Add to ORKGPhotosystem I of higher plants is characterized by red-shifted spectral forms deriving from chlorophyll chromophores. Each of the four Lhca1 to-4 subunits exhibits a specific fluorescence emission spectrum
AbstractThe selectively red excited emission spectrum, at room temperature, of the in vitro reconsti...
AbstractThe Lhca antenna complexes of photosystem I (PSI) have been characterized by comparison of n...
The outer antenna of higher-plant PSI (Photosystem I) is composed of four complexes [Lhc (light-harv...
Photosystem I of higher plants is characterized by red-shifted spectral forms deriving from chloroph...
Photosystem I of higher plants is characterized by red-shifted spectral forms deriving from chloroph...
Photosystem I of higher plants is characterized by a typically long wavelength fluorescence emission...
Photosystem I of higher plants is characterized by a typically long wavelength fluorescence emission...
The red-most fluorescence emission of photosystem I (733 nm at 4 K) is associated with the Lhca4 sub...
AbstractThe isolated subcomplex LHCI-730 of plant photosystem I (PSI) chlorophyll (Chl) a/b binding ...
The selectively red excited emission spectrum, at room temperature, of the in vitro reconstituted Lh...
The selectively red excited emission spectrum, at room temperature, of the in vitro reconstituted Lh...
In this work, we have investigated the role of the individual antenna complexes and of the low-energ...
The Lhca antenna complexes of photosystem I (PSI) have been characterized by comparison of native an...
ABSTRACT In this work the spectroscopic properties of the special low-energy absorption bands of the...
The Lhca antenna complexes of photosystem I (PSI) have been characterized by comparison of native an...
AbstractThe selectively red excited emission spectrum, at room temperature, of the in vitro reconsti...
AbstractThe Lhca antenna complexes of photosystem I (PSI) have been characterized by comparison of n...
The outer antenna of higher-plant PSI (Photosystem I) is composed of four complexes [Lhc (light-harv...
Photosystem I of higher plants is characterized by red-shifted spectral forms deriving from chloroph...
Photosystem I of higher plants is characterized by red-shifted spectral forms deriving from chloroph...
Photosystem I of higher plants is characterized by a typically long wavelength fluorescence emission...
Photosystem I of higher plants is characterized by a typically long wavelength fluorescence emission...
The red-most fluorescence emission of photosystem I (733 nm at 4 K) is associated with the Lhca4 sub...
AbstractThe isolated subcomplex LHCI-730 of plant photosystem I (PSI) chlorophyll (Chl) a/b binding ...
The selectively red excited emission spectrum, at room temperature, of the in vitro reconstituted Lh...
The selectively red excited emission spectrum, at room temperature, of the in vitro reconstituted Lh...
In this work, we have investigated the role of the individual antenna complexes and of the low-energ...
The Lhca antenna complexes of photosystem I (PSI) have been characterized by comparison of native an...
ABSTRACT In this work the spectroscopic properties of the special low-energy absorption bands of the...
The Lhca antenna complexes of photosystem I (PSI) have been characterized by comparison of native an...
AbstractThe selectively red excited emission spectrum, at room temperature, of the in vitro reconsti...
AbstractThe Lhca antenna complexes of photosystem I (PSI) have been characterized by comparison of n...
The outer antenna of higher-plant PSI (Photosystem I) is composed of four complexes [Lhc (light-harv...