https://labi-lab.owlstown.net https://labi-lab.owlstown.net/publications https://labi-lab.owlstown.net/projects https://labi-lab.owlstown.net/people https://labi-lab.owlstown.net/courses https://labi-lab.owlstown.net/posts https://labi-lab.owlstown.net/pages https://labi-lab.owlstown.net/cv https://labi-lab.owlstown.net/contact_form https://labi-lab.owlstown.net/publications/1926-context-specific-regulation-of-cell-survival-by-a-mirna-controlled-bim-rheostat https://labi-lab.owlstown.net/publications/1942-addiction-of-b-cell-lymphomas-to-microrna-17-92-is-mediated-by-a-single-target-gene https://labi-lab.owlstown.net/publications/1941-transient-apoptosis-inhibition-in-donor-stem-cells-improves-hematopoietic-stem-cell-transplantation https://labi-lab.owlstown.net/publications/1924-canonical-nf-b-signaling-is-uniquely-required-for-the-long-term-persistence-of-functional-mature-b-cells https://labi-lab.owlstown.net/publications/1927-tissue-specific-dna-demethylation-is-required-for-proper-b-cell-differentiation-and-function https://labi-lab.owlstown.net/publications/1930-how-cell-death-shapes-cancer https://labi-lab.owlstown.net/publications/1938-deregulated-cell-death-and-lymphocyte-homeostasis-cause-premature-lethality-in-mice-lacking-the-bh3-only-proteins-bim-and-bmf https://labi-lab.owlstown.net/publications/1937-minor-cell-death-defects-but-reduced-tumor-latency-in-mice-lacking-the-bh3-only-proteins-bad-and-bmf https://labi-lab.owlstown.net/publications/1923-genome-wide-association-analysis-in-primary-sclerosing-cholangitis-identifies-two-non-hla-susceptibility-loci https://labi-lab.owlstown.net/publications/1932-aicar-induces-apoptosis-independently-of-ampk-and-p53-through-up-regulation-of-the-bh3-only-proteins-bim-and-noxa-in-chronic-lymphocytic-leukemia-cells https://labi-lab.owlstown.net/publications/1934-apoptosis-of-leukocytes-triggered-by-acute-dna-damage-promotes-lymphoma-formation https://labi-lab.owlstown.net/publications/1928-caspase-2-activation-in-the-absence-of-piddosome-formation https://labi-lab.owlstown.net/publications/1939-bim-and-bmf-in-tissue-homeostasis-and-malignant-disease https://labi-lab.owlstown.net/publications/1940-the-nuclear-orphan-receptor-nr2f6-suppresses-lymphocyte-activation-and-t-helper-17-dependent-autoimmunity https://labi-lab.owlstown.net/publications/1933-targeting-the-bcl-2-regulated-apoptosis-pathway-by-bh3-mimetics-a-breakthrough-in-anticancer-therapy https://labi-lab.owlstown.net/publications/1935-loss-of-the-bh3-only-protein-bmf-impairs-b-cell-homeostasis-and-accelerates-irradiation-induced-thymic-lymphoma-development https://labi-lab.owlstown.net/publications/1929-puma-cooperates-with-bim-the-rate-limiting-bh3-only-protein-in-cell-death-during-lymphocyte-development-in-apoptosis-induction https://labi-lab.owlstown.net/publications/1931-bh3-only-proteins-in-cell-death-initiation-malignant-disease-and-anticancer-therapy https://labi-lab.owlstown.net/publications/1936-the-nf-b-regulator-bcl-3-and-the-bh3-only-proteins-bim-and-puma-control-the-death-of-activated-t-cells https://labi-lab.owlstown.net/publications/1925-bh3-only-proteins-puma-and-bim-are-rate-limiting-for-radiation-and-glucocorticoid-induced-apoptosis-of-lymphoid-cells-in-vivo https://labi-lab.owlstown.net/projects/210-apoptosis-as-barrier-to-autoimmunity-and-cancer