Seasonal and spatial influences on gene expression in Antarctic krill Euphausia superba

Agricultural and Biological Sciences

• Krill 100%
• Euphausia superba 100%
• Gene Expression 100%
• Summer 33%
• Winter 33%
• Genes 25%
• Overwintering 25%
• Vitellogenesis 16%
• Digestion 16%
• Immunity 16%
• Motors 16%
• Environment 8%
• Autumn 8%
• Food Availability 8%
• Adults 8%
• Physiology 8%
• Latitude 8%
• Peptide 8%
• Insulin 8%
• Females 8%

Earth and Planetary Sciences

• Gene Expression 100%
• Winter 33%
• Summer 33%
• Peninsula 25%
• Gene 25%
• Overwintering 25%
• Investigation 16%
• Comparison 16%
• Condition 16%
• Difference 16%
• Georgia 16%
• Respiration 16%
• Digestion 16%
• Motor 16%
• Environment 8%
• Purpose 8%
• Expansion 8%
• Position (Location) 8%
• Polar Region 8%
• Show 8%
• Autumn 8%
• Food Availability 8%
• Darkness 8%
• Sea Ice 8%
• Physiology 8%
• State 8%
• Woman 8%
• Adult 8%
• Peptide 8%

Biochemistry, Genetics and Molecular Biology

• Gene Expression 100%
• Euphausia superba 100%
• Krill 83%
• Nested Gene 25%
• Overwintering 25%
• Immunity 16%
• Breathing 16%
• Upregulation 16%
• Digestion 16%
• Vitellogenesis 16%
• Motor Activity 16%
• Peptide 8%
• Darkness 8%
• Introspection 8%
• Insulin 8%
• cDNA Microarray 8%