Biohydrogen, Hardcover by Rogner, Matthias (EDT), Brand New, Free shipping in...-image
Biohydrogen, Hardcover by Rogner, Matthias (EDT), Brand New, Free shipping in...-image
Biohydrogen, Hardcover by Rogner, Matthias (EDT), Brand New, Free shipping in...-image
Biohydrogen, Hardcover by Rogner, Matthias (EDT), Brand New, Free shipping in...-image
Biohydrogen, Hardcover by Rogner, Matthias (EDT), Brand New, Free shipping in...-image

Biohydrogen, Hardcover by Rogner, Matthias (EDT), Brand New, Free shipping in...

$ 108.14

Publication Year: 2015 Subject Area: Technology & Engineering, Science height: 0.6 in width: 6.7 in Publisher: DE Gruyter Gmbh, Walter Book Title: Biohydrogen Item Weight: 22.9 Oz Publication Name: Biohydrogen Author: Amanda Applegate Subject: Biotechnology, Life Sciences / Biochemistry, Power Resources / Alternative & Renewable, Chemistry / Industrial & Technical, Chemistry / General Item Length: 9.4 in Number of Pages: 296 Pages Item Width: 6.7 in ISBN: 9783110336450 Language: English Format: Hardcover Item Height: 0.6 in Type: Textbook

Description

Biohydrogen, Hardcover by Rogner, Matthias (EDT), Brand New, Free shipping in.... Biohydrogen, Hardcover by Rogner, Matthias (EDT), ISBN 3110336456, ISBN-13 9783110336450, Brand New, Free shipping in the US The 12 chapters in this volume detail research on biohydrogen as an alternative energy source. Researchers from the US, Europe, and Japan discuss a cyanobacterial design cell for the production of hydrogen from water; the analysis and assessment of current photobioreactor systems for photobiological hydrogen production; catalytic properties and maturation of [FeFe]-hydrogenases; oxygen-tolerant hydrogenases and their biotechnological potential; metal centers in hydrogenase enzymes studied by x-ray spectroscopy; the structure and function of [Fe]-hydrogenase and biosynthesis of the FeGP cofactor; hydrogenase evolution and function in eukaryotic algae; the engineering of cyanobacteria for increased hydrogen production; a semi-artificial photosynthetic Z-scheme for hydrogen production from water; photosynthesis and hydrogen metabolism and light-driven hydrogen production in vitro; re-routing redox chains for directed photocatalysis; and energy and entropy engineering on sunlight conversion to hydrogen using photosynthetic bacteria. Annotation ©2015 Ringgold, Inc., Portland, OR ()

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