In a remarkable medical breakthrough, doctors at Manipal Hospital in the national capital treated a 14-year-old girl diagnosed with an extremely rare and aggressive form of cancer - signet ring cell carcinoma at the gastroesophageal (GE) junction. The rare condition had left the teenager unable to swallow even small amounts of food, severely impacting her nutrition, health, and daily life.
This case has drawn attention to the growing need for early cancer diagnosis, especially in children, where symptoms are often overlooked. The young patient initially experienced progressive difficulty in swallowing, a condition medically known as dysphagia. What seemed like a minor issue quickly escalated, prompting her family to seek medical help.
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After a thorough evaluation at Manipal Hospital in New Delhi, doctors said they conducted advanced diagnostic tests, including an endoscopic biopsy. The results confirmed the presence of gastroesophageal junction cancer, a disease that is extremely uncommon in pediatric patients. According to research by the National Institutes of Health (NIH), while stomach and esophageal cancers contribute significantly to the global cancer burden, their occurrence in children is exceptionally rare and often lacks clear risk factors.
Given the aggressive nature of the tumour, the medical team adopted a multidisciplinary cancer treatment approach. The teenager undertook five cycles of pre-surgery chemotherapy, aimed at shrinking the tumor and improving surgical outcomes. Encouragingly, the patient responded well to the treatment, making her eligible for a highly advanced procedure.
The robotic surgery is a minimally invasive technique allowed for greater precision, better visualization
Using robotic-assisted cancer surgery, the team, led by Dr. Surender Kumar Dabas, Chairman of the Manipal Comprehensive Cancer Centre and a specialist in onco-robotic surgeries, carefully removed the affected portion of the stomach along with nearby lymph nodes. This minimally invasive technique allowed for greater precision, better visualization, and reduced damage to surrounding vital organs.
“If such conditions are not treated in time, they can progress rapidly and spread to nearby organs, making treatment more complicated. In this case, the patient responded well to pre-surgery chemotherapy, allowing us to proceed with advanced surgical treatment,” said Dr. Dabas.
“Robotic surgery enables greater precision, better visualization, and improved outcomes, especially in such delicate areas,” he added.
The approach is helpful in not only improving surgical accuracy but also supporting faster recovery and fewer complications.
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