Modification of EAPC-XYL by pseudomonas lipases bacteria to remove acrylic from the mural oil paintings
ELHAGRASSY, A. (2019). Modification of EAPC-XYL by pseudomonas lipases bacteria to remove acrylic from the mural oil paintings. EKB Journal Management System, 6(6), 189-202. doi: 10.21608/shedet.006.10
Abeer F. ELHAGRASSY. "Modification of EAPC-XYL by pseudomonas lipases bacteria to remove acrylic from the mural oil paintings". EKB Journal Management System, 6, 6, 2019, 189-202. doi: 10.21608/shedet.006.10
ELHAGRASSY, A. (2019). 'Modification of EAPC-XYL by pseudomonas lipases bacteria to remove acrylic from the mural oil paintings', EKB Journal Management System, 6(6), pp. 189-202. doi: 10.21608/shedet.006.10
ELHAGRASSY, A. Modification of EAPC-XYL by pseudomonas lipases bacteria to remove acrylic from the mural oil paintings. EKB Journal Management System, 2019; 6(6): 189-202. doi: 10.21608/shedet.006.10

Modification of EAPC-XYL by pseudomonas lipases bacteria to remove acrylic from the mural oil paintings

Shedet
Article 10, Volume 6, Issue 6, 2019, Page 189-202  XML PDF (2.34 MB)
Document Type: research articles
DOI: 10.21608/shedet.006.10
View on SCiNiTO View on SCiNiTO
Author
Abeer F. ELHAGRASSY
Abstract
This paper focuses on the removal of acrylic polymer layers from the surfaces of mural paintings, as one of the serious problems faced by conservators. Nanostructured fluids containing water is a great solution for the immiscible or partially miscible polymer with water. The de-wetting of the polymer layer is usually an essential step to achieve efficient removal. EAPC-XYL system was often used for the removal of paraloid B72 but unfortunately, it has an effect on the noble patina of the pigments. The addition of Pseudomonas stutzeri as a source of lipase enzyme increases the efficiency of the EAPC-XYL in short time which helps in removing of the acrylic polymers without affecting the pigments.
The examination by SEM showed that the applying EAPC-XYL/ Pseudomonas stutzeri for only one hour has the effect of removing the polymer’s layers from the mural paintings without affecting the pigments. The FTIR analysis after application showed that the functional groups of the binding medium of the mural paintings is absence of paraloid B72.
Keywords
Nano-emulsions; Acrylic polymer; cleaning; oil wall paintings; conservation; Pseudomonasstutzeri
References
  1. Arroyo (MC) “Development of innovative nanostructured systems for the cleaning of works of art” University of Florence (PhD dissertation), (2012).
  1. Atodiresei (G.V), Sandu (I.G), Tulbure (E.A), Vasilache (V), Butnaru (R) “Chromatic Characterization in Cielab System for Natural Dyed Materials, Prior Activation in Atmospheric Plasma Type DBD” Revista de Chimie (Bucharest) 64, (2013), 165-169.
  2. Baglioni (Michele),   Montis (C), Brandi (F),  Guaragnone (T),  Meazzini (I), Baglioni (Piero), Berti (Debora) “Dewetting acrylic polymer films with water/propylene carbonate/surfactant mixtures - Implications for cultural heritage conservation” The Royal Society of Chemistry 19, (2017), 23723-23732.
  3. Baglioni (Michele), Benavidesa (YareliJàidar), Bertia (Debora), Giorgia (Rodorico), Keiderling (Uwe), Baglion (Piero) “An amine-oxide surfactant-based microemulsion for the cleaning of works of art” Journal of Colloid and Interface Science 440, (2015), 204-210.
  4. Baglioni (Michele), Giorgi (Rodorico), Berti (Debora) and Baglioni (Piero) “Smart cleaning of cultural heritage: a new challenge for soft nanoscience” Nanoscale 4 (2012), 42-53.
  5. Baglioni (Michele), Jáidar (Yareli), Alice (Benavidesa), Drapelab (Desprat), Giorgi (Rodorico) “Amphiphile-based nanofludis for the removal of styrene/acrylate coatings: Cleaning of stucco decoration in the Uaxactun archeological site (Guatemala)”, Journal of Cultural Heritage 16 (2015), 862-868.
  6. Baglioni (Michele), Montis (Costanza), Chelazzi (David), Giorgi (Rodorico), Berti (Debora) Baglioni (Piero) “Polymer Film Dewetting by Water/Surfactant/Good‐Solvent Mixtures: A Mechanistic Insight and Its Implications for the Conservation of Cultural Heritage” Journal of German chemical society 57, Special Issue: Heritage Science Plus Analytical Chemistry, Spectroscopy, and Bioanalysis, ( 2018), 7355-7359
  7. Baglioni, (Michele), Raudino (M), Berti, (D), Keiderling, (U), Bordes, (R), Holmberg (K) and Baglioni (P) “Nanostructured fluids from degradable nonionic surfactants for the cleaning of works of art from polymer contaminants” Soft Matter 10 (2014), 6798- 6809.
  8. Cappitelli (Francesca) “Biocleaning of Cultural Heritage Surfaces” The Open Conference Proceedings Journal 7, (2016), 65-69.
  9. Carretti (Emiliano), Dei (Luigi), Baglioni (Piero), Miliani (C) “Oil-in-water microemulsions to solubilize acrylic copolymers: application in cultural heritage conservation” Trends in Colloid and Interface Science XV, (2001), 63-67.
  10. Carretti (Emiliano), Giorgi (R), Berti (D), Baglioni (Piero) “Oil in water nanocontainers as low environmental impact cleaning tools for works of art: two case studies”, Langmuir 23 (2007), 6396-6403.
  11. Carretti (Emiliano), Salvadori (Barbara), Baglioni (Piero), Dei (Luigi) “Microemulsions and Micellar Solutions for Cleaning Wall Painting Surfaces”, Studies in Conservation 50 (2005), 1-8.
  12. ElHagrassy (Abeer) “Bio-restoration of mural paintings using viable cells of Pseudomonas stutzeri and characterization of these murals”. International Journal of Archaeology, (2019).
  13. Giorgi (Rodorico), Baglioni (Michele), Berti (Debora), Baglioni (Piero) “New methodologies for the conservation of cultural heritage: micellar solutions, microemulsions, and hydroxide nanoparticles”, Account of Chemical Research 43 (2010), 695-704.
  14. Giorgi (Rodorico), Chelazzi (David), Carretti (Emiliano), Falletta (Ester), Baglioni (Piero) “Microemulsions for the cleaning of wall paintings”ICOM Committee for Conservation, ICOM-CC, 15th Triennial Conference New Delhi, 22-26 September (2008), 527-533
  15. Gupta (Ankur), Eral H. (Burak), Hatton T. (Alan) and Doyle S. (Patrick) “Nanoemulsions: formation, properties and applications”, Soft Matter 12 (2016), 2826-2841.
  16. Lustrato (G), Alfano (G), Andreotti (A), Colombini (M.P), Ranalli (G) “Fast biocleaning of mediaeval frescoes using viable bacterial cells” International Biodeterioration & Biodegradation 69, (2012), 51-61.
  17. Masaaki (S) “The consolidation and the conservation of ancient Japanese wall paintings”, in International Symposium on the Conservation and Restoration of Cultural Property, National Research Institute of Cultural Properties, Nara (1996), 211–225.
  18. Mora (Poulo) “Causes of Deterioration of Mural paintings”, International center for the study of the preservation and restoration of cultural property, Rome, (1974).
  19.  Prada, (J.L). et al “Laboratory Tests Simulating the Weathering Processes of the Stone of Sant Miquel Church in Cardona (Barcelona, Spain), Protection and Conservation of Cultural Heritage of the Mediterranean Cities”, A.A. Balkema Publishers, Lisse, (2002).
  20. Raudino (Martina), Giamblanco (Nicoletta), Montis (Costanza), Berti (Debora), Marletta (Giovanni), Baglioni (Piero) “Probing the Cleaning of Polymeric Coatings by Nanostructured Fluids: A QCM-D Study” Langmuir 33, (2017), 5675-5684.
  21. Raudino (Martina), Selvolini (Giulia), Montis (Costanza), Baglioni (Michele), Bonini (Massimo), Berti (Debora), Baglioni (Piero) “Polymer Films Removed from Solid Surfaces by Nanostructured Fluids: Microscopic Mechanism and Implications for the Conservation of Cultural Heritage” ACS Applied Materials and Interfaces 7, (2015), 6244-6253.
  22. Rosado (T), Martins (M.R), Pires (M), Mirão (J), Candeias (A), Caldeira (A.T) “Enzymatic Monitorization of Mural Paintings Biodegradation and Biodeterioration” International Journal of Conservation Science, 4, (2013), 603-612.
  23. Singh (M), Arbad (B.R) “Ancient Indian Painting Recipes and Mural Art Technique at Ajanta” International Journal of Conservation Science 5, (2014), 35-50.
  24. Singha (Yuvraj),  Mehera (Jaya),  Ravala (Kavit),   Ali (Farooq),  Chaurasia (Mohini), Jainc (Nitin),  Chourasiaa (Manish)  “Nanoemulsion: Concepts, development and applications in drug delivery”, Journal of Controlled Release 252 (2017), 28-49
  25. Tintori (L) “Studies for the preservation of the frescoes by Giotto in the Scrovegni Chapel at Padua. The state of conservation of the frescoes and the principal technical conservation problems”, Studies in Conservation 8, (1963), 37–41.
  26. Wyszecki, (G), Stiles, (W. S), “Color Science Concepts and Methods. Quantitative Data and Formulae”, Second Edition, John Wiley & Sons, Inc. New York (2000).
  1. Giamblanco (Nicoletta), Raudino (Martina), Montis (Costanza), Berti (Debora), Marletta (Giovanni), Baglioni (Piero) “Probing the cleaning of polymeric coatings by nanostructured fluids: A QCM-D study” Langmuir 33, (2017), 5675-5684
Statistics
Article View: 213
PDF Download: 291