Circular Dichroism allows biochemists, structural biologists, and biophysicists to determine folding (sheets and helices) in secondary and tertiary protein structure. Additionally, options for other types of biomolecules exist - helicity of DNA, thermal perturbation, and mechanistic time-course studies are possible.
Folding data impact both the research (target binding, structure) and development (consistency, fill-finish) steps of the pharmaceutical process. Integration with the TDP allows data capture of both raw and formatted spectra, and analysis of this data against other confirmatory spectroscopy or physical techniques.
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The Allotrope Foundation, an international consortium of pharma, biotech, and other research-intensive industries, has developed advanced data architecture to transform the acquisition, exchange, and management of laboratory data throughout its lifecycle.
AWS Executive Conversations highlight disruptive technologies across industries with a focus on ingenuity in healthcare and life sciences. TetraScience President and CTO, Spin Wang, is the latest to be featured.
Listen to the New Matter podcast episode, "Helping Scientists Do More," with SLAS's Scientific Director, Marshall Brennan, Ph.D., and Tetra's Chief Scientific Officer, Mike Tarselli, Ph.D. where they discuss the challenge of "Big Data" in life science R&D.
Tasks take seconds, not hours, by eliminating manual data processing
Tasks take seconds, not hours, by eliminating manual data processing
Empowering Alexion Scientists to probe their data through intuitive data applications
Empowering Alexion Scientists to probe their data through intuitive data applications
Enabling FAIR access to pharmacokinetic and pharmacodynamic results
Enabling FAIR access to pharmacokinetic and pharmacodynamic results
*References here in no way indicate any formal relationship or endorsement by the respective companies