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1. Kun­zel­mann, K.H., Kom­po­si­te – kom­ple­xe Wun­der mo­der­ner Den­tal­tech­no­lo­gie. Teil 1: Füll­kör­per­tech­no­lo­gie. Äst­he­tis­che Zahn­me­di­zin, 2007. 10(3): p. 14-24. 2. Kun­zel­mann, K.H., Kom­po­si­te – kom­ple­xe Wun­der mo­der­ner Den­tal­tech­no­lo­gie. Teil 2: Ma­trix­che­mie. Äst­he­tis­che Zahn­me­di­zin, 2008. 11(1): p. 22-35. 3. Fe­rra­ca­ne, J.L., Re­sin com­po­si­te - sta­te of the

art. Dent Ma­ter, 2011. 27(1): p. 29-38. 4. Man­hart, J., Cha­rak­te­ri­sie­rung di­rek­ter zah­närztli­cher Fü­llungs­ma­te­ria­lien für den Sei­ten­zahn­be­reich. Al­ter­na­ti­ven zum Amal­gam? Quin­tes­senz, 2006. 57(5): p. 465- 481. 5. Va­ni­ni, L., Light and co­lor in an­te­rior com­po­si­te res­to­ra­tions. Pract Pe­rio­don­tics Aest­het Dent, 1996. 8(7): p. 673- 682. 6. Ar­du, S., et al., In­fluen­ce of wa­ter sor­ption on re­sin com­po­si­te co­lor and co­lor va­ria­tion amongst va­rious com­po­si­te brands with iden­ti­cal sha­de co­de: an in vi­tro eva­lua­tion. J Dent, 2011. 39 Suppl 1: p. e37- 44. 7. Man­hart, J., Di­rek­te Kom­po­si­tres­tau­ra­tion: Fron­tzah­näst­he­tik in Per­fek­tion. ZWP Zah­narzt-Wir­ts­chaft- Pra­xis, 2009. 15(10): p. 42-50. 8. Man­hart, J. and R. Hic­kel, “Bulk Fill”- Kom­po­si­te. Neuar­ti­ge Ein­satz­tech­nik von Kom­po­si­ten im Sei­ten­zahn­be­reich. Swiss Den­tal Jour­nal, 2014. 124(1): p. 19-28. 9. Man­hart, J., Bulk-fill com­po­si­tes for pos­te­rior res­to­ra­tions. In­si­de Den­tistry, 2015. 11(3): p. 58- 65. 10. Len­hard, M., Bulk-Fill- Kom­po­si­te - der sch­ne­lle Weg zur Res­tau­ra­tion? Quin­tes­senz, 2015. 66(8): p. 879- 895. 11. Man­hart, J., Muss es im­mer Ka­viar sein? – Die Fra­ge nach dem Auf­wand für Kom­po­si­te im Sei­ten­zahn­be­reich. ZMK, 2011. 27(Son­de­raus­ga­be März 2011): p. 10-15. 12. Ch­ris­ten­sen, G. J., Ad­van­ta­ges and Cha­llen­ges of Bulk- Fill Re­sins. Cli­ni­cians Re­port, 2012. 5(1): p. 1-2. 13. Noack, M. J., Wir­ts­chaftli­che Fü­llungs­tech­nik. Wa­rum und wo­mit? ZWR Das Deuts­che Zah­närz­te­blatt, 2013. 122(3): p. 86-94. 14. Mar­geas, R.C., Bulk- Fill Ma­te­rials: Sim­plify Res­to­ra­tions, Re­du­ce Chair­ti­me. Com­pend Con­tin Educ Dent, 2015. 36(1): p. e1- e4. 15. Czasch, P. and N. Ilie, In vi­tro com­pa­ri­son of me­cha­ni­cal pro­per­ties and de­gree of cu­re of bulk fill com­po­si­tes. Clin Oral In­ves­tig, 2013. 17(1): p. 227-235. 16. Ilie, N. and B. Sta­war­czyk, Bulk-Fill- Kom­po­si­te: neue Ent­wic­klun­gen oder doch her­kömm­li­che Kom­po­si­te? ZMK, 2014. 30(3): p. 90-97. 17. Li, X., et al., Cu­ring pro­fi­le of bulk-fill re­sin­ba­sed com­po­si­tes. J Dent, 2015. 43(6): p. 664-72. 18. Zor­zin, J., et al., Bulk-fill re­sin com­po­si­tes: poly­me­ri­za­tion pro­per­ties and ex­ten­ded light cu­ring. Dent Ma­ter, 2015. 31(3): p. 293-301. 19. El- Da­man­houry, H. and J. Platt, Poly­me­ri­za­tion Sh­rin­ka­ge Stress Ki­ne­tics and Re­la­ted Pro­per­ties of Bulk-fill Re­sin Com­po­si­tes. Oper Dent, 2014. 39(4): p. 374- 82. 20. Peutz­feldt, A., Re­sin com­po­si­tes in den­tistry: the mo­no­mer sys­tems. Eur J Oral Sci, 1997. 105(2): p. 97-116. 21. Gug­gen­ber­ger, R. and W. Wein­mann, Ex­plo­ring be­yond met­hacry­la­tes. Ame­ri­can Jour­nal of Den­tistry, 2000. 13(Spe­cial Is­sue): p. 82- 84. 22. Wein­mann, W., C. Tha­lac­ker, and R. Gug­gen­ber­ger, Si­lo­ra­nes in den­tal com­po­si­tes. Dent Ma­ter, 2005. 21(1): p. 68-74. 23. Lien, W. and K.S. Van­de­wa­lle, Phy­si­cal pro­per­ties of a new si­lo­ra­ne-ba­sed res­to­ra­ti­ve sys­tem. Dent Ma­ter, 2010. 26(4): p. 337- 44. 24. Ilie, N. and R. Hic­kel, Si­lo­ra­ne-ba­sed den­tal com­po­si­te: beha­vior and abi­li­ties. Dent Ma­ter J, 2006. 25(3): p. 445-54. 25. Ilie, N. and R. Hic­kel, Ma­cro-, mi­cro- and nano- me­cha­ni­cal in­ves­ti­ga­tions on si­lo­ra­ne and met­hacry­la­te-ba­sed com­po­si­tes. Dent Ma­ter, 2009. 25(6): p. 810-9. 26. Zim­mer­li, B., et al., Com­po­si­te ma­te­rials: com­po­si­tion, pro­per­ties and cli­ni­cal ap­pli­ca­tions. A li­te­ra­tu­re re­view. Sch­weiz Mo­natss­chr Zahn­med, 2010. 120(11): p. 972- 86. 27. Man­hart, J., et al., Rand­qua­li­tät von Or­mo­cer-und Kom­po­sit­fü­llun­gen in Klas­seII- Ka­vi­tä­ten nach künstli­cher Al­te­rung. Deuts­che Zah­närztli­che Zeits­chrift, 1999. 54: p. 89-95. 28. Wol­ter, H. and W. Storch, Neuar­ti­ge Si­lan­klas­se - Werks­tof­fe für Form­kör­per. ISC-Tä­tig­keits­be­richt 1992, 1992: p. 61-72. 29. Wol­ter, H., W. Storch, and H. Ott, Den­tal fi­lling ma­te­rials (pos­te­rior com­po­si­tes) ba­sed on inor­ga­nic/or­ga­nic co­poly­mers (OR­MO­CERs). MA­CRO AKRON, 1994(35th IUPAC, In­ter­na­tio­nal Sym­po­sium on Ma­cro­mo­le­cu­les, Ohio, Pro­cee­dings): p. 503. 30. Wol­ter, H., W. Storch, and H. Ott, New inor­ga­nic/or­ga­nic co­poly­mers (OR­MO­CERs) for den­tal ap­pli­ca­tions. Ma­te­rials Re­search So­ciety Sym­po­sia Pro­cee­dings, 1994. 346(Mat. Res. Soc. Symp. Proc.): p. 143149. 31. Wol­ter, H., Kom­pak­te Or­mo­ce­re und Or­mo­cer-Kom­po­si­te. Fraun­ho­fer- Ins­ti­tut für Si­li­kat­fors­chung (ISC) - Tä­tig­keits­be­richt 1995, 1995: p. 56- 63. 32. Wol­ter, H., et al., Neue bio­kom­pa­ti­ble Den­tal­werks­tof­fe auf Or­mo­cer- Ba­sis, in Ta­gungs­band Werks­toff­wo­che 1998, Band 4, Sym­po­sium 4: Werks­tof­fe für die Me­di­zin­tech­nik, H. Planck and H. Stall­forth, Edi­tors. 1998, Wi­ley VCH: Wein­heim. p. 245-248. 33. Man­hart, J., et al., Me­cha­ni­cal pro­per­ties and wear beha­vior of light- cu­red pac­ka­ble com­po­si­te re­sins. Den­tal Ma­te­rials, 2000. 16: p. 33- 40. 34. Hic­kel, R., et al., New di­rect res­to­ra­ti­ve ma­te­rials. FDI Com­mis­sion Pro­ject. Int Dent J, 1998. 48(1): p. 3-16. 35. Grei­we, K. and G. Schott­ner, OR­MO­CE­Re: Ei­ne neue Werks­toff­klas­se. FhG- Be­rich­te, 1990. 2: p. 64- 67. 36. Mosz­ner, N., et al., Sol- Gel Ma­te­rials, 1. Synt­he­sis and Hy­droly­tic Con­den­sa­tion of New Cross- Lin­king Al­koxy­si­la­ne Met­hacry­la­tes and Light- Cu­ring Com­po­si­tes Ba­sed upon the Con­den­sa­tes. Ma­cro­mol Ma­ter Eng, 2002. 287(5): p. 339-347. 37. Mosz­ner, N., et al., Sol-gel ma­te­rials 2. Light- cu­ring den­tal com­po­si­tes ba­sed on or­mo­cers of cross- lin­king al­koxy­si­la­ne met­hacry­la­tes and furt­her na­no­com­po­nents. Dent Ma­ter, 2008. 24(6): p. 851- 6. 38. Wol­ter, H., Werks­tof­fe mit Biss. Teil I: Or­mo­ce­re. DZW Die Zah­narzt Wo­che, 2015. Aus­ga­be 11/15: p. 10-11. 39. Ilie, N. and R. Hic­kel, Re­sin com­po­si­te res­to­ra­ti­ve ma­te­rials. Aust Dent J, 2011. 56 Suppl 1: p. 59- 66. 40. Fran­ken­ber­ger, R., et al., In­ter­nal adap­ta­tion and over­hang for­ma­tion of di­rect class II re­sin com­po­si­te res­to­ra­tions. Cli­ni­cal Oral In­ves­ti­ga­tions, 1999. 3: p. 208-215. 41. Bra­ga, R.R., T. J. Hil­ton, and J.L. Fe­rra­ca­ne, Con­trac­tion stress of flo­wa­ble com­po­si­te ma­te­rials and their ef­fi­cacy as stress­re­lie­ving la­yers. J Am Dent As­soc, 2003. 134(6): p. 721- 8. 42. Kwon, Y., J. Fe­rra­ca­ne, and I.B. Lee, Ef­fect of la­ye­ring met­hods, com­po­si­te ty­pe, and flo­wa­ble li­ner on the poly­me­ri­za­tion sh­rin­ka­ge stress of light cu­red com­po­si­tes. Dent Ma­ter, 2012. 28(7): p. 801-9. 43. Bra­ga, R.R. and J.L. Fe­rra­ca­ne, Al­ter­na­ti­ves in poly­me­ri­za­tion con­trac­tion stress ma­na­ge­ment. Crit Rev Oral Biol Med 2004. 15(3): p. 176-184. 44. Chuang, S.F., et al., In­fluen­ce of flo­wa­ble com­po­si­te li­ning thick­ness on Class II com­po­si­te res­to­ra­tions. Oper Dent, 2004. 29(3): p. 301-308. 45. Lok­han­de, N. A., et al., Ef­fec­ti­ve­ness of flo­wa­ble re­sin com­po­si­te in re­du­cing mi­cro­lea­ka­ge - an in vi­tro study. J Int Oral Health, 2014. 6(3): p. 111- 4. 46. Un­lu, N., et al., Re­du­cing mi­cro­lea­ka­ge in com­po­si­te re­sin res­to­ra­tions: an in vi­tro study. Eur J Prost­ho­dont Res­tor Dent, 2003. 11(4): p. 171-175. 47. Sa­deg­hi, M., In­fluen­ce of flo­wa­ble ma­te­rials on mi­cro­lea­ka­ge of na­no­fi­lled and hy­brid Class II com­po­si­te res­to­ra­tions with LED and QTH LCUs. In­dian J Dent Res, 2009. 20(2): p. 159- 63. 48. Sa­deg­hi, M. and C.D. Lynch, The ef­fect of flo­wa­ble ma­te­rials on the mi­cro­lea­ka­ge of Class II com­po­si­te res­to­ra­tions that ex­tend api­cal to the ce­men­to- enamel jun­ction. Oper Dent, 2009. 34(3): p. 306-11. 49. Reddy, S.N., et al., The ef­fect of flo­wa­ble com­po­si­te li­ning thick­ness with va­rious cu­ring tech­ni­ques on mi­cro­lea­ka­ge in class II com­po­si­te res­to­ra­tions: an in vi­tro study. J Con­temp Dent Pract, 2013. 14(1): p. 56- 60. 50. Haak, R., M. J. Wicht, and M. J. Noack, Mar­gi­nal and in­ter­nal adap­ta­tion of ex­ten­ded class I res­to­ra­tions li­ned with flo­wa­ble com­po­si­tes. J Dent, 2003. 31(4): p. 231-239. 51. Tung, F.F., W.W. Hsieh, and D. Es­ta­fan, In vi­tro mi­cro­lea­ka­ge study of a con­den­sa­ble and flo­wa­ble com­po­si­te re­sin. Gen Dent, 2000. 48(6): p. 711-5. 52. Tung, F.F., D. Es­ta­fan, and W. Sche­rer, Mi­cro­lea­ka­ge of a con­den­sa­ble re­sin com­po­si­te: an in vi­tro in­ves­ti­ga­tion. Quin­tes­sen­ce Int, 2000. 31(6): p. 430434. 53. Be­lli, S., et al., The ef­fect of ad­di­tio­nal enamel et­ching and a flo­wa­ble com­po­si­te to the in­ter­fa­cial in­te­grity of Class II ad­he­si­ve com­po­si­te res­to­ra­tions. Oper Dent, 2001. 26(1): p. 70-75. 54. Ernst, C.P., et al., Two-year cli­ni­cal per­for­man­ce of a pac­ka­ble pos­te­rior com­po­si­te with and wit­hout a flo­wa­ble com­po­si­te li­ner. Clin Oral In­ves­tig, 2003. 7(3): p. 129-34. 55. van Dij­ken, J.W. and U. Pa­lle­sen, Cli­ni­cal per­for­man­ce of a hy­brid re­sin com­po­si­te with and wit­hout an in­ter­me­dia­te la­yer of flo­wa­ble re­sin com­po­si­te: a 7-year eva­lua­tion. Dent Ma­ter, 2011. 27(2): p. 150- 6. 56. Ste­fans­ki, S. and J.W. van Dij­ken, Cli­ni­cal per­for­man­ce of a na­no­fi­lled re­sin com­po­si­te with and wit­hout an in­ter­me­diary la­yer of flo­wa­ble com­po­si­te: a 2-year eva­lua­tion. Clin Oral In­ves­tig, 2012. 16(1): p. 147-53. 57. Efes, B.G., et al., Two-year cli­ni­cal eva­lua­tion of or­mo­cer and na­no­fill com­po­si­te with and wit­hout a flo­wa­ble li­ner. J Ad­hes Dent, 2006. 8(2): p. 119-26. 58. Boec­kler, A., H.G. Scha­ller, and C.R. Gern­hardt, A pros­pec­ti­ve, dou­ble- blind, ran­do­mi­zed cli­ni­cal trial of a one- step, self- etch ad­he­si­ve with and wit­hout an in­ter­me­diary la­yer of a flo­wa­ble com­po­si­te: a 2-year eva­lua­tion. Quin­tes­sen­ce Int, 2012. 43(4): p. 279- 86. 59. Brow­ning, W.D., et al., Per­for­man­ce of 2 pac­ka­ble com­po­si­tes at 12 months. Quin­tes­sen­ce Int, 2006. 37(5): p. 361- 8. 60. Ernst, C.P., et al., Cli­ni­cal per­for­man­ce of re­sin com­po­si­te res­to­ra­tions af­ter 2 years. Com­pend Con­tin Educ Dent, 2002. 23(8): p. 711-7, 720. 61. Da Ro­sa Ro­dolp­ho, P. A., et al., 22-Year cli­ni­cal eva­lua­tion of the per­for­man­ce of two pos­te­rior com­po­si­tes with dif­fe­rent fi­ller cha­rac­te­ris­tics. Dent Ma­ter, 2011. 27(10): p. 955- 63. 62. van de San­de, F.H., et al., 18-year sur­vi­val of pos­te­rior com­po­si­te re­sin res­to­ra­tions with and wit­hout glass io­no­mer ce­ment as ba­se. Dent Ma­ter, 2015. 31(6): p. 669-75. 63. Man­hart, J., et al., Re­view of the cli­ni­cal sur­vi­val of di­rect and in­di­rect res­to­ra­tions in pos­te­rior teeth of the per­ma­nent den­ti­tion. Oper Dent, 2004. 29(5): p. 481-508. 64. Hein­tze, S.D. and V. Rous­son, Cli­ni­cal ef­fec­ti­ve­ness of di­rect class II res­to­ra­tions - a me­ta-analy­sis. J Ad­hes Dent, 2012. 14(5): p. 407-31. 65. Op­dam, N. J., et al., Lon­ge­vity of pos­te­rior com­po­si­te res­to­ra­tions: a sys­te­ma­tic re­view and me­ta-analy­sis. J Dent Res, 2014. 93(10): p. 943-9. 66. Op­dam, N. J., et al., 12-year sur­vi­val of com­po­si­te vs. amal­gam res­to­ra­tions. J Dent Res, 2010. 89(10): p. 1063-7. 67. Pa­lle­sen, U. and J.W. van Dij­ken, A ran­do­mi­zed con­tro­lled 30 years fo­llow up of th­ree con­ven­tio­nal re­sin com­po­si­tes in Class II res­to­ra­tions. Dent Ma­ter, 2015. 31(10): p. 1232- 44. 68. Pa­lle­sen, U. and J.W. van Dij­ken, A ran­do­mi­zed con­tro­lled 27 years fo­llow up of th­ree re­sin com­po­si­tes in Class II res­to­ra­tions. J Dent, 2015. 43(12): p. 1547-58.

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