DNF-930-K1000
Please login to add product to your favorites.

Fragment Analyzer Qualitative DNA Kits

Part Number:
DNF-930-K1000
RUO

dsDNA 930 Reagent Kit (75-20000bp), 1000. Fragment Analyzer system kit for genotyping and qualitative analysis of PCR amplicons, microsatellites, and SSR's from 75 to 20000 bp. Includes reagents necessary for running 1000 samples.

For Research Use Only. Not for use in diagnostic procedures.
Item successfully added to your list

Subscribe to this item in cart or checkout

More lab efficiency with your auto delivery schedule, modify and cancel it at any time. Simply select subscription delivery frequency in the cart or checkout, and submit your order. How does it work?

List Price:
$945.00 /1 Kit

Please enter valid quantity

Specifications
Analysis Time
  • Short array 30 min
Assay Sensitivity
  • Standard
DNA Sizing Range
  • 75 - 20000 bp
Guaranteed Shelf Life
  • Minimum 4 months
Kit Type
  • Qualitative
Qualitative Range
  • 0.5 - 50 ng/µL
Sample Volume
  • 2 µL
Sizing Accuracy
  • ± 10 %
Sizing Precision
  • 5 % CV
Sizing Resolution
  • Short Array: 75 bp -1500 bp ≤ 10%; 1500 bp – 20000 bp ≤15% (33-55 Array)
Uses Per Kit
  • 1000
Kit Contents
Part Number Product Description Quantity
DNF-355-0300 5x 930 dsDNA Inlet Buffer, 300mL 1
DNF-475-0100 5x Capillary Conditioning Solution, 100 mL 1
DNF-495-0125 Dilution Buffer 1x TE, 125mL 1
DNF-600-U030 Intercalating Dye, 30 µL 2
DNF-930-0500 dsDNA 930 Separation Gel, 500mL 1
FS-SLR930-U100 1 kb Plus DNA Ladder, 100 µL 2
FS-SMK930-0003 Markers, 75bp + 20kb, 3.2mL 2
FS-SMO15 Mineral Oil Dropper Bottle, 15mL 1
Support
User Manuals

Agilent DNF-930 Reagent Kit (75 – 20000 bp) Quick Guide for Fragment Analyzer Systems

This Quick Guide is intended for use with the Agilent 5200, 5300, and 5400 Fragment Analyzer systems only. The DNF-930 Reagent kit from Agilent is for the analysis of dsDNA fragments between 75 bp and 20 kb. Sizing and relative quantification between samples can be obtained using this kit. Example applications include PCR fragment sizing, and restriction digest analysis.