Effects of zinc exposure on zinc transporter expression in human intestinal cells of varying maturity

Keyphrases

• Transporter Expression 100%
• Zinc Transporter 100%
• Human Intestinal Cells 100%
• Zinc Exposure 100%
• Delta Cell 83%
• Zinc Absorption 66%
• Zip4 50%
• Zinc Homeostasis 50%
• F Cells 50%
• Membrane-associated 33%
• Protein Level 33%
• Zinc Uptake 33%
• ZnT1 33%
• ZnT2 33%
• Zinc 16%
• Adaptive Mechanism 16%
• Differential Response 16%
• Cell-to-cell 16%
• Expression Response 16%
• MRNA Expression 16%
• Intolerant 16%
• Human Fetus 16%
• High Capacity 16%
• Intestinal Cells 16%
• Developmental Differences 16%
• Intestinal Absorption 16%
• Protein Membrane 16%
• Developmental Regulation 16%
• Metallothionein 16%
• Lethal Dose 50 (LD50) 16%
• Dietary Zinc 16%
• Uptake Rate 16%
• Transporter Regulation 16%
• Potential Toxicity 16%
• Sequestration Mechanisms 16%
• Zinc Efflux 16%
• Intestinal Excretion 16%
• Zinc-regulated Transporters 16%
• Caco-2 16%
• Iron-regulated Transporter 16%
• FHs 74 Int 16%
• Zinc Sequestration 16%
• Intestinal Maturation 16%
• Zinc Transporter 1 16%
• Import Mechanisms 16%

Pharmacology, Toxicology and Pharmaceutical Science

• Zinc Transporter 100%
• Effusion 20%
• Metallothionein I 20%