Immune cells may improve accuracy of predicting survival in colorectal cancer

The density of immune cells, called tumor infiltrating lymphocytes, when combined with analysis of tumor budding may serve as a method to more accurately predict survival in patients with stage III colon cancer. The findings, by a team of researchers led by Mayo Clinic gastroenterologist and oncologist, Frank Sinicrope, M.D., were published today in Annals of Oncology.
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Discovery of GABAergic synaptic regulations inside the brain for a new epilepsy treatment

DGIST announced on February 12 that the joint research team of Professor Jaewon Ko and Professor Ji Won Um in the Department of Brain and Cognitive Sciences found a new candidate target to treat epilepsy by regulating GABAergic synaptic functions. This research achievement is expected to set a milestone to develop new treatments such as epilepsy, an intractable brain disease.
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Study reveals properties of cells fated to relapse in acute lymphoblastic leukemia

Scientists at St. Jude Children’s Research Hospital and Princess Margaret Cancer Centre in Toronto, Canada, have reported that subpopulations of leukemic cells present at diagnosis can cause relapse in children with acute lymphoblastic leukemia. The findings have implications for current and future therapy. The work recently appeared as an advance online publication in Cancer Discovery.
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The urban history that makes China’s coronavirus lockdown possible

Hundreds of millions of people in cities in China have been affected by measures to contain the novel coronavirus. It has been reported that people have been asked to provide information such as their temperature via mobile phone, and that in some neighbourhoods only one member of a family is allowed out every few days to buy food. Visitors from outside residential complexes have been forbidden from entering, and public gatherings have been cancelled.
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