HCG Manavata Cancer Centre (HCGMCC)

Massive Tumour Weighing 8.5 kg Successfully Removed Surgically At HCGMCC

Nashik, July 17: HCG Manavata Cancer Centre (HCGMCC) recently achieved a feat with the successful surgical removal of an 8.5kg ovarian tumour, highlighting the exceptional expertise of its surgical team. A 50-year-old female patient from Nashik suffering with hypothyroidism and hypertension, presented with abdominal distension and sudden weight gain over the past two months. Upon examination, a massive 20*30 cm lump was discovered in the lower abdomen, occupying the entire abdominal cavity. The surgical team led by Dr Vikas Jain, Senior Consultant in Surgical Oncology and Dr Raj Nagarkar, Director of Surgical Oncology, meticulously removed the tumour intact, ensuring no spillage of tumour tissue into the body. Immediately post-operation, the patient experienced significant relief from the abdominal heaviness and discomfort, and returned home happily just three days after the surgery.

“When the patient visited us, the tumour was notably large and heavily vascularized, occupying the entire abdomen. Despite the negative tumour markers, the decision was made to proceed with an ovarian mass excision with frozen confirmation. The successful removal of such a large ovarian tumour without any complications speaks volumes about the capabilities of our surgical team. The case exemplifies the importance of meticulous surgical techniques and highlights our commitment to providing the highest standard of care to our patients,” says Dr Raj Nagarkar, Managing Director & Chief of Surgical Oncology & Robotic Services, HCG Manavata Cancer Centre (HCGMCC) & Hospitals.

The rare case underscores the necessity for skilled and delicate handling during surgery to prevent the rupture of large tumours, which could potentially lead to the spread of cancerous cells throughout the abdomen. The precision and expertise demonstrated by Dr Jain and Dr Nagarkar's team were crucial in ensuring the patient's successful recovery and quick discharge.