Revolutionizing Jaw Reconstruction: AI and 3D Printing Breakthrough at ApolloMedics Hospital Lucknow

ApolloMedics Super Specialty Hospitals in Lucknow has achieved a significant milestone in medical technology by successfully treating Ameloblastoma Mandibular, a jaw tumor, using artificial intelligence (AI) and 3D printing. This marks the first instance of such a procedure in the medical field, demonstrating the hospital's commitment to innovation and patient-centric care.

The 50-year-old patient, who initially complained of jaw pain and difficulty in eating, approached the outpatient department (OPD) at ApolloMedics Hospital. Following a comprehensive examination and scans, the medical team, led by Surgical Oncology consultant Dr. Satish Anandan, recommended the removal of the entire left portion of the jaw and joint. The patient, understandably concerned about the aftermath of such a substantial surgery, particularly in terms of eating and facial appearance, embarked on a transformative medical journey.

In a collaborative effort within the hospital's expert panel, Dr. Satish Anandan decided to employ a sophisticated procedure involving tumor removal and subsequent jaw reconstruction. Addressing the patient's apprehensions about the impact on essential facial functions, the Plastic, Cosmetic, and Reconstructive Surgery team engaged in detailed discussions with the patient and family. They introduced the concept of AI-based 3D-printed implants for jawbone reconstruction, tailored precisely to replicate the removed portion's anatomy.

The surgical oncology team strategically planned the bone-cutting during the operation, while the Plastic and Reconstructive Surgery team utilized computer-aided design to craft a new jaw. This meticulous planning, facilitated by advanced technology, ensured a successful surgery that took approximately a month to complete.

Post-surgery, the patient experienced a remarkable transformation, being pain-free and able to resume normal eating and speech. The shape of his face was restored to normalcy, underscoring the effectiveness of the innovative medical approach.

Reflecting on the complex surgery, Dr. Satish Anandan, Consultant in Surgical Oncology, shared, "Ameloblastoma Mandibular presented a unique challenge that needed careful removal. Our focus was not only on treating the tumor but also ensuring the normal structure and functionality of the patient's jaw post-surgery."

Highlighting the pivotal role of 3D printing, Dr. Nikhil Puri, Consultant in Plastic, Cosmetic, and Reconstructive Surgery, commented, "AI-based 3D printing technology has brought revolutionary changes in the field of reconstructive surgery. It allows us to create custom-designed implants for transplantation, enabling precise reconstruction of a limb for the patient. This ensures a good recovery for the patient. With 3D printing, we don't need to use a part of the leg bone for traditional free fibula microvascular surgery, making the procedure less invasive."

Emphasizing the significance of 3D printing, Dr. Ashish Vilas Uke, Associate Consultant in Plastic, Cosmetic, and Reconstructive Surgery, stated, "AI-based 3D printing technology has brought revolutionary changes to reconstructive surgery. This technology allows us to create custom-designed implants for transplantation, enabling precise reconstruction of a limb for the patient. This provides a new option for patients requiring jawbone reconstruction without resorting to traditional free fibula microvascular surgery, which involves cutting a part of the leg bone."

Dr. Mayank Somani, MD, and CEO of ApolloMedics Super Specialty Hospitals, affirmed the hospital's commitment to staying at the forefront of rapidly developing trends in medical technology. He stated, "Our hospital is dedicated to keeping pace with the rapidly evolving trends in medical technology. The use of advanced technology such as AI-based 3D printing is evidence of this commitment."