AbstractThe conductivity of two photosynthetic protein–pigment complexes, a light harvesting 2 complex and a reaction center, was measured with an atomic force microscope capable of performing electrical measurements. Current–voltage measurements were performed on complexes embedded in their natural environment. Embedding the complexes in lipid bilayers made it possible to discuss the different conduction behaviors of the two complexes in light of their atomic structure
Two types of photosynthetic membrane proteins, the peripheral antenna complex (LH2) and the core ant...
The utilization of proteins as nanodevices for solar cells, bioelectronics, and sensors generally ne...
Recent work by a number of groups has highlighted the emerging potential associated with the marriag...
To reveal the structure–function relationship of membrane proteins, a membrane environment is often ...
AbstractThe main function of the transmembrane light-harvesting complexes in photosynthetic organism...
International audiencePhotosynthetic processes, including light capture, electron transfer, and ener...
Charge separation and transport through the reaction center of photosystem I (PSI) is an essential p...
Making and holding an artificial lipid bilayer horizontally in aqueous solution within the microscop...
The primary process of photosynthesis involves the absorption of sun-light by antenna complexes and ...
Electron Transfer (ET) plays essential roles in crucial biological processes such as cell respiratio...
The relative spatial organisation of protein complexes involved in the light reactions of photosynth...
The conductivity of a photosynthetic reaction center (RC) from Rhodobacter sphaeroides was measured ...
The interfacing of biomolecules to nanostructures, electrode surfaces and/or optical components cons...
The transport of electrons along photosynthetic and respiratory chains involves a series of enzymati...
The transport of electrons along photosynthetic and respiratory chains involves a series of enzymati...
Two types of photosynthetic membrane proteins, the peripheral antenna complex (LH2) and the core ant...
The utilization of proteins as nanodevices for solar cells, bioelectronics, and sensors generally ne...
Recent work by a number of groups has highlighted the emerging potential associated with the marriag...
To reveal the structure–function relationship of membrane proteins, a membrane environment is often ...
AbstractThe main function of the transmembrane light-harvesting complexes in photosynthetic organism...
International audiencePhotosynthetic processes, including light capture, electron transfer, and ener...
Charge separation and transport through the reaction center of photosystem I (PSI) is an essential p...
Making and holding an artificial lipid bilayer horizontally in aqueous solution within the microscop...
The primary process of photosynthesis involves the absorption of sun-light by antenna complexes and ...
Electron Transfer (ET) plays essential roles in crucial biological processes such as cell respiratio...
The relative spatial organisation of protein complexes involved in the light reactions of photosynth...
The conductivity of a photosynthetic reaction center (RC) from Rhodobacter sphaeroides was measured ...
The interfacing of biomolecules to nanostructures, electrode surfaces and/or optical components cons...
The transport of electrons along photosynthetic and respiratory chains involves a series of enzymati...
The transport of electrons along photosynthetic and respiratory chains involves a series of enzymati...
Two types of photosynthetic membrane proteins, the peripheral antenna complex (LH2) and the core ant...
The utilization of proteins as nanodevices for solar cells, bioelectronics, and sensors generally ne...
Recent work by a number of groups has highlighted the emerging potential associated with the marriag...