Research & Innovation
Advancing Neurosurgery Through Evidence and Collaboration
Dr. Sayuj Krishnan leads clinical studies that improve patient outcomes in brain, spine, and epilepsy surgery. Our team collaborates with international centres to pilot new technologies, standardise protocols, and publish meaningful data for the neurosurgical community.
Clinical Experience & Outcomes
Quantifiable expertise and outcomes demonstrating Dr. Sayuj Krishnan's experience, expertise, authoritativeness, and trustworthiness in neurosurgery.
Current Clinical Initiatives
Active projects led by Dr. Sayuj's team in partnership with anaesthesiology, radiology, and rehabilitation colleagues.
Enhanced Recovery After Surgery (ERAS) Pathway
Prospective study on day-care endoscopic discectomy protocols combining multimodal analgesia and tele-rehab follow-up.
3D Navigation Quality Registry
Data registry tracking accuracy of neuronavigation-assisted tumour resections and correlation with post-operative MRI.
Tele-neurosurgery Collaboration
Clinical partnership with European centres to co-review complex epilepsy cases and adopt AI-assisted seizure forecasting.
Research Publications
Peer-reviewed articles and manuscripts are shared directly with clinicians and collaborators. To request specific papers or citation details, email hellodr@drsayuj.info with your affiliation and topic of interest.
Request Full Publications
Full-text articles and conference abstracts are provided on request to medical professionals and research partners. Please reach out with your institutional email and the topic you'd like to review.
Conference Presentations
Recent podium and poster sessions featuring our clinical outcomes and protocol refinements.
Presented intraoperative neuromonitoring protocols for endoscopic decompression to reduce nerve injury risk.
Shared outcomes of awake craniotomy for deep-seated tumours with functional MRI-guided planning.
Collaborate on Research or Trial Development
We welcome partnerships with neurosurgeons, rehabilitation experts, and technology innovators who are advancing minimally invasive brain and spine care.