For more information about the company, go to Follow PREMIER Biosoft on Twitter and on Facebook. The company’s goal is to study the most recent innovations in life sciences and translate them into software products to aid research. I would recommend Beacon Designer to any group performing real-time PCR, whether in academic institutions, industry, or core facilities. Users can tweak the program's default design parameters to meet their experimental requirements and save them as templates for repeated use.įounded in 1994, PREMIER Biosoft is led by computer scientists and biologists dedicated to producing cutting edge intuitive software for research in life sciences. I own a Windows version of Beacon Designer which I can run on Windows 98, ME, NT 4.0, 2000 and XP Professional it is also available for Apple's Mac OS X 10.4. Beacon Designer is a flexible solution to your real time primer and probe design needs and pays for itself many times over. It saves the time and the money involved in failed experiments. It is used by molecular biologists worldwide to design successful real time PCR assays. This will now enable our customers to eliminate genomic contamination from their assays effortlessly," said Kay Brown, President, PREMIER Biosoft.Īlso included in this version is the ability to set user-defined design parameters templates. Beacon Designer automates the design of real time primers and probes. We listened to our customers and delivered exactly what they needed. number NC002655) using Beacon Designer 6.0 software (Premier Biosoft Int). "We received numerous requests for adding this functionality to Beacon Designer. among prokaryotes allowing design of universal molecular hybridization tools. The exons and introns are identified by interpreting GenBank header annotations when sequences are fetched from NCBI. Palo Alto, CA, Ma-( PR.com)- PREMIER Biosoft today announced the release of the latest version of its comprehensive real time oligo design tool, Beacon Designer™ 8.0 with the ability to design primers across exon-exon and exon-intron junctions for selectively amplifying cDNA from a mixture of genomic DNA.
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