PUBLICATIONS · 29284596
Measurable residual disease detection by high-throughput sequencing improves risk stratification for pediatric B-ALL.
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Bibliographic metadata only. No full-text article or abstract is reproduced. Absence of a captured notice is not confirmation that a publication is clear of corrections or retractions.
- Journal
- Blood
- Publication date
- 2018 Mar 22
- First author
- Wood B
Publication notices
- absence is not clearance
- true
- has correction metadata
- false
- has expression of concern metadata
- false
- has retraction in link
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- pubmed marks retraction notice
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- relationships
- citation
- Blood. 2018 Mar 22;131(12):1269-1270. doi: 10.1182/blood-2018-01-824870.
- note
- Source null
- related pmid
- 29567755
- relationship
- Comment in
Authors and identifiers
- name
- Wood B
- type
- Author
- name
- Wu D
- type
- Author
- name
- Crossley B
- type
- Author
- name
- Dai Y
- type
- Author
- name
- Williamson D
- type
- Author
- name
- Gawad C
- type
- Author
- name
- Borowitz MJ
- type
- Author
- name
- Devidas M
- type
- Author
- name
- Maloney KW
- type
- Author
- name
- Larsen E
- type
- Author
- name
- Winick N
- type
- Author
- name
- Raetz E
- type
- Author
Complete bibliographic record and source provenance
- authors
- name
- Wood B
- type
- Author
- name
- Wu D
- type
- Author
- name
- Crossley B
- type
- Author
- name
- Dai Y
- type
- Author
- name
- Williamson D
- type
- Author
- name
- Gawad C
- type
- Author
- name
- Borowitz MJ
- type
- Author
- name
- Devidas M
- type
- Author
- name
- Maloney KW
- type
- Author
- name
- Larsen E
- type
- Author
- name
- Winick N
- type
- Author
- name
- Raetz E
- type
- Author
- bibliography ids
- nci-bib-ab9cece8f82bab690f84f4eb
- book metadata
- content sha256
- 22c2189285a6f614a3227cfa1b30a9388e71d9ce1906b2cf17685c327b8b85ef
- document type
- citation
- dois
- 10.1182/blood-2017-09-806521
- electronic publication date
- display
- 2017 Dec 28
- precision
- day
- year
- 2017
- evidence scope
- bibliographic_metadata_only
- id
- pubmed:29284596
- immutable id
- pubmed:29284596@22c2189285a6f614a3227cfa1b30a9388e71d9ce1906b2cf17685c327b8b85ef
- journal
- abbreviation
- Blood
- issn electronic
- 1528-0020
- issn print
- 0006-4971
- issue
- 12
- name
- Blood
- nlm unique id
- 7603509
- pages
- 1350-1359
- volume
- 131
- languages
- eng
- notices
- absence is not clearance
- true
- has correction metadata
- false
- has expression of concern metadata
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- has retraction in link
- false
- pubmed marks article retracted
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- pubmed marks retraction notice
- false
- relationships
- citation
- Blood. 2018 Mar 22;131(12):1269-1270. doi: 10.1182/blood-2018-01-824870.
- note
- Source null
- related pmid
- 29567755
- relationship
- Comment in
- outcomes validated
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- pmid
- 29284596
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- batch id
- ec9444d0f4cade22eb9f
- provider
- NCBI PubMed ESummary
- record sha256
- b0e77f662738ddaeab49a6e42817e950b068ccbfccdd2fb4c65e8b97732d3731
- response sha256
- 6eef0d8cc09b77e73af656f6390cc734befb84fbc4c229b886e81e5d95bece31
- retrieved at
- 2026-09-09T23:47:30.975610+00:00
- publication date
- display
- 2018 Mar 22
- precision
- day
- year
- 2018
- publication types
- Clinical Trial
- Journal Article
- Research Support, N.I.H., Extramural
- record status
- PubMed - indexed for MEDLINE
- schema version
- 1.0
- title
- Measurable residual disease detection by high-throughput sequencing improves risk stratification for pediatric B-ALL.
Preserved source evidence · Not medical advice
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