Deep sequencing the transcriptome reveals seasonal adaptive mechanisms in a hibernating mammal

Medicine & Life Sciences

• High-Throughput Nucleotide Sequencing 81%
• Transcriptome 77%
• Mammals 74%
• White Adipose Tissue 61%
• Hibernation 49%
• Sciuridae 49%
• Skeletal Muscle 40%
• Proteins 31%
• Phenotype 30%
• Mitochondrial RNA 25%
• Heart 21%
• Mitochondrial Genome 21%
• Lipogenesis 20%
• Genes 20%
• Ion Transport 20%
• Lipolysis 19%
• Messenger RNA 19%
• Bradycardia 17%
• Hypothermia 17%
• Body Temperature 17%
• Ubiquitin 16%
• Proteolysis 15%
• Myocardium 14%
• Complementary DNA 13%
• Fats 12%
• Food 11%
• RNA 11%
• Databases 10%
• Muscles 10%
• Gene Expression 10%
• Animals 8%

Agriculture & Biology

• transcriptome 74%
• white adipose tissue 65%
• mammals 61%
• skeletal muscle 46%
• ground squirrels 42%
• heart 39%
• hibernation 37%
• phenotype 33%
• proteins 28%
• mitochondrial RNA 23%
• animal fats and oils 20%
• lipogenesis 20%
• hypothermia 19%
• lipolysis 19%
• ion transport 18%
• ubiquitin 18%
• genes 17%
• mitochondrial genome 16%
• proteolysis 16%
• body temperature 15%
• tissues 15%
• RNA 11%
• muscles 11%
• nucleotide sequences 10%
• gene expression 10%
• sampling 5%

Chemical Compounds

• White 42%
• Protein 34%
• RNA Sequence 22%
• Protein Hydrolysis 18%
• Complementary DNA 17%
• Fat 16%
• Metabolic 13%
• Food 12%
• Length 10%
• Reduction 7%
• Ion 6%
• Time 6%