NEWS

phiGENOME 1.0 released

10-Jun-2010


Release 2010.1

07-May-2010

36 phages (5 updated)
  (33 with complete genome)
725 regulatory sites (17 updated)
  (423 experimentally identified)
extracted from 129 publications

Updated phiSITE interface


Release 2009.3

14-Aug-2009

32 phages (2 updated)
  (29 with complete genome)
714 regulatory sites (13 updated)
  (423 experimentally identified)
extracted from 127 publications


Release 2009.2

22-Jul-2009

31 phages (4 updated)
  (28 with complete genome)
706 regulatory sites (128 updated)
  (414 experimentally identified)
extracted from 126 publications


Release 2009.1

24-Jun-2009

31 phages
  (28 with complete genome)
703 regulatory sites
  (412 experimentally identified)
extracted from 124 publications

phiSITE database is a free database service provided by the Institute of Molecular Biology, Slovak Academy of Sciences. phiSITE is a collection of phage gene regulatory elements and other related information. The data are collected mainly form scientific papers and cross-referenced with other database resources. To date it contains more than 700 reglatory elements from 35 bacteriophages form Siphoviridae, Myoviridae and Podoviridae families, with particular focus on experimentally confirmed regulatory sites. phiSITE database is permanently updated and new releases are published several times a year

You can explore the data either by searching the database using given keyword(s) (Search) or by browsing phage genomes via phiGENOME. You can also browse and export set of regulatory sequences in several output formats (Browse) and use our PSSM-convert, Free Energy and Promoter Hunter tools (Tools). For more instructions see our Help section.

This project was supported by APVV (Slovak Research and Development Agency) grant APVT-51-025004 and the VEGA (Scientific Grant Agency of the Ministry of Education of the Slovak Republic and of Slovak Academy of Sciences) grant 2/0100/09.

References:
Klucar, L., Stano, M., Hajduk, M. (2010): phiSITE: Database of Gene Regulation in Bacteriophages. Nucleic Acids Res. 38(Database Issue): D366-D370.
doi:10.1093/nar/gkp911