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Andrey Struts
Assistant Research Scientist, Chemistry and Biochemistry-Sci
Chemistry & Biochemistry - Sci
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Research Area
g-protein-coupled receptors,
rhodopsin,
biophysics,
protein dynamics,
rhodopsin activation,
membrane proteins,
solid-state nmr,
activation,
cell signaling,
x-ray scattering,
spectroscopy,
biochemistry,
g-protein-coupled receptor,
protein structure,
nmr spectroscopy,
cellular signaling,
neutron scattering,
hydration,
gpcr activation,
biological membranes,
membrane lipids,
biological signaling,
gpcr,
lipid-protein interactions,
deuterium,
molecular modeling,
molecular biology,
structural biology,
molecular dynamics,
rhodopsin dynamics
Publications
(146)
Recent
Membrane protein dynamics: Insights from femtosecond time-resolved X-ray solution scattering
2024
membrane proteins,
protein dynamics,
x-ray scattering,
femtosecond dynamics,
time-resolved analysis
Dynamic allostery of rhodopsin activation in lipid membranes
2024
membrane proteins,
biophysical chemistry,
cell signaling,
molecular biology,
g-protein-coupled receptors
Osmotic stress studies of G-protein-coupled receptor rhodopsin activation
2024
osmotic stress,
g-protein-coupled receptor,
rhodopsin activation,
stress response,
cellular signaling
Hydration and membrane lipids influence rhodopsin activation
2024
rhodopsin activation,
membrane lipids,
hydration,
cell membrane,
biochemistry
Decoding the role of lipid headgroups in membrane biomechanics
2024
role,
decoding,
lipid
Packing and elasticity in membrane mechanical properties
2023
membrane mechanics,
elasticity,
packing,
biophysics,
materials science
Untangling the rivalry between cholesterol and antimicrobial peptides
2023
lipid metabolism,
antimicrobial resistance,
immune response,
biochemistry,
microbiology
Water is a powerful dynamic allosteric modulator in rhodopsin activation
2023
water dynamics,
allosteric modulation,
rhodopsin activation,
protein dynamics,
biological signaling
For every retinylidene a force field: Using machine learning to improve molecular simulations of rhodopsins
2023
molecular simulations,
machine learning,
force field,
rhodopsins,
retinylidene
Influence of soft matter on rhodopsin activation
2023
biophysics,
biochemistry,
optogenetics,
biomembranes,
sensory biology
Collaborations
(2)
Michael Brown
Mutual work: 1 Supervisor﹒6 Proposals
Collaboration Details
Suchithranga Perera
Mutual work: 1 Proposal
Collaboration Details
140+ Publications
