Lab-Grown Tumor Organoids Illuminate How Cancers Evade, Tolerate, and Resist Treatment
A new review in Molecular Cancer positions patient-derived organoids as living systems for mapping how cancers tolerate, persist through, and ...
A new review in Molecular Cancer positions patient-derived organoids as living systems for mapping how cancers tolerate, persist through, and ...
A new review finds that induced pluripotent stem cells have transformed drug discovery for Alzheimer's disease, diabetes, arthritis and cancer ...
A personalized dendritic cell neoantigen vaccine given to an ovarian cancer patient enabled Swiss researchers to track expanding T-cell clonotypes ...
A new systematic review reveals how artificial intelligence, generative models, and quantum computing are converging to transform drug discovery and ...
A new Nature Protocols workflow shows that keratinocytes from remotely mailed hair follicles can be reprogrammed into induced pluripotent stem ...
Patient-derived ovarian cancer organoids show that brief chemotherapy exposure reshapes sensitivity to second-line drugs such as cediranib and topotecan without ...
A landmark review traces how organoids, assembloids and endometrium-on-a-chip platforms are transforming the study of human reproduction and women's health.
CAMBRIDGE, United Kingdom — A new commentary published in Frontiers in Medicine argues that the next transformation in healthcare will ...
Around three million people worldwide live with chronic pancreatitis, a debilitating condition marked by persistent inflammation, scarring, and severe pain. ...
In an era where personalized medicine stands at the forefront of biomedical innovation, the intricate relationship between our genetic architecture ...
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© 2025 Scienmag - Science Magazine