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Increasingly, NMR is becoming a step in a process.
Pharmaceutical companies demand spectra for more and more drug leads as information is generated earlier and earlier in the drug discovery
process. That means microfluidic sample management up front.
Protasis can tailor micro-unit-operations to your
facility and ensure that samples are processed through the microNMR
stage efficiently, rapidly and without loss of valuable
sample.
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By the way, you probably also want a mass spectrum from that valuable
drug lead.
Fortunately, microNMR is non-destructive and well-matched for a
follow-on electrospray-MS step. Protasis can tailor downstream
sample recovery, intermediate storage and transfer to additional analytical
stages. We can even provide custom
microconsumables to serve your special research needs |
Key Benefits
- Optimized analytics for your process
- Full complement of microfluidic component technologies
- Compact, cost-effective solutions using microfluidic manifolds
Capabilities
- Structured System Design
- Protasis can match fluid flows and sample
concentrations between stages to optimize your hyphenated
methods. We can design and simulate mixers, reactors or
separators based on fluid mechanics, reaction kinetics and heat or
mass transfer principles. Create an optimized sample management
system for your high-throughput facility.
- Multi-Disciplinary Competencies
- In your physical world, Protasis can integrate
filtration, concentration, separation and detection in one or multiple
stages to manage your workflow. In your virtual world, we can
acquire and control your hyphenated instrument, database the
chromatograms and spectra across your network and interpret and
present the results.
- Custom Microconsumables
- Protasis is finding that many capillary-scale
techniques require tailored microconsumables to fit in with the
procedures in today's high throughput drug discovery facility.
Protasis has created solid-phase-extraction and liquid chromatography
cartridges that are optimized for automated sampling and analysis.
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