G J Agur Sevink
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Explore the profile of G J Agur Sevink including associated specialties, affiliations and a list of published articles.
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21
Citations
119
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Recent Articles
1.
Dsouza L, Gupta K, Li X, Eric V, Luo Y, Huijser A, et al.
J Phys Chem B
. 2025 Feb;
129(8):2129-2137.
PMID: 39957104
In contrast to the common viewpoint that bacteriochlorophyll (BChl) motion is largely absent within the chlorosome assembly, physics-based modeling points to a crucial role of the nanoscale librational motion of...
2.
Eric V, Li X, Dsouza L, Huijser A, Holzwarth A, Buda F, et al.
J Phys Chem B
. 2024 Apr;
128(15):3575-3584.
PMID: 38569137
Observations of low-lying dark states in several photosynthetic complexes challenge our understanding of the mechanisms behind their efficient energy transfer processes. Computational models are necessary for providing novel insights into...
3.
An integrated approach towards extracting structural characteristics of chlorosomes from a mutant of
Dsouza L, Li X, Eric V, Huijser A, Jansen T, Holzwarth A, et al.
Phys Chem Chem Phys
. 2024 Mar;
26(22):15856-15867.
PMID: 38546236
Chlorosomes, the photosynthetic antenna complexes of green sulfur bacteria, are paradigms for light-harvesting elements in artificial designs, owing to their efficient energy transfer without protein participation. We combined magic angle...
4.
van der Pol R, Brinkmann B, Sevink G
J Chem Theory Comput
. 2024 Mar;
20(7):2888-2900.
PMID: 38537131
Lipid packing defects are known to serve as quantitative indicators for protein binding to lipid membranes. This paper presents a protocol for mapping molecular lipid detail onto a triangulated continuum...
5.
Calvani D, Kreupeling B, Sevink G, de Groot H, Schneider G, Buda F
J Phys Chem C Nanomater Interfaces
. 2024 Mar;
128(8):3514-3524.
PMID: 38445014
A fundamental understanding of proton transport through graphene nanopores, defects, and vacancies is essential for advancing two-dimensional proton exchange membranes (PEMs). This study employs ReaxFF molecular dynamics, metadynamics, and density...
6.
Frehan S, Dsouza L, Li X, Eric V, Jansen T, Mul G, et al.
J Phys Chem B
. 2023 Aug;
127(35):7581-7589.
PMID: 37611240
The antenna complex of green sulfur bacteria, the chlorosome, is one of the most efficient supramolecular systems for efficient long-range exciton transfer in nature. Femtosecond transient absorption experiments provide new...
7.
Eric V, Castro J, Li X, Dsouza L, Frehan S, Huijser A, et al.
J Phys Chem B
. 2023 Aug;
127(34):7487-7496.
PMID: 37594912
Chlorosomes from green bacteria perform the most efficient light capture and energy transfer, as observed among natural light-harvesting antennae. Hence, their unique functional properties inspire developments in artificial light-harvesting and...
8.
Eric V, Li X, Dsouza L, Frehan S, Huijser A, Holzwarth A, et al.
J Phys Chem B
. 2023 Jan;
127(5):1097-1109.
PMID: 36696537
Chlorosomes are supramolecular aggregates that contain thousands of bacteriochlorophyll molecules. They perform the most efficient ultrafast excitation energy transfer of all natural light-harvesting complexes. Their broad absorption band optimizes light...
9.
Singhal A, Sevink G
Nanomaterials (Basel)
. 2022 Nov;
12(21).
PMID: 36364637
The continuous release of engineered nanomaterial (ENM) into the environment may bring about health concerns following human exposure. One important source of ENMs are silver nanoparticles (NPs) that are extensively...
10.
Singhal A, Sevink G
Nanoscale Adv
. 2022 Sep;
3(23):6635-6648.
PMID: 36132649
Understanding the uptake of nanoparticles (NPs) by different types of cellular membranes plays a pivotal role in the design of NPs for medical applications and in avoiding adverse effects that...