Kotov Group 🇺🇦
@kotov_group
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Ann Arbor, MI
Joined July 2017
Excellent work on nanoparticles with complex shapes interacting with proteins from Angela Violi and her crew of molecular computational engineers.
nature.com
Nature Computational Science - NeCLAS is a machine learning pipeline that can accurately and efficiently predict nanoscale interactions, which has broad applications in biological processes and...
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Hear is our own Prashant! Congratulations on the highlight. Cool points about working on biomimetic assemblies and at the edge of comfort zone. https://t.co/Y5BZ6L1Fn6
pubs.acs.org
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Our article on chiral plasmonic nanostructures published as cover art for the current issue.
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#ASAP: Deep learning for rapid detection and classification of complex microparticles with nanoscale chirality. By @kotov_group, @AVisheratina @UMich et al. https://t.co/NlMjnxTCRh
pubs.acs.org
Nanoscale chirality is an actively growing research field spurred by the giant chiroptical activity, enantioselective biological activity, and asymmetric catalytic activity of chiral nanostructures....
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Glad to share our *magnificent* discovery driven by a computational model on the chirality of bacterial amyloid nanofibers! This is a tremendous effort made by all my collaborators, who combine computational and experimental work beautifully! @ACS_ANM
https://t.co/4gaxUxnxU7
pubs.acs.org
Amyloid nanofibers are abundant in microorganisms and are integral components of many biofilms, serving various purposes, from virulent to structural. Nonetheless, the precise characterization of...
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Excellent work from Anastasia who developed Ml tool to automate recognition of left and right chiral nano structures. The best thing- you need only a small number of SEM images to train ML https://t.co/EiQbssKLkX We used bow ties that can be made easily
pubs.acs.org
Nanoscale chirality is an actively growing research field spurred by the giant chiroptical activity, enantioselective biological activity, and asymmetric catalytic activity of chiral nanostructures....
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Mischè has been recognized for her achievements in chiral chromatography at the annual Katz lecture and dinner. Great strides, Mischè!
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Antimicrobial resistance is a global challenge that requires new solutions! 🦠 Researchers are exploring ways to disrupt bacterial communication and develop therapies that target bacterial weapons to tackle the silent pandemic: https://t.co/2ffZfqbA5H
#AntimicrobialResistance
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We are delighted to announce that Professor Molly Stevens, a leading figure in biomaterials and regenerative medicine, is joining #KavliOxford as the John Black Professor of Bionanoscience. @UniofOxford
@mplsoxford
@OxfordMedSci
@KavliFoundation
https://t.co/56wAj39eNB
kavli.web.ox.ac.uk
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When @ajiswriting had trouble finding products that complimented her skin tone, she did what any other 11-year-old would do: invented her own. Now the UCLA doctoral student has launched a lab designed to innovate cosmetics for darker skin tones. @SULALABS
newsroom.ucla.edu
AJ Addae, a UCLA chemical biology doctoral student, launched a company that develops cosmetics for people with darker skin tones
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Happy and relieved to see that my work on fabricating 3D chiral structures with a 'twist', as a post-doc with @kotov_group @UMichChE is finally out for everyone to enjoy. Lucky that the paper made it to the cover. Article is at https://t.co/GLAiSjimEa
nature.com
Nature - Self-limited assembly of 'imperfect' chiral nanoparticles enables formation of bowtie-shaped microparticles with size monodispersity and continuously variable chirality to be used...
This week in Nature: Twist factor – Nanosheets form photonically active bow ties with tunable geometry. Browse the full issue here: https://t.co/sedHC46wot
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Hello Indianapolis! It was a long day trip in a car. Waiting fir ample amount of Turkish food to break Ramadan fast. Tomorrow is is full day with many talk on chiral nanostructures.
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Last week it was nanotech: https://t.co/AZnjq5GeqB News story here:
news.engin.umich.edu
Being able to decide not only whether a micron-scale particle twists but also how much could open new avenues for machine vision and more.
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Congratulations to the Pisan team !!!
NIR‐CPL from chiral complexes of lanthanides and d‐metals
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I can NOT believe it! ❤️ One more cover in Nature!! ❤️ "Twist factor" @prashantksk @kotov_group Chiral molecules are structures that have the same composition but are mirror images of each other. In this week’s issue, Nicholas Kotov and his colleagues use self-assembling
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And here is the actual link to the bowtie particles. Chirality continuum reveals the dependences of CD peaks in multiple spectral regions on geometric chirality measures.
nature.com
Nature - Self-limited assembly of 'imperfect' chiral nanoparticles enables formation of bowtie-shaped microparticles with size monodispersity and continuously variable chirality to be used...
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