Cargando…

MODL-26. CHILDREN’S BRAIN TUMOR NETWORK: ACCELERATING RESEARCH THROUGH COLLABORATION AND OPEN-SCIENCE

The Children’s Brain Tumor Network (formerly known as Children’s Brain Tumor Consortium- CBTTC) is a global organization pioneering a model of open-science medical research to improve treatment and discover cures. Started in 2011, our objective was to utilize a regulatory, agreement, and governance...

Descripción completa

Detalles Bibliográficos
Autores principales: Lilly, Jena, Mason, Jennifer, Appert, Elizabeth, Heath, Allison, Zhu, Yuankun, Zhang, Bo, Koptyra, Mateusz, Santi, Mariarita, Pollack, Ian, Goldman, Stewart, Leary, Sarah, Buccoliero, Anna, Scagnet, Mirko, Haussler, David, Hanson, Derek, Zhang, Jiangguo, Wan, Weiqing, Li, Chunde, Firestein, Ron, Cain, Jason, Phillips, Joanna, Gupta, Nalin, Mueller, Sabine, Grant, Gerald, Monje-Deisseroth, Michelle, Partap, Sonia, Greenfield, Jeffrey, Rood, Brian, Nazarian, Javad, Raabe, Eric, Jackson, Eric, Stapleton, Stacie, Lober, Robert, Kram, David, Storm, Phillip, Lulla, Rishi, Prados, Michael, Resnick, Adam, Waanders, Angela
Formato: Online Artículo Texto
Lenguaje:English
Publicado: Oxford University Press 2020
Materias:
Acceso en línea:https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7715173/
http://dx.doi.org/10.1093/neuonc/noaa222.599
_version_ 1783618892746194944
author Lilly, Jena
Mason, Jennifer
Appert, Elizabeth
Heath, Allison
Zhu, Yuankun
Zhang, Bo
Koptyra, Mateusz
Santi, Mariarita
Pollack, Ian
Goldman, Stewart
Leary, Sarah
Buccoliero, Anna
Scagnet, Mirko
Haussler, David
Hanson, Derek
Zhang, Jiangguo
Wan, Weiqing
Li, Chunde
Firestein, Ron
Cain, Jason
Phillips, Joanna
Gupta, Nalin
Mueller, Sabine
Grant, Gerald
Monje-Deisseroth, Michelle
Partap, Sonia
Greenfield, Jeffrey
Rood, Brian
Nazarian, Javad
Raabe, Eric
Jackson, Eric
Stapleton, Stacie
Lober, Robert
Kram, David
Storm, Phillip
Lulla, Rishi
Prados, Michael
Resnick, Adam
Waanders, Angela
author_facet Lilly, Jena
Mason, Jennifer
Appert, Elizabeth
Heath, Allison
Zhu, Yuankun
Zhang, Bo
Koptyra, Mateusz
Santi, Mariarita
Pollack, Ian
Goldman, Stewart
Leary, Sarah
Buccoliero, Anna
Scagnet, Mirko
Haussler, David
Hanson, Derek
Zhang, Jiangguo
Wan, Weiqing
Li, Chunde
Firestein, Ron
Cain, Jason
Phillips, Joanna
Gupta, Nalin
Mueller, Sabine
Grant, Gerald
Monje-Deisseroth, Michelle
Partap, Sonia
Greenfield, Jeffrey
Rood, Brian
Nazarian, Javad
Raabe, Eric
Jackson, Eric
Stapleton, Stacie
Lober, Robert
Kram, David
Storm, Phillip
Lulla, Rishi
Prados, Michael
Resnick, Adam
Waanders, Angela
author_sort Lilly, Jena
collection PubMed
description The Children’s Brain Tumor Network (formerly known as Children’s Brain Tumor Consortium- CBTTC) is a global organization pioneering a model of open-science medical research to improve treatment and discover cures. Started in 2011, our objective was to utilize a regulatory, agreement, and governance architecture to remove existing research barriers that slowed down the pace of research and collaboration. Our network now includes 17 institutions working together to empower research. As of December 2019, over 3,600 subjects have been enrolled resulting in collection of over 45,000 specimens. Clinical data collection is longitudinal and includes medical history, diagnosis, treatment, pathology slides and reports, radiology imaging and reports, and outcome data. The tissue is collected flash-frozen, in freezing media, and fresh for the generation of pre-clinical models including cell lines. Blood is collected from the subject, with blood or saliva collected from the parents for germline comparison. Additionally, the Children’s Brain Tumor Network- Pediatric Brain Tumor Atlas has generated 952 WGS and RNAseq, 221 proteomics, with annotated clinical data. All of this data, both generated raw and processed data, has been made available broadly to the scientific community via cloud-based platforms, including the Gabriella Miller Kids First Data Resource Portal, Cavatica, and PedCbioportal. As of January 2020, we have 45 approved biospecimen requests and 80 genomic/molecular data requests. In summary, the Children’s Brain Tumor Network’s goal is to accelerate the pace of discovery by providing resources and expanding the network of scientists working towards a cure.
format Online
Article
Text
id pubmed-7715173
institution National Center for Biotechnology Information
language English
publishDate 2020
publisher Oxford University Press
record_format MEDLINE/PubMed
spelling pubmed-77151732020-12-09 MODL-26. CHILDREN’S BRAIN TUMOR NETWORK: ACCELERATING RESEARCH THROUGH COLLABORATION AND OPEN-SCIENCE Lilly, Jena Mason, Jennifer Appert, Elizabeth Heath, Allison Zhu, Yuankun Zhang, Bo Koptyra, Mateusz Santi, Mariarita Pollack, Ian Goldman, Stewart Leary, Sarah Buccoliero, Anna Scagnet, Mirko Haussler, David Hanson, Derek Zhang, Jiangguo Wan, Weiqing Li, Chunde Firestein, Ron Cain, Jason Phillips, Joanna Gupta, Nalin Mueller, Sabine Grant, Gerald Monje-Deisseroth, Michelle Partap, Sonia Greenfield, Jeffrey Rood, Brian Nazarian, Javad Raabe, Eric Jackson, Eric Stapleton, Stacie Lober, Robert Kram, David Storm, Phillip Lulla, Rishi Prados, Michael Resnick, Adam Waanders, Angela Neuro Oncol Preclinical Models/Experimental Therapy/Drug Discovery The Children’s Brain Tumor Network (formerly known as Children’s Brain Tumor Consortium- CBTTC) is a global organization pioneering a model of open-science medical research to improve treatment and discover cures. Started in 2011, our objective was to utilize a regulatory, agreement, and governance architecture to remove existing research barriers that slowed down the pace of research and collaboration. Our network now includes 17 institutions working together to empower research. As of December 2019, over 3,600 subjects have been enrolled resulting in collection of over 45,000 specimens. Clinical data collection is longitudinal and includes medical history, diagnosis, treatment, pathology slides and reports, radiology imaging and reports, and outcome data. The tissue is collected flash-frozen, in freezing media, and fresh for the generation of pre-clinical models including cell lines. Blood is collected from the subject, with blood or saliva collected from the parents for germline comparison. Additionally, the Children’s Brain Tumor Network- Pediatric Brain Tumor Atlas has generated 952 WGS and RNAseq, 221 proteomics, with annotated clinical data. All of this data, both generated raw and processed data, has been made available broadly to the scientific community via cloud-based platforms, including the Gabriella Miller Kids First Data Resource Portal, Cavatica, and PedCbioportal. As of January 2020, we have 45 approved biospecimen requests and 80 genomic/molecular data requests. In summary, the Children’s Brain Tumor Network’s goal is to accelerate the pace of discovery by providing resources and expanding the network of scientists working towards a cure. Oxford University Press 2020-12-04 /pmc/articles/PMC7715173/ http://dx.doi.org/10.1093/neuonc/noaa222.599 Text en © The Author(s) 2020. Published by Oxford University Press on behalf of the Society for Neuro-Oncology. http://creativecommons.org/licenses/by-nc/4.0/ This is an Open Access article distributed under the terms of the Creative Commons Attribution Non-Commercial License (http://creativecommons.org/licenses/by-nc/4.0/), which permits non-commercial re-use, distribution, and reproduction in any medium, provided the original work is properly cited. For commercial re-use, please contact journals.permissions@oup.com
spellingShingle Preclinical Models/Experimental Therapy/Drug Discovery
Lilly, Jena
Mason, Jennifer
Appert, Elizabeth
Heath, Allison
Zhu, Yuankun
Zhang, Bo
Koptyra, Mateusz
Santi, Mariarita
Pollack, Ian
Goldman, Stewart
Leary, Sarah
Buccoliero, Anna
Scagnet, Mirko
Haussler, David
Hanson, Derek
Zhang, Jiangguo
Wan, Weiqing
Li, Chunde
Firestein, Ron
Cain, Jason
Phillips, Joanna
Gupta, Nalin
Mueller, Sabine
Grant, Gerald
Monje-Deisseroth, Michelle
Partap, Sonia
Greenfield, Jeffrey
Rood, Brian
Nazarian, Javad
Raabe, Eric
Jackson, Eric
Stapleton, Stacie
Lober, Robert
Kram, David
Storm, Phillip
Lulla, Rishi
Prados, Michael
Resnick, Adam
Waanders, Angela
MODL-26. CHILDREN’S BRAIN TUMOR NETWORK: ACCELERATING RESEARCH THROUGH COLLABORATION AND OPEN-SCIENCE
title MODL-26. CHILDREN’S BRAIN TUMOR NETWORK: ACCELERATING RESEARCH THROUGH COLLABORATION AND OPEN-SCIENCE
title_full MODL-26. CHILDREN’S BRAIN TUMOR NETWORK: ACCELERATING RESEARCH THROUGH COLLABORATION AND OPEN-SCIENCE
title_fullStr MODL-26. CHILDREN’S BRAIN TUMOR NETWORK: ACCELERATING RESEARCH THROUGH COLLABORATION AND OPEN-SCIENCE
title_full_unstemmed MODL-26. CHILDREN’S BRAIN TUMOR NETWORK: ACCELERATING RESEARCH THROUGH COLLABORATION AND OPEN-SCIENCE
title_short MODL-26. CHILDREN’S BRAIN TUMOR NETWORK: ACCELERATING RESEARCH THROUGH COLLABORATION AND OPEN-SCIENCE
title_sort modl-26. children’s brain tumor network: accelerating research through collaboration and open-science
topic Preclinical Models/Experimental Therapy/Drug Discovery
url https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7715173/
http://dx.doi.org/10.1093/neuonc/noaa222.599
work_keys_str_mv AT lillyjena modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT masonjennifer modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT appertelizabeth modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT heathallison modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT zhuyuankun modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT zhangbo modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT koptyramateusz modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT santimariarita modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT pollackian modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT goldmanstewart modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT learysarah modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT buccolieroanna modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT scagnetmirko modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT hausslerdavid modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT hansonderek modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT zhangjiangguo modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT wanweiqing modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT lichunde modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT firesteinron modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT cainjason modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT phillipsjoanna modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT guptanalin modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT muellersabine modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT grantgerald modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT monjedeisserothmichelle modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT partapsonia modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT greenfieldjeffrey modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT roodbrian modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT nazarianjavad modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT raabeeric modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT jacksoneric modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT stapletonstacie modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT loberrobert modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT kramdavid modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT stormphillip modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT lullarishi modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT pradosmichael modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT resnickadam modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience
AT waandersangela modl26childrensbraintumornetworkacceleratingresearchthroughcollaborationandopenscience