[MOS] 5/10 - Modern Optics and Spectroscopy Virtual Seminar with Philipp Kukura (Oxford)

Roemer, Timothy Timothy.Roemer at excelitas.com
Thu May 5 09:17:56 EDT 2022


Hello Christine,

I am no longer in a role that relates to spectrometers. Please remove me from this email list. Thank you!

Best,
Tim Roemer
Continuous Improvement Leader | Office: 1-978-439-3317 | Mobile: 1-603-724-4065
1 Fortune Dr.| Billerica, MA 01821 | USA | www.excelitas.com<http://www.excelitas.com/>

From: MOS <mos-bounces at mit.edu> On Behalf Of Christine Brooks
Sent: Thursday, May 5, 2022 9:13 AM
To: mos <mos at mit.edu>
Cc: ptsogroup <ptsogroup at mit.edu>
Subject: [MOS] 5/10 - Modern Optics and Spectroscopy Virtual Seminar with Philipp Kukura (Oxford)

CAUTION: This email originated from outside of Excelitas.
There will be a virtual Modern Optics and Spectroscopy Seminar held next Tuesday, May 10 at 12pm. A short Q&A segment will immediately follow the conclusion of the seminar.

Zoom link: https://mit.zoom.us/j/96881514009?pwd=NDVlY3ZxeG9mb0JtZkFkTE9UYjBrZz09
Password: 653304
__________________________

Philipp Kukura
University of Oxford

“Unravelling biomolecular structure, interactions and dynamics with mass photometry”

Interactions between biomolecules control the processes of life in health, and their malfunction in disease, making their characterization and quantification essential to our understanding of the underlying molecular mechanisms. A major challenge stems from the intrinsic heterogeneity of molecular machines and its correlation with function. I will introduce mass photometry (MP), the accurate mass measurement of individual biomolecules in solution by light scattering, which enables the study of stoichiometries, structure, energetics and kinetics by combining label-free detection and mass measurement. In addition to illustrating the fundamental and unique capabilities of MP, I will discuss recent applications to studies of biomolecular self-assembly and membrane-associated processes with molecular resolution, and provide a brief outlook as to likely future capabilities and investigations.

_____________________

Christine Brooks
Administrative Assistant
Massachusetts Institute of Technology
Department of Chemistry
77 Massachusetts Ave, 6-333
Cambridge, MA 02139
p: 617.253.7239
e: cbrooks at mit.edu<mailto:cbrooks at mit.edu>

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