Breakthrough In Pancreatic Cancer: Dr. Swetha Anandhan Identifies Key To Boosting Immune Response

In a study published in Nature Communications, Dr. Anandhan and her team revealed that pancreatic tumors manipulate nearby support cells to produce a protein known as TSG-6.

FPJ Correspondent Updated: Tuesday, July 08, 2025, 09:52 PM IST
Dr. Swetha Anandhan Identifies Key To Boosting Immune Response |

Dr. Swetha Anandhan Identifies Key To Boosting Immune Response |

Pancreatic cancer, one of the most formidable challenges in medicine, may soon face a new ray of hope thanks to groundbreaking research conducted by Dr. Swetha Anandhan at MD Anderson Cancer Center in Houston, USA. Mentored by esteemed figures such as Dr. Padmanee Sharma and Nobel laureate Dr. Jim Allison, Dr. Anandhan's research has uncovered a critical insight into why pancreatic tumors resist conventional immune therapies.

In a study published in Nature Communications, Dr. Anandhan and her team revealed that pancreatic tumors manipulate nearby support cells to produce a protein known as TSG-6. This protein effectively shields the cancer from the body's immune response, thwarting efforts to combat the disease. However, by introducing a TSG-6 blocker alongside standard immune therapies in animal models, the researchers observed a remarkable reversal: tumors significantly shrank, and immune cells resumed their role in fighting cancer.

The findings from animal models were further validated through analysis of patient samples, confirming the potential of this breakthrough approach in human pancreatic cancer treatment. This discovery not only identifies a promising new drug target but also paves the way for future innovations in pharmaceuticals aimed at transforming the landscape of cancer therapies worldwide.

Dr. Anandhan's research marks a significant step forward in the fight against pancreatic cancer, offering renewed hope for patients and healthcare professionals alike. By unleashing the body's natural defenses against cancer, her work promises to redefine how we approach and ultimately conquer this deadly disease.

Published on: Tuesday, July 08, 2025, 09:52 PM IST

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