[Preoperative cartography of varices]

Area of Science:

• Vascular Surgery
• Diagnostic Imaging
• Medical Technology

Background:

• Varicose veins require precise diagnostic evaluation for effective treatment.
• Traditional diagnostic methods may not fully capture venous system dynamics.
• Advancements in imaging offer new possibilities for understanding venous pathologies.

Purpose of the Study:

• To evaluate the utility of advanced imaging in diagnosing varicose veins.
• To refine therapeutic indications through comprehensive venous examination.
• To improve the understanding of venous hemodynamics and anatomy.

Main Methods:

• Utilizing ultrasonography, including color Doppler, for detailed venous assessment.
• Performing dynamic scintigraphy to analyze venous blood flow.
• Identifying key "vanishing points" and incontinent axes in the venous system.
• Employing pre-operative echo-marking when necessary.

Main Results:

• Ultrasonography provides more precise therapeutic indications for varicose veins.
• Dynamic scintigraphy, particularly with color Doppler, enhances the understanding of venous phenomena.
• The comprehensive examination helps avoid hemodynamic and anatomical pitfalls.
• Tailored treatment plans can be inferred from the diagnostic findings.

Conclusions:

• A comprehensive diagnostic and therapeutic approach using advanced imaging is crucial for varicose vein management.
• This integrated method optimizes treatment selection and patient outcomes.
• Enhanced collaboration between angiologists and surgeons is fostered through shared diagnostic insights.