Calcium phytate in the treatment of corrosion caused by iron gall inks: Effects on paper

Restaurator

Volumn 26, Issue 1, 2005, Pages 44-62

  Botti, Lorena ^a   Mantovani, Orietta ^a   Ruggiero, Daniele ^a  

^a Ctro Fotoriproduzione L/RAS   (Italy)

Author keywords

[No Author keywords available]

Indexed keywords

CALCIUM COMPOUNDS; CELLULOSE; CORROSION; FIBERS; OXIDATION; PAPER; PH EFFECTS;

CALCIUM PHYTATE; CARBON INK; IRON GALL INKS; TANNIC ACIDS;

INK;

CALCIUM COMPOUNDS; CELLULOSE; CORROSION; FIBERS; INK; OXIDATION; PAPER; PH;

EID: 16244364807     PISSN: 00345806     EISSN: None     Source Type: Journal    
DOI: 10.1515/REST.2005.44     Document Type: Article

References (63)

1. Lehner, S.: Ink manufacture. London: Scott Greenwood 1902 (originally in German: Die Tintenfabrikation. Wien etc.: 1890, 1899.)
2. Lehner, S.: Ink manufacture. London: Scott Greenwood 1902 (originally in German: Die Tintenfabrikation. Wien etc.: 1890, 1899.)
3. Carvalho, D. N.: Forty centuries of ink - A chronological narrative concerning ink and its background. New York: The Banks Law Publishing Co. 1904.
4. Gallo, A.: Liquidi scrittori. Roma: II Libro (Tumminelli-Studium Urbis) 1946: 71-81.
5. Barrow, W. J.: Inks. Manuscripts and Documents. Their Deterioration and Restoration, Charlottesville: University Press of Virginia 1972: 8-23.
6. Signorini Paolini, O.: Gli inchiostri. Restauro e conservazione delle opere d'arte su carta, Firenze, Olschki 1981: 49-57.
7. Thompson, J. C.: Manuscript inks. Portland: Caber Press 1996.
8. James, C.: The evolution of Iron Gall ink and its aesthetical consequences. The Iron Gall Ink meeting, Newcastle upon Tyne: University of Northumbria 2000: 13-22.
9. Jurd, L.: The hydrolyzable tannins. Wood Extractives ed. W. E. Hills. New York: Academic Press, 1974: 405.
10. Daniels, V.: The chemistry of iron gall ink. The Iron Gall Ink meeting, Newcastle upon Tyne: University of Northumbria 2000: 31-35.
11. Muňoz Viňas, S.: Original written sources for the history of mediaeval painting techniques and materials. A list of published texts. Studies in Conservation 43 (1998): 114-124.
12. émo réunion triennale, Ottawa 1981.
13. Sistach, M. C., & I. Espadeler: Organic and inorganic components of iron gall inks. ICOM Committee for Conservation 1990: 485-490.
14. Van Gulik, R., & P. Kersten: A closer look at iron gall ink burn. Restaurator 15 (1994): 173-178.
15. Bleton, J., C. Coupry & J. Sansoulet: Approche d'étude des encres anciennes. Studies in Conservation 41 (1996): 76-94.
16. Wunderlich, C. H.: Geschichte und Chemie der Eisengallustinte. Restauro 1994: 414-421.
17. Krekel, Ch.: The chemistry of historical iron gall inks. International Journal of Forensic Document Examiners 5 (1999): 54-58.
18. th Triennal Meeting of ICOM, Lyon 1999, August 29 - September 3. Vol. 2: 528-533.
19. Arney J. S., & A. H. Chapdelaine: A kinetic study of the influence of acidity on the accelerated aging of paper. Preservation of Paper and Textiles of Historic and Artistic Value 2, ed. J. C. William. Advances in Chemistry Series 193. Washington: American Chemical Society 1981: 189-204.
20. Margutti, S., G. Conio, P. Calvini & E. Pedemonte: Hydrolitic and oxidative degradation of paper. Restaurator 22 (2001): 67-83.
21. Mantovani, O.: Degradation del materiale cartaceo. Chimica e Biologia Applicate alla Conservazione degli Archivi. Roma: Direzione Generale per gli Archiva 2002: 298-320.
22. Neevel, J. G.: Phytate: A potential conservation agent for the treatment of ink corrosion caused by irongall Inks. Restaurator 16 (1995): 143-160.
23. Williams, J. C., C. S. Fowler, M.C. Lyon & T. L. Merril: Metallic catalysts to the oxidative degradation of paper. Preservation of Paper and Textiles of Historic and Artistic Value, ed. J. C. Williams. Advances in Chemistry Series 164. Washington: American Chemical Society 1977: 37-61.
24. Shahani, C. J., & F. H. Hengemihle: The influence of copper and iron on the permanence of paper. Proceedings of Symposium 88. Ottawa: Canadian Conservation Institute 1988: 263-268.
25. Porck H. J., & W. Castelijns: A study of the effects of iron and copper on the degradation of paper and evaluation of different conservation treatments. IADA Congress, Uppsala 1991:1-7.
26. Koppenol, W. H.: Chemistry of iron and copper in radical reactions. Free Radical damage and its Control, ed. C. A. Rice-Evans & R. H. Burdon. Amsterdam: Elsevier 1994: 3-24.
27. Bicchieri, M., S. Pepa: The degradation of cellulose with ferric and cupric ions in a low-acid medium. Restaurator 17 (1996): 165-183.
28. McCrady, E.: Effects of metal on paper; a literature review. Alkaline Paper Advocate 9 (1996): 8-9.
29. Kolar,J.: Mechanism of autoxidative degradation of cellulose. Restaurator 18 (1997): 163-176.
30. Calvini, P., & A. Gorassini: The degrading action of iron and copper on paper. A FTIR-deconvolution analysis. Restaurator 23 (2002): 205-221.
31. Eusman, E., & K. Mensch: Ink on the run - measuring migration of iron in iron gall ink. The Iron Gall Ink meeting, Newcastle upon Tyne: University of Northumbria, 2000: 115-122.
32. Waters, W. A.: Mechanisms of oxidation of organic compounds. London, Methuen, 1964.
33. Arthur, J. C., & O. Hinojosa: Oxidative reaction of cellulose initiated by free radicals. Journal of Polymer Science 36 (1971): 53-71.
34. Walling, C.; Fenton's reagent revisited. Accounts Chem. Res. 8 (1975): 125-131.
35. Graf, E., J. R. Mahoeny, R. G. Bryant & J. W. Eaton: Iron-catalyzed hydroxyl radical formation - stringent requirement for free iron coordination site. The Journal of Biological Chemistry 259 (1984): 3620-3624.
36. Neevel, J. G.:, (Im)possibilities of the phytate treatment. The Iron Gall Ink meeting, Newcastle upon Tyne: University of Northumbria 2000: 125-133.
37. Reissland, B.: Visible progress of paper degradation caused by Iron Gall inks. The Iron Gall Ink meeting, Newcastle upon Tyne: University of Northumbria 2000: 67-72.
38. Reissland, B.: Ink corrosion: side-effects caused by aqueous treatments for paper objects. The Iron Gall Ink meeting, Newcastle upon Tyne: University of Northumbria 2000: 109-114.
39. Burgess H.: The use of chelating agents in conservation treatments. The Paper Conservator 15 (1991): 36-44.
40. th International Congress of IADA, Tübingen 1995. Copenhagen: Royal Danish Academy of Fine Arts 1995: 93-100.
41. South, P. K., & D. d. Miller: Iron binding by tannic acid: effect of selected ligands. Food Chemistry 63 (1998): 167-172.
42. Graf, E.: Chemistry and application of phytic acid: An overview. Graf, E. ed., Phytic Acid, Chemistry & Applications Minneapolis: Pilatus Press 1986: 1-22.
43. Graf, E., K. Empson & W. Eaton: Phytic acid - a natural antioxidant. The Journal of Biological Chemistry 262, 24 (1987): 11647-11650.
44. Agranoff, B. W.: II. biochemical mechanisms in the phosphatidylinositol effect. Life Sciences 32 (1983): 2047-2054.
45. Hawkins, Ph. T., D.R. Poyner, T. R. Jackson, A. J. Letcher, D. A. Lander & R. F. Irvine: Inhibition of iron-catalysed hydroxyl radical formation by inositol polyphosphates: a possible physiological Junction for myo-inositol hexakiphosphate. Biochemistry Journal 294 (1993): 929-934.
46. Williams, J. C., Chemistry of deacidification of paper. Bulletin of the American Group - IIC, 12 (1971): 16-32.
47. McPhee, W.: The effect of dodecasodium phytate treatment on acidic iron gall ink on paper. Kingston: Queen's University 1996.
48. Neevel, J. G., & B. Reissland: The ink corrosion project at NICH - a review. Abbey Newsletter 21 (1997): 88-92.
49. Mantovani, O., D, Ruggiero, L. Botti & M. A. Orrù: L'impiego dell'analisi termica nello studio chimico-fisico dell'effetto degli ioni sodio e calcio nel processo di deacidificazione della carta. Preprints del 20° Congresso Nazionale "Metodi chimici e biologici per la salvaguardia dei beni culturali", Roma December 18, 1998.
50. Santucci L.: Degradazione della cellulosa in presenta di composti inorganici, I - Influenza dell'umidità sul comportamento della cellulosa contenente carbonati di calcio e magnesio. Bollettino dell'Istituto Centrale per la Patologia del Libro, anno XXXII, 1973-74: 57-72.
51. Santucci, L.: Degradazione della cellulosa in presenta di composti inorganici. II - Conseguenze del trattamento con bicarbonati di magnesio e di calcio ai fini della deacidificazione. Bollettino dell'Istituto Centrale per la Patologia del Libro 32 (1973-74): 73-89.
52. Wilson, W.W., R. A. Golding, R. H., McClaren & J. L. Gear: The effect of magnesium bicarbonate solutions on various paper. Preservation of Paper and Textiles of Historic and Artistic Value 2, ed. J. C. William. Advances in Chemistry Series 193. Washington: American Chemical Society 1981: 87-107.
53. Lienardy, A., & P. Van Damme: Effet de la désacidification sur l'encre ferro-gallique. Studies in Conservation 36 (1991): 155-160.
54. Kolar J., & G. Novak; Effect of various deacidification solutions on the stability of cellulose pulps. Restaurator 17 (1996): 25-31.
55. Bansa H.: Agueous deacidification - with calcium or with magnesium?. Restaurator 19 (1998): 1-40.
56. Reissland B.: Ink corrosion: Agueous and non-aqueous treatment of paper objects - State of the Art. Restaurator 20 (1999): 167-180.
57. Reissland, B.: Ink corrosion: Side-effects caused by aqueous treatments for paper objects. The Iron Gall Ink meeting, Newcastle upon Tyne: University of Northumbria 2000: 109-114.
58. Krekel, C.: The chemistry of historical iron gall inks; understanding the chemistry of writing inks used to prepare historical documents. International Journal of Forensic Document Examiners 5 (1999): 54-58.
59. Arney, J. S., A.J. Jacobs & P. Newman: The influence of calcium carbonate deacidification on the deterioration of paper. Journal of the American Institute for Conservation 19 (1979): 34-41
60. th International Congress of IADA, 1999: 121-129.
61. Kolar, J., & M. Strlic: Stabilisation of ink corrosion. The Iron Gall Ink meeting, Newcastle upon Tyne: University of Northumbria 2000: 135-139.
62. Whitmore, P. M., & J. Bogaard: Determination of the cellulose scission route in the hydrolytic and oxidative degradation of paper. Restaurator 15 (1994): 26-45.
63. Jackman, R. H., & C.A. Black: Solubility of iron, aluminium, calcium, and magnesium inositol phosphates at different pH value. Soil Science 72 (1951): 179-186.