MCLab’s DNA Fragment Size Analysis Kit offers fast and reliable separation, sizing and quantification of DNA or RNA libraries utilizing Capillary Electrophoresis technology, which can separate molecules with a single base difference.
Description
MCLab's DNA Fragment Size Analysis Kit offers fast and reliable separation, sizing and quantification of DNA or RNA samples utilizing Capillary Electrophoresis technology, which can separate molecules with a single base difference. The kit provides high-resolution sizing and quality control of your DNA/RNA samples.
Key Features
Easy and fast sample preparation: fluorescent labeled DNA oligos can be attached to your amplified NGS library within 5 minutes.
High resolution: separate molecules with a single base difference.
Ultra high sensitivity: one signal for each DNA molecule. Peak sizes are true to molecule quantity. No normalization is needed.
Ultra high throughput: continuously analyze 960 samples* within a run.
*( total sample numbers depends on the Genetic Analyzer model
High accuracy: DNA ladder added to each sample to eliminate equipment errors and increase sizing accuracy.
Component: Fluorescent Tag Mix
Recommended Storage Condition: -20 °C
Super-DITM Formamid jest zalecanym buforem obciążającym dla wszystkich sekwenatorów ABI.
Optimized for DNA sequencing and fragment analysis
Even peak separation, even with long reads
Cost-effective solution
Easy implementation
On instrument protocol
Cost-effective
High purity
High signal intensity
Great signal stability
96 dołkowa płytka do PCR, niska boczna ramka (ang. semi skirted), z kodem kreskowym
Łatwy w użyciu
Tag RFID
Wielokrotnego użytku
16 discrete DNA fragments (35 to 500 bp)
High compatibility
High accuracy
Łatwy w użyciu
tag RFID
Wielokrotnego użytku
36 discrete DNA fragments (20 to 600 bp)
High compatibility
High accuracy
Quantification of dsDNA
For use with Qubit™ fluorometer
Linear range: 4-2000 ng dsDNA
MCLab’s DNA Fragment Size Analysis Kit offers fast and reliable separation, sizing and quantification of DNA or RNA libraries utilizing Capillary Electrophoresis technology, which can separate molecules with a single base difference.
Čeština
English
