DNASTAR has released Lasergene v7.2, with expanded assembly and visualization capabilities for traditional and next-generation sequencing. The desktop software allows users to assemble bacterial-size genomes using the 454 Life Sciences pyrosequencing technique and to generate flowgrams diagrams on the same software used for smaller assemblies.
Lasergene is a suite of tools for molecular biologists and geneticists and is used primarily in the assembly and analysis of DNA and protein sequences. The software is compatible with Windows XP and Vista systems and Mac OS 10.3 or higher.
The Zebrafish Anatomical Ontology is now being served as a standalone vocabulary by the National Cancer Institute’s Enterprise Vocabulary Service. The ontology is freely available via the NCI Terminology Browser and programmatically via the caCORE servers.
The zebrafish ontology is a controlled vocabulary of the anatomy and development of the zebrafish (Danio rerio).
A display name property has been created, which in the case of anatomical entities contains the zebrafish preferred term suffixed by the developmental start and end stages indicated by the source.
Progeniq Pte, which offers reconfigurable computing applications, has launched the BioBoost Accelerated Suite for Bioinformatics, which enables up to a 50-fold speedup versus a single 3.5 GHz CPU processor, the company said.
BioBoost provides hardware-accelerated processing for NCBI Blast, Smith-Waterman, HMMer, and ClustalW.
Premier Biosoft released this week version 5 of AlleleID, which helps design microarrays and real-time PCR diagnostic assays. The product, designed for pathogen detection or bacterial identification, now enables the design of probes for multiplex ligation-dependent probe amplification.
AlleleID is a desktop tool designed to address pathogen detection, bacterial identification, or taxa/species discrimination using microarrays and TaqMan, TqMan MGB, SYBR Green, and molecular beacon qPCR assays
Multiplex ligation-dependent probe amplification is a method to establish the copy number of up to 45 nucleic acid sequences in a single reaction.