Oncology & Cancer

Tissue physics plays a key role in tumor growth

Cancer is a difficult disease to treat and to study, and can be caused by a range of genetic mutations. For instance, the mutated RAS gene causes a loss of structure in so-called epithelial tissue, a tissue type that lines ...

Genetics

Pathomechanisms in heart disease discovered

Titin is a "titanically large" protein—the largest in the human body—which enables elastic movements of our muscles, including the heart. Mutations in the titin gene (TTN) that impair this function are the most frequent ...

Endocrinology & Metabolism

Research finds higher disease protection in fat cells in females

Research from the University of Cincinnati finds a higher presence of mitochondria in fat tissue in females. The research suggests this provides women protection against obesity and metabolic diseases. The study was published ...

Immunology

Mechanism behind ineffective psoriasis drugs identified

Psoriasis is a chronic inflammatory autoimmune disease that manifests as red, scaly skin patches. There is no causal treatment for the disease, but the symptoms can be significantly alleviated with modern therapies. Complex ...

Psychology & Psychiatry

Scientists gain new understanding of how brain cells talk

Experts from the University of Nottingham have discovered that reversing the modification of molecular messages at synapses in the human brain, may contribute to reversible mental health conditions such as anxiety, and memory ...

Medical research

Power of stem cells harnessed to create cartilage tissue

Researchers at the University of Southampton have invented a new way to generate human cartilage tissue from stem cells. The technique could pave the way for the development of a much-needed new treatment for people with ...

Cardiology

Finding inspiration to rebuild human heart muscle

Advances in cardiac tissue engineering offer hope for an array of useful applications, from heart repair to disease modeling. As part of active, ongoing research related to bioengineering functional human organs, Adam Feinberg ...

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