Scientists have identified a novel resistance mechanism in melanoma where a long non-coding RNA activates the Hippo pathway to promote drug resistance. This discovery could lead to new combination therapies for treatment-resistant melanoma patients.
Scientists have identified significant alternative splicing alterations in aging cochlear tissue that correlate with hearing loss severity. The study reveals previously unknown RNA binding proteins that may drive these molecular changes, offering new targets for therapeutic intervention.
Researchers have uncovered compelling evidence that abnormal RNA splicing patterns in the inner ear contribute significantly to age-related hearing loss, according to a comprehensive study published in Scientific Reports. The investigation reveals how molecular changes in the cochlea accelerate hearing deterioration as mammals age, providing new insights into the biological mechanisms behind sensorineural hearing loss (SNHL).
The Unexpected Healing Power of Mosquito Saliva While mosquito bites are universally despised for their itching and disease transmission, groundbreaking…
