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Chapter
Internal Gas Exchange Photobioreactor
Two eight-tube internal gas exchange photobioreactors were deployed on an inclined platform at an ocean-front research facility in Honolulu, Hawaii. The photobioreactors consisted of 3.8-cm inside diameter, 20...
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Principles of Bioinformatics as Applied to Hydrogen-Producing Microorganisms
Access to computer technology is so widespread that few biologists do not make use of automated systems for managing laboratory data. The growth of the Internet and the development of software tools that facil...
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Photosynthetic Bacteria of Hawaii
Photosynthetic bacteria isolated in Hawaii were evaluated for hydrogen evolution. A number of hydrogen-producing strains, provisionally identified as Rhodospirillaceae, were obtained from a canal at Ala Moana Bea...
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Article
Genetic Engineering and Environmental Pollution: Potential and Uncertainties
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U.S. Patent Analysis
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Patent Analysis
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Patent Analysis
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An International Perspective
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Book
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Chapter
Fermentation Science: Basic and Applied Research Needs
The purpose of this panel is to discuss some future research needs and priorities in the area of fermentation science.
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Book
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Chapter
The Biosaline Concept
For centuries man has known that the earth is a sphere and that there are physical limitations to its size and resources. However, only in the last few decades have we really seen our planet as an island in th...
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Chapter
Enzyme Technology: Potential Benefits of Biosaline Organisms
A biosaline environment exists in many parts of the world where enzyme technology has not yet begun to flourish. Accordingly, there is little information available on the effects of the environmental condition...
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Covalent Linkage: III. Immobilization of Enzymes by Intermolecular Cross-Linking
A very versatile chemical method for immobilizing enzymes and other proteins is intermolecular cross-linking with multifunctional reagents. The method can produce enzyme conjugates of diverse physical characte...
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General Introduction to the Conference
I am pleased and honored to have the opportunity to welcome all of you to this conference on Genetic Engineering for Nitrogen Fixation on behalf of the National Science Foundation and, in particular, the Resea...
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Chapter
Immobilization of Enzymes by Adsorption
The adsorption of enzymes and other proteins onto water-insoluble, surface-active supports is probably the most economically attractive method of immobilization, for it is simple and inexpensive (McLaren, 1974...
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The Immobilization of Enzymes with Imidoester-Containing Polymers
The most prevalent method for immobilizing water-soluble enzymes is by their covalent attachment to water-insoluble functionalized supports, a wide variety of which has been utilized (1). We now wish to report...
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Stabilization and Immobilization of Enzymes with Imidoesters
Two major drawbacks to the use of enzymes are 1) the operational limitations associated with a soluble catalyst, which include mechanical loss, non-reusability, product contamination and limited reactor design...
