PicoPlex WGA for Single Cells
Reproducible Whole Genome Amplification from Single Cells
PicoPlex™ WGA for Single Cells increases the sensitivity and reproducibility of any type of single-cell analysis, giving you:
- Reliable genetic testing from individual blastomeres and polar bodies
- Greater ability to study genetic heterogeneity within populations of cancer and stem cells
- Accurate karyotyping, genotyping, and mutation detection
- Single-cell analysis as accurate and reproducible as 10,000 cell analysis
PicoPlex™ WGA delivers faster, simpler, more reproducible single-cell analysis.
In about 2 hours from cell to product, you can expect lower rates of false positives and false negatives because of higher reproducibility of locus and allele amplification with virtually no background.
Superior Performance
- Very reproducible locus and allele representation
- Consistent performance of Q-PCR, aCGH, and sequencing assays
- > 90% correlation coefficient for Q-PCR data from replicate cells
- > 90% success rate for human mutation assays
- > 90% success amplifying single blastomeres, polar bodies and flow-sorted cells
- Faithful representation even for GC-rich sequences
Simple, Rapid, Robust Protocol
- No Strand Left Behind™ 15 minute cell lysis and DNA extraction
- Single-tube, 3-step, 2-hr process
- All components are thermostable for robust performance
Important features of PicoPlex amplified DNA
- Mixture of ds and ss DNA, MW ~ 500 b
- 3 – 5 micrograms DNA, ~50 micrograms/microliter
- Virtually no primer dimers, chimeras, or extraneous DNA background
- Superior for oligonucleotide and BAC aCGH, karyotyping, genotyping, mutation detection and sequencing
- Adopted by major PGD reference labs for array and PCR assays
The PicoPlex WGA kits amplify 50 single cells for microarray, PCR or NGS analysis.
| Attachment | Size |
|---|---|
| ADVANTAGES OF PICOPLEX | 804.99 KB |
| PicoPlex WGA Presentation | 352.79 KB |
| PicoPlex FAQ | 113.71 KB |
| PicoPlex User Manual | 223.81 KB |
| PicoPlex WGA Kit MSDS v1.0.1 | 182.19 KB |
