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Jan Sloves: Top Takeaways on Modern PTS Recanalization Strategies
Jan Sloves RVT RCS FASE/LinkedIn
Nov 28, 2025, 16:26

Jan Sloves: Top Takeaways on Modern PTS Recanalization Strategies

Jan Sloves, President and Consultant at Vascular Imaging Professionals LLC, posted on LinkedIn:

”Key Teaching Points from Mohammad E. Barbati et al.

Interventional Treatment for Post-Thrombotic Chronic Venous Obstruction:

Progress and Challenges

Who Needs Intervention
~50% of iliofemoral DVT patients develop PTS within 2 years; some progress to fixed CVO suitable for recanalization and stenting.

Intervention is for highly symptomatic patients (CEAP C3–C6, ulcers, major functional limits) who truly failed compression, exercise, and elevation.

Patient Selection and Work-Up
Selection must weigh symptom severity, comorbidities, bleeding risk, and ability to stay anticoagulated. Age alone is not a barrier.

Thrombophilia testing should be selective (e.g., unexplained VTE age 40–45, suspected APS); routine testing adds little value.

Inflow Determines Patency
Outcomes depend on inflow from the CFV, FV, and DFV; more infrainguinal disease = worse patency.

CVO classification (Types 1–5) is useful: Types 1–2 have best results; Type 5 (CFV + FV/DFV occlusion) has the poorest and requires careful consideration.

Imaging and IVUS
Duplex + CTV/MRV define anatomy and inflow. Venography and IVUS are intraoperative tools, not standalone diagnostics.

IVUS at the iliocaval confluence and CFV ensures accurate landing zones, avoids unnecessary IVC extension, prevents contralateral jailing, and confirms DFV/FV patency.

Recanalization and Stenting
Crossing strategy: hydrophilic wire + support catheter → escalate to sharp recanalization or dedicated devices if needed.

Stent sizes: 20–24 mm (IVC), 14–16 mm (iliac), 12–14 mm (CFV). Iliac stents ≥100 mm reduce migration. Distal landing typically in the EIV.

Landing Zones and Confluence Techniques
Proximal landing should treat obstruction but minimize IVC extension (contralateral DVT risk 1–2%, higher with aggressive jailing).

Preferred: double-barrel or skip. Inverted-Y and simple apposition have higher restenosis and are reserved for select cases.

Managing Poor Inflow
With single-vein inflow (often DFV), clear synechiae/septa (ballooning, retrograde DFV access, or endophlebectomy) to prevent thrombosis.

Hybrid CFV endophlebectomy + stenting offers similar patency to endovascular-only but with more wound morbidity; approach depends on anatomy and center expertise.

Complications and Prevention
Key issues: thrombosis, migration, fracture, contralateral DVT, back pain. These correlate with inflow quality, stent length, and landing-zone accuracy.

Short 14-mm iliac stents (60 mm) migrate more; longer stents, EIV anchoring, and distal-to-proximal post-dilation reduce risk.

Anticoagulation and Follow-Up
Durable outcomes require structured anticoagulation (warfarin or DOAC 6–12 months; longer for high-risk pts), plus compression.

Duplex at 1, 3, 6, 12 months, then annually, is essential for early detection of restenosis.

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Venous Obstruction

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Domenico Baccellieri Efthymios D Avgerinos Health Hematology Hemostasis Hemostasis Today Houman Jalaie Jan Sloves Medicine Michael Lichtenberg Mohammad E. Barbati Post-Thrombotic Chronic Venous Obstruction Suat Doganci thrombosis Venous Obstruction venous thromboembolism Venous Thrombosis VTE
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