Voltage-gated ion channels and hereditary disease

Area of Science:

• Molecular physiology and disease mechanisms.
• Ion channel research and genetics.
• Translational medicine and human diseases.

Background:

• Physiology research has shifted towards molecular mechanisms, driven by technological advancements.
• Ion channel research is significantly advanced by studying human diseases.
• Understanding ion channel structure-function relationships is crucial for diagnosing and treating ion channelopathies.

Purpose of the Study:

• To provide a comprehensive review of hereditary voltage-gated ion channel diseases.
• To link ion channel structure-function, electrophysiology, and clinical manifestations.
• To highlight parallels in disease mechanisms across various medical disciplines.

Main Methods:

• Review of known human hereditary diseases affecting voltage-gated ion channels.
• Integration of genetic, clinical, pharmacological, and structural data.
• Categorization of diseases by affected ion channel type (cationic and anionic) and medical specialty.

Main Results:

• Detailed description of hereditary diseases affecting neurological, nephrological, myological, and cardiological systems.
• Emphasis on the crucial role of human diseases in elucidating ion channel function.
• Comprehensive overview of voltage-gated ion channels, including sodium, calcium, potassium, and chloride channels.

Conclusions:

• Ion channelopathies represent a significant group of human hereditary diseases.
• Studying ion channelopathies provides critical insights into ion channel structure-function relationships.
• This review consolidates knowledge on ion channels and their associated diseases, aiding future research and clinical applications.