The Phenotypes of Proliferating Glioblastoma Cells Reside on a Single Axis of Variation von Wang, Lin, Babikir, Husam, Müller, Sören, Yagnik, Garima, Shamardani, Karin, Catalan, Francisca, Kohanbash, Gary, Alvarado, Beatriz, Di Lullo, Elizabeth, Kriegstein, Arnold, Shah, Sumedh, Wadhwa, Harsh, Chang, Susan M, Phillips, Joanna J, Aghi, Manish K, Diaz, Aaron A

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ATRX regulates glial identity and the tumor microenvironment in IDH-mutant glioma von Babikir, Husam, Wang, Lin, Shamardani, Karin, Catalan, Francisca, Sudhir, Sweta, Aghi, Manish K., Raleigh, David R., Phillips, Joanna J., Diaz, Aaron A.

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The evolution of alternative splicing in glioblastoma under therapy von Wang, Lin, Shamardani, Karin, Babikir, Husam, Catalan, Francisca, Nejo, Takahide, Chang, Susan, Phillips, Joanna J., Okada, Hideho, Diaz, Aaron A.

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Our mentor Zena Werb (1945–2020) von Abbasi, Aamna J., Abisoye-Ogunniyan, Abisola, Alanizi, Aryn A., Alazzeh, Alaa, Atamaniuc, Elena, Awni, Leena, Berens, Eric B., Bouwman, Mara, Diadhiou, Catherine M.M., Gonzalez, Hugo, Hagerling, Catharina, Hinrichs, Johanna H., Liu, Su-Yang, Metcalf, Kevin J., Nanjaraj, Ankitha, Owyong, Mark, Qureshi, Sameera, Robles, Isabella, Salari, Kiarash, Shamardani, Karin, Verbeek, Tamara, Winkler, Juliane, Xu, Zhenjie

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Ensemble learning for classifying single-cell data and projection across reference atlases von Wang, Lin, Catalan, Francisca, Shamardani, Karin, Babikir, Husam, Diaz, Aaron

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MDB-14. MULTI-OMICS OF HUMAN MEDULLOBLASTOMAS AND GENETIC LINEAGE TRACING IN VIVO IDENTIFY REGULATORS OF STEM-CELL MAINTENANCE von Yu, Bohyeon, Jung, Jangham, Hoare, Owen, Shamardani, Karin, Diaz, Aaron

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Abstract 5096: The differences in immune composition observed between astrocytomas and oligodendrogliomas are due to genetics von Wang, Lin, Babikir, Husam, Shamardani, Karin, Catalan, Francisca, Diaz, Aaron

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MEDB-59. A draft atlas of medulloblastoma cellular evolution under therapy von Wang, Lin, Jung, Jangham, Babikir, Husam, Shamardani, Karin, Kasahara, Noriyuki, Müller, Sabine, Diaz, Aaron

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A single-cell atlas of glioblastoma evolution under therapy reveals cell-intrinsic and cell-extrinsic therapeutic targets von Wang, Lin, Jung, Jangham, Babikir, Husam, Shamardani, Karin, Jain, Saket, Feng, Xi, Gupta, Nalin, Rosi, Susanna, Chang, Susan, Raleigh, David, Solomon, David, Phillips, Joanna J, Diaz, Aaron A

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EPCO-28. SINGLE-CELL RNA SEQUENCING IDENTIFIES INTRATUMORAL HETEROGENEITY AND ACTIVATION OF PRO-INVASIVE PATHWAYS IN NON-FUNCTIONING PITUITARY ADENOMAS von Jain, Saket, Wang, Elaina, Babikir, Husam, Shamardani, Karin, Diaz, Aaron, Aghi, Manish K

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EPCO-37. USING SINGLE-CELL RNA SEQUENCING TO IDENTIFY CELLULAR HETEROGENEITY WITHIN NON-FUNCTIONING PITUITARY ADENOMAS von Jain, Saket, Babikir, Husam, Shamardani, Karin, CatalanSaavedra, Francisca, Diaz, Aaron, Aghi, Manish

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EPCO-32. AN EPIGENETIC SINGLE-CELL ATLAS OF IDH-MUTANT GLIOMA REVEALS THE ROLE OF ATRX IN SHAPING TUMOR COMPOSITION von Babikir, Husam, Wang, Lin, Shamardani, Karin, Sudhir, Sweta, Kohanbash, Gary, Aghi, Manish, Philips, Joanna, Diaz, Aaron

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Abstract 6346: Optimizing precision combination therapies based on single-cell profiling of brain tumor biopsies von Babikir, Husam, Wang, Lin, Shamardani, Karin, Catalan, Francisca, Kohanbash, Gary, Aghi, Manish K., Phillips, Joanna J., Diaz, Aaron A.

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EPCO-10. CHANGES IN ALTERNATIVE SPLICING AND ASSOCIATED NEOANTIGENS DUE TO THERAPY von Wang, Lin, Shamardani, Karin, Babikir, Husam, Catalan, Francisca, Nejo, Takahide, Chang, Susan, Philips, Joanna, Okada, Hideho, Diaz, Aaron

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EPCO-17. A SINGLE-CELL ATLAS OF GLIOBLASTOMA EVOLUTION UNDER THERAPY von Wang, Lin, Babikir, Husam, Shamardani, Karin, Catalan, Francisca, Sudhir, Sweta, Kohanbash, Gary, Aghi, Manish, Chang, Susan, Philips, Joanna, Diaz, Aaron

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OTEH-11. Single Cell RNA Sequencing to identify cellular heterogeneity with in Pituitary Adenomas von Jain, Saket, Babikir, Husam, Shamardani, karin, Diaz, Aaron, Aghi, Manish

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HGG-53. PROJECT HOPE: “PEDIATRIC AND AYA HIGH-GRADE GLIOMA OMICS PROJECT”- A LONGITUDINAL MOLECULAR LANDSCAPE OF HIGH-GRADE GLIOMAS RESOLVED AT SINGLE-CELL LEVEL von Hack, Olivia A, Babikir, Husam, Jiang, Li, Shamardani, Karin, Liu, Ilon, Shaw, McKenzie, Cunliffe-Koehler, Kennedy, Resnick, Adam, Prados, Michael, Monje, Michelle, Diaz, Aaron, Filbin, Mariella G

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EPCO-26. PROJECT HOPE: “PEDIATRIC AND AYA H IGH-GRADE GLIOMA O MICS P ROJ E CT”- A LONGITUDINAL MOLECULAR LANDSCAPE OF HIGH-GRADE GLIOMAS RESOLVED AT SINGLE-CELL LEVEL von Jiang, Li, Hack, Olivia, Babikir, Husam, Shamardani, Karin, Liu, Ilon, Shaw, McKenzie, Cunliffe-Koehler, Kennedy, Resnick, Adam, Prados, Michael, Monje, Michelle, Diaz, Aaron, Filbin, Mariella

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EPCO-26. PROJECT HOPE: “PEDIATRIC AND AYA HIGH-GRADE GLIOMA OMICS PROJECT”- A LONGITUDINAL MOLECULAR LANDSCAPE OF HIGH-GRADE GLIOMAS RESOLVED AT SINGLE-CELL LEVEL von Jiang, Li, Hack, Olivia, Babikir, Husam, Shamardani, Karin, Liu, Ilon, Shaw, McKenzie, Cunliffe-Koehler, Kennedy, Resnick, Adam, Prados, Michael, Monje, Michelle, Diaz, Aaron, Filbin, Mariella

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Additional file 7 of The evolution of alternative splicing in glioblastoma under therapy von Wang, Lin, Shamardani, Karin, Babikir, Husam, Catalan, Francisca, Nejo, Takahide, Chang, Susan, Phillips, Joanna J., Okada, Hideho, Diaz, Aaron A.

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