TrianglePUBLICATIONS · 30825062
Multiplex ligation-dependent probe amplification analysis is useful for detecting a copy number gain of the FGFR1 tyrosine kinase domain in dysembryoplastic neuroepithelial tumors.
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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
- J Neurooncol
- Publication date
- 2019 May
- First author
- Matsumura N
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 article retracted
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- pubmed marks retraction notice
- false
- relationships
Authors and identifiers
- name
- Matsumura N
- type
- Author
- name
- Nobusawa S
- type
- Author
- name
- Ito J
- type
- Author
- name
- Kakita A
- type
- Author
- name
- Suzuki H
- type
- Author
- name
- Fujii Y
- type
- Author
- name
- Fukuda M
- type
- Author
- name
- Iwasaki M
- type
- Author
- name
- Nakasato N
- type
- Author
- name
- Tominaga T
- type
- Author
- name
- Natsume A
- type
- Author
- name
- Mikami Y
- type
- Author
Complete bibliographic record and source provenance
- authors
- name
- Matsumura N
- type
- Author
- name
- Nobusawa S
- type
- Author
- name
- Ito J
- type
- Author
- name
- Kakita A
- type
- Author
- name
- Suzuki H
- type
- Author
- name
- Fujii Y
- type
- Author
- name
- Fukuda M
- type
- Author
- name
- Iwasaki M
- type
- Author
- name
- Nakasato N
- type
- Author
- name
- Tominaga T
- type
- Author
- name
- Natsume A
- type
- Author
- name
- Mikami Y
- type
- Author
- bibliography ids
- nci-bib-5c9c5f83f987314800bde272
- book metadata
- content sha256
- 4f1b363e9076358d6e29f49a28d4943d62681ec8abce31642523d72bc10729c7
- document type
- citation
- dois
- 10.1007/s11060-019-03138-7
- electronic publication date
- display
- 2019 Mar 1
- precision
- day
- year
- 2019
- evidence scope
- bibliographic_metadata_only
- id
- pubmed:30825062
- immutable id
- pubmed:30825062@4f1b363e9076358d6e29f49a28d4943d62681ec8abce31642523d72bc10729c7
- journal
- abbreviation
- J Neurooncol
- issn electronic
- 1573-7373
- issn print
- 0167-594X
- issue
- 1
- name
- Journal of neuro-oncology
- nlm unique id
- 8309335
- pages
- 27-33
- volume
- 143
- 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
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- relationships
- outcomes validated
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- pmid
- 30825062
- provenance
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- e808962322f3afebc564
- provider
- NCBI PubMed ESummary
- record sha256
- 9bc4ff5b3c53cd0668acfa1efe24cf3c3b71cceda0c7602378231a535cd75cd3
- response sha256
- 3d610336ca8dae92b82cdb6b3ee6cab382eb509e0349b0c68c261b042b036561
- retrieved at
- 2026-09-09T23:47:41.002093+00:00
- publication date
- display
- 2019 May
- precision
- month
- year
- 2019
- publication types
- Journal Article
- record status
- PubMed - indexed for MEDLINE
- schema version
- 1.0
- title
- Multiplex ligation-dependent probe amplification analysis is useful for detecting a copy number gain of the FGFR1 tyrosine kinase domain in dysembryoplastic neuroepithelial tumors.
Preserved source evidence · Independent clinical review pending · Not medical advice