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Seqman
Gene finding
Gene finding with similarity
Gene finding in Bacteria
Gene finding in Viruses
Gene search
Gene explorer
Synteny
Promoter
Protein structure
Protein location
3d-explorer
Analysis of expression data
clust
Plant promoter database
Multiply alignment
RNA structure
Search and map repeats
Extracting known SNPs

 

 

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Software SummarySoftware manualsApplied in Publications
Automatic genome   annotation
Eukaryotic: animal, plant, fungi
Bacterial and bacterial
  community DNA
Visualization of annotations
Genome Explorer
Visualization of Bacterial
   genome comparison
   and annotation

 
Sequence comparison
Alignment of genomic sequences
Multiple alignment and tree
   construction
Fast search in genomes
ESTs clustering and
   visualization
Analysis of Gene Regulation
Promoter prediction for
   animal and plant genes
Search for functional
   motifs and conserved motifs
Regsite database of regulatory
   motifs

 
Protein 3D-structure analysis and modeling
Assignment of secondary structure and accesibility
Alignments of 3D structures
Restoring coordinates
   of side chains
Prediction of secondary
   structures
Fold recognition
Homology modeling
Analysis of Expression data
Clustering of
  co-expressed genes
Finding disease/tissue/
  condition specific gene sets
Analysis of protein functions
Search for functional motifs
Prediction of protein
   localization in cell
  Identification of
   SS-bonded Cys
Prediction of protein
   disordered regions

February 14, 2008. Softberry releases OligoZip package for analysis of Solexa/Illumina and similar sequencing reads. It can be used for genomic sequence assembly - de novo or based on a reference genome - and mutation profiling ans SNP discovery.

January 31, 2008. Softberry releases MolQuest 2.0 Alpha version, which supports user-customizable pipelines. Its trial version can be downloaded at www.molquest.com

August 28, 2007. FGENESH++ pipeline was a winner of NGASP Gene prediction competition on exon level (see NGASP Gene prediction competition Results), while both FGENESH and FGENESH++ had best sensitivity in most categories. See here for NGASP comparison of various genefinders

June 28, 2007. Independent tests of accuracy of ORF prediction by FGENESB on metagenomic sequences found it to be far superior to alternative methods, such as Critica and Glimmer (Mavromatis et al., NATURE METHODS, 2007, Vol. 4 No. 6, p. 495-500), see here for details.

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