Click the HTML icon in the toolbar above to edit spacer height.
TO EDIT: Change the class="spacer-3" to any number between 0 (none) and 5 (most) to resize a spacer. Ex. class="spacer-5"
Vertical spacers are responsive and 50% smaller on mobile than on tablet+.

Minimal Residual Disease (MRD) Research  Application Note


This application note presents a library preparation strategy that maximizes conversion efficiency and enables UMI error-correction for low-level variant detection paired with a hybridization capture approach tailored for MRD research workflows.

Click the HTML icon in the toolbar above to edit spacer height.
TO EDIT: Change the class="spacer-3" to any number between 0 (none) and 5 (most) to resize a spacer. Ex. class="spacer-5"
Vertical spacers are responsive and 50% smaller on mobile than on tablet+.
Click the HTML icon in the toolbar above to edit spacer height.
TO EDIT: Change the class="spacer-3" to any number between 0 (none) and 5 (most) to resize a spacer. Ex. class="spacer-5"
Vertical spacers are responsive and 50% smaller on mobile than on tablet+.
Click the HTML icon in the toolbar above to edit spacer height.
TO EDIT: Change the class="spacer-3" to any number between 0 (none) and 5 (most) to resize a spacer. Ex. class="spacer-5"
Vertical spacers are responsive and 50% smaller on mobile than on tablet+.

Want to learn more

Our panels are designed to reduce off-target binding while maximizing coverage for identifying variants in research samples. Find below more information on our capacities

Order-now

xGen MRD Hybridization Panels

The identified variants then form the basis for a customized tumor-specific xGen™ MRD Hybridization Panel that can be designed, synthesized, and shipped within 5 business days from when order is placed.

Contact-us

Oligo Pools

As an alternative, IDT also offers oPools™ Oligo Pools that support multiplex PCR workflows for MRD research.

Placeholder

xGen cfDNA & FFPE DNA Library Preparation Kit

This kit which empowers variant identification from low-input cfDNA research samples, low-level MRD-specific mutations can be investigated using customized MRD Panels.