1 |
DYRK1A Kinase Promotes Cell Cycle Exit and Senescence by Recruitment of RBL2/p130 into the DREAM Complex. |
2 |
The RB-SREBP nexus where RB meets cell signaling and lipid metabolism |
3 |
Targeting RANKL/RANK therapy inhibits Prkar1a-low subclass of osteosarcoma |
4 |
Loss of the retinoblastoma tumor suppressor (RB) and PTEN in triple negative breast cancer is associated with a favorable prognosis |
5 |
Atypical E2fs are essential for liver cell polyploidization and tumor suppression |
6 |
E2F7 represses a network of oscillating cell cycle genes to control S-phase progression |
7 |
Atypical E2Fs are novel regulators of angiogenesis through activating VEGFA transcription in cooperation with HIF |
8 |
E2F7 Links the RB and p53 Pathways during Cellular Senescence |
9 |
The biochemical basis of CDK phosphorylation-independent regulation of E2F1 by the retinoblastoma protein |
10 |
High resolution genomic array profiling distinguishes hereditary from non-hereditary retinoblastoma |
11 |
miR-15, miR-16 and miR-21 are direct transcriptional targets of E2F1 that limit E2F-induced proliferation and apoptosis. |
12 |
Studying the dynamics of Rbf/dE2F transcriptional regulation in the Drosophila midgut by tissue-specific ChIP-Seq |
13 |
Rb/E2f pathway targets Shh signaling in neural precursor cells |
14 |
The role of Rb and Rb-family proteins in cell cycle regulation of pancreatic β-cells |
15 |
An alternative view of the way that Rb deficiency interferes with differentiation processes during development. |
16 |
The Role of Rb Protein During Dentate Gyrus Development |
17 |
The RB/E2F Pathway Modulates Neurogenesis Through Regulation of the Dlx Transcription Factor |
18 |
E2f2 induce p53-dependent neuron death in Rb/p107 deficiency mouse retina |
19 |
DNA damage signals through differentially modified E2F1 molecules to induce apoptosis |
20 |
p107 Function in Murine Retina Reveals Strategies to Block Retinoblastoma Initiation |
21 |
Cyclin D:Cdk4/6 Complexes Activate Rb by Mono-Phosphorylation |
22 |
Inhibition of regeneration from stem cells in the planarian Schmidtea Mediterranea following inactivation of the Cdk2 kinase. |
23 |
THE RB FAMILY IS REQUIRED FOR THE SELF-RENEWAL AND SURVIVAL OF HUMAN EMBRYONIC STEM CELLS |
24 |
E2f3 isoforms control neurogenesis by regulating Sox2 expression |
25 |
pRB: Mitotic Implications of a Tumor Suppressor |
26 |
Polarity and retinoblastoma initiation |
27 |
Pocket Proteins sound off: The retinoblastoma gene family in the inner ear sensory hair cells regeneration |
28 |
Identifying players in the functional network around pRB. |
29 |
A novel use of E2f and Cdk inhibitors to prevent RB1-null tumours in genetically engineered models of retinoblastoma |
30 |
Lack of E2F activity protects cells from irradiation-induced cell death |
31 |
Cdc25/Cdk4/pRb pathway mediates neuronal death following ischemic injury. |
32 |
The effects of ectopic expression of CyclinE1/Cdk2 on retinoblastoma (Rb) null retinal clones |
33 |
Untangling the role of Rb family proteins in adult hippocampal neurogenesis |
34 |
Suppression of dE2F1-induced apoptosis by its embedded miRNA, miR-11 |
35 |
Not Knudsons retinoblastoma: a new disease driven by the MYCN oncogene with normal RB1 |
36 |
Role of the pRb family proteins in neuronal differentiation and axon tract formation. |
37 |
New levels of control in the Rb-E2F pathway |
38 |
Toward genetic analysis of cooperation between RB and p53 or Pten during the development of mammary tumor; cellular basis for addiction to Rb |
39 |
Role of the Rb and p53 Tumor Suppressor Pathways in Mammary Tumorigenesis |
40 |
Elucidating the Pten Oncogenic Network in Breast Cancer |
41 |
Idarubicin sensitization screen for triple negative breast cancers; effect of pRb status |
42 |
A novel function for the retinoblastoma protein in epithelial morphogenesis |
43 |
The pRb-E2F1 Axis Maintains Hypothalamus POMC Neurons Postnatally to Suppress Obesity |
44 |
Phospho-Rb and thyroid hormone receptor beta 2 based S-phase-associated complex in regulation of cell cycle balance in RB1 or KRAS mutant cancers |
45 |
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