Next release - 2.5
Scheduled for August 2007
Release 2.4 exhausted our storage space. Biozon is finally expanding
and will double in space by mid July, enabling us to update the DB.
2.4
15 August, 2006
Updated Data
- SwissProt/TrEMBL updated to include data from UniProt release 7.5
2.3
7 October, 2005
Extended Functionality
- Modified the search graph to include unigene clusters. Unigene may now be
incorporated into complex searches using the standard search interface.
New data
- Refseq has been fully incorporated into Biozon for the first time, adding
a number of new protein and nucleic acid sequences in addition to all refseq
annotation
Updated Data
- Unigene has been updated to the most recent version as of September 2005.
This is the first complete unigene release incorporated into Biozon. Previously, only human and mouse unigene clusters were uploaded.
2.2
1 September, 2005
New functionality
- Provenance information is made available for search results that make
use of similarity (i.e. fuzzy searches). Clicking on the colored square in
the "fuzzy?" column of search results will show a page containing showing
exactly how the fuzzy result derived, and where the similarity was applied
- EST analysis tool: EST sequences can be mapped to
their corresponding protein products (if exist) using multiple paths
in the Biozon data graph.
Extended Functionality
- Data sets have been enhanced to allow the public download of
Biozon computed alignments and domain predictions. Previously, one
had to specifically contact the Biozon administrators to obtain
permission for download
- Materialization of results now
supports customization of the download format by allowing the user to
specify which attributes for each object type in the query are
recorded.
Updated data
- Swissprot/TrEMBL updated to include data from uniprot release 4.6
- Genbank updated to include data from release 147
- BIND updated on 5/1/2005
- PDB updated on 7/19/2005
- GO terms updated to reflect new mappings found in Uniprot
- Protein alignments for new sequences, total alignment count more than doubled
2.1
26 April, 2005
Extended functionality
- Three types of similarity results may now be independently
selected in protein search form when formulating a fuzzy complex
query: BLAST alignments, similarity by structural alignment, and
similarity by expression profile.
-
Marking of fuzzy results in complex queries has been expanded to indicate
the different types of similarity used to deduce search results
-
Expression profile similarity is now accessible from the profile page of any
proteins that have such data. A graph of the expression profile comparisons
may be viewed for each match
New Data
-
Expression profile similarity for genes expressed by Saccharomyces
cerevisiae
2.0 - The first official release (see announcement)
5 January, 2005
New functionality
- First-of-a-kind biological ranking system which
resembles the methods implemented in Google.
- Fuzzy searches that extend complex searches to include
homologous sequences or structures as a search step.
- Analysis tools such as domain prediction, structure and
sequence similarity and analysis of expression data.
- Account management system that enables users to save
queries and materialize data from search results to
download for further analysis or include as a step in some
other complex query.
- Graphical visualization of domains, GO terms, protein
structures, structural alignments and interaction maps.
Updated data
- Swissprot/TrEMBL updated
- Genbank updated
- BIND updated
- PDB updated
New data
- DIP
- Gene Ontology
- Structural similarities
1.0 - The beta release
27 January, 2004
New functionality
This release already had many of the basic functions that
characterize Biozon
- Each biological entity can be viewed in its extended biological
context, through its relations to other biological
entities.
- Complex searches on the data graph that specify desired
interrelationships between types.
New data
- Swissprot/TrEMBL
- Genbank
- BIND
- PDB
- KEGG
- Sequence similarities
The pre-beta times
Biozon was conceived several years ago (2001), as part of our long term plan
to develop an infrastructure for the computational analysis of
proteins and other related entities. Prior to Biozon our lab
developed ProtoMap (a
database of protein families) and BioSpace (that combines
sequence and structure information, and contains 3D models for more
than 160,000 proteins). This type of analysis is faced with special
challenges, due to the dynamic nature of the data. Therefore, the
further development of these databases was put on hold in order to
construct a sustainable infrastructure (a.k.s Biozon) to support this
analysis and other research projects. Development of ProtoMap and
BioSpace will resume in 2006, where new classification and modeling
techniques will be integrated into Biozon, to subsume our previous
efforts.
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Also see
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