Comparative transcriptomics across populations offers new insights into the evolution of thermal resistance in marine snails

Keyphrases

• Comparative Transcriptomics 100%
• Marine Snail 100%
• Thermal Resistance 100%
• Thermal Tolerance 100%
• Heat Stress 66%
• Expression Profile 66%
• RNA Sequencing (RNA-seq) 33%
• Asian Population 33%
• Hong Kong 33%
• Differentially Expressed Genes 33%
• Illumina 33%
• Reactive Oxygen Species 33%
• Population Specificity 33%
• Singapore 33%
• Adaptation 33%
• Gene Expression Profile 33%
• Metabolic Genes 33%
• Heat Shock Protein 90 (Hsp90) 33%
• Echinolittorina Malaccana 33%
• Littorinid 33%
• Heat Shock Protein 70 (HSP70) 33%
• Thermal Stress Response 33%
• Environmental Temperature 33%
• Warm Climate 33%
• Energy Expenditure 33%
• Thermal Stress 33%
• Evolutionary Trajectory 33%
• Molecular Chaperone 33%
• Hong Kong Population 33%
• Gene Family Member 33%
• Cytochrome P450 Enzymes 33%
• Xiamen 33%
• Similar Expression 33%
• Adaptive Evolution 33%
• Transcriptomic Response 33%
• Energy Minimization 33%
• Energy Control 33%
• Transcriptomic Changes 33%
• Species Turnover 33%
• Thermal Conditions 33%
• Gene Expression Modulation 33%
• Singapore Population 33%
• Ectotherm 33%

Biochemistry, Genetics and Molecular Biology

• Transcriptomics 100%
• Heat Tolerance 100%
• Marine Snail 100%
• Gene Expression 40%
• Heat Stress 40%
• Temperature Stress 40%
• Evolutionary Adaptation 20%
• Evolution 20%
• Multigene Family 20%
• Cytochrome P450 20%
• Energy Expenditure 20%
• Chaperone Protein 20%
• Environmental Temperature 20%
• Littorinidae 20%

Immunology and Microbiology

• Transcriptomics 100%
• Heat Tolerance 100%
• Marine Snail 100%
• Gene Expression 40%
• Heat Stress 40%
• Temperature Stress 40%
• Evolution 20%
• Energy Expenditure 20%
• Chaperone Protein 20%
• Evolutionary Adaptation 20%
• Multigene Family 20%
• Cytochrome P450 20%
• Environmental Temperature 20%
• Littorinidae 20%