… To ask, whether the lethal phenotype of HDAC2 knockout mice reflects a cell-autonomous
function of HDAC2 in cardiomyocytes Eric Olson’s group conditionally deleted the HDAC2 …

… , accelerates the transition from G1 to S phase [17]. On the other hand, JUNB negatively
regulates cell proliferation by inhibiting the progression into S phase via activation of the CDKI …

… The Cr distribution in aerial parts and roots of S. herzogii and P. … S. herzogii showed a
higher growth rate than P. stratiotes at … The chlorophyll content in tissues was less affected in S. …

… suppressor leading to its inactivation and fast synthesis of S phase proteins (Citation15). …
Importantly, HDAC1 −/− cells displayed reduced numbers of cycling cells in S phase, while the …

… Ostman for helpful discussions and technical help with PDGFRB analysis, and S. Reichmann
for technical help with soluble-CD30 and PDGFB assays. LK is supported by the Fonds zur …

Histone deacetylases (HDACs) are negative regulators of gene expression and have been
implicated in tumorigenesis and tumor progression. Therefore, HDACs are promising targets …

… Our results re-emphasize MeCP2’s original proposed function as a transcriptional
repressor whose purpose is to maintain the delicate balance of neuronal gene expression. …

… As p16 INK4A inhibits cell cycle progression at the G1/S transition, we performed fGSEA of
two sets of genes upregulated during this process (REACTOME G1/S, FISCHER G1/S) and …

… levels in the presence of double-stranded oligonucleotides bearing specific modifications
of cytosine (S. Lagger et al., manuscript in preparation). The method has the advantage that it …

… After this incubation step reactions were stopped with 35 ml Histone Stop and 800 ml
ethylacetate followed by a vortex step of 15 s and spin down 4 min at 10,000 rpm in a swing out …