Redox regulation of ion channels in the pulmonary circulation

Keyphrases

• Redox Regulation 100%
• Ion Channels 100%
• Pulmonary Circulation 100%
• S-nitrosylation 100%
• Pathophysiology 50%
• Vasculature 50%
• Molecular Mechanism 50%
• Threonine 50%
• Redox Signaling 50%
• Central Nervous System 50%
• Phosphorylation 50%
• Targeted Treatment 50%
• Cell Behavior 50%
• Recent Advances 50%
• Control Mechanism 50%
• Mechanisms of Change 50%
• Site of Action 50%
• Low Resistance 50%
• Pulmonary Vasculature 50%
• Physiological Significance 50%
• Low Pressure 50%
• Channel Gating 50%
• Systemic Circulation 50%
• Serine Residues 50%
• Nitration 50%
• Redox Status 50%
• Ion Conductivity 50%
• Resting Membrane Potential 50%
• Cysteine Thiols 50%
• Nervous Control 50%
• Redox-driven 50%
• Pulmonary Vascular Tone 50%
• Direct Oxidation 50%
• S-glutathionylation 50%
• Ion Channel Conductance 50%
• Conductance Change 50%

Biochemistry, Genetics and Molecular Biology

• Lung Circulation 100%
• Ion Channel 100%
• Vascularization 66%
• S-Nitrosylation 66%
• Conductance 33%
• S-Glutathionylation 33%
• Mediator 33%
• Cell Function 33%
• Channel Gating 33%
• Membrane Steady Potential 33%
• Hypobarism 33%
• Lung Vascular Resistance 33%
• Ion Conductance 33%
• Serine 33%
• Threonine 33%
• Thiol 33%
• Cysteine 33%