The PerkinElmer AcycloPrime-FP SNP Detection Systems
are a simple and robust method for SNP Detection that uses
techniques and protocols familiar to every laboratory basedon
FP-TDI. The systems detect known SNPs from genomic DNA,
after amplification of the region of DNA containing the
SNP of interest.
-
Proprietary and Exclusive dye labeled
AcycloTerminators- versus dye labeled 2,3-Dideoxynucleotides
-
Unique mutant, thermostable DNA Polymerase,
AcycloPol, versus ThermoSequenase for single base extension
-
Optimized system using Fluorescence polarization
features of the PerkinElmer VICTOR2 instrument.
Purchase of kits includes a limited license under the following
patents: U.S. Patents 6,180,408 , 5,888,819 and 6,004,744
The AcycloPrime-FP method is a simple, homogeneous, robust
and high-throughput approach to SNP Detection using microplates
and fluorescence polarization detection.
There are four simple steps in this SNP assay:
- Amplify 100-300 bp fragment Genomic DNA containing SNP
region of interest
- Degrade Primers/nucleotides with PCR clean up Reagent
(containing SNP Primers, R110/Tamra - Acyclo Terminators,
unlabeled terminators, AcycloPol), then add AcycloPrime
Mix to incorporate dye-Acyclo Terminators
- Perform 10-30 Thermocycles
- Analyze by Fluorescence Polarization, e.g., with the
VICTOR2 Multilabel Reader
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Comparison of genotyping by two methods. The Results obtained
by the AcycloPrime SNP kit (data in green), are superior
to that obtained from using Thermosequenase and dideoxynucleotides
(data in purple color). Note superior cluster separations
by AcycloPrime, making it easier to score genotypes, with
greater accuracy.
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AcycloPrime-FP kits are optimized for use with the Victor2
and Envisionreaders, state-of-the-art multi-use fluorescence
polarization detection instruments. By combining the PerkinElmer's
SNP Detection systems with the advanced capabilities of
these readers, detecting all known SNPs is easy, quick and
accurate:
- Proven technology - well published technique adopted
by many researchers
- Easy to use - all reagents are provided in the kit along
with specific instructions.
- Simple protocol - homogeneous assay with no plate-to-plate
transfers, centrifugation, wash or separation steps.
- Better sensitivity and accuracy than other methods -
novel AcycloTerminators and AcycloPol Enzyme provide results
that are superior to dye-ddNTP's and Thermo Sequenase
- Fast time to results - high throughput read times (fifteen
minutes with the Victor2 and one minute with
the Envision per 384 well plate)
- More affordable than most other technologies - perfect
for labs just starting SNP Detection.
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Kit Components
All AcycloPrime-FP SNP kits contain:
- PCR Clean-up Reagent, 10X
- PCR Clean-up Dilution Buffer
- 10 X Reaction Buffer
- AcycloTerminator Mix (one pair R110/Tamra dye AcycloTerminators,
unlabeled terminators, AcycloPol thermostable polymerase
enzyme, and SNP primers which are to be provided by researchers)
- Instruction Manual
Ordering Information
The AcycloPrime-FP SNP Detection Systems can detect
all possible combinations for SNPs. Each kit contains a
terminator mix with the appropriate dye-labeled AcycloTerminators
that will be incorporated into the SNP primer. These correspond
to the alleles present at the SNP to be detected.
| ACP101A |
1K SNP Kits (1000 SNPs) |
G/A |
| ACP101B |
10K SNP Kit (10,000 SNPs) |
G/A |
| ACP101C |
100K SNP Kit (100,000 SNPs) |
G/A |
| |
|
|
| ACP102A |
1K SNP Kits (1000 SNPs) |
G/C |
| ACP102B |
10K SNP Kit (10,000 SNPs) |
G/C |
| ACP102C |
100K SNP Kit (100,000 SNPs) |
G/C |
| |
|
|
| ACP103A |
1K SNP Kits (1000 SNPs) |
G/T |
| ACP103B |
10K SNP Kit (10,000 SNPs) |
G/T |
| ACP103C |
100K SNP Kit (100,000 SNPs) |
G/T |
| |
|
|
| ACP104A |
1K SNP Kits (1000 SNPs) |
C/A |
| ACP104B |
10K SNP Kit (10,000 SNPs) |
C/A |
| ACP104C |
100K SNP Kit (100,000 SNPs) |
C/A |
| |
|
|
| ACP106A |
1K SNP Kits (1000 SNPs) |
C/T |
| ACP106B |
10K SNP Kit (10,000 SNPs) |
C/T |
| ACP106C |
100K SNP Kit (100,000 SNPs) |
C/T |
| |
|
|
| ACP109A |
1K SNP Kits (1000 SNPs) |
A/T |
| ACP109B |
10K SNP Kit (10,000 SNPs) |
A/T |
| ACP109C |
100K SNP Kit (100,000 SNPs) |
A/T |
| |
|
|
| ACP113B |
10K SNP Kit (10,000 SNPs) |
Includes: 3K G/A, 3K C/T,
1K G/C, 1K G/T, 1K C/A, 1K A/T |
| ACP113C |
100K SNP Kit (100,000 SNPs) |
Includes: 30K G/A, 30K C/T, 10K G/C, 10K G/T, 10K
C/A, 10K A/T |
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1 Chen, X., Levine, L. and Kwok, P., "Fluorescence
polarization in homogeneous nucleic acid analysis"
Genome Research, (1999) 9, 492-298.
2 Hsu, T.M., Chen, X., Duan, S., Miller,
R.D., and Kwok, P-Y., Universal SNP genotyping assay
fluorescence polarization detection, BioTechniques
(2001) 31, 560-570.
3 Gardner, A.F. and Jack, W.E. Acyclic
and dideoxy terminator preferences denote divergent sugar
recognition by archaeon and Taq DNA polymerases, Nucleic
Acids Res. 30, 605-613.
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