Web Services as Tools for High Throughput Pharmaceutical Analysis
As pharmaceutical analytical requirements expand and accelerate, the need for development and integration of high throughput methods grows. Web services are one way to tame R&D?s increasing appetite for analytical information whereby the product (the experimental data and instrumental capabilities) can be made available via an application programming interface (API) such as XML-RPC. Casting analytical instrumentation as a web service and focusing development on methods suitable for web service delivery creates opportuniy for increased participation in high throughput pharmaceutical research today and provides a route for better integration of analytical systems into larger multi-instrument solutions that are being considered for tomorrow. In addition, since much of the data management and integration requirements are off-loaded to external business logic containing procedures, the information management requirements at the instrument are minimized as a result of the transactional nature of web services. Here we will present some of the technology and concepts involved and our efforts to develop a prototype Nuclear Magnetic Web Services web services to support automated structure confirmation.
What the heck is a web service and how can I create and use them to increase my productivity? Want to find out more about Web Services and how they can be used in pharmaceutical R&D? Check out the references below.
References:
- Download NMR Web Services, a pdf version a presentation given at SMASH 2002 September 15-18 2002: Breckenridge, CO.
- Keeping Web services real...there's a key quote in here that says web services can enable an "assembly line for business processes."
- What are Web services anyway?...is a more technical description of what web services are and how they work.
- Check out the information available at xmlrpc.com...arguably the place where the underlying protocol for web services (xml-rpc and soap) got started.
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Check out Novatia's NMR Web Service Software for the prediction of NMR spin systems and chemical shift estimation from SMILES strings. This is a first of it's kind application that can be accessed interactively via the web or algorithimically over the internet via XML-RPC. This represents a new class of NMR software that easily allows for predictive information to be available at the instrument while a sample is being analyzed allowing for experimental decisions to be made at the time of acquistion.
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