Computers are used extensively in modem R&D, and so much of the data that needs to be recorded in a laboratory notebook is generated electronically. Transcribing data manually into a paper notebook is error-prone, and in many cases, for example, analytical data (spectra, chromatograms, photographs, etc), transcription of the data is not possible. The paper-based laboratory notebook is the last non-electronic component of the R&D workflow system, and there is currently much pressure to replace it with an electronic laboratory notebook (ELN). We will provide an overview of the OpenLAB ELN (part of a suite of Agilent's OpenLAB informatics products) and offer a glimpse into our mobile and cloud efforts for ELN.
Open presentation slidesRelated content
30 08 2022
< 1 minute
Key Properties in Drug Design | Predicting Lipophilicity, pKa and Solubility
PhysChem properties are key descriptors in drug design Lipophilicity, pKa and solubility are key...
13 07 2022
< 1 minute
Local and Global Models For Predicting Properties of Small Molecules
Which type of model has the most potential for success? The obvious answer is all models that are...
13 07 2022
< 1 minute
ICCS 2022 - Translating data to predictive models
Biological, chemical and physical properties of molecules are encoded in their molecular structure....
13 04 2022
< 1 minute
Efficient biomolecular structural data handling and analysis - Webinar with Discngine
Presenters: Peter Schmidtke- Product Manager, Discngine Márk Somogyi- Product Manager, Chemaxon...