Our first commercial instrument using focal Molography, revolutionizes biological interaction measurement. This innovative approach provides a direct, undisturbed view of molecular dynamics in their natural state, without the need for labels, overcoming traditional research limitations like signal disturbance and non-specific binding. It's not just an instrument; it's a gateway to a new era of life sciences research, enabling real-time observation and quantification of biological processes. It is transforming biological research, paving the way for more accurate, efficient, and straightforward studies, heralding a groundbreaking future in molecular interaction research.
- up to 54 interactions
- fully automated
- IT platform independent
- drift free signal (<0,1 pg/mm2/min)
- High robustness
A New Discovery Platform - Molecular Interactions In Biologic Relevant Conditions
Our first commercial instrument using focal Molography, revolutionizes biological interaction measurement. This innovative approach provides a direct, undisturbed view of molecular dynamics in their natural state, without the need for labels, overcoming traditional research limitations like signal disturbance and non-specific binding. It's not just an instrument; it's a gateway to a new era of life sciences research, enabling real-time observation and quantification of biological processes. It is transforming biological research, paving the way for more accurate, efficient, and straightforward studies, heralding a groundbreaking future in molecular interaction research.
- up to 54 interactions
- fully automated
- IT platform independent
- drift free signal (<0,1 pg/mm2/min)
- High robustness
Discover our new Platformfor Molecular Interactions In Biologic Relevant ConditionsOur first commercial instrument using focal Molography, revolutionizes biological interaction measurement. This innovative approach provides a direct, undisturbed view of molecular dynamics in their natural state, without the need for labels, overcoming traditional research limitations like signal disturbance and non-specific binding. It's not just an instrument; it's a gateway to a new era of life sciences research, enabling real-time observation and quantification of biological processes. It is transforming biological research, paving the way for more accurate, efficient, and straightforward studies, heralding a groundbreaking future in molecular interaction research. |
| Up to 54 interactions | Fully automated | IT platform independent | Drift free signal | High robustness |
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Target identification
Protein protein interactions (PPIs) are crucial in understanding cellular mechanisms, as many diseases result from abnormal protein interactions. Identifying these interactions helps researchers pinpoint potential drug targets.
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Membrane Receptors (GPCRs)
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Immune receptors for CGT
Binder Development
Identifying promising binder is essential in any antibody development pipeline to quickly narrow down the number of promising candidates.
We have a special focus on:
- Antibodies and derivatives
- Antibody drug conjugates
- DNA based binder (Aptamers)
Hit Validation
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DNA encoded library (DEL)
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Peptides
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DNA/RNA
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Small fragments
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