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IIT Scholar's Hydrogel: A Medical Breakthrough
29 Mar
Summary
- Developed hydrogel aids doctors in minimally invasive GI treatments.
- Hydrogel acts as liquid then semi-solid under pressure, reducing complications.
- Successful animal studies pave the way for upcoming clinical trials.

A significant advancement in medical technology has emerged from IIT Gandhinagar, where PhD scholar Harshil Dave has developed a novel hydrogel. This innovative material is designed to assist doctors during minimally invasive treatments for gastrointestinal conditions, including the removal of colorectal polyps. The hydrogel's unique characteristic lies in its ability to transition from a liquid state to a semi-solid state when subjected to pressure. This adaptability is expected to mitigate complications frequently encountered in such procedures. Animal studies conducted with the hydrogel have demonstrated positive outcomes. Consequently, the research team is preparing to initiate clinical trials in the near future. Beyond its primary application, the hydrogel platform shows promise for a variety of other medical interventions and has potential in tissue regeneration and wound healing by creating a supportive, moist environment. Its inherent antibacterial, antioxidant, and anti-inflammatory properties further enhance its biomedical utility.