| S. No | Title of Invention | Field of Invention | Patent Details | Applicant(s) | Summary of Invention | Applications |
|---|---|---|---|---|---|---|
| 1 | A Smart Dissection Table with Integrated Formalin Vapour Neutralization System for Cadaver Laboratory | Devices |
202641036706 26-03-2026 |
Dr. Ravichandran Doraiswamy |
1. A smart dissection table integrated with a formalin vapour neutralization system to reduce hazardous fumes in cadaver laboratories. 2. It enhances safety, air quality, and user comfort during anatomical dissection procedures. |
Used in medical colleges and anatomy labs to ensure safe cadaver handling. Helps minimize exposure to formalin, protecting students and faculty. |
| 2 | A Haptic Feedback Glove System and Method for Simulated Anatomical Interaction in Virtual and Augmented Environments | Devices |
202641043501 06-04-2026 |
Dr. Ravichandran Doraiswamy |
1. A haptic feedback glove system that enables realistic touch-based interaction with virtual and augmented anatomical models. 2. It simulates tactile sensations to enhance immersion and precision in digital anatomy environments. |
Used in medical education for virtual anatomy training and skill development. Supports surgical simulation and practice without real cadavers. |
| 3 | Nanoformulated Liposomal Composition for Rapid Intraoperative Detection of Carcinoma in Surgical Margins | Diagnostic |
202641010870 02-02-2026 |
Dr. Femela |
1. A nanoformulated liposomal composition designed for rapid intraoperative detection of carcinoma in surgical margins. 2. It enhances real-time visualization of tumor boundaries, improving accuracy during cancer surgery. |
Used during surgeries to identify residual cancer tissue in real time. Helps surgeons achieve clear margins, reducing recurrence risk. |
| S. No | Title of Invention | Field of Invention | Patent Details | Applicant(s) | Summary of Invention | Applications |
|---|---|---|---|---|---|---|
| 1 | An Integrated Multi-Marker Diagnostic Platform for Early Detection and Severity Prediction of Sepsis Using Dynamic Physiological Data Modeling | Diagnostic |
202541125040 A 11-12-2025 |
Dr. N. Anuradha |
1. Sepsis is a life-threatening condition requiring rapid diagnosis, but current methods are slow and resource-intensive. 2. Emerging microfluidic point-of-care platforms enable faster detection. |
Development of rapid diagnostic devices for early sepsis detection and improved clinical decision-making. |
