An MD Anatomy thesis in an Indian medical college is most convincing when it links precise anatomical measurement with a clear clinical application, such as safe surgical zones, implant design, nerve block landmarks or radiological interpretation. Dry bones, embalmed cadavers, fetal specimens and archived CT or MRI scans all make good material, and careful morphometry with calibrated instruments is often more valuable than costly techniques.
Cadaveric dissection, osteological, fetal and retrospective imaging-based studies, along with histological and medical education research, fit well within the residency period. The catalogue covers Osteology and Morphometry, Vascular and Nerve Variations, Radiological Anatomy, Histology, Embryology and Development, Neuroanatomy, Cardiovascular Anatomy, Genetics, and Medical Education, giving you options whether your department has strong dissection facilities, imaging collaboration or a histology laboratory.
1What the MD Anatomy catalogue covers
Our thesis-title catalogue, shared with our sister site medicalthesistopic.in, currently lists 236 MD Anatomy titles. The newest ones are based on PubMed literature published in 2024–2026. Titles by subject area (top 9):
| Subject area | Titles |
|---|---|
| Osteology & Morphometry | 48 |
| Vascular & Nerve Variations | 46 |
| Radiological Anatomy | 30 |
| Histology | 23 |
| Embryology & Development | 23 |
| Neuroanatomy | 19 |
| Cardiovascular Anatomy | 17 |
| Genetics | 15 |
| Medical Education | 15 |
Most common study designs: cadaveric dissection study (61), cross-sectional osteological study (39), retrospective CT-based study (25), cross-sectional fetal study (21), hospital-based cross-sectional study (13), retrospective MRI-based study (11). 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.
Browse by subject area: Osteology & Morphometry · Vascular & Nerve Variations
250 recent MD Anatomy 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
Age-related histomorphometric changes in the wall of the human thoracic aorta: an autopsy-based study
HistologyAutopsy-based cross-sectional studyHistological Study - 002
Histomorphometric features of the testis as indicators of age in medicolegal autopsies
HistologyAutopsy-based cross-sectional studyHistological Study - 003
Placental histological changes in fetal growth restriction and their correlation with umbilical artery Doppler findings
HistologyHospital-based cross-sectional studyHistological Study - 004
Histomorphometric changes in the placenta in hypothyroid pregnancies compared with euthyroid pregnancies
HistologyComparative cross-sectional studyHistological Study - 005
Placental histomorphology in pregnancies with maternal anaemia and its correlation with birth weight
HistologyComparative cross-sectional studyHistological Study - 006
Histomorphological changes in the placenta of pre-pregnancy obese mothers compared with normal-weight mothers
HistologyComparative cross-sectional studyHistological Study - 007
Patellar tendon length and Insall-Salvati ratio on knee MRI in Indian adults
Radiological AnatomyRetrospective MRI-based studyRadiological Anatomy - 008
Sphenoid sinus pneumatisation patterns and anterior clinoid process pneumatisation on CT and their relevance to endoscopic pituitary surgery
Radiological AnatomyRetrospective CT-based studyRadiological Anatomy - 009
Morphometry of the lumbar spinal canal and dural sac on MRI and its correlation with age in adults
Radiological AnatomyRetrospective MRI-based studyRadiological Anatomy - 010
Ultrasonographic thickness of the plantar fascia and Achilles tendon in healthy adults and its correlation with body mass index
Radiological AnatomyCross-sectional ultrasonographic studyRadiological Anatomy - 011
Ultrasonographic cross-sectional area of the ulnar nerve at the elbow in healthy adults: establishing normative values
Radiological AnatomyCross-sectional ultrasonographic studyRadiological Anatomy - 012
Morphology of the lateral pterygoid muscle insertion on MRI and its association with temporomandibular joint disc displacement
Radiological AnatomyRetrospective MRI-based studyRadiological Anatomy - 013
Variations of the hepatic venous anatomy on multidetector CT and their relevance to living donor liver transplantation
Radiological AnatomyRetrospective CT-based studyRadiological Anatomy - 014
Variations of pulmonary venous drainage on CT and their relevance to catheter ablation for atrial fibrillation
Radiological AnatomyRetrospective CT-based studyRadiological Anatomy - 015
Course of the lingual artery on CT angiography and its relevance to tongue base and transoral surgery
Radiological AnatomyRetrospective CT-based studyRadiological Anatomy - 016
Prevalence of a high-riding vertebral artery on CT angiography and its relevance to C2 pedicle screw placement
Radiological AnatomyRetrospective CT-based studyRadiological Anatomy - 017
Classification of jugular bulb variants on high-resolution CT of the temporal bone and their surgical relevance
Radiological AnatomyRetrospective CT-based studyRadiological Anatomy - 018
Morphometric analysis of the infraorbital canal on multidetector CT and the prevalence of its protruding variant
Radiological AnatomyRetrospective CT-based studyRadiological Anatomy - 019
Prevalence of a persistent tympanic foramen on cone-beam CT and its association with temporomandibular joint morphology
Radiological AnatomyRetrospective CT-based studyRadiological Anatomy - 020
Prevalence and morphometry of the anterior loop of the mental nerve on cone-beam CT and its relevance to implant placement
Radiological AnatomyRetrospective CT-based studyRadiological Anatomy - 021
Variations in the origin and course of the conus artery and right coronary artery on CT coronary angiography
Cardiovascular AnatomyRetrospective CT-based studyRadiological Anatomy - 022
Fetal aortic arch and isthmus dimensions on echocardiography across gestational ages in low-risk pregnancies
Cardiovascular AnatomyCross-sectional ultrasonographic studyRadiological Anatomy - 023
Morphometric study of the left atrial appendage in cadaveric hearts and its relevance to appendage occlusion devices
Cardiovascular AnatomyCadaveric dissection studyMorphometric Study - 024
Morphology of the coronary sinus ostium and Thebesian valve in cadaveric hearts and its relevance to cardiac catheterisation
Cardiovascular AnatomyCadaveric dissection studyCadaveric Study - 025
Morphology of the fossa ovalis and prevalence of probe-patent foramen ovale in adult cadaveric hearts
Cardiovascular AnatomyCadaveric dissection studyCadaveric Study - 026
Morphometric study of the tricuspid valve annulus and leaflets in adult cadaveric hearts
Cardiovascular AnatomyCadaveric dissection studyMorphometric Study - 027
Prevalence, location and length of myocardial bridges over the coronary arteries in cadaveric hearts
Cardiovascular AnatomyCadaveric dissection studyCadaveric Study - 028
Origin and course of the sinoatrial nodal artery in cadaveric hearts and its relevance to cardiac surgery
Cardiovascular AnatomyCadaveric dissection studyCadaveric Study - 029
Morphology of the confluence of sinuses and transverse sinus dominance in adult cadavers
NeuroanatomyCadaveric dissection studyCadaveric Study - 030
Olfactory bulb volume and olfactory sulcus depth on MRI in adults and their correlation with age
NeuroanatomyRetrospective MRI-based studyRadiological Anatomy - 031
Variations of the vertebral and basilar arteries in adult cadaveric brains and their clinical significance
NeuroanatomyCadaveric dissection studyCadaveric Study - 032
Sulcal and gyral pattern of the insula in adult cadaveric brains
NeuroanatomyCadaveric dissection studyCadaveric Study - 033
Evans index and lateral ventricular dimensions on CT in adults: establishing age-specific normative values
NeuroanatomyRetrospective CT-based studyRadiological Anatomy - 034
Morphometric analysis of the cerebellum and fourth ventricle on MRI and its correlation with age
NeuroanatomyRetrospective MRI-based studyRadiological Anatomy - 035
Morphometric study of the pituitary gland on MRI and its variation with age and sex in adults
NeuroanatomyRetrospective MRI-based studyRadiological Anatomy - 036
Hippocampal volume on MRI in patients with type 2 diabetes mellitus compared with healthy controls
NeuroanatomyCase-control MRI-based studyRadiological Anatomy - 037
Morphology of the plantaris muscle and tendon in adult cadavers and its suitability as a tendon graft
Vascular & Nerve VariationsCadaveric dissection studyCadaveric Study - 038
Relationship of the posterior interosseous nerve to the arcade of Frohse and supinator muscle: a cadaveric study
Vascular & Nerve VariationsCadaveric dissection studyCadaveric Study - 039
Variations in the branching pattern of the axillary artery in adult cadavers and their clinical significance
Vascular & Nerve VariationsCadaveric dissection studyCadaveric Study - 040
Variations in the formation of the superficial palmar arch in adult cadavers and their relevance to radial artery harvesting
Vascular & Nerve VariationsCadaveric dissection studyCadaveric Study - 041
Course of the lateral femoral cutaneous nerve in relation to the anterior superior iliac spine and its relevance to meralgia paresthetica
Vascular & Nerve VariationsCadaveric dissection studyCadaveric Study - 042
Variations in the origin and course of the gonadal arteries in adult cadavers
Vascular & Nerve VariationsCadaveric dissection studyCadaveric Study - 043
Variations in the origin of the profunda femoris and circumflex femoral arteries in adult cadavers and their surgical significance
Vascular & Nerve VariationsCadaveric dissection studyCadaveric Study - 044
Course and branching pattern of the obturator nerve in adult cadavers and its relevance to obturator nerve block
Vascular & Nerve VariationsCadaveric dissection studyCadaveric Study - 045
Variations in the formation and branching of the lumbar plexus and their relevance to lateral lumbar interbody fusion
Vascular & Nerve VariationsCadaveric dissection studyCadaveric Study - 046
Course of the lingual nerve in relation to the mandibular third molar region: a cadaveric study
Vascular & Nerve VariationsCadaveric dissection studyCadaveric Study - 047
Branching pattern of the external carotid artery in adult cadavers and its relevance to head and neck surgery
Vascular & Nerve VariationsCadaveric dissection studyCadaveric Study - 048
Variations in the origin, course and branching of the facial artery and their relevance to facial filler injection and flap surgery
Vascular & Nerve VariationsCadaveric dissection studyCadaveric Study - 049
Prevalence and course of the thyroidea ima artery in adult cadavers and its relevance to thyroidectomy and tracheostomy
Vascular & Nerve VariationsCadaveric dissection studyCadaveric Study - 050
Variations in the origin and course of the suprascapular artery in relation to the superior transverse scapular ligament
Vascular & Nerve VariationsCadaveric dissection studyCadaveric Study
3Download MD Anatomy 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 236 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.
📥 MD Anatomy Titles in Excel · ₹1 per title
100 titles = ₹100. Secure checkout (UPI / QR / card) on our sister site medicalthesistopic.in; the Excel downloads instantly.
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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 MD Anatomy topic
- Count the dry bones, cadavers or fetal specimens available before choosing a topic. Sample size depends on what your museum and dissection hall actually hold, not on what you would like.
- Use digital vernier callipers, goniometers and standard image analysis software, and measure each parameter twice to report intra-observer reliability, which examiners frequently ask about.
- Cadaver and fetal studies need ethical clearance under body donation rules and the Anatomy Act of your state. Fetal specimens require proper consent and documentation from the obstetrics department.
- Imaging-based anatomy studies need collaboration with radiology for PACS access. Agree on data anonymisation, scanner protocols and slice thickness criteria before collecting measurements.
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 MD Anatomy 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
Yes. Many residents use dry bones, archived CT, MRI or CBCT scans, histological slides or medical education research instead. Imaging-based morphometry is particularly popular, as it offers larger samples and clear clinical relevance. Check with your university whether radiological studies are accepted as anatomy theses.
Linking findings to surgery, radiology or procedures. For example, measuring a foramen, canal or vessel and explaining how its variation affects nerve blocks, implant placement or surgical approach. Examiners value this applied angle, so state the clinical importance clearly in your introduction and discussion.
Many universities accept medical education topics, such as comparing teaching methods, evaluating models or assessing student perceptions of dissection. They need validated questionnaires, proper sampling and ethics approval involving students. Confirm acceptance with your department and university before finalising this type of title.
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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