Keyphrases
Rice
70%
CCR4
58%
RNA Degradation
58%
Poly(A) Tail
58%
Associating Factors
50%
Low Temperature Stress
50%
Seedling Growth
50%
CCR4-associated Factor 1
50%
Rice Seedlings
50%
Germination
50%
MRNA Deadenylation
36%
Deadenylase
35%
Cold Stress
33%
Transgenic Rice
28%
Overexpression
28%
Eukaryotic Cells
26%
Gene Expression
25%
Catabolites
20%
Degradation Process
20%
Repressor
20%
Rate-limiting Step
18%
Dominant-negative mutant
18%
Deadenylation
18%
Low Temperature Exposure
16%
Low Temperature
16%
MRNA Stability
10%
Negative Factors
10%
Seed Germination
10%
Mutation Analysis
10%
Mammalian Cells
10%
Amylase Gene
10%
Seedling Development
10%
Negative Regulator
10%
Yeast Cells
10%
Gain-of-function
10%
Ectopic Expression
10%
Carbon Catabolite Repressor
10%
Molecular Response
8%
Post-transcriptional Level
8%
Japonica Rice
8%
Cold-sensitive
8%
Improved Survival
8%
Cold-tolerant
8%
Indica Rice Cultivars
8%
Cold-related
8%
Transcription Factor Genes
8%
Overexpression Line
8%
Eukaryotes
8%
Electrolyte Leakage
8%
Cold-induced
8%
Cold Tolerance
8%
Survival Rate
8%
Low Ambient Temperature
8%
Rice Plant
8%
Adaptation to Cold
8%
Gene Regulatory Network
8%
Late Response
8%
Transgenic Lines
8%
Tightly Coupled
8%
Expression Level
8%
Subtropical Crops
8%
Mutant Lines
8%
Positive Role
8%
Adaptation
8%
Rice Growth
8%
Tropical Crops
8%
Physiological Response
8%
Biochemistry, Genetics and Molecular Biology
CCR4
100%
Fibrinogen
100%
Messenger RNA
80%
Temperature Stress
50%
Cold Stress
40%
Transgenics
32%
Gene Expression
30%
Cultivar
20%
Repressor
18%
Enzyme
16%
Cold Tolerance
10%
Environmental Temperature
10%
Transcription Factors
10%
Gene Regulatory Network
10%
Growth, Development and Aging
10%
Eukaryote
10%
Freezing Tolerance
10%
Germination
6%
mRNA Stability
6%
Mammalian Cell
6%
Ectopic Expression
6%
Koji
6%