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Design Share Panels
Customized panels backed by expert collaboration
Design Share panels are NGS target enrichment designs developed by Roche scientists and in collaboration with leading researchers around the world.
Featuring pre-designed content from research experts, Roche’s probe design expertise and performance data, the Design Share panels offer you the benefit of a confident and convenient entrance into the NGS Target Enrichment space. They are also fully customizable using the HyperDesign Tool, allowing you the flexibility to add or remove content to better suit your research needs.
There are panels currently available in:
- Somatic oncology research: KAPA HyperCap DS NHL Panel
- Hereditary genetics and oncology research: KAPA HyperCap DS Inherited Disease Panel, KAPA HyperCap DS Sudden Cardiac Death Panel, KAPA HyperCap DS NeuroDegeneration Panel, KAPA HyperCap DS Hereditary Cancer Research Panel)
- Metabolic disease research: KAPA HyperCap DS Human mtDNA Design.
If you would like to share your design on this page, please contact your local Roche sales representative. In case you are interested in fully verified and validated panels that are also off-the-shelf available, such as the KAPA HyperExome V2 Probes or the KAPA HyperCap Catalog Panels, please visit the respective pages.
Design share panels comparison overview
View full tableDesign share panels comparison overview
Research Area |
Organism |
Genome build |
Specifications |
Ordering information |
Internal reference (IRN) |
Material numbers and pack sizes |
|
KAPA HyperCap DS NHL Panel |
Somatic oncology research |
Human |
HG38 |
Covers 383 genes and regions commonly associated with B-cell lymphomas with a capture target size of 341 Kb. It can be used for longitudinal, robust, and sensitive detection of ctDNA in NHL research applications. |
KAPA HyperChoice MAX 3Mb T1 |
1000028225 |
09052593001 for 24 rxn 09052615001 for 96 rxn |
KAPA HyperCap DS Inherited Disease Panel |
Hereditary genetics & oncology research |
Human |
HG38 |
Covers > 4100 genes and regions associated with inherited disease with a capture target size of 12.3 Mb. |
KAPA HyperChoice Probes |
1000004873 |
KAPA HyperChoice MAX 40Mb starting from 24 reaction packs: 09053352001 for 24 rxn |
KAPA HyperCap DS Sudden Cardiac Death Panel |
Hereditary genetics & oncology research |
Human |
HG38 |
Covers 152 genes and regions associated with cardiovascular conditions with a capture target size of 772 Kb. |
KAPA HyperChoice Probes |
1000004863 |
KAPA HyperChoice MAX 3Mb T3 starting from 12 reaction packs: 09052895001 for 12 rxn |
KAPA HyperCap DS NeuroDegeneration Panel |
Hereditary genetics & oncology research |
Human |
HG38 |
Covers over 98 genes and regions associated with neurodegenerative disorders with a capture target size of 335 Kb. |
KAPA HyperChoice Probes |
1000004883 |
KAPA HyperChoice MAX 3Mb T1 starting from 12 reaction packs: 09052585001 for 12 rxn |
KAPA HyperCap DS Hereditary Cancer Research Panel* |
Hereditary genetics & oncology research |
Human |
HG19 |
Covers 226 genes and regions commonly associated with hereditary cancer syndromes with a capture target size of 744 Kb. |
KAPA HyperChoice Probes |
1000007813 |
KAPA HyperChoice MAX 3Mb T3 starting from 12 reaction packs: 09052895001 for 12 rxn |
KAPA HyperCap DS Human mtDNA Design |
Metabolic Disease Research |
Human |
HG38 |
Covers the Human mitochondrial genome with a primary target size of 16 Kb. |
KAPA HyperChoice Probes |
1000005603 |
KAPA HyperChoice MAX 0.5Mb T1 starting from 12 reaction packs: 09052143001 for 12 rxn |
*Validation of CZECANCA (CZEch CAncer paNel for Clinical Application) for targeted NGS-based analysis of hereditary cancer syndromes. PLoS One. 2018 Apr 12;13(4):e0195761.
Related products
HyperDesign Tool
The online, user-friendly HyperDesign Tool builds on two decades of in silico design experience to select probe panels that achieve deeper, more uniform downstream sequencing coverage with fewer sequencing reads—even across difficult-to-capture regions.
For Research Use Only. Not for use in diagnostic procedures.