Cancer cells rarely begin stealthily. Quite the contrary, they alert the immune system to their presence by displaying chemical red flags on their membranes. When detected, the body's defences can swoop in and destroy renegade cells before they can do significant damage. Lipids, fatty molecu
After discovering how the immune system of the body targets cancer-ravaged cells, scientists are on the approach of a significant breakthrough in the fight against the disease.
The protein receptor Tyrosine phosphatases are proteins that are found in cell membranes. Although the details of their exact mechanism of action remain unknown, they are known to be tumour suppressors and regulators of cell-cell interactions.
Nine times out of ten, metastasis is the cause of cancer deaths. This is the point when the primary tumour has sent out cells, like seeds, and invaded other organs of the body. Despite significant advancements in the treatment of primary tumours, medicine remains mainly powerless against met
A research group at the University of Seville's Department of Biochemistry and Molecular Biology has achieved great progress by identifying the critical role of the protein Galectin-3 in the progression of several forms of brain tumours.
Bangalore (Karnataka) [India], April 4: In 2022, India faced a challenge, with over 14.1 lakh new cancer cases and more than 9.1 lakh deaths due to the disease. The risk of developing cancer before the age of 75 in India is calculated at 10.6%, with a mortality risk of 7.2%. These numbers
Certain anti-cancer medications also target healthy cells in addition to malignant cells. Their use may become restricted if their effects on the latter are excessively powerful. The mechanism of action of PARP inhibitors, which are specifically used for treating breast and ovarian cancer in
T cells are commonly referred to be "assassins" or "killers" because they can plan and execute missions to hunt down bacteria, viruses, and cancer cells throughout the body. As powerful as T cells may be, current research has revealed that once they enter the environment of a solid tumour
Tata Memorial Centre research suggests that dying cancer cells release cell-free chromatin particles after chemotherapy and radiotherapy that can turn healthy cells into cancerous ones, an official statement from the Department of Atomic Energy said on Monday.
One of the most significant cells in the body is the macrophage. This immune cell, dubbed "big eater" in Greek, eats and breaks down dangerous substances like dust, debris, bacteria, and cancer cells. Macrophages play a particularly important role in the lungs, where they combat bacterial in
The macrophage is one of the most important cells in the body. This immune cell, which means "big eater" in Greek, consumes and digests harmful materials such as bacteria, cancer cells, dust, and detritus. Macrophages are notably crucial in the lungs, where they fight bacterial infections wh
Researchers discovered that a receptor protein called CHRM1 plays an important role in prostate cancer cells' resistance to docetaxel, a routinely used chemotherapeutic treatment to treat advanced cancer that has progressed beyond the prostate.