View tips and guidelines our support team has to offer in real-time PCR, SNP genotyping, gene expression, multiplex qPCR, our proprietary dyes and more.
Performing KASP™ genotyping in your own lab is easy. You need your DNA samples, your ordered KASP assays, universal KASP-TF Master Mix from LGC Biosearch Technologies and a FRET-capable plate reader or a qPCR instrument.
Phage display is a powerful technique for the selection of peptides, antibodies, or other proteins from a library of millions of candidates.
Our controlled pore glass has been refined for maximum oligo purity and yield through advanced production techniques to optimise control of particle size and shape, pore size, pore volume and specific surface area.
A single-nucleotide polymorphism (SNP) is a base pair substitution at a specific locus within a DNA sequence.
As inventors of the Black Hole Quencher™ (BHQ™) dyes, we design our dyes with the goal of providing solutions for you, the scientist. Our vibrant fluorophores and versatile quenchers are valuable tools for many technologies including: real-time qPCR, multiplex qPCR, SNP genotyping, and FRET assays. See below to learn more about our dyes and the technologies they support.
In addition to being a custom oligonucleotide manufacturer, LGC Biosearch Technologies is a major supplier of DNA synthesis reagents to oligo synthesis companies around the world.
Quickly scan and digest topics through an infographic.
Multiplexed qPCR combines several PCR assays together into one but resolves the reactions using reporter dyes with distinct spectra. Only Biosearch Technologies offers fluorophores and quenchers that span the spectrum to maximise your multiplexing for 2-plex, 3-plex, 4-plex, and 5-plex qPCR.
Real-time PCR methods using fluorescent probes are ideal for end-point genotyping in low to medium throughput disease-association studies, or marker selection in industrial applications. Review the probe types we offer for this application, and learn how to design assays for genotyping.
Learn how LGC, Biosearch Technologies can aide your gene expression application.
The efficiency of fluorescence quenching upon excitation is very distance dependent – if the reporter fluorophore and quencher are far apart, there is fluorescence; if the reporter and quencher are close together in space, fluorescence is suppressed. Continue reading to learn more about static and FRET quenching.
The discovery of PCR forever changed the molecular biology world.
Supports and reagents for therapeutic, antisense, and SiRNA oligos. Also dyes and quenchers for bioassays.
KASP™ genotyping chemistry in MAS allows greater numbers of assays to be rapidly developed and genotyped in a highly flexible and industry proven manner.
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