MET Institute of Pharmacy, Nashik, Maharashtra, India.
Varicose veins are one of the most common chronic venous disorders characterized by dilated, elongated, and tortuous superficial veins, primarily in the lower extremities. The development of varicosities is highly influenced by venous valve incompetence, venous hypertension, and chronic venous insufficiency. Globally, up to 23% of adults are affected, with a significantly higher prevalence in females compared to males. In India, varicose veins impact nearly 22 million women and 11 million men between the ages of 40–80. Despite being a preventable and treatable condition, public awareness remains low. This review paper summarizes the anatomy, epidemiology, etiology, symptoms, complications, diagnostics, treatments, preventive strategies, and recent advancements in varicose vein management
Understanding Varicose Veins
Definition
Varicose veins are dilated, twisted, and tortuous superficial veins caused by venous valve incompetence
Location
Most commonly occur in lower extremities due to increased venous pressure and gravitational effect
Classification
Varicosities represent a spectrum of chronic venous disorders including reticular veins (1–3 mm), spider veins (<1 mm), and large varicose veins (>3 mm)
Problem Statement
Despite high prevalence, varicose veins are often considered cosmetic rather than a medical issue, leading to delayed diagnosis and management
ANATOMY OF VENOUS SYSTEM
The lower limb venous system comprises:
1. Superficial veins
2. Deep veins
3. Perforator veins
Function of venous valves
Venous valves prevent blood backflow. Their failure leads to reflux, venous pooling, and varicosities
EPIDEMIOLOGY
Global Impact
High-Risk Populations
ETIOLOGY (CAUSES)
Varicose veins develop due to increased venous pressure and valve incompetence.
Hereditary Factors
Genetic weakness of vein walls plays a significant role.
Venous Valve Issues
Degeneration of venous valves leads to blood reflux.
Obesity
Increased abdominal pressure contributes to vein strain.
Pregnancy
Hormonal changes and increased pressure impact veins.
Occupational Hazards
Jobs involving prolonged standing increase risk.
Aging
Age-related connective tissue weakness in vein walls.
Deep Vein Thrombosis (DVT)
Previous DVT can damage veins and valves.
Trauma
Injury to veins can lead to varicosity development.
PATHOPHYSIOLOGY
The pathophysiology includes:
Venous Valve Incompetence
Valves fail to close, blood flows backward, pooling, dilation
Venous Hypertension
Inflammation
Remodeling of Vein Wall
CLASSIFICATION (CEAP)
The CEAP clinical classification includes:
CLINICAL FEATURES (SYMPTOMS)
RISK FACTORS
Primary Risk Factors
Lifestyle Factors
Medical Factors
COMPLICATIONS
If not treated, varicose veins may lead to:
DIAGNOSIS
Clinical Examination
Doppler Ultrasound
Gold standard for:
Venography
MANAGEMENT
Treatment includes both conservative and interventional methods.
Conservative Management
Medical Treatment
Surgical / Interventional Treatment
PREVENTION
FUTURE SCOPE
Future research focuses on:
CONCLUSION
Varicose veins are a common but neglected venous disorder affecting millions worldwide. Early diagnosis, lifestyle changes, and modern minimally invasive treatments can significantly improve quality of life. Awareness, preventive strategies, and advanced research can reduce the rising burden of chronic venous disease.
REFERENCE
Akanksha Jagtap, Varicose Veins – A Comprehensive Review on Epidemiology, Pathophysiology, Clinical Features, Risk Factors, Diagnosis, Management, Prevention, and Future, Int. J. of Pharm. Sci., 2025, Vol 3, Issue 11, 3417-3424. https://doi.org/10.5281/zenodo.17678054
10.5281/zenodo.17678054
