Leveraging Multi-Omics Technologies for Studying the Effects of Endocrine Disrupting Chemicals on Thyroid In Vitro Models

Keyphrases

• In Vitro Model 100%
• Omics Technologies 100%
• Endocrine Disrupting Chemicals 100%
• Chemical Exposure 33%
• Fatty Acid Metabolism 16%
• European Union 16%
• Potential Biomarkers 16%
• Medical Devices 16%
• Proteomics 16%
• Thyroid Function 16%
• Doctoral Studies 16%
• Single-cell RNA Sequencing (scRNA-seq) 16%
• Endocrine Disruption 16%
• Ethical Conduct 16%
• Animal Experiment 16%
• Phthalates 16%
• Signal Process 16%
• Machine Learning Models 16%
• Toxicology Research 16%
• Thyroid Cells 16%
• Metabolism Process 16%
• Exposure Classes 16%
• Chemical Impact 16%
• Everyday Products 16%
• Fatty Acid Signaling 16%
• Food Box 16%
• Cellular Pathways 16%
• Cutting-edge Techniques 16%
• Thyroid Health 16%

INIS

• in vitro 100%
• thyroid 100%
• animals 40%
• testing 20%
• food 20%
• devices 20%
• biological markers 20%
• rna 20%
• fatty acids 20%
• metabolism 20%
• capture 20%
• european union 20%
• cutting 20%
• machine learning 20%
• plastics 20%
• phthalates 20%
• thyroid cells 20%

Pharmacology, Toxicology and Pharmaceutical Science

• Tamsulosin 100%
• Endocrine Disruptor 100%
• Fatty Acid 16%
• Biological Marker 16%
• Phthalic Acid 16%
• RNA-Sequencing 16%
• Toxicology 16%