Development-specific transcriptomic profiling suggests new mechanisms for anoxic survival in the ventricle of overwintering turtles

Earth & Environmental Sciences

• overwintering 97%
• anoxia 87%
• turtle 81%
• gene expression 17%
• tolerance 13%
• pleiotropy 12%
• gene 11%
• oxygen 9%
• submergence 9%
• ontogeny 8%
• nest 8%
• phenotype 8%
• protein 5%
• tissue 5%
• regulation 5%
• animal 5%
• damage 4%
• water 2%

Agriculture & Biology

• turtles 77%
• overwintering 77%
• hypoxia 68%
• transcriptomics 66%
• reperfusion injury 10%
• oxygen 10%
• pleiotropy 9%
• submergence 9%
• gene expression 9%
• ribosomal proteins 8%
• ontogeny 6%
• transcriptome 6%
• nests 5%
• genes 5%
• phenotype 4%
• tissues 3%
• animals 3%
• water 3%

Medicine & Life Sciences

• Turtles 100%
• Hypoxia 59%
• Oxygen 10%
• Ribosomal Proteins 9%
• Gene Expression 8%
• Reperfusion Injury 7%
• Transcriptome 6%
• Genes 6%
• Water 4%
• Phenotype 4%
• Messenger RNA 4%
• Animals 3%