Researchers from Bochum have detected an olfactory receptor in the human bladder that might prove useful for bladder cancer therapy
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New drugs could also be deployed against lung and pancreatic cancers
A new anti-cancer drug may be effective against a wider range of cancers than previously thought. Using a mouse model
Read moreResearchers magnify the brain in motion with every heartbeat
Understanding how the brain moves — at rest and upon impact — has been crucial to understanding brain disorders, but
Read moreBrain scientists identify ‘cross talk’ between neurons that control touch in mice: Findings may provide new insights into the connections between movement and touch
Scientists report they have uncovered a previously overlooked connection between neurons in two distinct areas of the mammalian brain. The
Read moreGenes of different importance for brain cancer
Two genes play important roles for the formation of malignant cancer in the brain. One gene prevents the formation of
Read moreDifferent diseases elicit distinct sets of exhausted T cells: Epigenomics survey of human immune cells has implications for fighting chronic infections, autoimmunity, and cancer
The battle between the human immune system and long-term, persisting infections and other chronic diseases such as cancer results in
Read moreOperating on brain gliomas by detecting the ‘glow’: A new surgical imaging instrument
Research by Barrow Neurological Institute physicians and University of Washington scientists on novel imaging technology for malignant brain tumors was
Read moreBreast cancer linked to the body’s internal clock
For years, doctors have associated the BRCA1 and BRCA2 gene mutations with an increased risk of breast cancer. But researchers
Read moreAmplification of key cellular organizer may initiate cancer
Cells begin to accumulate centrosomes — organelles that play a vital role during cell division — before they transform into
Read moreImplantable islet cells come with their own oxygen supply: Device could help insulin-producing cells live longer after transplant and improve treatment of type 1 diabetes
Since the 1960s, researchers have been interested in the possibility of treating type 1 diabetes by transplanting islet cells —
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