Matches in Nanopublications for { ?s ?p <http://purl.org/aida/mTORC1+hyperactivity+contributes+to+the+apoptotic+resistance+of+serum-deprived+Tsc1%2F2-deficient+cells+in+part+by+increasing+the+growth+factor-independent+expression+of+hexokinase+II+%28HKII%29+and+GLUT1.> ?g. }
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- assertion asSentence mTORC1+hyperactivity+contributes+to+the+apoptotic+resistance+of+serum-deprived+Tsc1%2F2-deficient+cells+in+part+by+increasing+the+growth+factor-independent+expression+of+hexokinase+II+%28HKII%29+and+GLUT1. assertion.
- assertion asSentence mTORC1+hyperactivity+contributes+to+the+apoptotic+resistance+of+serum-deprived+Tsc1%2F2-deficient+cells+in+part+by+increasing+the+growth+factor-independent+expression+of+hexokinase+II+%28HKII%29+and+GLUT1. assertion.
- assertion asSentence mTORC1+hyperactivity+contributes+to+the+apoptotic+resistance+of+serum-deprived+Tsc1%2F2-deficient+cells+in+part+by+increasing+the+growth+factor-independent+expression+of+hexokinase+II+%28HKII%29+and+GLUT1. assertion.
- assertion asSentence mTORC1+hyperactivity+contributes+to+the+apoptotic+resistance+of+serum-deprived+Tsc1%2F2-deficient+cells+in+part+by+increasing+the+growth+factor-independent+expression+of+hexokinase+II+%28HKII%29+and+GLUT1. assertion.
- assertion asSentence mTORC1+hyperactivity+contributes+to+the+apoptotic+resistance+of+serum-deprived+Tsc1%2F2-deficient+cells+in+part+by+increasing+the+growth+factor-independent+expression+of+hexokinase+II+%28HKII%29+and+GLUT1. assertion.