Innovative Method to Reprogram Immune Cells for Cancer Defense
A groundbreaking collaboration involving four groups at MIT, under the leadership of principal investigators Laura L. Kiessling, Jeremiah A. Johnson,…
The News Inspirator
A groundbreaking collaboration involving four groups at MIT, under the leadership of principal investigators Laura L. Kiessling, Jeremiah A. Johnson,…
Cancer treatments like chemotherapy are known for their effectiveness in fighting cancer cells, but they often come at a cost—namely,…
Have you ever imagined if training your immune system to target cancer cells could be as straightforward as getting it…
Oscar Molina, a first-generation immigrant, faced the often-predictable career paths of doctor or lawyer as a child. Although initially on…
Ductal carcinoma in situ (DCIS), a preinvasive tumor, has the potential to advance to an aggressive form of breast cancer,…
Groundbreaking research from the Singapore-MIT Alliance for Research and Technology (SMART) has led to the development of an innovative approach…
Researchers have recently launched an extensive database detailing human protein kinases and their binding sites, marking a significant advancement for…
When Paula Hammond stepped onto MIT’s campus as a first-year student in the early 1980s, she questioned whether she truly…
Exciting breakthroughs are on the horizon as Cancer Grand Challenges has revealed the five winning teams for 2024, featuring five…
Tumors are known to harbor mutations across numerous genes, each affected in unique ways—from simple substitutions of one DNA nucleotide…
Our immune system is like a vigilant guard, tasked with identifying and eliminating cells that have undergone cancerous mutations. Yet,…
Therapeutic cancer vaccines represent a cutting-edge approach to combating malignancies. The premise is simple: when patients receive injections of peptide…
Since the first documented case of pancreatic cancer emerged in the 18th century, researchers have embarked on a complex journey…
Tumors continuously release fragments of DNA from dying cells, which temporarily circulate in a patient’s bloodstream before being rapidly degraded.…
Imagine a future where diagnosing lung cancer is as straightforward as inhaling tiny nanoparticle sensors and simply providing a urine…