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Revolutionary 3D Tech Enhances Surgical Precision
29 Aug
Summary
- PGIMER adopts advanced 3D imaging from Japan.
- Technology improves precision in complex surgeries.
- 3D models aid liver tumor treatment and transplants.
Chandigarh's PGIMER is set to integrate sophisticated 3D imaging and reconstruction technology, a pioneering innovation from Japan. This advancement is poised to revolutionize surgical planning and execution, offering unparalleled precision for complex and minimally invasive operations.
The technology generates intricate 3D maps of internal organs, providing surgeons with a clearer understanding before procedures commence. Experts emphasize that these tools are designed to assist, not replace, surgical expertise. Robotic systems, coupled with 3D imaging, provide enhanced magnification and a stable visual field, representing a significant leap over traditional laparoscopic methods.
This 3D reconstruction capability is particularly beneficial for challenging cases, such as deeply located liver tumors. Surgeons can meticulously identify critical anatomical structures and liver segments, ensuring preservation of healthy tissue. This leads to improved surgical outcomes, reduced blood loss, and faster patient recovery.
Furthermore, the technology plays a vital role in living donor liver transplantation. Robotic surgeries guided by detailed 3D imaging allow for smaller incisions, reducing scarring and recovery time for donors. While other Indian centers have adopted similar programs, PGIMER's collaboration signifies a crucial step toward establishing regular 3D-guided surgical practices.
