Probe-based qPCR
Solis BioDyne’s qPCR and one-step RT-qPCR kits are optimized ready-to-use solutions for real-time qPCR assays with all the components necessary to perform qPCR. Solis BioDyne has mixes for both – probe based approach and intercalating dye- based approach (highly sensitive EvaGreen® or SolisGreen® dye). Find suitable mix for your qPCR platform from the qPCR Mix selection tool or product list below.
SolisFAST® Probe qPCR Mix (no ROX) 250 rxn
Catalog: 28-01-00001 Size: 1ml (250 rxn)
Fast, highly sensitive and reproducible probe-based qPCR solution
SolisFAST® Probe qPCR Mix (no ROX) 1250 rxn
Catalog: 28-01-00001-5 Size: 5ml (5-pack: 5 x 1 ml/1250 rxn)
Fast, highly sensitive and reproducible probe-based qPCR solution
SolisFAST® Probe qPCR Mix (no ROX) 5000 rxn
Catalog: 28-01-00020 Size: 20ml (5000 rxn)
Fast, highly sensitive and reproducible probe-based qPCR solution
SolisFAST® Probe qPCR Mix (ROX) 50 rxn
Catalog: 28-02-0000S Size: 0.2ml (50 rxn) Free sample
Fast, highly sensitive and reproducible probe-based qPCR solution
HOT FIREPol® Multiplex qPCR Mix (ROX) 2000 rxn
Catalog: 08-02-00008 Size: 8ml (2000 rxn)
Probe-based qPCR Mix optimized for amplifying multiple targets in a single reaction
HOT FIREPol® Multiplex qPCR Mix (ROX) 5000 rxn
Catalog: 08-02-00020 Size: 20ml (5000 rxn)
Probe-based qPCR Mix optimized for amplifying multiple targets in a single reaction
HOT FIREPol® Multiplex qPCR Mix (Purple) 50 rxn
Catalog: 08-03-0000S Size: 0.2ml (50 rxn) Free sample
Probe-based qPCR Mix optimized for amplifying multiple targets in a single reaction
HOT FIREPol® Multiplex qPCR Mix (Purple) 250 rxn
Catalog: 08-03-00001 Size: 1ml (250 rxn)
Probe-based qPCR Mix optimized for amplifying multiple targets in a single reaction
HOT FIREPol® Multiplex qPCR Mix (Purple) 2000 rxn
Catalog: 08-03-00008 Size: 8ml (2000 rxn)
Probe-based qPCR Mix optimized for amplifying multiple targets in a single reaction
HOT FIREPol® Multiplex qPCR Mix (Purple) 5000 rxn
Catalog: 08-03-00020 Size: 20ml (5000 rxn)
Probe-based qPCR Mix optimized for amplifying multiple targets in a single reaction