Mulfort's work builds upon knowledge of the protein
reaction center structures that accomplish natural photosynthesis.
Not exact matches
«Having a better understanding of where the energy levels are will be very helpful for establishing the
structure - function relationships of these photosynthetic
reaction centers.»
Conclusions about the
structure of the photosystem II
reaction center from plants are drawn, and aspects of membrane protein
structure are discussed.
This illustration is a model of Chl f synthase, potentially a ChlF dimer, based on the known X-ray
structure of the core of the Photosystem II
reaction center.
The Fluid Interface
Reactions,
Structures and Transport (FIRST)
Center, an Energy Frontier Research
Center led by ORNL and funded by DOE's Office of Science, supported the study.
The photosynthetic
reaction center is a membrane protein as well — the very first membrane protein whose
structure could be elucidated.
Our principal research projects include the «Atomic - to Pore - Scale Geochemical Processes project;» the «Fluid Interface
Reactions,
Structures and Transport (FIRST) Energy Frontier Research
Center;» the LBNL - led «Nanoscale Control of Geologic CO2 (NCGC) Energy Frontier Research
Center;») and the «
Center for Understanding and Control of Acid - Gas - Induced Evolution of Materials for Energy (UNCAGE - ME) Energy Frontier Research
Center.»
His assembly of a multidisciplinary team in 2008 to integrate computational, analytical and experimental approaches to understand chemical
reaction and transport phenomena resulted in the establishment of the Fluid Interface
Reactions,
Structures and Transport, or FIRST,
Center, a DOE Energy Frontier Research
Center.