Development and heat stress-induced transcriptomic changes during embryogenesis of the scleractinian coral Acropora palmata

Keyphrases

• Stress-induced 100%
• Acropora Palmata 100%
• Heat Stress 100%
• Embryogenesis 100%
• Fertilization 100%
• Scleractinian Corals 100%
• Transcriptomic Changes 100%
• Cell Division 66%
• Cell Replication 66%
• Blastula 66%
• Gene Expression 33%
• Metabolism 33%
• Cellular Processes 33%
• Developmental Stages 33%
• Increased Temperature 33%
• Reef-building Corals 33%
• Protein Synthesis 33%
• Elevated Temperature 33%
• Three-temperature 33%
• Major Change 33%
• Expression Level 33%
• Survivorship 33%
• Transcriptome 33%
• Embryonic Development 33%
• Cytoskeleton 33%
• Early Embryo 33%
• Expression Pattern 33%
• Gastrula 33%
• Reproductive Success 33%
• Seawater Temperature 33%
• Abnormal Development 33%
• Caribbean Reefs 33%
• Larval Development 33%
• CDNA Microarray 33%
• Warmest Months 33%
• Protein Metabolism 33%
• Elkhorn Coral 33%
• Heat Shock Genes 33%
• Planulae 33%
• Early Larvae 33%

Biochemistry, Genetics and Molecular Biology

• Transcriptomics 100%
• Heat Stress 100%
• Cell Division 100%
• Embryogenesis 100%
• Acropora 100%
• Transcription 50%
• Transcriptome 50%
• Downregulation 50%
• Blastula 50%
• Gene Expression 25%
• Developmental Stage 25%
• Protein Biosynthesis 25%
• Metabolic Pathway 25%
• Reproductive Success 25%
• Cytoskeleton 25%
• Protein Metabolism 25%
• Heat Shock 25%
• cDNA Microarray 25%
• Larval Development 25%

Agricultural and Biological Sciences

• Acropora palmata 100%
• Cell Division 100%
• Transcriptome 100%
• Embryogenesis 100%
• Transcriptomics 100%
• Gene Expression 50%
• Developmental Stage 50%
• Protein Synthesis 50%
• Reproductive Success 50%
• Larval Development 50%
• Cytoskeleton 50%
• Protein Metabolism 50%