Abstract
To study the biophotolytíc processes involved in the production of hydrogen gas the photosynthetic material of isolated chloroplast membranes was first stabilized. This was achieved by immobilization in a serum albumin-glutaraldehyde matrix. Some kinetic data of the photochemical reactions carried out in closed and continuous flow reactor systems have been investigated. The use of a CSTR chemostat enabled the functional stability of the immobilized photosystems to be examined.
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