Introduction

Join expert speakers, Leah McEwen (Cornell University), Pierre Morieux (Revvity Signals) and Kevin Jabloka (University of Jena) in this webinar as they explore the importance of standardising data practices to improve reuse, some of the tools available to researchers to better manage their data, such as electronic lab notebooks, as well as the use of machine learning in chemistry.


This webinar is part of a mini-series. Find out more about the other webinars we are hosting under Further event details.
 

Useful links

• Further event details More information about the event

Speakers

• Leah McEwen Chemistry Librarian, Cornell University, United States
• Pierre Morieux Chemistry Product Marketing Manager, Revvity Signals, France

  https://revvitysignals.com/
• Kevin Jablonka Research Group Leader, University of Jena, Germany

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Sponsorship & supporting organisations

Sponsored by Revvity. Revvity Signals Software, formerly PerkinElmer Informatics, has over three decades of experience providing support for scientific workflows.Our powerful informatics solutions are used in R&D across disciplines from drug discovery to materials development. Now under our Signals Research Suite, our end-to-end SaaS solution integrates workflows to accelerate innovation and help scientists collaborate. In addition, our solution powered by TIBCO® Spotfire® can transform clinical trials. From our flagship ChemDraw® and E-Notebook applications, to our Signals Research Suite, to our TIBCO® Spotfire® partnership for data analytics, Revvity Signals offers a powerful suite of scientific solutions.

Supported by Collaborative Drug Discovery, NFDI4Chem, PSDI, WorldFAIR Chemistry and IUPAC, Chemical Science, Digital Discovery
 

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Sponsors

Revvity Signals

Collaborative Drug Discovery

NFDI4Chem

Physical Sciences Data Infrastructure

Chemical Science

Digital Discovery

IUPAC

WorldFAIR

Organised by

Hosted by ChemSpider. Explore more than 128 million structures on the ChemSpider database. Including over 200 data sources, ChemSpider is a valuable source of information for chemical scientists working with data. Freely accessible and comprehensive, this rich source of structure-based chemistry information is a fundamental resource for chemical scientists working with data everywhere.

 

ChemSpider

Contact information

Richard Kidd
Royal Society of Chemistry
Thomas Graham House, 290 Science Park
Milton Road
+44(0)1223432344
Contact us by email

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