-
BIO-96005
SensiFAST SYBR & Fluorescein Kit (500 x 20uL reactions)
Price: $569.32List Price: $632.57Outstanding assay reproducibility, sensitivity and robustness from both DNA and RNA templates, under fast thermal cycling conditions. Product Highlights Reproducible &ndash consistent results between technical replicates for increased confidence in -
BIO-92020
SensiFAST SYBR Hi-ROX Kit (2000 x 20uL reactions)
Price: $2,007.17List Price: $2,230.19Outstanding assay reproducibility, sensitivity and robustness from both DNA and RNA templates, under fast thermal cycling conditions. Product Highlights Reproducible &ndash consistent results between technical replicates for increased confidence in -
BIO-92005
SensiFAST SYBR Hi-ROX Kit (500 x 20uL reactions)
Price: $569.32List Price: $632.57Outstanding assay reproducibility, sensitivity and robustness from both DNA and RNA templates, under fast thermal cycling conditions. Product Highlights Reproducible &ndash consistent results between technical replicates for increased confidence in -
BIO-73001
SensiFAST SYBR Hi-ROX One-Step Kit (100 x 20uL reactions)
Price: $306.22List Price: $340.25Sensitive, reproducible detection of even the most challenging RNA targets, under fast thermal cycling conditions. Product Highlights Sensitive &ndash optimized buffer formulation delivers reliable quantification from even very low copy number RNA -
BIO-73005
SensiFAST SYBR Hi-ROX One-Step Kit (500 x 20uL reactions)
Price: $1,246.07List Price: $1,384.52Sensitive, reproducible detection of even the most challenging RNA targets, under fast thermal cycling conditions. Product Highlights Sensitive &ndash optimized buffer formulation delivers reliable quantification from even very low copy number RNA -
BIO-94020
SensiFAST SYBR Lo-ROX Kit (2000 x 20uL reactions)
Price: $2,007.17List Price: $2,230.19Outstanding assay reproducibility, sensitivity and robustness from both DNA and RNA templates, under fast thermal cycling conditions. Product Highlights Reproducible &ndash consistent results between technical replicates for increased confidence in -
BIO-94005
SensiFAST SYBR Lo-ROX Kit (500 x 20uL reactions)
Price: $569.32List Price: $632.57Outstanding assay reproducibility, sensitivity and robustness from both DNA and RNA templates, under fast thermal cycling conditions. Product Highlights Reproducible &ndash consistent results between technical replicates for increased confidence in -
BIO-94050
SensiFAST SYBR Lo-ROX Kit (5000 x 20uL reactions)
Price: $4,216.57List Price: $4,685.07Outstanding assay reproducibility, sensitivity and robustness from both DNA and RNA templates, under fast thermal cycling conditions. Product Highlights Reproducible &ndash consistent results between technical replicates for increased confidence in -
BIO-74001
SensiFAST SYBR Lo-ROX One-Step Kit (100 x 20uL reactions)
Price: $306.22List Price: $340.25Sensitive, reproducible detection of even the most challenging RNA targets, under fast thermal cycling conditions. Product Highlights Sensitive &ndash optimized buffer formulation delivers reliable quantification from even very low copy number RNA -
BIO-74005
SensiFAST SYBR Lo-ROX One-Step Kit (500 x 20uL reactions)
Price: $1,246.07List Price: $1,384.52Sensitive, reproducible detection of even the most challenging RNA targets, under fast thermal cycling conditions. Product Highlights Sensitive &ndash optimized buffer formulation delivers reliable quantification from even very low copy number RNA -
BIO-98020
SensiFAST SYBR No-ROX Kit (2000 x 20uL reactions)
Price: $2,007.17List Price: $2,230.19Outstanding assay reproducibility, sensitivity and robustness from both DNA and RNA templates, under fast thermal cycling conditions. Product Highlights Reproducible &ndash consistent results between technical replicates for increased confidence in -
BIO-98005
SensiFAST SYBR No-ROX Kit (500 x 20uL reactions)
Price: $569.32List Price: $632.57Outstanding assay reproducibility, sensitivity and robustness from both DNA and RNA templates, under fast thermal cycling conditions. Product Highlights Reproducible &ndash consistent results between technical replicates for increased confidence in