Closed cybersiddhu closed 9 years ago
Importing is done from bibtex file.
@article{pmid20070309,
journal = {{Cell. Microbiol.}}
title = {{Loss of Dictyostelium ATG9 results in a pleiotropic phenotype affecting growth, development, phagocytosis and clearance and replication of Legionella pneumophila.}}
status = {ppublish}
nlmuniqueid = {100883691}
pmid = {20070309}
year = {2010}
volume = {12}
pages = {765-80}
doi = {10.1111/j.1462-5822.2010.01432.x}
month = {jun}
issn = {1462-5822}
abstract = {Infection of Dictyostelium discoideum with Legionella pneumophila resulted in a large number of differentially regulated genes among them three core autophagy genes, ATG8, ATG9 and ATG16. Macroautophagy contributes to many physiological and pathological processes and might also constitute an important mechanism in cell-autonomous immunity. For further studies we selected the highly conserved ATG9. In colocalization studies with GFP-tagged ATG9 and different organelle marker proteins we neither observed colocalization with mitochondria, the ER nor lysosomes. However, there was partial colocalization with the Golgi apparatus and many ATG9-GFP-containing vesicles localized along microtubules and accumulated around the microtubule organizing centre. ATG9-deficient cells had pleiotropic defects. In addition to growth defects they displayed severe developmental defects, consistent with the known role of autophagy in Dictyostelium development. Unexpectedly, the ATG9 mutant also had a strong phagocytosis defect that was particularly apparent when infecting the cells with L. pneumophila. However, those Legionellae that entered the host could multiply better in mutant than in wild-type cells, because of a less efficient clearance in the early and a more efficient replication in the late phase of infection. We conclude that ATG9 and hence macroautophagy has a protective role during pathogen infection.}
author = {Tung, Sze Man SM and Unal, Can C and Ley, Alexandra A and Peña, Cohue C and Tunggal, Budi B and Noegel, Angelika A AA and Krut, Oleg O and Steinert, Michael M and Eichinger, Ludwig L }
timestamp = {2010.01.18}
}
@article{endnotePUB6686,
id = {PUB6686}
journal = {{Euk. Cell}}
title = {{CulB, a putative ubiquitin ligase subunit, regulates prestalk cell differentiation and morphogenesis in Dictyostelium spp.}}
volume = {1}
year = {2002}
pages = {126-136}
author = {{Wang, B. and Kuspa, A.}}
timestamp = {2003.01.13}
}
Mapping will be describe as table.column
format.
pub.type_id --> cvterm.name -> cv.name
. It should use pub_type
cv namespace. For one with pubmed id cvterm.name
is journal article
and for others it is unpublished.
pmid
is the source here and maps to pub.pubplace
pub.series_name
pub.title
pub.volume
pub.pyear
pub.pages
. The page value goes as it is, no separation of start and end page.pubprop.value -> cvterm.name(status) -> cv(pub_type)
pub.uniquename
. This is pubmed id and for this the pub.pubplace
should always be pubmed
.pubprop.value -> cvterm.name(doi) -> cv(pub_type)
pubprop.value -> cvterm.name(month) -> cv(pub_type)
pubprop.value -> cvterm.name(issn) -> cv(pub_type)
pubprop.value -> cvterm.name(abstract) -> cv(pub_type)
pubauthor.surname
for anything before the comma,
. The rest of it goes to pubauthor.givennames
. pubauthor.rank
to represent first, second, third author etc. Download pub_type
ontology from here ftp://ftp.flybase.org/releases/current/precomputed_files/ontologies/flybase_controlled_vocabulary.obo.zip.
Export of non pubmed entries from multigenome database is broken.
Since its only even less than handful probably it is better to leave them from exporting and just manually import them later on.