Self-powered photoelectrochemical sensor activated by In2O3/CdTe@ ZnS-photoanode coupled with manganese porphyrin-double quenching for methyltransferase …
W Dong, Z Li, B Wang, G Jie, H Zhou - Sensors and Actuators B: Chemical, 2024 - Elsevier
A unique self-powered photoelectrochemical (PEC) biosensor is fabricated by integrating
CuInS 2 nanoflowers (CIS NFs) photocathode and CdTe@ ZnS/In 2 O 3 photoanode for
sensitive detection of methyltransferase (Dam MTase). CdTe@ ZnS quantum dots (QDs)-
modified porous In 2 O 3 with excellent photoelectric activity was used as photoanode, and
CIS NFs were used as photocathode for biosensing interface. The direct electron transfer
and synergistic enhancement of the dual-electrode guarantees sufficient photocurrent …
CuInS 2 nanoflowers (CIS NFs) photocathode and CdTe@ ZnS/In 2 O 3 photoanode for
sensitive detection of methyltransferase (Dam MTase). CdTe@ ZnS quantum dots (QDs)-
modified porous In 2 O 3 with excellent photoelectric activity was used as photoanode, and
CIS NFs were used as photocathode for biosensing interface. The direct electron transfer
and synergistic enhancement of the dual-electrode guarantees sufficient photocurrent …
Self-Powered Photoelectrochemical Sensor Activated by In2o3/Cdte@ Zns-Photoanode Coupled with Manganese Porphyrin-Double Quenching for Methyltransferase …
G Jie, W Dong, Z Li, B Wang, H Zhou - Available at SSRN 4571043 - papers.ssrn.com
A unique self-powered photoelectrochemical (PEC) biosensor is fabricated by integrating
CuInS2 nanoflowers photocathode and CdTe@ ZnS/In2O3 photoanode for sensitive
detection of methyltransferase (Dam MTase). CdTe@ ZnS quantum dots (QDs)-modified
porous In2O3 with excellent photoelectric activity was used as photoanode, and CuInS2
nanoflowers (CIS NFs) were used as photocathode for biosensing interface. The direct
electron transfer and synergistic enhancement of the dual-electrode guarantees sufficient …
CuInS2 nanoflowers photocathode and CdTe@ ZnS/In2O3 photoanode for sensitive
detection of methyltransferase (Dam MTase). CdTe@ ZnS quantum dots (QDs)-modified
porous In2O3 with excellent photoelectric activity was used as photoanode, and CuInS2
nanoflowers (CIS NFs) were used as photocathode for biosensing interface. The direct
electron transfer and synergistic enhancement of the dual-electrode guarantees sufficient …