February 10, 2021

Novel Workflow or Innovative Multiplexing Approach

February 10, 2021/ B. Zamostna

With the aim to develop a robust and sensitive system for genotyping of DNA samples using the increasingly popular digital PCR (dPCR) method, we have recently successfully employed a multiplex approach to combine multiple targets in one dPCR reaction.

Results of our analysis will be presented at the virtual EFI 2021 meeting on April 21-23, 2021:

Zamostna B., Mak C., Jiroutek P. and Bost D. (2021): Amplitude multiplexed, droplet digital PCR approach for accurate genotyping of DNA samples prior to chimerism analysis

October 29, 2020

JETA Molecular presents at the ASHI 46th Annual Meeting 2020

October 29, 2020/ B. Zamostna

To evaluate performance of the QTRACE® Analysis System, JETA Molecular has been participating in various external proficiency schemes (UK NEQAS, ASHI, EFS, INSTAND) for POST-SCT chimerism monitoring, consistently achieving excellent results.

These results, together with an analysis of the agreement of the qPCR and STR method for chimerism quantification, were presented at the ASHI 46th Annual Meeting on October 19-21, 2020. For the first time, this meeting was held fully virtually.

Zamostna B., Mak C. and Bost D. (2020): When being average is the goal: Results of longer-term external proficiency testing using the QTRACE® Analysis System

June 25, 2020

QTRACE® Analysis System Attains CE Mark

June 25, 2020/ Doug Bost

JETA Molecular is pleased to announce that earlier this year, we filed a Declaration of Conformity to CE IVD-D standards for our flagship chimerism product, the QTRACE® Analysis System.

June 08, 2020

New product: MultiTRACE™ Multiplex Genotyping Plate

June 08, 2020/ B. Zamostna

At JETA Molecular, we make every effort to offer our customers unique and innovative products employing creative solutions for transplant monitoring. The MultiTRACE™ Genotyping Plate, our newest product, takes advantage of multiplex quantitative PCR that enables to detect multiple targets in a single reaction.