Electronic device using electron transport proteins

Details Electronic device using electron transport proteins Electronic device using electron transport proteins

1985-12-31

1986-09-23

Van Balen, William J.

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Structurally defined web or sheet

Including components having same physical characteristic in...

174126R, 427338, 427414, 428459, 4284782, B32B 900, B32B 1504, H01B 500

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active

046135413

ABSTRACT:
An electronic device comprises a substrate (16) of glass, a plurality of elongated electrodes (17) which are provided in parallel with each other on the glass substrate, a first electron transport protein film (18) prepared by cytochrome c formed on the electrodes, a second electron transport protein film (19) of flavodoxin adhered and joined on the first electron transport protein film and a plurality of elongated electrodes (20) provided in parallel with each other on the second electron transport protein film. Cytochrome c is different in redox potential from flavodoxin, whereby rectifying characteristics are attained in the device in a molecular level by junction of the first electron transport protein film (18) and the second electron transport protein film (19).

REFERENCES:
patent: 3966580 (1976-06-01), Janata et al.
patent: 4103064 (1978-07-01), McAlear et al.
patent: 4103073 (1978-07-01), McAlear et al.
patent: 4541908 (1985-09-01), Niki et al.
"Bioconductors--Beyond VLSI" by James H. McAlear et al, IEEE-Japan, App. Phys., Sep. 7-11, 1981.
"Towards Three-Dimemsional Biomolecular Logic" by James H. McAlear et al, IEEE Computer Society MEDCOMP82, Sep. 1982.

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