A new strategy to prevent the biofouling of water-submerged surfaces is presented here. In particular, the authors show that carbonic anydrase from Methanosarcina thermophila can be entrapped into polyacrylic paints, preserving enzyme activity. In addition, the authors also show that enzyme-containing paints inhibit the growth of marine microorganims, preventing biofouling.
Lucio Panizza, Paola Frisenda, Alessandra Stefan, Marco Francese, Alessandra Madeo, Elena Martelli, et al. (2014). Enzyme-Containing Paints Inhibit the Growth of Marine Microorganisms. JOURNAL OF CHEMISTRY AND CHEMICAL ENGINEERING, 8, 151-156.
Enzyme-Containing Paints Inhibit the Growth of Marine Microorganisms
STEFAN, ALESSANDRA;HOCHKOEPPLER, ALEJANDRO
2014
Abstract
A new strategy to prevent the biofouling of water-submerged surfaces is presented here. In particular, the authors show that carbonic anydrase from Methanosarcina thermophila can be entrapped into polyacrylic paints, preserving enzyme activity. In addition, the authors also show that enzyme-containing paints inhibit the growth of marine microorganims, preventing biofouling.File in questo prodotto:
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