document.write("
"); document.write("
Gupta,\ D.*\ ; Elwakiel,\ A.*\ ; Ranjan,\ S.*\ ; Pandey,\ M.K.*\ ; Krishnan,\ S.*\ ; Ambreen,\ S.*\ ; Henschler,\ R.*\ ; Rana,\ R.*\ ; Keller,\ M.\ ; Ceglarek,\ U.*\ ; Shahzad,\ K.*\ ; Kohli,\ S.*\ ; Isermann,\ B.*
"); document.write("
Activated protein C modulates T-cell metabolism and epigenetic FOXP3 induction via α-ketoglutarate.
"); document.write("
Blood Adv. 7, 5055-5068 (2023)
"); document.write("
"); document.write("
"); document.write("
Ringshausen,\ I.*\ ; Chen,\ J.*\ ; Sathiaseelan,\ V.*\ ; Chilamakuri,\ C.S.*\ ; Jakwerth,\ C.A.\ ; D\'Santos,\ C.S.*\ ; Roamio Franklin,\ V.N.*
"); document.write("
ZAP-70 augments tonic B-cell receptor and CCR7 signaling in IGHV unmutated chronic lymphocytic leukemia.
"); document.write("
Blood Adv. 8, 1167-1178 (2023)
"); document.write("
"); document.write("
"); document.write("
Lazaro-Navarro,\ J.*\ ; Pimentel-Gutiérrez,\ H.J.*\ ; Gauert,\ A.*\ ; Hagemann,\ A.I.H.*\ ; Eisenschmid,\ J.*\ ; Goekbuget,\ N.*\ ; Vick,\ B.\ ; Jeremias,\ I.\ ; Seyfried,\ F.*\ ; Meyer,\ L.H.*\ ; Debatin,\ K.M.*\ ; Richer,\ K.*\ ; Bultman,\ M.*\ ; Neumann,\ M.*\ ; Hanzelmann,\ S.*\ ; Serve,\ H.*\ ; Astrahantseff,\ K.*\ ; Rieger,\ M.A.*\ ; Eckert,\ C.*\ ; Baldus,\ C.D.*\ ; Bastian,\ L.*
"); document.write("
Inhibiting casein kinase 2 sensitizes acute lymphoblastic leukemia cells to venetoclax via MCL1 degradation.
"); document.write("
Blood Adv. 5, 5501-5506 (2021)
"); document.write("
"); document.write("
"); document.write("
Moser,\ C.*\ ; Jurinovic,\ V.*\ ; Sagebiel-Kohler,\ S.*\ ; Ksienzyk,\ B.*\ ; Batcha,\ A.M.N.*\ ; Dufour,\ A.*\ ; Schneider,\ S.*\ ; Rothenberg-Thurley,\ M.*\ ; Sauerland,\ C.M.*\ ; Görlich,\ D.\ ; Berdel,\ W.E.*\ ; Krug,\ U.*\ ; Mansmann,\ U.R.*\ ; Hiddemann,\ W.*\ ; Braess,\ J.*\ ; Spiekermann,\ K.*\ ; Greif,\ P.A.*\ ; Vosberg,\ S.*\ ; Metzeler,\ K.H.*\ ; Kumbrink,\ J.\ ; Herold,\ T.
"); document.write("
A clinically applicable gene expression based score predicts resistance to induction treatment in acute myeloid leukemia.
"); document.write("
Blood Adv. 5, 4752-4761 (2021)
"); document.write("
"); document.write("
"); document.write("
Tsai,\ J.M.*\ ; Shoham,\ M.*\ ; Fernhoff,\ N.B.*\ ; George,\ B.M.*\ ; Marjon,\ K.D.*\ ; McCracken,\ M.N.*\ ; Kao,\ K.S.*\ ; Sinha,\ R.*\ ; Volkmer,\ A.K.*\ ; Miyanishi,\ M.*\ ; Seita,\ J.*\ ; Rinkevich,\ Y.\ ; Weissman,\ I.L.*
"); document.write("
Neutrophil and monocyte kinetics play critical roles in mouse peritoneal adhesion formation.
"); document.write("
Blood Adv. 3, 2713-2721 (2019)
"); document.write("
"); document.write("
"); document.write("
Siekmann,\ I.-K.*\ ; Dierck,\ K.*\ ; Prall,\ S.*\ ; Klokow,\ M.*\ ; Strauss,\ J.*\ ; Buhs,\ S.*\ ; Wrzeszcz,\ A.*\ ; Bockmayr,\ M.*\ ; Beck,\ F.*\ ; Trochimiuk,\ M.*\ ; Gottschling,\ K.*\ ; Martens,\ V.*\ ; Khosh-Naucke,\ M.*\ ; Gerull,\ H.*\ ; Müller,\ J.*\ ; Behrmann,\ L.*\ ; Blohm,\ M.*\ ; Zahedi,\ R.P.*\ ; Jeremias,\ I.\ ; Sickmann,\ A.*\ ; Nollau,\ P.*\ ; Horstmann,\ M.A.*
"); document.write("
Combined inhibition of receptor tyrosine and p21-activated kinases as a therapeutic strategy in childhood ALL.
"); document.write("
Blood Adv. 2, 2554-2567 (2018)
"); document.write("
");