Evolutionary Acquisition of Multifunctionality by Glycolytic Enzymes the chemical, functional and regulatory principles underlying cellular metabolism arose, how
cells acquired
T cell metabolic reprogramming in acute kidney injury and protection by glutamine blockadeLee Kyungho,
Thompson E.A.,
Gharaie Sepideh,
Patel C.H.,
Kurzhagen J.T.,
Pierorazio P.M.,
Noel Sanjeev,
Slusher B.S.,
Rabb Hamid,
Arend L.J.,
Thomas A.G. -related enzymes. T
cells undergo metabolic
reprogramming during AKI, and reconstitution of metabolism by targeting
Superoxide- and NO-dependent mechanisms of the reprogramming of bone marrow cells by tumor cells carcinoma
cells at 37 °C are defined. It is shown that the impact of tumor
cells on BM manifests
Superoxide- and NO-dependent mechanisms of the reprogramming of bone marrow cells by tumor cells carcinoma
cells at 37 °C are defined. It is shown that the impact of tumor
cells on BM manifests
Эволюционное приобретение мультифункциональности гликолитическими ферментами the chemical, functional, and regulatory principles that determine cellular metabolism arose, how
cells Resistance to BET Bromodomain Inhibitors Is Mediated by Kinome Reprogramming in Ovarian CancerKurimchak A.,
Shelton C.,
Duncan K.,
Johnson K.,
Brown J.,
O'Brien S.,
Gabbasov R.,
Fink L.,
Li Y.,
Lounsbury N.,
Abou-Gharbia M.,
Childers W.,
Connolly D.,
Chernoff J.,
Peterson J.,
Duncan J. -dependent ovarian carcinoma (OC)
cell lines. Despite initial inhibitory effects of BETi, OC
cells acquired
Resistance to BET Bromodomain Inhibitors Is Mediated by Kinome Reprogramming in Ovarian CancerKurimchak A.,
Shelton C.,
Duncan K.,
Johnson K.,
Brown J.,
O'Brien S.,
Gabbasov R.,
Fink L.,
Li Y.,
Lounsbury N.,
Abou-Gharbia M.,
Childers W.,
Connolly D.,
Chernoff J.,
Peterson J.,
Duncan J. -dependent ovarian carcinoma (OC)
cell lines. Despite initial inhibitory effects of BETi, OC
cells acquired
OBTAINING HUMAN INDUCED PLURIPOTENT STEM CELLS FROM CORNEAL KERATOCYTESOBTAINING HUMAN INDUCED PLURIPOTENT STEM
CELLS FROM CORNEAL KERATOCYTES