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Pengaruh pemilihan gigi penyangga terhadap desain cengkeram rangka logam Effect of abutment selection to the clasp design of metal frame



Abstract

Advantages of metal framework partial denture than conventional denture base include power and can be made asthin as possible. But the success is influenced by clasp design. Many things to be considered in positioning theclasp, therefore knowledge of the diagnosis, indications, contraindications, and biomechanical properties of themetal that used to be important in the treatment. This study aimed to determine the retentive strength of akers andback action for the abutment first molar and first premolar and the upper and lower clasp design is mostappropriate for the abutment. Research using 8 samples I (gypsum base with natural teeth) and 8 samples II(gypsum base metal crown) maxillary and mandibulary first premolar and first molar with a depth of 0.25 mmundercut. Sample II soaked in artificial saliva, surveyed and was prepared for a rest seat. Akers and back actionclasp were inserted on a metal crown and measured their retentive strength with Instron UTM. The results obtainedindicate the highest retentive strength metal abutment crown molar and premolar with Akers compared to backaction. Highest retentive strength on metal molar abutment crowns with the Akers and upper premolars with metalcrowns back action. There are significant differences between the groups retentive strenth of clasp design. It wasconcluded that best retentive force on the upper molars with akers and upper premolars with Akers.
Keywords: abutment grip design metal frame akers back action
Section

References

  1. Fan C. Dual component removable partial denture shows improved patient practicality: An evidence based pilot
  2. study. African J Biotechnol 2009; 8 (4):564-8.
  3. ,28
  4. ISSN:1412-8926
  7. ISSN:1412-8926
  8. Dentofasial, Vol.11, No.2, Juni 2012:84-90
  9. Abdulhadi LM, Mourshed B. Clasp retention using variabel gerong depths. Dentika Dent J 2010; 15: 20-3.
  10. Khan SB, Geerts G. Aesthetic clasp design for removable partial dentures: A literature review. Saudi Arabian
  11. Dent J 2005; 60:190-4.
  12. Chiu K. Oral rehabilitation with removable partial denture in advanced tooth loss situations. Hong Kong Dent J
  13. ; (6): 39-45.
  14. Nallaswamy D. Text book prosthodontics. Kuala Lumpur: Unipress Publishing; 2007. p. 351-70.
  15. Loney RW. Removable partial denture manual. Dalhouse University; 2011. p 43-56.
  16. Ney JM. Planned partials.-The combined edition of the Ney surveyor book –the ney partial denture book.Gold
  17. manufacturers since 1812. The JM Ney Company Hartford Conn USA United States of America Connecticut
  18. printers incorporated; 1995. P. 16-55.
  19. LaVere AM. The effect of five variables. J Prosthodont 2005; 2: 126-31.
  20. Park I. Dynamic retentive force of mandibular unilateral removable partial denture framework with back action
  21. clasp. J Med Dent Sci 2001; 48: 105-11.
  22. Shanghai K, Xue QY. The relationship between clasp retention and the depth of gerong; 2003. p.27-9.
  23. Carr AB, Mcgivney GP, Brown DT. McCracken’s removable partial prosthodontics. Edisi ke-11. Minnesota:
  24. Elsevier Mosby; 2005. p.79-117.
  25. Shimura Y. Influence of removable partial denture on the formation of dental plaque on abutmeet teeth. J
  26. Prosthodont Res 2010; 54: 29-35.
  27. Budtz E. Aesthetic consideration for treatment of partially edentulus patients with removable denture. Pract
  28. Periodont Aesthet Dent 2000;12 (8): 765-72.
  29. Gunadi HA. Ilmu geligi tiruan sebagian lepasan. Edisi ke-2. Jakarta: Hipokrates; 1995. P. 381-90.
  30. de Aquino LAR. de Aquino M, Fonte PCA. Longitudinal clinical evaluation of gerong areas and rest seats of
  31. abutment teeth in removable partial denture treatment. J Prosthodont 2011: 639-42.
  32. Ismiyati T. Ggitiruan seksional sebagian lepasan pada penggantian kehilangan gigi dan tulang alveolar rahang
  33. atas. Majalah Kedokteran Gigi 2008; 15 (2): 213-8.
  34. Davenport JC. Prosthetic:Clasp desain. Br Dent J 2001;190: 71-81. Available from: URL http://www.doi:10.
  35. /sj.bdj4800887/2001/Jn.
  36. Watt DM, MacGregor AR. Penentuan desain geligi tiruan sebagian lepasan. Alih bahasa: Yuwono L. Jakarta:
  37. Hipokrates; 1993. p 75-90, 227-30, 236-8.
  38. Armstrong LT. RPD Syllabus simplifying the challenge of R.P.D design. Edisi ke-2. Terec. p.7-13.
  39. Swoope CC, Frank RP, Taylor TD. Stress control and design. Clark’s clinical dentistry. Philadelphia:
  40. J.B.Lippincott company; 1987. p. 1-9.
  41. Battistuzzi PG, Kayser AF, Keltjens HM, Plasmans.PJ. Gigi tiruan sebagian titik tolak pada diagnosa dan
  42. perawatan dari gigi-geligi yang rusak. Alih bahasa: Kosasih AI. Kosasih AR. Jakarta: Widya Medika; 1996. p.
  43. -100.
  44. Arda T. Arikan A. An in vitro comparison of retentif force and deformation of acetal resin and cobaltchromium
  45. claps. J
  46. Prosthet Dent 2005; 94(3): 267-74.
  47. Steel RGD. Torrie JH. Prinsip dan prosedur statistika. Alih bahasa: Sumantri B. Edisi ke-2. Jakarta: Gramedia
  48. Pustaka Utama; 1995
  49. Purba RA. Pemanfaatan limbah padat pabrik kertas rokok sebagai pengisi bahan papan gypsum partisi dengan
  50. perekat tepung tapioka. Tesis. 2009 Medan. USU . p.16
  51. Sandul L, Faur N, Bortun. Finite element analysis of stress distribution in the cast clasps, direct retainers of a
  52. removable partial denture. Timosoara Med J. 2003: 3-4
  53. Mizuuchi W. The effects of loading and direct retainers on the movements of the abutments tooth and denture
  54. base of removable partial dentures. J Med Dent Sci 2002;49:11-8.
  55. Keyf F. Frequency of various classes of removable partial dentures and selection of mayor connectors and
  56. direct/indirect retainers. Turk J Med Sci 2001;31: 445-9.
  57. Judy HJA. Studying the effect of circumferential clasp arm desain on stress distribution using three-dimensional
  58. finite element analysis. MDJ 2009; 6: 55-60.
  59. Davenport JC, Basker RM, Heath JR, Ralph JP, Glantz PO. Prosthetics: Igarashi Y. Ogata A. Kuroiwa A .
  60. Wang C H. Stress distribution and abutment tooth mobility of distal-extension removable partial dentures with
  61. different retainers: an in vivo study. J Oral Rehabil 1999;26 (2): 111-6.
  62. Itoh H. Effect of direct retainer and major connector desains on RPD and abutment tooth movement dynamics. J
  63. Oral Rehabil 2008; 35: 810-5.
  64. Rodrigues RCS, Ribeiro RF, Mattos MGC, Bezzon OL. Comparative study of circumferential clasp retention
  65. force for titanium and cobalt-chromium removable partial dentures. J Prosthet Dent. 2002;88: 290
  66. Retention. Bri Dent J 2000;189: 646-57. Availablefrom:URLhttp://www|doi:10.1038/sj.bdj.4800854/2000/Dec
  67. Jin X. Influence of loading positions of mandibular unilateral distal extension removable partial denture on
  68. movements of abutments tooth and denture base. J Med Dent Sci 2004; 51: 155-63.

How to Cite

Dharmautama, M., Machmud, E., & Rasyid, A. F. (2012). Pengaruh pemilihan gigi penyangga terhadap desain cengkeram rangka logam Effect of abutment selection to the clasp design of metal frame. Journal of Dentomaxillofacial Science, 11(2), 84–90. https://doi.org/10.15562/jdmfs.v11i2.301
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Moh. Dharmautama
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Edy Machmud
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Asmah Fahmi Rasyid
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