357 results on '"Becher, Oren J."'
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2. BET bromodomain inhibition potentiates radiosensitivity in models of H3K27-altered diffuse midline glioma
3. TIM-3 blockade in diffuse intrinsic pontine glioma models promotes tumor regression and antitumor immune memory
4. Recombinant polio–rhinovirus immunotherapy for recurrent paediatric high-grade glioma: a phase 1b trial
5. A tumor suppressor role for EZH2 in diffuse midline glioma pathogenesis
6. Radiosensitizing the Vasculature of Primary Brainstem Gliomas Fails to Improve Tumor Response to Radiation Therapy
7. The oncolytic adenovirus Delta-24-RGD in combination with ONC201 induces a potent antitumor response in pediatric high-grade and diffuse midline glioma models
8. Pediatric high-grade glioma: biologically and clinically in need of new thinking.
9. RETRACTED ARTICLE: Tumor necrosis factor overcomes immune evasion in p53-mutant medulloblastoma
10. Orthogonal targeting of EGFRvIII expressing glioblastomas through simultaneous EGFR and PLK1 inhibition
11. Ataxia-telangiectasia mutated(Atm) disruption sensitizes spatially-directed H3.3K27M/TP53 diffuse midline gliomas to radiation therapy
12. Retraction Note: Tumor necrosis factor overcomes immune evasion in p53-mutant medulloblastoma
13. Pediatric High-Grade Gliomas and DIPG
14. Supplemental Figure 5 from ABCG2 and ABCB1 Limit the Efficacy of Dasatinib in a PDGF-B–Driven Brainstem Glioma Model
15. Supplemental Figure 4 from ABCG2 and ABCB1 Limit the Efficacy of Dasatinib in a PDGF-B–Driven Brainstem Glioma Model
16. Data from ABCG2 and ABCB1 Limit the Efficacy of Dasatinib in a PDGF-B–Driven Brainstem Glioma Model
17. Supplemental Figure 6 from ABCG2 and ABCB1 Limit the Efficacy of Dasatinib in a PDGF-B–Driven Brainstem Glioma Model
18. Supplemental Figure legends from Histone H3.3K27M Represses p16 to Accelerate Gliomagenesis in a Murine Model of DIPG
19. Supplemental Figure 1 from ABCG2 and ABCB1 Limit the Efficacy of Dasatinib in a PDGF-B–Driven Brainstem Glioma Model
20. PDGF signaling cooperates with H3.3K27M to increase tumor malignancy from Histone H3.3K27M Represses p16 to Accelerate Gliomagenesis in a Murine Model of DIPG
21. p16 promoter DNA methylation and expression in response to decitabine treatment from Histone H3.3K27M Represses p16 to Accelerate Gliomagenesis in a Murine Model of DIPG
22. Data from Histone H3.3K27M Represses p16 to Accelerate Gliomagenesis in a Murine Model of DIPG
23. Supplementary data from Histone H3.3K27M Represses p16 to Accelerate Gliomagenesis in a Murine Model of DIPG
24. Significantly differentially expressed genes from Histone H3.3K27M Represses p16 to Accelerate Gliomagenesis in a Murine Model of DIPG
25. Inhibition of DNA methylation induces p16 de-repression from Histone H3.3K27M Represses p16 to Accelerate Gliomagenesis in a Murine Model of DIPG
26. Supplemental Figure 2 from ABCG2 and ABCB1 Limit the Efficacy of Dasatinib in a PDGF-B–Driven Brainstem Glioma Model
27. Mouse injection survival results from Histone H3.3K27M Represses p16 to Accelerate Gliomagenesis in a Murine Model of DIPG
28. H3.3K27M affects gene expression of PRC2 target genes and focally represses p16 expression from Histone H3.3K27M Represses p16 to Accelerate Gliomagenesis in a Murine Model of DIPG
29. EZH2 inhibitors are not effective against H3.3K27M tumor cells from Histone H3.3K27M Represses p16 to Accelerate Gliomagenesis in a Murine Model of DIPG
30. Supplemental Figure Legends from ABCG2 and ABCB1 Limit the Efficacy of Dasatinib in a PDGF-B–Driven Brainstem Glioma Model
31. Supplemental Figure 3 from ABCG2 and ABCB1 Limit the Efficacy of Dasatinib in a PDGF-B–Driven Brainstem Glioma Model
32. Table S2 from Radiosensitization by Histone H3 Demethylase Inhibition in Diffuse Intrinsic Pontine Glioma
33. Data from Radiosensitization by Histone H3 Demethylase Inhibition in Diffuse Intrinsic Pontine Glioma
34. Figure S1 from Radiosensitization by Histone H3 Demethylase Inhibition in Diffuse Intrinsic Pontine Glioma
35. Supplementary Figure 3 from Preclinical Evaluation of Radiation and Perifosine in a Genetically and Histologically Accurate Model of Brainstem Glioma
36. Supplementary Figure 2 from Preclinical Evaluation of Radiation and Perifosine in a Genetically and Histologically Accurate Model of Brainstem Glioma
37. Data from Genetically Engineered Models Have Advantages over Xenografts for Preclinical Studies
38. Supplementary Figure 8 from Gli Activity Correlates with Tumor Grade in Platelet-Derived Growth Factor–Induced Gliomas
39. Supplementary Methods and Materials from Gli Activity Correlates with Tumor Grade in Platelet-Derived Growth Factor–Induced Gliomas
40. Correction from Genetically Engineered Models Have Advantages over Xenografts for Preclinical Studies
41. Supplementary Figure 7 from Gli Activity Correlates with Tumor Grade in Platelet-Derived Growth Factor–Induced Gliomas
42. Supplementary Figure 10 from Gli Activity Correlates with Tumor Grade in Platelet-Derived Growth Factor–Induced Gliomas
43. Supplementary Figure 2 from Gli Activity Correlates with Tumor Grade in Platelet-Derived Growth Factor–Induced Gliomas
44. Supplementary Figure 3 from Gli Activity Correlates with Tumor Grade in Platelet-Derived Growth Factor–Induced Gliomas
45. Supplementary Figure 9 from Gli Activity Correlates with Tumor Grade in Platelet-Derived Growth Factor–Induced Gliomas
46. Supplementary Figure 5 from Gli Activity Correlates with Tumor Grade in Platelet-Derived Growth Factor–Induced Gliomas
47. Supplementary Figure 6 from Gli Activity Correlates with Tumor Grade in Platelet-Derived Growth Factor–Induced Gliomas
48. Supplementary Figure 1 from Preclinical Evaluation of Radiation and Perifosine in a Genetically and Histologically Accurate Model of Brainstem Glioma
49. Supplementary Figure 4 from Gli Activity Correlates with Tumor Grade in Platelet-Derived Growth Factor–Induced Gliomas
50. Supplementary Figure 4 from Preclinical Evaluation of Radiation and Perifosine in a Genetically and Histologically Accurate Model of Brainstem Glioma
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