Primer Premier's search algorithm finds optimal PCR, multiplex and SNP genotyping primers with the most accurate melting temperature using the nearest neighbor algorithm. Primers are screened for secondary structures,dimers, hairpins, homologies and physical properties before reporting the best ones for your sequence, in a ranked order. Load the gene of interest from NCBI, select a search range, sit back and let Primer Premier pick the best possibleprimers for you.
Primer Premier's search algorithm finds optimal PCR, multiplex and SNP genotyping primers with the most accurate melting temperature using the nearest neighbor thermodynamic algorithm. Primers are screened for secondary structures, dimers, hairpins, homologies and physical properties before reporting the best ones for your sequence, in ranked order. Equipped with a handy calculator, you can easily manipulate sequences and analyze the results of your primer design.
With Primer Premier, you can load sequences from dbSNP and have the primers designed flanking the SNP selected. Hundreds of unpublished SNPs can also be loaded by specifying them as variation features in standard GenBank/dbSNP files. After specifying the SNPs, primers can be designed to amplify them for detection using a probe-based chemistry.
Primer Premier software combines design of primers for various PCR applications under one common platform. The software supports design of degenerate primers on alignments for amplifying a related set of nucleotide sequences for detecting many common traits amongst organisms and to determine heredity.[1]
The software has a built-in nucleotide-protein and protein-nucleotide sequence translator which can be used for designing degenerate primers for codons that code for multiple amino acid sequences. It is also understood that the primers designed by Primer Premier are effective and confirm to the design guidelines laid for designing primers for housekeeping genes with a high G+C%.[3]