An Osaka University-led team revealed that Ragnase-1 is a key regulator of the self-renewal and differentiation of hematopoietic stem and progenitor c...
An Osaka University-led research team assayed T cell cytotoxicity in tumor tissue in lung cancer, along with normal lung tissue and peripheral blood. ...
Autophagy is an important biological recycling mechanism that influences the progression of aging in animals. Here, age-related changes in autophagy w...
Collective cell migration is essential in many organisms, with roles in human cellular processes including cancer invasion and wound healing. Now, a t...
Normal gut bacteria are instrumental in inducing an immune response in the presence of invading pathogens. However, exactly how commensal bacteria cau...
TNFα-induced cell death is tightly regulated and resisted in endothelial cells. Here, an Osaka University-led research team used a unique type of mous...
Large changes in the structure of chromosomes are usually fatal for the cell or can lead to genetic diseases such as cancer. Many large chromosomal re...
Osaka University researchers showed that high levels of the protein Semaphorin 7a are associated with resistance to treatment with EGFR-TKIs in lung a...
An international collaboration including Osaka University researchers has found that a peptide hormone regulates two different cell division processes...
A research team at Osaka University created a system that uses a convolutional neural network to learn the features distinguishing different cancer ce...
