In the last decades, molecular biology allowed the development of innovative protocols in the field of conservation/restoration of cultural assets. In this work new hydrolyses, isolated from marine invertebrate organisms, are applied to remove protein layers form works of art surface. Proteolytic zymography assay evidenced that these enzymes are active in a broad temperature range, between 4 degrees and 37 degrees C. The enzymatic cleaning by these proteases, tested on wooden furniture of the second half of the eighteenth century showed positive results, without needing to heat the enzyme solution or the surface on which they were applied. The present report proposes novel proteases more appropriate than other, which usually are active at temperature >= 37 degrees C, for a controlled removal of protein layers from wooden painted artifacts.

Palla, F., Cammarata, M., Trapani, M.R., Ghersi, G., Salamone, M., Sebastianelli, M. (2013). Novel proteases from marine organisms with potential interest in restoration procedure. In M. Lazzari, M.A. Rogero-Candelera, E. Cano (a cura di), Science and Technology for Conservation of Cultural Heritage (pp. 279-282). Boca Raton : CRC PRESS-TAYLOR & FRANCIS GROUP.

Novel proteases from marine organisms with potential interest in restoration procedure

PALLA, Franco;CAMMARATA, Matteo;TRAPANI, Maria Rosa;Ghersi, G;
2013-01-01

Abstract

In the last decades, molecular biology allowed the development of innovative protocols in the field of conservation/restoration of cultural assets. In this work new hydrolyses, isolated from marine invertebrate organisms, are applied to remove protein layers form works of art surface. Proteolytic zymography assay evidenced that these enzymes are active in a broad temperature range, between 4 degrees and 37 degrees C. The enzymatic cleaning by these proteases, tested on wooden furniture of the second half of the eighteenth century showed positive results, without needing to heat the enzyme solution or the surface on which they were applied. The present report proposes novel proteases more appropriate than other, which usually are active at temperature >= 37 degrees C, for a controlled removal of protein layers from wooden painted artifacts.
2013
978-1-138-00009-4
Palla, F., Cammarata, M., Trapani, M.R., Ghersi, G., Salamone, M., Sebastianelli, M. (2013). Novel proteases from marine organisms with potential interest in restoration procedure. In M. Lazzari, M.A. Rogero-Candelera, E. Cano (a cura di), Science and Technology for Conservation of Cultural Heritage (pp. 279-282). Boca Raton : CRC PRESS-TAYLOR & FRANCIS GROUP.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10447/84326
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