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Updated: Oct 16, 2026

Procedure for Human Saphenous Veins Ex Vivo Perfusion and External Reinforcement
Published on: October 1, 2014
[The sapheno-femoral area: Anatomic study and concepts for the prevention of varicose recurrences]
1Clinique Albert 1er, Rueil-Malmaison.
Insights
High rates of varicose vein recurrence after long saphenous vein stripping are linked to ligation flush with the femoral vein. Dissecting the femoral vein reveals numerous collaterals, suggesting these contribute to recurrence, not neogenesis.
Area of Science:
- Vascular Surgery
- Anatomy
- Phlebology
Context:
- Varicose vein recurrence after long saphenous vein stripping remains a significant clinical challenge.
- Ligation flush with the femoral vein is associated with high recurrence rates.
- The origin of recurrence, whether neogenesis or pre-existing collaterals, is debated.
Purpose:
- To investigate the anatomical basis of varicose vein recurrence after saphenous vein stripping.
- To systematically identify and characterize deep collaterals at the sapheno-femoral junction.
- To evaluate the necessity and extent of femoral vein dissection during surgery.
Summary:
- A study of 150 long saphenous vein strippings revealed that 57.3% of sapheno-femoral junctions had associated deep collaterals.
- Internal tributaries (27.3%) and antero-internal tributaries (12.6%) below the junction were frequently identified and capable of draining superficial areas.
- These collaterals, particularly antero-internal ones with diameters of 1.5-3 mm, were often located close to the junction, suggesting a role in recurrence.
Impact:
- Findings highlight the prevalence of deep collaterals at the sapheno-femoral junction, crucial for understanding varicose vein recurrence.
- Systematic dissection of the femoral vein may be necessary to identify and ligate these collaterals, potentially reducing recurrence rates.
- This research provides anatomical insights for optimizing surgical techniques in varicose vein treatment.
Abstract:
The rate of varicose recurrences from the groin after stripping of the long saphenous vein is still high in case of ligation flush with the femoral vein. Is it due to a vascular neogenesis or to the development of pre-existing collaterals? Many authors highlighted the necessity of the femoral vein dissection, but the evaluation of the recurrence risk remains uncertain. 114 patients have been operated consecutively in 1988-1989 under local anesthesia, to perform 150 long saphenous vein strippings. At the same time as the sapheno-femoral junction ligation, a dissection of the front and lateral sides of the femoral vein was systematically carried out from 1 cm above down to 3 cm below the saphenous junction. 14 sub-fascial collaterals going directly to the junction lower angle (frequency rate = 9,3%), 41 internal tributaries of the femoral vein on the whole length of the junction (27,3%), 19 antero-internal (12,6%) and 14 antero-external (9,3%) tributaries of the superficial femoral vein below the junction, capable of draining a superficial area, were noticed in the 150 saphenofemoral areas. Several collaterals might exist on a same femoral vein. Only 86 (57,3%) sapheno-femoral junctions were "isolated", i.e. without deep collaterals. 90% of the antero-internal collaterals were located from 0 to 15 mm below the junction and their diameter was from 1,5 to 3 mm (in supine position, i.e. without any orthostatic reflux !) in 78,9% cases. All the antero-external collaterals were located from 10 to 30 mm below the junction, but they were nearly always equal or less than 1 mm wide.(ABSTRACT TRUNCATED AT 250 WORDS)
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