Hi Priyam,
These are results that do contain the fields you are requesting. We index sub-documents as well as full documents. If you want to only receive the full document, try:
http://api.plos.org/search?q=publication_date:[2019-06-01T00:00:00Z%20TO%202019-06-04T23:59:59Z]%20and%20journal:%22PLoS%20ONE%22%20and%20article_type:%22Research%20Article%22&start=1&rows=100&fl=doi,abstract,title,author_display&fq=doc_type:full
best, Erik
On Tue, 04 Jun 2019 23:44:40 -0700,
Priyam Maheshwari <
priyam.m...@researcher-app.com> wrote:
>
> [1.1 <text/plain; UTF-8 (quoted-printable)>]
> - "numFound": 739,
> - "start": 1,
> - "docs": [
> - { },
> - { },
> - { },
> - { },
> - { },
> - { },
> - { },
> - {
> - "doi": [
> - "10.1371/journal.pone.0217680"
> ],
> - "author_display": [
> - "Noor Kazim",
> - "Abhinav Adhikari",
> - "Judith Davie"
> ],
> - "abstract": [
> - "\nThe transcription elongation factor TFIIS is encoded by a
> three member gene family in vertebrates. Here we show that one member of
> this family, TCEA3, is upregulated during skeletal muscle differentiation
> and acts to promote gene activation by the myogenic regulatory family of
> transcription factors, which includes MyoD and myogenin. We show that
> myogenin is a direct regulator of Tcea3. Myogenin binds to the Tcea3
> promoter and is required to recruit RNA polymerase II. TCEA3 can bind to
> both myogenin and MyoD and is co-recruited with the MRFs to promoters
> dependent on the MRFs. Depletion of myogenin inhibits the recruitment of
> TCEA3, suggesting that the interaction of TCEA3 with the MRFs serves to aid
> in recruitment to target promoters. Like TFIIS, we show that TCEA3
> interacts with RNA polymerase II. TCEA3 travels with the elongating RNA
> polymerase II in the coding region of genes and depletions of TCEA3 inhibit
> the recruitment of RNA polymerase II to promoters. In proliferating cells,
> TCEA3 expressed at low levels and is present in both the nucleus and
> cytoplasm. However, upon differentiation, TCEA3 is upregulated and
> transported exclusively to the nucleus. Thus, our data show that TCEA3 is a
> required co-factor for MRF driven gene expression during myogenesis.\n"
> ],
> - "title": "The transcription elongation factor TCEA3 promotes the
> activity of the myogenic regulatory factors"
> },
> - { },
> - { },
> - { },
> - { },
> - { },
> - { },
> - { },
> - { },
> - { },
> - {
> - "doi": [
> - "10.1371/journal.pone.0217707"
> ],
> - "author_display": [
> - "Louise G. Nielsen",
> - "Martin K. Rimvall",
> - "Lars Clemmensen",
> - "Anja Munkholm",
> - "Hanne Elberling",
> - "Else Marie Olsen",
> - "Charlotte Ulrikka Rask",
> - "Anne Mette Skovgaard",
> - "Pia Jeppesen"
> ],
> - "abstract": [
> - "\nThe Strengths and Difficulties Questionnaire (SDQ) is a
> - "title": "The predictive validity of the Strengths and
> Difficulties Questionnaire in preschool age to identify mental disorders in
> preadolescence"
> },
> - { },
> - { },
> - { },
> - { },
> - { },
> - { },
> - { },
> - { },
>
>
>
>
> --
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> [1.2 <text/html; UTF-8 (quoted-printable)>]
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