A groundbreaking study reveals how targeting two enzymes, PDIA1 and PDIA5, can weaken prostate cancer cells, enhancing the effectiveness of existing treatments like enzalutamide and improving survival rates.
Scientists from UF and MD Anderson unveil a groundbreaking mRNA vaccine that may enhance cancer treatment and improve survival rates for patients, potentially revolutionizing oncologic care.
Scientists from University College London have made a groundbreaking discovery that could slow the progression of Huntington’s disease. A new gene therapy, AMT-130, shows promising results in clinical trials, potentially changing lives forever.
In a groundbreaking announcement, gene therapy company uniQure revealed an experimental treatment that has slowed the progression of Huntington's disease. Although still in early testing, this could signal new hope for patients battling this devastating condition.
Elissa Kalver, diagnosed with HER2-positive metastatic breast cancer at 34, shares her inspiring journey through aggressive treatments, clinical trials, and living life to the fullest despite her diagnosis.
A recent study reveals that high sucralose intake may hinder immunotherapy effectiveness in cancer patients. Discover how arginine supplements could be the key to improving outcomes.
A groundbreaking study reveals that beta blockers may not benefit heart attack patients with preserved heart function. Discover the surprising results that could change treatment protocols.
A historic pig lung transplant into a brain-dead human patient lasted nine days, showcasing the potential and challenges of xenotransplantation. While the patient faced organ rejection, this experiment opens new avenues in medical science.
Eli Lilly's new obesity pill, orforglipron, faces tough competition but could disrupt the weight loss market. Despite underwhelming trial results, analysts see potential for success due to manufacturing advantages and pricing strategies.
A groundbreaking study reveals that a new mRNA vaccine can activate the immune system and significantly shrink tumors in mice, sparking hope for a universal cancer vaccine that could revolutionize treatment methods.
