Targeting channel in cell lysosome could selectively kill cancer cells
Activating the protein channel TRPML1 induced selective melanoma cell death while sparing normal cells, suggesting a potential pathway for new cancer therapies.
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Activating the protein channel TRPML1 induced selective melanoma cell death while sparing normal cells, suggesting a potential pathway for new cancer therapies.
Scientists have created a nanofibre-based sheet to control and direct the migration of cells, possibly leading to brain tumour therapies.
Washington University will receive $7.5 million from the NIH to study senescent cells for treatments against age-related diseases.
Scientists have identified potential cancer drugs to treat pulmonary hypertension using experimental and computational approaches.
In a new study, a calorie-restricted diet significantly reduced tumour growth in mouse models, suggesting new possibilities for cancer therapies.
The antimicrobial hygromycin A was shown to clear Lyme disease in mice, representing a promising therapeutic against the disease.
Scientists have developed a novel technique for the targeted clearance of senescent cells to improve treatments for ageing and other conditions.
Mammalian target of rapamycin complex 2 (mTORC2) was found to prevent brain damage in mice infected with herpes simplex virus 1 (HSV-1).
Medicenna's IL-2 super-agonist, MDNA11, successfully induced antitumour cells in animal models, a pre-clinical study has revealed.
New dendritic hydrogels were tested against several infectious bacteria and could be used as an an antibiotic-free treatment in the future.
Researchers identified three microRNAs whose levels were associated with mental performance in cells, mice and humans.
Mission Therapeutics was granted $500,000 from the The Michael J Fox Foundation for Parkinson’s Research for DUB inhibitor testing.
Researchers are identifying molecules that interact with neurolysin, a peptidase that helps protect the brain against stroke.
The Wyss Centre has announced a collaborative project to improve understanding of the brain cancer glioblastoma and develop new personalised therapies.
Gingiva-derived mesenchymal stem cells were used to surgically repair injured peripheral nerves, showing potential for new therapies.