|
DigitalPCR™
Products -- Fall 2008
Digital
Emulsion PCR
Kit
Kit
disperses PCR ready sample into millions of droplets (or micelles) in a
hydrophobic, immiscable oil matrix. After amplification, nucleic
acids are counted using a high resolution, florescence DigitalPCR
reader that determines the properties of each micelle. The volume
of each droplet is approximately 10 picoliters. All sample
preparations are carried out in one 96-well plate, eliminating the need
for expensive robotics.
Digital
Emulsion PCR
Pathogen Kit
A
Digital
Emulsion PCR kit for pathogen detection, where sets of PCR
primers, probes and reagents for the detection of different pathogens
are pre-loaded in optically clear 96 well plates. The Digital
Emulsion PCR Pathogen Kit is for surveillance of pathogens in
hospitals, foods and veterinary laboratories, for early detection and
counting of harmful pathogens, and for assessment of antibiotic
resistance. Each 96-well plate will be available for analysis of
one pathogen in ninety samples or ninety pathogens in one sample.
Digital
Emulsion PCR
Genotyping Kit
Comprises
a Digital Emulsion PCR kit for cancer surveillance. PCR
primers, probes and reagents for well characterized polymorphisms in
genes lost during tumor development are pre-loaded into 96 well
plates. The kit is for quantitative genotyping for assessment of
allele imbalance and loss of heterozygosity for cancer detection and
assessment of cancer recurrence. Loss of heterozygosity is well
studied phenomenon in cancer cells. During cancer development and
cancer recurrence, tumor DNA with signature loss of heterozygosity
patterns are spilled into serum. The Digital Emulsion PCR
Genotyping kits are designed to count deviation from heterozygosity or
allele imbalance in serum (or other biological material) that sample
from tumors among cancer survivors or from individuals at high risk for
cancer.
DigitalPCR,
cPCR, dPCR, dePCR, d-TAQ, NanoArray and PicoArray
are trademarks of Genomic Nanosystems, LLC, a subsidiary of the Cytonix
Corporation.
Copyright 1995 -- 2008. All rights reserved,
Genomic
Nanosystems, LLC.
|