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Performance of a novel NGS assay suitable for monitoring of dd-cfDNA
following kidney transplantation

Background: One severe complication following solid organ transplantation is antibody and/or cell mediated rejection of the graft. Early detection of rejection is therefore of paramount importance to improve outcome of solid organ
transplantation.

The present study was conducted to determine the analytical performance of the Devyser kit designed for sensitive detection of
donor-derived cell-free DNA (dd-cfDNA) following kidney transplantation.

Download our poster!

Performance of a novel NGS assay suitable for monitoring of dd-cfDNA
following kidney transplantation

Submit the form below to download the poster

Latest from the Devyser blog

Devyser announces study publication demonstrating dd-cfDNA detection in dual donor kidney transplant patients

Devyser Accept cfDNA demonstrates high performance in newly published peer-reviewed article

Devyser’s NGS products for monitoring of kidney and stem cell transplant patients receive IVDR approvals

Early detection of relapse and early therapeutic intervention: The benefits of Devyser NGS method for chimerism analysis

Download our poster!

Performance of a novel NGS assay suitable for monitoring of dd-cfDNA following kidney transplantation

Submit the form below to download the poster

Latest from the Devyser blog

Devyser announces study publication demonstrating dd-cfDNA detection in dual donor kidney transplant patients

Devyser Accept cfDNA demonstrates high performance in newly published peer-reviewed article

Devyser’s NGS products for monitoring of kidney and stem cell transplant patients receive IVDR approvals

Early detection of relapse and early therapeutic intervention: The benefits of Devyser NGS method for chimerism analysis

Performance of a novel NGS assay suitable for monitoring of dd-cfDNA
following kidney transplantation