A good MCh Vascular Surgery thesis takes the large burden of peripheral arterial disease, diabetic foot, venous disease and dialysis access in Indian centres and asks a focused question about technique, limb salvage or early outcome. Prospective cohorts of acute and chronic limb ischaemia, comparisons of venous ablation methods and arteriovenous fistula maturation studies are feasible within the MCh course. Late presentation, smoking-related disease and Takayasu arteritis are distinctly Indian themes.
The catalogue covers Peripheral Arterial Disease, Venous Disease, Aortic Disease, Carotid & Cerebrovascular, Vascular Access, Vascular Trauma, Perioperative Care and Amputation & Rehabilitation. Titles include mechanical thrombectomy in acute limb ischaemia, reperfusion and kidney injury, delayed presentation, prophylactic fasciotomy and covered stents for visceral pseudoaneurysms. Objectives or a full synopsis can be bought for any title.
1What the MCh Vascular Surgery catalogue covers
Our thesis-title catalogue, shared with our sister site medicalthesistopic.in, currently lists 217 MCh Vascular Surgery titles. The newest ones are based on PubMed literature published in 2024–2026. Titles by subject area (top 10):
| Subject area | Titles |
|---|---|
| Peripheral Arterial Disease | 24 |
| Venous Disease | 20 |
| Aortic Disease | 18 |
| Carotid & Cerebrovascular | 18 |
| Vascular Access | 18 |
| Vascular Trauma | 15 |
| Perioperative Care | 15 |
| Amputation & Rehabilitation | 15 |
| Acute Limb Ischaemia | 13 |
| Vascular Imaging | 13 |
Most common study designs: prospective observational study (129), prospective comparative study (34), prospective diagnostic study (19), randomised comparative trial (16), cross-sectional study (8), retrospective record-based study (7). Each title already names its study design, so you can see at a glance whether it suits your department's patient load and your timeline.
250 recent MCh Vascular Surgery thesis titles
These 50 titles are free to read. Discuss any of them with your guide before you commit; check that it has not already been taken up in your department.
- 001
Quality of life in patients with peripheral vascular malformations
Vascular MalformationsCross-sectional studyDescriptive Study - 002
D-dimer and fibrinogen levels in venous malformations and their association with lesion extent
Vascular MalformationsCross-sectional studyDescriptive Study - 003
Outcome of surgical management of varicosities in Klippel-Trenaunay syndrome
Vascular MalformationsProspective observational studyProspective Study - 004
Outcome of bleomycin sclerotherapy for venous malformations
Vascular MalformationsProspective observational studyProspective Study - 005
Outcome of ethanol embolisation for arteriovenous malformations
Vascular MalformationsProspective observational studyProspective Study - 006
Outcome of polidocanol foam sclerotherapy for venous malformations
Vascular MalformationsProspective observational studyProspective Study - 007
Outcome of management of post-traumatic popliteal pseudoaneurysm
Peripheral AneurysmsProspective observational studyProspective Study - 008
Outcome of management of renal artery aneurysm
Peripheral AneurysmsProspective observational studyProspective Study - 009
Outcome of management of carotid artery pseudoaneurysm
Peripheral AneurysmsProspective observational studyProspective Study - 010
Outcome of management of anastomotic pseudoaneurysm after arterial bypass
Peripheral AneurysmsProspective observational studyProspective Study - 011
Outcome of surgery for subclavian artery aneurysm
Peripheral AneurysmsProspective observational studyProspective Study - 012
Outcome of management of radial artery pseudoaneurysm after catheterisation
Peripheral AneurysmsProspective observational studyProspective Study - 013
Outcome of covered stent placement for visceral artery pseudoaneurysms
Peripheral AneurysmsProspective observational studyProspective Study - 014
Role of prophylactic fasciotomy after revascularisation for acute limb ischaemia
Acute Limb IschaemiaProspective observational studyProspective Study - 015
Outcome of management of acute bypass graft thrombosis
Acute Limb IschaemiaProspective observational studyProspective Study - 016
Outcome of management of acute upper limb ischaemia
Acute Limb IschaemiaProspective observational studyProspective Study - 017
Delay in presentation of acute limb ischaemia and its effect on limb salvage
Acute Limb IschaemiaProspective observational studyPrognostic Study - 018
Outcome of acute limb ischaemia in patients with atrial fibrillation
Acute Limb IschaemiaProspective observational studyProspective Study - 019
Reperfusion injury and acute kidney injury after revascularisation for acute limb ischaemia
Acute Limb IschaemiaProspective observational studyProspective Study - 020
Outcome of percutaneous mechanical thrombectomy in acute limb ischaemia
Acute Limb IschaemiaProspective observational studyProspective Study - 021
Outcome of management of femoral pseudoaneurysms in injection drug users
Vascular TraumaProspective observational studyProspective Study - 022
Outcome of vascular injuries associated with knee dislocation
Vascular TraumaProspective observational studyProspective Study - 023
Outcome of vascular injuries in paediatric supracondylar humerus fractures
Vascular TraumaProspective observational studyProspective Study - 024
Repair versus ligation of major venous injuries: limb oedema and outcome
Vascular TraumaProspective comparative studyComparative Study - 025
Mangled Extremity Severity Score as a predictor of amputation in lower limb vascular trauma
Vascular TraumaProspective observational studyPrognostic Study - 026
Outcome of endovascular management of arterial injuries
Vascular TraumaProspective observational studyProspective Study - 027
Outcome of temporary intravascular shunts in extremity vascular trauma
Vascular TraumaProspective observational studyProspective Study - 028
Outcome of management of May-Thurner syndrome
Venous DiseaseProspective observational studyProspective Study - 029
Quality of life after treatment of varicose veins
Venous DiseaseProspective observational studyProspective Study - 030
Outcome of perforator ablation in venous leg ulcers
Venous DiseaseProspective observational studyProspective Study - 031
Outcome of pharmacomechanical thrombectomy in iliofemoral deep vein thrombosis
Venous DiseaseProspective observational studyProspective Study - 032
Outcome of iliac vein stenting for post-thrombotic syndrome
Venous DiseaseProspective observational studyProspective Study - 033
Concomitant versus staged treatment of varicose tributaries during truncal ablation
Venous DiseaseProspective comparative studyComparative Study - 034
Cyanoacrylate closure versus radiofrequency ablation for great saphenous vein reflux: occlusion and recovery
Venous DiseaseProspective comparative studyComparative Study - 035
Tunnelled dialysis catheter-related infections: incidence and outcome
Vascular AccessProspective observational studyProspective Study - 036
Central venous stenosis in haemodialysis patients: prevalence and management
Vascular AccessProspective observational studyDescriptive Study - 037
Outcome of drug-coated balloon angioplasty for arteriovenous fistula stenosis
Vascular AccessProspective observational studyProspective Study - 038
Outcome of arteriovenous grafts for haemodialysis access
Vascular AccessProspective observational studyProspective Study - 039
Outcome of basilic vein transposition arteriovenous fistula
Vascular AccessProspective observational studyProspective Study - 040
Duplex ultrasound predictors of arteriovenous fistula maturation
Vascular AccessProspective observational studyPrognostic Study - 041
Ultrasound-guided brachial plexus block versus local anaesthesia for radiocephalic fistula creation: maturation
Vascular AccessRandomised comparative trialComparative Study - 042
Validation of duplex ultrasound criteria for carotid stenosis against CT angiography
Carotid & CerebrovascularProspective diagnostic studyDiagnostic Accuracy Study - 043
Outcome of surgical and endovascular management of vertebral artery stenosis
Carotid & CerebrovascularProspective observational studyProspective Study - 044
Outcome of transcarotid artery revascularisation with flow reversal
Carotid & CerebrovascularProspective observational studyProspective Study - 045
Cognitive function after carotid revascularisation
Carotid & CerebrovascularProspective observational studyProspective Study - 046
Regional versus general anaesthesia for carotid endarterectomy: perioperative outcome
Carotid & CerebrovascularRandomised comparative trialComparative Study - 047
Prevalence of carotid stenosis in patients with peripheral arterial disease
Carotid & CerebrovascularCross-sectional studyDescriptive Study - 048
Eversion versus conventional carotid endarterectomy: restenosis and complications
Carotid & CerebrovascularProspective comparative studyComparative Study - 049
Outcome of management of secondary aortoenteric fistula
Aortic DiseaseProspective observational studyProspective Study - 050
Prevalence of abdominal aortic aneurysm on screening ultrasonography in high-risk men
Aortic DiseaseCross-sectional studyDescriptive Study
3Download MCh Vascular Surgery titles in Excel (₹1 per title)
Want more than these 50? Download an Excel of the newest titles: latest 100 for ₹100, latest 500 for ₹500, or all 217 titles at ₹1 each. Or search a keyword (for example a disease or test) and pay only for the titles found. Pay by UPI, QR or card; the Excel downloads instantly.
📥 MCh Vascular Surgery Titles in Excel · ₹1 per title
100 titles = ₹100. Secure checkout (UPI / QR / card) on our sister site medicalthesistopic.in; the Excel downloads instantly.
1 · Speciality package (newest first)
2 · Or search a keyword
Objectives / thesis plan for a title: separate payment on medicalthesistopic.in.
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4Objectives and synopsis for any title
Liked a title? Each one has two optional paid add-ons on medicalthesistopic.in, paid separately there:
- Objectives (₹50): research question, aim, primary and secondary objectives, hypothesis and outcome measures for that exact title.
- Full Plan / Synopsis (₹500): a complete synopsis draft for that title, from introduction and review-of-literature search plan to sample size working, methodology and statistical plan.
Use the buttons under each title above; they open that title on medicalthesistopic.in. Treat the output as a first draft to edit with your guide, and read how to write aims and objectives before you finalise yours.
5Tips for choosing a MCh Vascular Surgery topic
- Use standard classifications such as Rutherford and WIfI for limb ischaemia, CEAP and the Venous Clinical Severity Score for venous disease, and report patency using accepted definitions.
- Endovascular studies depend on catheterisation lab time, devices and patient funding; confirm availability and costs, since balloons and stents are often paid for by patients.
- Limb salvage and patency need defined follow-up with duplex scanning; choose early time points and collect reliable contact details, as many patients travel long distances.
- Amputation and rehabilitation studies need coordination with physical medicine and prosthetics teams; use validated mobility and quality-of-life measures and plan follow-up at prosthetic fitting visits.
For the general checklist (patient load, timeline, cost, ethics), see how to choose an MD/MS thesis topic. Every titles page for other specialities is listed on thesis topics by speciality.
6Need help with your thesis?
PubMedico's team helps MCh Vascular Surgery residents with synopsis writing, sample size, statistics and the final thesis draft. WhatsApp +91 78787 33004 for a free thesis guidance.
❓ Frequently Asked Questions
Quick answers to common questions on this topic
Peripheral arterial disease, diabetic foot, acute limb ischaemia, varicose veins and arteriovenous fistula creation provide high volumes in most Indian centres. Prospective studies of limb salvage, patency, maturation or complications are realistic. Aortic and carotid topics depend on your unit's caseload and whether endovascular facilities are readily available.
Yes, but allocation usually depends on anatomy and patient factors, so a prospective comparative design with clear criteria is more realistic than randomisation. Use standard classifications to describe lesions, adjust for baseline differences and report early patency, limb salvage and complications using accepted definitions.
Long enough to capture early patency, wound healing or fistula maturation, but short enough to complete before submission. Many theses report outcomes at early fixed time points with duplex confirmation. Long-term limb salvage and survival need longer observation, so they are better presented as secondary or exploratory outcomes.
Use them as starting points. Discuss the title with your guide, check that it fits your department's patients and facilities, check it has not already been done at your institution, and adjust the wording before you submit it to your ethics committee.
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