Prices
Prices for all our regular contract research products and services are shown below. These are our standard prices and reflect the price that customers sending regular types and numbers of samples can expect to pay. Should you have specific DNA analysis needs that are not met by any of our standard options or have large numbers of samples, please don't hesitate to contact us regarding your requirements or for volume pricing.
| Product | Price (per sample) | Code(s) |
| 96 Well plate | £4-50 | 96W |
| Plasmid / PCR product | £6-00 | 2 |
| Bac & Pac | £8-00 | 3 |
| E. coli pellets | £20-00 | 4 |
| EST sequencing | £40-00 (one direction) & £45-00 (both) | 6 & 7 |
| Primer walking * | £0-15 (per base) & £0-30 (per base pair) | P & P2 |
| Fragment Analysis | £1-00 | GM |
| E. coli mini-prep | £0-95 | 8 |
| E. coli Maxi-prep | £35-00 | MA |
| Primer synthesis | £0-50 (per base) | PS |
Notes
GeneralThe prices above are our standard prices for single reactions. Should customers wish to send large numbers of samples, they should contact us to ask about volume discounts. Prices are exclusive of VAT, which will be charged at the appropriate rate (currently 17.5%) to customers who cannot claim zero rating.
For detailed information on each option, please refer to the appropriate page on this site. Some options have specific requirements for sample format, presentation, etc. Please read the requirements for each option carefully to ensure that you meet these requirements. Please also note that for options where live bacteria are supplied to us, we can ONLY accept samples that have been classified as biohazard containment level 1 according to the UK Genetically Modified Organisms (Contained Use) Regulations and ammendments. For more information on these regulations, please see the HSE website. We may require proof of containment level to be supplied.
Primer Walking *When we sequence a single strand of your insert, we charge 15p per base. When we sequence both strands, we charge 30p per base pair (i.e. double the price of sequencing a single strand).
