Embryo developmental toxicity in marine medaka (Oryzias melastigma) due to parental and embryonic 17α-ethinylestradiol exposure

Keyphrases

• Marine Medaka 100%
• Oryzias Melastigma 100%
• Ethinylestradiol 100%
• Developmental Toxicity 100%
• Heart Rate 33%
• Larval Locomotion 33%
• Hatching Rate 33%
• Eye pigmentation 33%
• Embryo Development 33%
• Copyright 16%
• Common Component 16%
• Structure Structure 16%
• Fish Species 16%
• Estrogen Receptor 16%
• Ingenuity Pathway Analysis 16%
• Molecular Mechanism 16%
• Juvenile Fish 16%
• Embryonic Development 16%
• Apolipoprotein B (Apo B) 16%
• Genome Analysis 16%
• Transcriptome 16%
• Synthetic Estrogen 16%
• Toxicity Pathways 16%
• Hormone Therapy 16%
• Oral Contraceptives 16%
• Gene Ontology Enrichment Analysis 16%
• Synaptic Structure 16%
• PRKAA2 16%
• EphB2 16%
• Eye Structure 16%
• Synaptic Behavior 16%
• Oxtr 16%
• Gene Analysis 16%
• Embryo Transcriptome 16%
• NR2E3 16%
• Neuronal Structure 16%
• Pou4f2 16%
• Growth Retardation 16%
• Kyoto Encyclopedia of Genes 16%

Biochemistry, Genetics and Molecular Biology

• Oryzias Melastigma 100%
• Developmental Toxicity 100%
• Ethinyl Estradiol 100%
• Embryogenesis 50%
• Transcriptome 33%
• Hatching 33%
• Pigmentation 33%
• Gene Ontology 16%
• Estrogen Receptor 16%
• POU4F2 16%

Pharmacology, Toxicology and Pharmaceutical Science

• Oryzias Melastigma 100%
• Ethinylestradiol 100%
• Developmental Toxicity 100%
• Transcriptome 33%
• Biological Marker 16%
• Estrogen Receptor 16%
• Estrogen Derivative 16%
• Oral Contraceptive 16%
• Endocrine Therapy 16%
• Growth Retardation 16%