FAQs
What's New
Support
Contact
Directions
Resources
Publications
In the News
Pricing
Sample Submission
Array Cost Calculator
Services
Pricing
Online Form
Useful Links
Services
Gene Lists
Pricing
Online Form
Useful Links
Services
Gene Lists
Pricing
Online Form
Useful Links
Services
UPL Approach
Pricing
Online Form
Support
Useful Links
Microarray Technology and Informatics
European Summer School - Microarray technology and Bioinformatics
Microarray Technologies - An Overview
Microarray Related Seminars
Hardiman Teaching Resources
BIOGEM is currently supporting the Sybergreen and UPL formats for assays on the LightCycler 480 Real-Time PCR System. These services are offered to UCSD investigators and priority is given to investigators running microarray experiments at BIOGEM and high volume projects. Services are available to non-UCSD investigators working at both non profit institutions and biotech or pharmaceutical companies.
It is anticipated that other assays will be brought online during 2008.
For more details and volume discounts contact James Sprague .
The costs associated with a LightCycler 480 experiment include:
The costs of the reagents.
For RNA expression profiling using the Light Cycler 480, there are two components
This includes all the reagents and consumables, except the primers which must be supplied by the investigator.
If using the UPL approach the investigator has the choice of purchasing the Universal Probe from Roche or BIOGEM. Please contact Marcia Salvestrini for pricing if you plan on using large amounts of a particular probe (i.e. greater than 100 assays). If you plan on running a limited number of samples (i.e. less than 100) BIOGEM has the complete library (UPL) in its freezers and the cost per probe per 96 well experiment is $65.
For cDNA synthesis for up to 20 samples is $165. Please note this is a flat fee for cDNA synthesis that is the same whether 1 or 20 samples are submitted. Alternatively, the researcher may provide their own cDNA. To keep variability to a minimum, it is best if the cDNA is generated with the same protocol or kit.
For real-time PCR. The assays are offered in either 96 or 384 well plate formats. For a 96 well experiment the cost is $550. For a 384 well experiment the cost is $660. Please note that these rates are independent of the number of samples assayed. If just 10 samples are assayed in a 96 well assay, the cost remains $550. These labor rates include assay set up, the QPCR and preliminary data analysis.
Initial experimental consultation and data analyses services are available and this is billed at $120 per hour.
| Rate Code | Rate | Explanation |
|---|---|---|
| cregLCsyn | $7 | cDNA reagents per sample |
| cregLC96 | $80 | PCR costs per 96 well plate |
| cregLC384 | $200 | PCR costs per 384 well plate |
| UPLLC96 | $60 | upl reagent cost per 96 well exp |
| UPLLC384 | $120 | upl reagent cost per 384 well exp |
| clabLC96 | $550 | labor per 96 well experiment |
| clabLC384 | $660 | labor per 96 well experiment |
| clabLCsyn | $165 | labor - cDNA synthesis per sample |
The UCSD rates are applicable to UCSD researchers.
For those researchers working at non-profit institutions (i.e. academic/research institutes) there is an outside non-profit rate. The rate is based on the UCSD rate plus 45%. CA Sales Tax (8.75%) will be collected from all Non-UC clients.
For those researchers working at for-profit institutions (i.e. biotech companies/pharma) there is an outside for-profit rate. The rate is based on the UCSD rate plus 100%. CA Sales Tax (8.75%) will be collected from all Non-UC clients. Researchers that work at an outside institute but have a UCSD affiliation (e.g. Adjunct Appointment/collaboration) will only be eligible for the UCSD rate if payment is with a UCSD index number. If payment is via a PO from their respective organization then the outside non-profit or outside for-profit rate will apply. For more information on payment, please contact Cyndy Illeman.
How to Order Biogem Roche Light Cycler 480 Services
Scientific questions, order production and/or performance comments should be directed to Dr. Gary Hardiman.
Last Updated March 2009
By Dr. Gary Hardiman