell Membrane
28%
Dehydration
20%
Salt Stress
15%
Genetic Engineering
6%
Recovery of Function
5%
Gene Silencing
5%
Seeds
4%
Oils
4%
Genes
3%
Food
3%
Viruses
3%
Water
3%
Technology
3%
Gene Expression
2%
Growth
2%
Proteins
1%
Agriculture & Biology
Jatropha
72%
aquaporins
69%
water stress
47%
plasma membrane
30%
proteins
14%
salt stress
8%
sap flow
6%
stems
6%
water
5%
energy crops
5%
food crops
5%
gene silencing
5%
arid lands
5%
seed oils
4%
sap
4%
stomatal conductance
4%
genetic engineering
4%
lipid content
3%
plant growth
3%
genes
3%
viruses
3%
gene expression
2%
cultivars
2%
leaves
2%