Skip to content
← Back to this collection

PUBLICATIONS · 28533310

Mutations of MAP2K1 are frequent in pediatric-type follicular lymphoma and result in ERK pathway activation.

Open original source → · Download preserved record

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
2017 Jul 20
First author
Schmidt J

Publication notices

absence is not clearance
true
has correction metadata
false
has expression of concern metadata
false
has retraction in link
false
pubmed marks article retracted
false
pubmed marks retraction notice
false
relationships

    Authors and identifiers

    1. name
      Schmidt J
      type
      Author
    2. name
      Ramis-Zaldivar JE
      type
      Author
    3. name
      Nadeu F
      type
      Author
    4. name
      Gonzalez-Farre B
      type
      Author
    5. name
      Navarro A
      type
      Author
    6. name
      Egan C
      type
      Author
    7. name
      Montes-Mojarro IA
      type
      Author
    8. name
      Marafioti T
      type
      Author
    9. name
      Cabeçadas J
      type
      Author
    10. name
      van der Walt J
      type
      Author
    11. name
      Dojcinov S
      type
      Author
    12. name
      Rosenwald A
      type
      Author
    Complete bibliographic record and source provenance
    authors
    1. name
      Schmidt J
      type
      Author
    2. name
      Ramis-Zaldivar JE
      type
      Author
    3. name
      Nadeu F
      type
      Author
    4. name
      Gonzalez-Farre B
      type
      Author
    5. name
      Navarro A
      type
      Author
    6. name
      Egan C
      type
      Author
    7. name
      Montes-Mojarro IA
      type
      Author
    8. name
      Marafioti T
      type
      Author
    9. name
      Cabeçadas J
      type
      Author
    10. name
      van der Walt J
      type
      Author
    11. name
      Dojcinov S
      type
      Author
    12. name
      Rosenwald A
      type
      Author
    bibliography ids
    1. nci-bib-702ad3f3dab14e3ae25fc894
    book metadata
    content sha256
    d2924cab7a643cfec3447e86813e8f6c22b7566cbd1c6e9cfd923716a00e8c4a
    document type
    citation
    dois
    1. 10.1182/blood-2017-03-776278
    electronic publication date
    display
    2017 May 22
    precision
    day
    year
    2017
    evidence scope
    bibliographic_metadata_only
    id
    pubmed:28533310
    immutable id
    pubmed:28533310@d2924cab7a643cfec3447e86813e8f6c22b7566cbd1c6e9cfd923716a00e8c4a
    journal
    abbreviation
    Blood
    issn electronic
    1528-0020
    issn print
    0006-4971
    issue
    3
    name
    Blood
    nlm unique id
    7603509
    pages
    323-327
    volume
    130
    languages
    1. eng
    notices
    absence is not clearance
    true
    has correction metadata
    false
    has expression of concern metadata
    false
    has retraction in link
    false
    pubmed marks article retracted
    false
    pubmed marks retraction notice
    false
    relationships
      outcomes validated
      false
      pmid
      28533310
      provenance
      batch id
      1c173f0e18be0c6d461b
      provider
      NCBI PubMed ESummary
      record sha256
      b6ed0ee166ccaf73f5491ed3f248f432e4ef17d86996835cf593029d1f423a30
      response sha256
      27a6f8bb5d49a8d376b07e1b1768913c558986bf73de92cdd65c8f05a5fa1e61
      retrieved at
      2026-09-09T23:47:25.975513+00:00
      publication date
      display
      2017 Jul 20
      precision
      day
      year
      2017
      publication types
      1. Journal Article
      2. Research Support, Non-U.S. Gov't
      record status
      PubMed - indexed for MEDLINE
      schema version
      1.0
      source url
      https://pubmed.ncbi.nlm.nih.gov/28533310/
      title
      Mutations of MAP2K1 are frequent in pediatric-type follicular lymphoma and result in ERK pathway activation.

      Preserved source evidence · Independent clinical review pending · Not medical advice