Charge Detection Mass Spectrometry Reveals Favored Structures in the Assembly of Virus-Like Particles: Polymorphism in Norovirus GI.1
https://t.co/V5C5xNee7G
Dr. Martin Jarrold and Dr. David Clemmer of @IUBChemistry at @IUCollege discuss their groundbreaking new technology of charge detection mass spectrometry, or CDMS.
IU chemistry professors David E. Clemmer and Martin Jarrold will receive the Wylie Innovation Catalyst Medal along with IU alumna and retired venture capitalist Jane Martin during an event Monday.
https://t.co/x9jITGlGGS
On April 4, David Clemmer & Martin Jarrold, both IU Distinguished Professors, and Jane Martin, IU alumna & retired venture capitalist, will receive the Wylie Innovation Catalyst Medal — an honor celebrating @IndianaUniv's legacy of innovation & discovery.
https://t.co/pS2t5zGaZm
Two IU chemistry professors found a way to test the effectiveness of pharmaceuticals that could revolutionize the medical field. https://t.co/p51etXWeDA
An IU faculty startup has reached a deal with a major corporation to use their technology in equipment with applications to the development of new cell- and gene-based therapies. https://t.co/O6HqgwZELL
Analysis of Recombinant Adenovirus Vectors by Ion Trap Charge Detection Mass Spectrometry: Accurate Molecular Weight Measurements beyond 150 MDa #AC https://t.co/7GWg7Z0e1P
Now in @MolTherapy Methods & Clinical Development (#MTM) from @pfizer scientists: Comparison of analytical techniques to quantitate the capsid content of adeno-associated viral (#AAV) vectors https://t.co/OsttzPwfEb
Economist Stephanie Cheng found that each additional postdoctoral year was associated with a $3730 decrease in ‘undiscounted’ average lifetime earnings
https://t.co/pvDC7u5jOx
Scientists use charge detection mass spectrometry to characterize the megadalton-sized antigens from classical multivalent vaccines directly from commercial formulations.
https://t.co/fjCeFGCWvN
Watch this video to learn how #mRNA vaccines can protect against #COVID19, and please share with your networks to help us encourage vaccine participation! You can read more about mRNA vaccines on our Patient Education page. https://t.co/ndRKBRvSaw
New work from the Dragnea and M. Jarrold labs shows that co‐assembling brome mosaic virus coat proteins and nucleic acid oligomers generates unstable capsid structures with stoichiometries that differ from the icosahedral virion.
https://t.co/jT9MVbAnSW