GC Fuji TRIAGE Radiopaque glass ionomer - GC EUROPE | … · 2019-02-01 · Radiopaque glass ionomer protection and stabilisation material . 1. The fissure seal time bomb. ... Enhancement

GC Fuji TRIAGE Radiopaque glass i o n o m e r P r o t e c t i o n a n d stabilisation material

References As of December 3, 2018

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GC Fuji TRIAGE Radiopaque glass ionomer protection and stabilisation material 1. The fissure seal time bomb. Geoff Knight. Dental Town Magazine, July 2002,

p.23 2. An in-vitro evaluation of the surface protective properties of Fuji VII on

enamel and dentine. M. Dalidjan, H. Ngo, M. Fraser, JM. McIntyre. Abstract P5 – IADR, October 2002, Sydney, Australia.

3. Antibacterial effect of various glass ionomers. M.C. Peters, M. Jimenez, G.E. Poort, J.C. Fenno. Abstract 0415 - 80th General Session of the IADR, 2002, San Diego, USA.

4. Microleakage measurements by Digital Imaging of thermocycled esthetic restorative materials. R.W. Laverdiere, L.D. Bragg, S.S. Khajotia, T.J. Fruits, M.G. Duncanson. Abstract 3399 – 80th General Session of the IADR, 2002, San Diego, USA.

5. Comparison of the acid-resistance level of the dentine surface immersed with fluoride-releasing materials in artificial saliva. T. Noguchi, S. Kato, S. Akahane. Abstract 1986 – 81st General Session of the IADR, 2003, Göteborg, Sweden.

6. Effect of heat activation on setting times of glass ionomers. J.D. Astroth, K. Naasz, R.G. Berg, J.W. Stansbury. Abstract 1983 - 81st General Session of the IADR, 2003, Göteborg, Sweden.

7. Interaction of conventional glass-ionomer cements with hydrated dentin. C.K.Y. Yiu, F.R. Tay, N.M. King, D.H. Pashley, S.K. Sidhu, J. Neo, M. Toledano, A. Wong. Abstract 0719 - 81st General Session of the IADR, 2003, Göteborg, Sweden.

8. How to reduce composite polymerization shrinkage associated with direct posterior composites. G. Milicich. Dental Town Magazine, April 2003

9. Reversal of caries using airbrasion and ozone – Nine month results. C.P.S. Clifford. Abstract 3467 – 82nd General Session of the IADR, 2004, Honolulu, Hawaii.

10. Reversal of occlusal caries using air abrasion, ozone, and sealing. J. Holmes and E. Lynch. Abstract 3468 - 82nd General Session of the IADR, 2004, Honolulu, Hawaii.

11. Penetration of various pit and fissure sealants into occlusal grooves. D.A. Covey, W.W. Johnson and L.R. Hopper. Abstract 3471 - 82nd General Session of the IADR, 2004, Honolulu, Hawaii.

12. Efficacy of Fuji 7 in preventing pits & fissures caries in Indonesian children. I. Adyatmaka, A. Adyatmaka, H.C. Ngo. Abstract I0-48 – 20te IADR (South-East Asian Division) Meeting, September 1-4, 2005, Melaka.

13. Microtensile bond strength to ground enamel by glass-ionomers, resin-modified glass-ionomers, and resin composites used as pit and fissure sealants. F. Papacchini, C. Goracci, F. Tranchesi Sadek, F. Monticelli, F. Garcia-Godoy, M. Ferrari. Journal of Dentistry (2005) 33, 459-467.

14. Retention of surface protectant sealants on contaminated enamel surface. J. Wanuck, S. Antonson, D.E. Antonson and B. De Santis. Abstract 1729 - IADR, March 2005, Baltimore, Maryland, USA *

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15. R.S. Callan, D.C.N. Chan, W.D. Browning, M.C. Downey and R.M. Pohjola. Evaluation of microleakage into fissure system sealed with triage. Abstract 2991 - IADR, March 2005, Baltimore, Maryland, USA *

16. Ion-Transfer patterns across a thin film of set glass-ionomer: Fuji 7. H.C. Ngo, J. Mc Intyre and G. Mount. Abstract 3058 - IADR, March 2005, Baltimore, Maryland, USA*

17. At last, surface protection for newly erupting first molars. S.A. Anthonson, J. Wanuck, D.E. Anthonson. Compendium, Vol.27, N°1, January 2006.

18. Microleakage around GIC and resin-based sealants. W.W. Johnson, D.A. Covey, L. Hopper. Abstract 310 – IADR, March 2006, Orlando, Florida, USA.

19. Effects of pulp capping materials on mechanically exposed primate pulps. I. Gerodias, M. Cannon, R. Jurado, A.E.M. Vieira, C. Percinoto. Abstract 937 - IADR, March 2006, Orlando, Florida, USA

20. An evaluation of glass ionomer-based restorative materials as temporary restorations in endodontics. K.B. Seiler. General Dentistry, January-February 2006.

21. Chlorhexidine release from glass ionomer cements. A. Dadhe, P. Ashley, G. Palmer. Abstract 020 – 8th Congress of the EAPD, Amsterdam 8-11 June 2006.

22. Fuji VII permits remineralization of demineralized tooth root dentine in vitro. M.Dalidjan, R. Nayak, J.M. McIntyre, H. Ngo. Abstract 665 - IADR, June 28-July 1 2006, Brisbane, Australia

23. Strategies for addressing restorative challenges in older patients. J.M. Chalmers. JCDA, June 2006, Vol.72, N°5 *

24. Surface protection fro newly erupting first molars. S.A. Antonson, J. Wanuck, D.E. Antonson. Compendium, January 2006 Vol.27 N°1 *

25. Ion uptake into demineralized dentine from glass ionomer cement following pretreatment with silver fluoride and potassium iodide. G.M. Knight, J.M. McIntyre, G.G. Craig, Mulyani. Australian Dental Journal 2006;51:3 237-241

26. Caries-preventive effect of resin-based and glass ionomer sealants over time: a systematic review. N. Beiruti, J.E. Frencken, M.A. van ‘t Hof, W.H. van Palenstein Helderman. Community Dental Oral Epidemiol 2006; 34: 403-409

27. Comparison between effectiveness of a low-viscosity glass ionomer and a resin-based glutaraldehyde containing primer in treating dentine hypersensitivity – a 25.2-month evaluation. R.N. Polderman, J.E. Frencken. Journal of Dentistry 35 (2007) 144-149.

28. The effect of thermocycling on a colored glass ionomers intracoronal barrier. S.M. Maloney, S.B. McClanahan, G.G. Goodell. JOE, Volume 31, Number 7, July 2005.

29. The use of glass ionomer sealants on newly erupting permanent molars. R.G. Lindemeyer. JCDA, March 2007, Vol.73, No.2 *

30. Potential inhibition of demineralization in vitro by fluoride-releasing sealants. D.V. Salar, F. García-Godoy, C.M. Flaitz, M.J. Hicks. JADA, Vol.138, April 2007 *

31. Electron probe microanalysis of ion exchange of selected elements between dentine and adhesive restorative materials. G.M. Knight, J.M. McIntyre, G.G. Craig, Mulyani. Australian Dental Journal 2007;52:2 *

32. An in vitro investigation of marginal dentine caries abutting composite resin nand glass ionomer cement restorations. G.M. Knight, J.M. McIntyre, G.G. Craig, Mulyani, P.S. Zilm, N.J. Gully. Australian Dental Journal 2007;523):187-192 *

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33. Shear Bond Strength of a New High Fluoride Release Glass Ionomer Adhesive. Samir E. Bishara, Manal Soliman, John F. Laffoon, John Warren. Angle Orthodontist, Vol 78, No 1, 2008, 125-128

34. Compressive Strength, Surface Roughness, Fluoride Release and Recharge of Four New Fluoride-releasing Fissure Sealants. Sule KAVALOGLU CILDIR and Nuket SANDALLI. Dental Materials Journal 26(3) 2007: p335-341, 2303057

35. Clinical evaluation of Glass-ionomer fissure sealants,12th Congress of the BaSS, 2007

36. Depth of Penetration of Fissure Sealants Based on Fissure Configuration S.A. Antonson, E. Kilinc and D.E. Antonson, Nova Southeastern University, Fort Lauderdale, FL, USA, 2Ege University, Izmir, Turkey. Abstract 2447 – IADR – March 2007.

37. Composite(COM) versus Glass-Ionomer(GIC) Sealants. A Two-Year Prospective Clinical Split-Mouth Study. K.A. Schulze, K.R. Jahn, J. Verre, R. Wilson and M. Geissberger. Abstract 1579 – IADR – March 2007.

38. The Influence of Light-Curing on Microhardness of Pink-Coloured Glass-Ionomer Cement. B. CZARNECKA, P. DEREGOWSKA-NOSOWICZ, E. PASZYNSKA, M. PRYLINSKI, and H. SHAW, University of Medical Sciences in Poznan, Poland. Abstract 0034 – IADR – Sept 2006, Dublin, Ireland.

39. Interaction of Glass-ionomer Cements with Moist Dentin. C.K.Y. Yiu, F.R. Tay, N.M. King, D.H. Pashley, S.K. Sidhu, J.C.L. Neo, M. Toledano, S.L. Wong. Journal of dental research 83 (4) 2004. p 283 – 289.

40. Fluoride content and recharge ability of five glassionomer dental materials. D.L. Merkovic, B.B. Petrovic and T.O. Peric. BMC Oral Health 2008, r:21 doi:10.1186/1472-6831-8-21

41. Caries risk reduction in patients attending a caries management clinic. A; Sbaraini, R.W. Evans. Australian dental Journal 2008; 53:340-348

42. Fluid flow evaluation of Fuji Triage and gray and white ProRoot mineral trioxide aggregate intraorifice barriers. A.D.John, T.D. Webb, G. Imamura and G.G. Goodell. JOE – Volume 34, Number 7, July 2008

43. Status of Oral Health and Maintenance of Sealants in Mentally Retarded Patients: A 2-Year Clinical Program. E. Paszynska, J. Jurga, M. Dyszkiewicz-Konwinska, K. Mehr. Abstract 132 – 56th ORCA Congress - Caries 240 Res 2009;43:179–244.

44. Técnica de restauración atraumática (A.R.T.) en la odontología de mínima intervención. J.I. Zalba. Labor Dental - Vol. 10 - nº 4 7-8/2009

45. Clinical Evaluation of Glass-Ionomer Material for Fissure Sealing: 36-Months Results. T. Peric, D. Markovic and B. Petrovic. Abstract 343 – EADR 2009, München, Germany

46. Fuji III vs. Fuji VII Glass Ionomer Sealants -A Clinical Study. B.K. Kamala, M.H. Amitha. The Journal of Clinical Pediatric Dentistry, Vol. 33, N°1, 2008

47. The Effect of Sealant Types on Demineralization of Surrounding Enamel. A. Alsaffar, R. Feigal, D. Tantbirojn and S. Beiraghi. Abstract 1097 – IADR 2009 Miami, USA

48. The effect of silver fluoride and potassium iodide on the bond strength of auto cure glass ionomer cement to dentine. G.M. Knight, J.M. McIntyre, Mulyani. Australian Dental Journal 2006;51: (1):42-45

49. Enhancement of fluoride release from glass ionomer cement following a coating of silver fluoride. Z. Ariffin, H. Ngo, J. McIntyre. Australian Dental Journal 2006;51: (4):328-332

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50. Clinical study on surface protection for newly-erupting molars: 2-year results. S. Antonson, S. Brener, J. Crutchfield, D. Antonson, C. Michaud, S. Alempour and D. Evans. Abstract 404 – IADR 2010, Barcelona, Spain

51. Effect of saliva contamination on microleakage of different fissure sealants. M. ÖZ, and S. ARAS. Abstract 625 – IADR 2010, Barcelona, Spain

52. Time dependent changes in microhardness of pit and fissure sealants. A. Garcia, I. Soler, R. Triana, J. Ellakuria, I. Sanchez, F. Calvo and J. Goiriena. Abstract 2321 – IADR 2010, Barcelona, Spain

53. Clinical study on sealant marginal-integrity for newly-erupting molars: 2-year results. S. Antonson, S. Brener, J. Crutchfiels, D. Antonson, S. Alempour, C. Michaud, D. Evans. Abstract 4536 – IADR 2010, Barcelona, Spain

54. The incorporation of casein phosphopeptide–amorphous calcium phosphate into a glass ionomer cement. H. Al Zraikat, J.E.A. Palamara, H.H. Messer, M.F. Burrow, E.C. Reynolds. Dental Materials 27 (2011) 235-243

55. Glass ionomer cement and resin-based fissure sealants are equally effective in caries prevention. S. Sachin. J Am Dent Assoc 2011: 142;551-552

56. Effect of glass ionomer sealant in newly erupted first molars. M.K. Zabad. Abstract 3023 – IADR 2011, San Diego, USA

57. The effect of aging on the fracture toughness of esthetic restorative materials. R. Bagheri, M.R. Azar, M.J. Tyas, M.F. Burrow. American Journal of Dentistry, Vol.23, No3, June 2010

58. Effect of glass-ionomer cement on the progression of proximal caries. C. Trairatvorakul, S. Itsaraviriyakul, W. Wiboonchan. J Dent Res 90(1):99-103, 2011

59. Fluoride release and absorption at different pH from glass-ionomer cements. M.G. Gandolfi, S. Chersoni, G.L. Acquaviva, G. Piana, C. Prati, R. Mongiorgi. Dental Materials (2006) 22, 441–449

60. Case series: Clinical findings and oral rehabilitation of patients with amelogenesis imperfect. D. Markovic, B. Petrovic, T. Peric. European Archives of Paediatric Dentistry // 11 (Issue 4). 2010

61. Twenty-four month clinical evaluation of fissure sealants on partially erupted permanent first molars: Glass ionomer versus resin-based sealant. S.A. Antonson, D.E. Antonson, S. Brener, J. Crutchfield, J. Larumbe, Ch. Michaud, A. Rüya Yazici, P.C. Hardigan, S. Alempour, D. Evans, R. Ocanto. JADA 2012;143;115-122

62. Randomized clinical trial on effectiveness of silver diamine fluoride and glass ionomer in arresting dentine caries in preschool children. Qing Hui Zhi, Edward Chin Man Lo, Huan Cai Lin. Journal of dentistry 40(2012) 962 – 967

63. Sealant Penetration and Adaptation in Contaminated Fissures: A SEM Study. A.M. Aljobair. Abstract 2311 – IADR Brazil 2012

64. Microstructure of Adhesion of Pit and Fissure Sealants. J. Simancas, N. Aguilera de Simonovis. Abstract 1347 – IADR Brazil 2012

65. Retention Loss of Resin Based Fissure Sealants - a Valid Predictor for Clinical Outcome? S. Mickenautsch, Veerasamy Yengopal. The Open Dentistry Journal, Volume 7, 2013

66. Dentin Remineralisation Effect of Novel GIC Incorporating Calcium and Phosphate. T. Suda, F. Fusejima, T. Sakuma. Abstract 3081 – IADR Seattle 2013

67. Caries Preventive Effect of Glass Ionomer Sealant in Primary Molars. A. Phonghanyudh, O. Boonyakiati, and S. NakornchaI. Abstract 458 – IADR Firenze 2013, Italy

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68. The success rates of a glass ionomer cement and a resin-based fissure sealant placed by fifth-year undergraduate dental students. T. Ulusu, M.E. Odabaş, T. Tüzüner, Ö. Baygın, H. Sillelioğlu, C. Deveci, F.G. Gökdoğan, A. Altuntaş. European Archives of Paediatric Dentistry, Vol. 13, N° 2, 2012

69. Clinical and radiological evaluation of ter haar syndrome: case report of a patient with extreme longevity. E. Haznedaroglu, I. Tanboga, S. Sozkes.. The Journal of Rare Disorders 2 (2014) 15-17

70. Scanning electron microscope and microhardness evaluation of gic sealant application after different enamel treatment procedures. E. Haznedaroglu, A. Mentes. J Dent Fac Atatürk Uni

71. In Vitro Evaluation of Microleakage Under a Glass Ionomer Surface Protector Cement After Different Enamel Treatment Procedures. E. Haznedaroglu, A. R Mentes, I. Tanboga. OHDM, Vol. 11, N° 1, 2012

72. Dental sealants: comparison of different materials in a prospective, controlled, split-mouth clinical trial. M. Basso, M.G. Benites, P. Khandelwal, M. Turqui. Abstract No. 0188. ConsEuro 2015.

73. Clinical effectiveness of contemporary adhesives for the restoration of non-carious cervical lesions. A systematic review. M. Peumans, J. De Munck, A. Mine, B. Van Meerbeek. Dental materials 30 (2014), pp. 1089-1103.

74. Evaluation of adhesion of a CPP-ACP modified GIC to enamel, sound dentine, and caries-affected dentine. H. Koizumi, H.H. Hamama & M.F. Burrow. International Journal of Adhesion & Adhesives, 66(2016), pp. 176–181.

75. Casein Phosphopeptide-Amorphous Calcium Phosphate Reduces Streptococcus mutans Biofilm Development on Glass Ionomer Cement and Disrupts Established Biofilms. S.G. Dashper, D.V. Catmull, S-W Liu, H. Myroforidis, I. Zalizniak, J.E.A. Palamara, N.L. Huq & E.C. Reynolds. PLoS ONE 11(9): e0162322. doi:10.1371/journal.pone.0162322.

76. Glass-ionomer fissure sealants: Clinical observations up to 13 years. D. Markovic, T.Peric, B. Petrovic. Journal of Dentistry 79 (2018) 85–89

77.

Articles in Dental magazines

1. Dr H. Ngo. Minimal intervention: how to treat the advanced lesions? Dental Asia, November/December 2004

2. H.F. Evans. Partially erupted teeth: Seal…or wait and hope? Dentistry Today, Vol.25, N°2, February 2006

3. Improving endodontic success through coronal leakage prevention. G.M. Kurtzman. Dental Tribune Asia Pacific Edition – Trends & Applications, November 2006, p.20-23

4. H. Ngo, G. Knight. Surface protection for exposed root surfaces. Dental Practice, September/October 2006

5. Un verre ionomère universel. Dental Tribune Édition Française | Juin 2011 6. Glass-ionomer sealant outperforms resin-based in study. R. Goszkowski.

February 1, 2012. http://www.drbicuspid.com 7. New evidence questions ruling quality criterion for pit and fissure sealants. S.

Mickenautsch. PRWeb ebooks 8. Glass Ionomers For Direct-Placement Restorations. A Peer-Reviewed

Publication. H. E. Strassler, DMD, FADM, FAGD (Hon)

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9. GC Fuji Triage. S. Hasselbach. Dental Barometer, June 2014 10. Diagnostiquer et traiter l’Hypominéralisation Molaire-Incisive (MIH). D.

Dominici, O. Chabadel, E. Trzaskawka-Moulis. Alpha omega news, N°170, Janvier 2015.