Nicholas K. Foreman

Morgan Adams Foundation — United States

Medicine · Health Sciences

65h-index16.1kcitations645works1.92yr avg
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Research Topics

Glioma Diagnosis and Treatment(298), Neuroblastoma Research and Treatments(89), Chromatin Remodeling and Cancer(55), Neurofibromatosis and Schwannoma Cases(42), Sarcoma Diagnosis and Treatment(38)

Publications617 total

Response Assessment in Pediatric Neuro-Oncology (RAPNO) Symposium, Pediatric Society of Neuro-Oncology Proceedings: Current Status and Future Initiatives
Neuro-Oncology Pediatrics·2026Open Access
ZFTA–RELA ependymomas make itaconate to epigenetically drive fusion expression
Nature·2026· 1 citedOpen Access
Phase 3 randomized trial of post-irradiation chemotherapy in patients with newly diagnosed ependymoma, a report from the Children’s Oncology Group
Neuro-Oncology·2025
Single-cell multi-omics identifies metabolism-linked epigenetic reprogramming as a driver of therapy-resistant medulloblastoma
Nature Communications·2025· 1 citedOpen Access
CONFLICTING SKIN PRICK AND SERUM ALLERGY TEST RESULTS IN THE PRESENCE OF ELEVATED SERUM HISTAMINE
Annals of Allergy Asthma & Immunology·2025
PTHP-02. The clinical value of histopathological and molecular metrics in pediatric ependymoma - data from the ACNS0831 trial
Neuro-Oncology·2025Open Access
Differential phagocytosis induces diverse macrophage activation states in malignant gliomas
Journal for ImmunoTherapy of Cancer·2025Open Access
A cycling, progenitor-like cell population at the base of atypical teratoid rhabdoid tumor subtype differentiation trajectories
Neuro-Oncology·2025· 2 citedOpen Access
Multi‐pronged analysis of pediatric low‐grade glioma and ganglioglioma reveals a unique tumor microenvironment associated with <scp>BRAF</scp> alterations
Brain Pathology·2025Open Access
Figure S3 from SIRT2 Regulates the SMARCB1 Loss-Driven Differentiation Block in ATRT
2025Open Access
Data from SIRT2 Regulates the SMARCB1 Loss-Driven Differentiation Block in ATRT
2025· 1 citedOpen Access
Figure S9 from SIRT2 Regulates the SMARCB1 Loss-Driven Differentiation Block in ATRT
2025Open Access
Figure S5 from SIRT2 Regulates the SMARCB1 Loss-Driven Differentiation Block in ATRT
2025Open Access
Figure S10 from SIRT2 Regulates the SMARCB1 Loss-Driven Differentiation Block in ATRT
2025Open Access
Figure S11 from SIRT2 Regulates the SMARCB1 Loss-Driven Differentiation Block in ATRT
2025Open Access
Figure S8 from SIRT2 Regulates the SMARCB1 Loss-Driven Differentiation Block in ATRT
2025Open Access
Figure S13 from SIRT2 Regulates the SMARCB1 Loss-Driven Differentiation Block in ATRT
2025Open Access
Table S1 from SIRT2 Regulates the SMARCB1 Loss-Driven Differentiation Block in ATRT
2025Open Access
Figure S6 from SIRT2 Regulates the SMARCB1 Loss-Driven Differentiation Block in ATRT
2025Open Access
Figure S4 from SIRT2 Regulates the SMARCB1 Loss-Driven Differentiation Block in ATRT
2025Open Access
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Frequent Co-authors

Andrew M. Donson(19), Diane K. Birks(14), Michael H. Handler(14), Rajeev Vibhakar(12), Éric Bouffet(11), Andrea M. Griesinger(11), Michael D. Taylor(10), Vladimir Amani(10), Sujatha Venkataraman(9), Todd C. Hankinson(9), Lindsey M. Hoffman(8), Cynthia Hawkins(7), Roger J. Packer(7), Jean M. Mulcahy Levy(7), Maryam Fouladi(6), Nada Jabado(6), Stefan M. Pfister(6), Vijay Ramaswamy(6), David W. Ellison(6), Ute Bartels(6)