Two-dimensional protein crystals for solar energy conversion
Advanced materials (Deerfield Beach, Fla.), 2014•pubmed.ncbi.nlm.nih.gov
Two-dimensional photosynthetic protein crystals provide a high density of aligned reaction
centers. We reconstitute the robust light harvesting protein Photosystem I into a 2D crystal
with lipids and integrate the crystals into a photo-electrochemical device. A 4-fold
photocurrent enhancement is measured by incorporating conjugated oligoelectrolytes to
form a supporting conductive bilayer in the device which produces a high photocurrent of∼
600 μA per mg PSI deposited.
centers. We reconstitute the robust light harvesting protein Photosystem I into a 2D crystal
with lipids and integrate the crystals into a photo-electrochemical device. A 4-fold
photocurrent enhancement is measured by incorporating conjugated oligoelectrolytes to
form a supporting conductive bilayer in the device which produces a high photocurrent of∼
600 μA per mg PSI deposited.
Two-dimensional photosynthetic protein crystals provide a high density of aligned reaction centers. We reconstitute the robust light harvesting protein Photosystem I into a 2D crystal with lipids and integrate the crystals into a photo-electrochemical device. A 4-fold photocurrent enhancement is measured by incorporating conjugated oligoelectrolytes to form a supporting conductive bilayer in the device which produces a high photocurrent of ∼600 μA per mg PSI deposited.
pubmed.ncbi.nlm.nih.gov
以上显示的是最相近的搜索结果。 查看全部搜索结果