Personalised Medicine

"Deep Visual Proteomics" technology provides cell-specific, protein-based information and helps to analyze cancer diseases

Cleverly combining artificial and human intelligence leads to improved prevention of psychosis in young patients

Scientists present a novel method to directly and rapidly destroy any protein in any kind of cell

Researchers identify almost 11,000 different proteins throughout the heart

Obesity alters a subpopulation of immune cells, thereby increasing the risk of developing type 2 diabetes

Researchers identify pathways in neural brain cells which are decisive in treatment response with antidepressant paroxetine

Scientists can predict in the lab whether a drug will be effective for individual colorectal tumours

Scientists discover a new target for treating aggressive brain tumors

Fat decreases glucose levels in the mouse brain

Human genomes are extraordinarily individual - a challenge for personalised medicine

"Deep Visual Proteomics" technology provides cell-specific, protein-based information and helps to analyze cancer diseases

Scientists present a novel method to directly and rapidly destroy any protein in any kind of cell

Researchers identify almost 11,000 different proteins throughout the heart

Obesity alters a subpopulation of immune cells, thereby increasing the risk of developing type 2 diabetes

Researchers identify pathways in neural brain cells which are decisive in treatment response with antidepressant paroxetine

Scientists can predict in the lab whether a drug will be effective for individual colorectal tumours

Scientists discover a new target for treating aggressive brain tumors

Fat decreases glucose levels in the mouse brain

Human genomes are extraordinarily individual - a challenge for personalised medicine

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