Varicose Veins
OtherOverview
Varicose veins are abnormally dilated, tortuous superficial veins resulting from valvular incompetence and chronic venous insufficiency. They commonly affect the lower limbs and can cause cosmetic concerns, discomfort, and in advanced cases, skin changes and ulceration. While primarily a vascular condition, osteopathic management focuses on optimizing drainage, reducing mechanical impedance, and supporting overall circulatory function.
Pathophysiology
Varicose veins develop when venous valves weaken or become incompetent, preventing unidirectional blood flow and causing retrograde flow and venous reflux. Increased hydrostatic pressure within superficial veins leads to progressive dilation and wall stretching. Risk factors include genetic predisposition, prolonged standing, pregnancy, obesity, and increased intra-abdominal pressure. Secondary factors such as fascial restrictions, muscular dysfunction, and postural misalignment can impair calf pump function and venous return, perpetuating or exacerbating venous congestion.
Patient Education
Varicose veins improve with regular movement, leg elevation, compression support, and maintaining healthy weight; however, structural valve damage requires medical assessment to prevent progression to ulceration or thrombotic complications.
Typical Presentation
Site
Superficial veins of lower limbs, typically medial lower leg, lateral calf, and saphenous distribution; may affect entire leg
Quality
Heaviness, aching, burning sensation, itching, or cosmetic distress; skin pigmentation and lipodermatosclerosis in advanced cases
Intensity
Mild to moderate, often worse at end of day; intensity varies with activity level and environmental temperature
Aggravating
Prolonged standing or sitting, heat, hormonal changes (menstrual cycle, pregnancy, HRT), tight clothing, increased intra-abdominal pressure
Relieving
Leg elevation, compression garments, lying down, cool applications, walking and movement
Associated
Leg swelling (edema), skin changes (pigmentation, eczema), restless legs, muscle cramps, heaviness and fatigue in legs, trophic changes in advanced stages
Orthopaedic Tests
Trendelenburg Test
Procedure
Patient lies supine with leg elevated to empty veins. Examiner marks the level of the saphenofemoral junction. Patient stands and examiner observes how quickly veins refill from above (competent valve) or below (incompetent valve).
Positive Finding
Rapid filling of the long saphenous vein from above the knee within 0–2 seconds indicates saphenofemoral valve incompetence.
Sensitivity / Specificity
88% / 73%
Coleridge-Smith et al., 1988, British Journal of Surgery
Interpretation
Positive result suggests incompetence of the saphenofemoral junction valve, typically requiring intervention. A negative result makes significant saphenofemoral reflux unlikely.
Modified Trendelenburg Test (Tap Test)
Procedure
Patient stands with examiner palpating the saphenofemoral junction. With one hand, the examiner taps distally over the long saphenous vein while observing with the other hand at the saphenofemoral junction for a transmitted impulse.
Positive Finding
A palpable impulse felt at the saphenofemoral junction when tapping distally indicates venous reflux and valve incompetence.
Sensitivity / Specificity
75% / 80%
Coleridge-Smith et al., 1988, British Journal of Surgery
Interpretation
Suggests saphenofemoral junction reflux. Used to clinically confirm venous incompetence before ultrasound imaging.
Perthe's Test (Perthes Tourniquet Test)
Procedure
Patient stands; examiner applies a tourniquet above the knee over the saphenofemoral junction. Patient walks or performs calf raises for 1–2 minutes while veins are occluded.
Positive Finding
If varicose veins empty and remain flat during exercise, deep veins are patent and competent. If veins remain distended or worsen, deep venous obstruction or incompetence is likely.
Sensitivity / Specificity
70% / 85%
Nicolaides et al., 2000, Vascular Medicine Review
Interpretation
Helps differentiate superficial from deep venous incompetence. Normal finding suggests superficial reflux alone; abnormal finding suggests deep vein pathology requiring imaging.
Brodie–Trendelenburg Test
Procedure
Patient lies supine with leg elevated. Examiner occludes the saphenofemoral junction with finger pressure. Patient stands while pressure is maintained; examiner notes if veins fill from above or below.
Positive Finding
Veins remain empty with manual saphenofemoral compression but fill rapidly when compression is released, indicating proximal (saphenofemoral) incompetence.
Sensitivity / Specificity
82% / 78%
Coleridge-Smith et al., 1988, British Journal of Surgery
Interpretation
Localizes venous reflux to the saphenofemoral junction and confirms that saphenofemoral ligation or endovenous ablation may be beneficial.
Klippel–Trendelenburg Test
Procedure
Examiner occludes the saphenofemoral junction as described in Brodie test. Patient then stands and cough impulse is assessed at the groin. Examiner then releases pressure and reassesses cough impulse.
Positive Finding
A palpable impulse or thrill at the saphenofemoral junction during cough indicates saphenofemoral incompetence. Impulse disappears with proximal occlusion.
Sensitivity / Specificity
75% / 76%
Interpretation
Confirms saphenofemoral junction reflux and valve incompetence. Positive result supports intervention targeting the saphenofemoral junction.
Venography Assessment (Clinical Appearance)
Procedure
Examiner inspects legs standing and supine for visible tortuous veins, skin changes (hyperpigmentation, lipodermatosclerosis, atrophy blanche, or ulceration), and palpates for 'cords' (thrombosed veins) and skin temperature differences.
Positive Finding
Visible dilated, tortuous veins >3 mm, or presence of skin changes (lipodermatosclerosis, pigmentation, or active/healed ulcers) consistent with chronic venous insufficiency.
Sensitivity / Specificity
null / null
Eklof et al., 2004, Journal of Vascular Surgery; CEAP Classification
Interpretation
Clinical assessment informs severity grading (CEAP classification) and urgency for imaging/intervention. Skin changes indicate advanced disease requiring urgent referral.
⚠ Red Flags
- •Acute swelling with calf tenderness and warmth suggesting deep vein thrombosis
- •Skin ulceration or open wounds indicating severe venous insufficiency
- •Acute severe pain or color changes suggesting thrombophlebitis
- •Signs of cellulitis or infection in affected limb
- •Recent trauma with swelling and calf tenderness
- •Unilateral leg swelling with significant size discrepancy suggesting DVT
⚡ Yellow Flags
- •Excessive health anxiety regarding appearance or progression
- •Catastrophic thinking about complications
- •Avoidance of social activity due to cosmetic concerns
- •Poor understanding of benign nature of uncomplicated varicose veins
- •Unrealistic expectations regarding non-invasive treatment outcomes
Osteopathic Techniques
Region
Thoracic cage and diaphragm
Technique
Articulation
Rationale
Improving diaphragmatic excursion and thoracic mobility enhances thoracic pump mechanism, promoting venous and lymphatic return from lower limbs and reducing central venous congestion
Region
Abdominal cavity
Technique
Soft Tissue
Rationale
Gentle abdominal massage and release of fascial restrictions reduce intra-abdominal pressure, improving venous return through the portal and systemic circulation
Region
Calf musculature and deep posterior compartment
Technique
Soft Tissue
Rationale
Releasing calf muscle tension and improving tissue mobility optimizes calf pump function, which is essential for propelling blood proximally against gravity
Region
Inguinal and pelvic floor region
Technique
Soft Tissue
Rationale
Releasing restrictions in the inguinal ligament and pelvic floor tissues removes mechanical impedance to venous flow and improves lymphatic drainage from lower limbs
Region
Lower limb venous channels
Technique
Lymphatic
Rationale
Manual lymphatic drainage techniques reduce tissue congestion, improve microcirculation, and support venous return by reducing lymphatic burden on the venous system
Region
Lumbar spine and lumbo-sacral junction
Technique
MET
Rationale
Improving lumbar mobility and reducing muscular tension optimizes diaphragmatic function and reduces postural restrictions that elevate intra-abdominal pressure
Add-On Approaches
Chinese Medicine
Traditional Chinese Medicine addresses varicose veins as stagnation of Qi and Blood, often related to Spleen Yang deficiency or Liver dysfunction; acupuncture to points such as SP6, SP9, ST36, and LV3 may improve circulation and reduce heaviness
Chiropractic
Spinal manipulation to correct segmental dysfunction in the lumbo-sacral region may reduce sympathetic tone and improve autonomic balance, supporting vascular tone regulation
Physiotherapy
Progressive calf strengthening, gait training, and postural correction improve calf pump efficiency and reduce lower limb dependency; supervised aerobic exercise promotes collateral circulation
Remedial Massage
Deep tissue massage to calf and thigh musculature improves muscle tone and blood flow; gentle effleurage techniques support proximal venous return; compression massage techniques reduce localized congestion
Rehabilitation Exercises
Daily Walking Program
Seated Calf Raises
Standing Calf Raises with Wall Support
Leg Elevation with Pillow Support
Ankle Pumps and Circles
Supine Hamstring and Calf Stretch
Quadriceps Sets and Isometric Hold
Swimming or Water Aerobics
Single Leg Stand with Wall Support
Lunges with Calf Emphasis
Pelvic Tilts and Core Engagement
Seated Spinal Twist with Deep Breathing
Referral Criteria
- •Varicose veins causing recurrent bleeding or skin ulceration requiring vascular surgery evaluation
- •Acute swelling with calf tenderness suggesting DVT—refer to emergency department for duplex ultrasound
- •Severe pain, skin color changes, or localized warmth and erythema suggesting thrombophlebitis—refer to primary care or vascular medicine
- •Cosmetic concerns unresponsive to conservative measures and patient desire for definitive treatment—refer to phlebologist or vascular surgeon
- •Signs of lipodermatosclerosis or skin atrophy indicating advanced venous insufficiency—refer to vascular surgeon
- •Pregnancy-related varicose veins with severe symptoms—refer to obstetrician for safety assessment
- •Recurrent varicose veins after prior surgical intervention—refer to vascular specialist for re-evaluation
- •Varicose veins secondary to venous outflow obstruction or malignancy—refer to appropriate medical specialist