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The Journal of Adhesive Dentistry
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Keywords

A  B  C  D  E  F  G  H  I  K  L  M  N  O  P  Q  R  S  T  U  V  W  X  Y  Z 

10-MDP2017/2,p.169
10-methacryloyloxydecyl dihydrogen phosphate2017/1,p.21
2-hydroxyethyl methacrylate2018/3,p.213
30% hydrogen peroxide2009/6,p.461
4-META2006/3,p.1432016/6,p.5132017/3,p.213
4-META/MMA-TBB resin2008/4,p.2952016/2,p.111
4META/MMA-TBB resin2011/5,p.411
6th generation2004/4,p.293

A
abfraction lesions2015/5,p.391
abrasion2015/3,p.283
accessory post2014/2,p.185
acetone2011/1,p.492012/6,p.511
acid etch2012/1,p.31
acid etching2004/2,p.1292006/3,p.1432006/6,p.3672008/5,p.3452008/6,p.4552009/4,p.2592009/6,p.4472011/2,p.1392011/3,p.2312012/4,p.3152014/4,p.3832014/5,p.4152015/4,p.3132017/3,p.195
acid etching time2004/1,p.192006/1,p.21
acid-base challenge2007/6,p.513
acid-base resistant zone2007/6,p.5132011/6,p.5272012/3,p.2072012/4,p.3392016/3,p.223
acid-etch pattern2008/5,p.335
acidic monomer2006/3,p.1432010/1,p.7
acidic monomers2005/1,p.7
acrylamide2010/1,p.7
acrylic materials2009/6,p.469
acrylic resins2010/4,p.319
activator2006/5,p.2992013/5,p.453
adaptation2005/4,p.321
adhesion2004/1,p.332004/1,p.652004/2,p.1052004/3,p.1952004/4,p.2792005/3,p.2312006/1,p.312006/5,p.2992007/2,p.2412007/2,p.2452007/4,p.3732008/1,p.252008/2,p.972009/2,p.1172009/3,p.1752009/5,p.3752009/6,p.4552009/6,p.4852010/1,p.452010/2,p.1232010/3,p.1832010/3,p.1752010/4,p.3192010/5,p.3432010/6,p.4352011/1,p.852011/4,p.3332011/4,p.3072012/1,p.752012/1,p.72012/2,p.1072012/3,p.2452012/4,p.3492012/6,p.5252012/6,p.5072013/1,p.652013/2,p.1512013/2,p.1812013/3,p.2072013/4,p.3612013/4,p.3692013/4,p.3072013/5,p.4132013/5,p.4732013/6,p.5752013/6,p.5692014/2,p.1692014/2,p.1552014/4,p.3572014/5,p.4212014/5,p.4072014/6,p.5312014/6,p.5172014/6,p.5672015/1,p.772015/1,p.512015/1,p.72015/2,p.1692015/2,p.1752015/2,p.1412015/3,p.2492015/6,p.5592016/2,p.1192016/2,p.1352017/2,p.1692017/2,p.1472017/4,p.3492017/5,p.4252018/1,p.72018/2,p.1132018/3,p.195
adhesion in root canal2013/2,p.161
adhesion testing2015/6,p.521
adhesion; tensile bond strength2018/3,p.261
adhesive2004/1,p.612004/2,p.912006/3,p.1432007/6,p.5272008/2,p.1192009/2,p.1372009/3,p.1752009/5,p.3432009/5,p.3992011/4,p.3232011/5,p.4072012/6,p.5692013/1,p.112013/1,p.72013/4,p.3252013/4,p.3852013/5,p.4232013/5,p.4532014/2,p.1772014/3,p.2512014/5,p.4292015/1,p.592015/6,p.5292015/6,p.5352015/6,p.5132015/6,p.4992016/6,p.4672017/1,p.592017/2,p.1572017/4,p.287
adhesive application2006/4,p.255
adhesive application time2012/3,p.229
adhesive area2011/4,p.307
adhesive cantilever fixed prosthesis2012/2,p.161
adhesive cement2011/3,p.2672012/1,p.752013/4,p.369
adhesive cementation2007/3,p.3272009/6,p.493
adhesive dentistry2009/6,p.4392013/5,p.4472014/1,p.15
adhesive FDPs2013/2,p.131
adhesive fixed dental prostheses2008/5,p.365
adhesive inlays2007/2,p.2692010/2,p.151
adhesive interfacial morphology2009/1,p.15
adhesive layer2009/2,p.109
adhesive luting2005/3,p.2472007/1,p.392010/1,p.452017/3,p.245
adhesive microgap2005/1,p.51
adhesive patch2006/1,p.7
adhesive permeability2008/3,p.211
adhesive post and cores2006/6,p.409
adhesive resin2007/4,p.3912013/2,p.107
adhesive restoration protocol2016/5,p.447
adhesive restorations2011/5,p.425
adhesive solvent2012/6,p.511
adhesive strength2013/1,p.412015/4,p.353
adhesive system2004/2,p.1352004/3,p.2052004/4,p.3132005/2,p.1172005/2,p.1272005/2,p.1652005/4,p.2972005/4,p.3152006/1,p.532006/2,p.752006/3,p.1692006/5,p.2932006/5,p.3432009/1,p.712009/3,p.2212011/4,p.3412011/6,p.5372012/5,p.4792013/4,p.3112015/4,p.3372015/4,p.3212016/1,p.512017/2,p.121
adhesive system effectiveness2007/2,p.2312011/1,p.23
adhesive systems2004/4,p.3012005/2,p.952005/2,p.1512005/3,p.1932005/4,p.3312006/1,p.272007/2,p.2652007/4,p.3592009/2,p.952009/3,p.2132009/4,p.2932009/5,p.3552010/3,p.1832010/6,p.4612011/2,p.1252011/2,p.1172011/3,p.2132011/5,p.4172011/6,p.5432012/6,p.5752013/4,p.3512013/6,p.5192015/2,p.1632015/2,p.1072016/1,p.352016/2,p.1512016/6,p.513
adhesive systems.2007/1,p.17
adhesive treatment2011/3,p.2872015/3,p.2492017/2,p.169
adhesives2004/3,p.2272005/4,p.2812005/4,p.3032007/1,p.72007/1,p.1072007/2,p.2552007/6,p.5372008/1,p.252010/4,p.2732011/3,p.2312012/2,p.1212014/5,p.4412015/1,p.272015/2,p.1552015/5,p.3912015/6,p.5052016/4,p.303
adhesives systems2006/4,p.2552013/1,p.412014/3,p.229
Ag-Pd-Cu-Au alloy2010/3,p.215
aging2009/3,p.1912010/6,p.4512012/1,p.592012/2,p.1752013/2,p.1732013/4,p.3612015/2,p.1332015/3,p.2072015/3,p.2352015/4,p.3472016/6,p.5352017/1,p.592017/3,p.2452018/1,p.33
AH plus2009/4,p.311
air abrasion2006/4,p.2332012/5,p.4532013/3,p.2592013/4,p.3072014/5,p.4732017/4,p.331
air moisture2017/2,p.169
air monitoring2009/2,p.101
air polishing2007/4,p.381
air-abrasion2004/1,p.43
air-borne particle abrasion2014/4,p.365
airborne particle abrasion2013/3,p.2112016/1,p.17
airborne-particle abrasion2014/5,p.451
Al equivalent2009/3,p.207
Al2O32007/3,p.297
alcohol2012/6,p.511
all-ceramic2006/1,p.592008/5,p.3732012/1,p.72013/5,p.467
all-ceramic crown2007/1,p.39
all-ceramic restoration2011/5,p.407
all-ceramic restorations2006/4,p.2632017/4,p.323
all-ceramics2013/3,p.2072015/4,p.3072017/6,p.507
all-in-one adhesive2004/2,p.972006/5,p.3112006/5,p.3192015/4,p.329
all-in-one adhesives2005/2,p.1332007/5,p.4372010/6,p.4272011/1,p.312011/6,p.5072015/1,p.51
alloy primer2013/4,p.369
alloys2012/3,p.275
alumina2010/5,p.4032011/5,p.467
alumina ceramic2006/2,p.972011/5,p.407
alumina ceramics2009/1,p.49
aluminous ceramic2004/4,p.327
aluminum oxide2015/2,p.169
amalgam restorations2018/1,p.25
Amelogenesis imperfecta2014/1,p.7
amine protonation2005/1,p.7
anatomic post2014/2,p.185
annual failure rate2015/3,p.283
anterior tooth2008/1,p.49
anti-oxidant/reducing agent2017/3,p.253
antibacterial activity2005/4,p.315
antibacterial adhesive2006/5,p.3192007/2,p.2092008/5,p.399
antibacterial agents2013/5,p.431
antibacterial bonding systems2008/3,p.205
antibacterial monomer2007/3,p.311
antimicrobial action2010/1,p.33
antioxidant2009/1,p.352015/6,p.499
apical periodontitis2018/3,p.183
apoptosis2008/2,p.1052011/4,p.375
application mode2015/2,p.107
application procedure2008/5,p.345
application time2018/1,p.65
applied power2012/5,p.461
approximal initial caries2008/2,p.151
aprismatic enamel2006/6,p.375
aqueous solvent2016/6,p.535
ARI score2010/2,p.131
artificial aging2009/6,p.4792013/2,p.1372013/4,p.377
artificial caries2014/4,p.3332016/5,p.441
artificial crown2008/2,p.145
artificial saliva2016/4,p.3032016/6,p.535
astringent2017/3,p.259
atomic absorption spectroscopy2011/4,p.315
atomic force microscopy2017/3,p.267
atraumatic restorative treatment2018/1,p.25
autofluorescence2005/1,p.19
automated marginal analysis2007/4,p.359
avulsion2010/1,p.71

B
bacteria2012/4,p.371
base alloy2014/5,p.407
base materials2018/2,p.151
base size2015/1,p.45
baseline evaluation2007/1,p.57
bending strength2013/1,p.19
benzalkonium chloride2017/3,p.195
bevel2008/2,p.1132016/1,p.7
biaxial flexural strength2014/5,p.451
bioactive glass2017/2,p.177
biocompatibility2013/6,p.5412014/1,p.15
biocompatible materials2016/4,p.325
Biodentine2014/3,p.2772016/2,p.1572016/3,p.2312017/2,p.129
biofilm2014/4,p.313
biofilms2013/5,p.431
biomimetic and hydrothermal HAp preparation2013/5,p.413
biomimetics2011/6,p.569
bis(acrylamide)2005/2,p.107
Bis-Cem2015/6,p.545
bleach2012/6,p.511
bleaching2007/2,p.1832009/1,p.352012/5,p.447
bleaching agent2004/3,p.205
blood2011/4,p.3492017/3,p.259
blue LED curing devices2004/2,p.141
bond2009/1,p.492014/2,p.1692014/6,p.547
bond degradation2010/1,p.272011/2,p.1112012/6,p.575
bond durability2008/6,p.4552011/6,p.5512014/6,p.5592018/3,p.249
bond longevity2008/3,p.183
bond strength2004/2,p.1172004/3,p.2052004/4,p.3012004/4,p.3132004/4,p.3272005/1,p.412005/2,p.1272005/2,p.1592005/4,p.2712005/4,p.2892006/1,p.312006/1,p.352006/1,p.412006/2,p.1052006/2,p.1132006/3,p.1752006/4,p.2172006/4,p.2392006/5,p.3112007/1,p.772007/2,p.1832007/4,p.4072007/5,p.4632007/6,p.5212008/1,p.352008/2,p.1192008/2,p.1272008/6,p.4232008/6,p.4712009/4,p.2792009/4,p.2872009/4,p.3252009/5,p.3432009/5,p.3812010/1,p.192010/2,p.912010/2,p.1172010/6,p.4772011/1,p.492011/2,p.1552011/2,p.1392011/3,p.2352011/4,p.3492011/4,p.3072011/5,p.4552011/6,p.5372011/6,p.5072011/6,p.5172012/1,p.312012/2,p.1212012/3,p.2352012/5,p.4472012/6,p.5252012/6,p.5112012/6,p.5432013/1,p.332013/2,p.1232013/2,p.1072013/2,p.1452013/2,p.1512013/2,p.1372013/3,p.2692013/3,p.2212013/3,p.2072013/4,p.3612013/4,p.3332013/4,p.3072013/5,p.4392013/5,p.4472013/6,p.5072014/1,p.72014/1,p.872014/1,p.712014/2,p.1552014/3,p.2672014/4,p.3652014/5,p.4652014/6,p.5532014/6,p.5172015/1,p.272015/1,p.452015/1,p.72015/2,p.1172015/3,p.2352015/3,p.2732015/4,p.3372015/4,p.3072015/5,p.4212015/6,p.5592016/1,p.512016/1,p.292016/1,p.172016/3,p.1972016/4,p.3032016/4,p.3312016/5,p.3872016/5,p.4412017/1,p.492017/2,p.1372017/3,p.2132017/3,p.2032017/4,p.3572017/4,p.2952017/4,p.3492017/5,p.3952017/6,p.5072018/1,p.572018/2,p.872018/2,p.1432018/2,p.1212018/2,p.992018/3,p.223
bond strength of composite/dentin interfaces2011/1,p.7
bond strength test2010/6,p.4272011/2,p.107
bond strength testing2006/6,p.3672008/1,p.17
bonded area2014/3,p.207
bonding2004/1,p.612006/2,p.752006/6,p.4212007/2,p.2452007/2,p.2792008/1,p.72009/4,p.2592009/6,p.4392009/6,p.4692010/4,p.3052011/6,p.5612012/1,p.112012/2,p.1672012/4,p.3852013/1,p.72013/3,p.2592014/4,p.3232014/5,p.4412014/5,p.4152014/5,p.4292015/3,p.2572017/1,p.212017/2,p.1572017/4,p.3312017/5,p.4092017/5,p.4252017/6,p.4912017/6,p.4972018/3,p.195
bonding agent2009/3,p.2072014/2,p.1552015/1,p.59
bonding agents2009/1,p.412009/2,p.1012013/1,p.27
bonding effectiveness2009/3,p.1752011/3,p.2432012/1,p.392012/2,p.147
bonding stability2015/2,p.133
bonding system2012/1,p.39
bonding systems2011/2,p.139
bone hydroxyapatite2010/6,p.469
boric acid2017/2,p.137
bovine2004/2,p.117
bovine dentin2006/4,p.233
bovine enamel2006/6,p.375
bovine teeth2005/4,p.331
box-shaped cavity2016/1,p.7
bracket bonding2008/3,p.205
brackets2009/4,p.2592009/6,p.4612017/6,p.463
buffering2006/3,p.143
buffering capacity2017/2,p.177
buildup2018/1,p.19
bulk fill2015/1,p.812017/2,p.95
bulk-fill composite2015/5,p.427
bulk-fill composite material2015/2,p.147
bulk-fill composites2017/5,p.395
bur-cut dentin2004/2,p.97
burs2004/3,p.1952004/4,p.279
butylborane2011/2,p.163

C
c-factor2006/4,p.247
C-factor2007/6,p.4992008/2,p.972008/5,p.3852008/6,p.4472010/1,p.552013/3,p.245
Ca3SiO5-based dentin substitute2012/6,p.535
CAD-on2017/6,p.507
CAD/CAM2004/3,p.2392014/2,p.1612016/4,p.341
CAD/CAM block2016/4,p.289
CAD/CAM ceramic crown2018/2,p.133
CAD/CAM crown2016/4,p.355
CAD/CAM lithium disilicate2017/3,p.203
CAD/CAM restorative materials2016/4,p.331
calcium2012/4,p.329
calcium carbonate2007/4,p.381
calcium hydroxide2017/1,p.772018/1,p.57
calcium hydroxide liner2009/2,p.137
calcium salt of MDP2016/3,p.205
calcium-silicate cement2017/2,p.129
cantilever2008/5,p.3552010/3,p.207
cantilever fixed dental prosthesis2011/5,p.407
carbamide peroxide2011/6,p.537
carbodiimide2015/3,p.219
carboxylic acid2011/2,p.163
caries2006/1,p.72017/1,p.77
caries detection2018/1,p.7
caries excavation2011/1,p.7
caries infiltrant2012/6,p.5692017/6,p.483
caries infiltration2016/1,p.43
caries removal2005/4,p.281
caries-affected2012/3,p.245
caries-affected dentin2008/6,p.4312010/4,p.2732013/5,p.4392014/3,p.2352014/4,p.3332014/6,p.5072016/5,p.4412016/6,p.4752017/4,p.317
caries-like lesion2011/2,p.131
cariesaffected dentin2012/6,p.575
cariogenic challenge model2011/2,p.131
Carisolv2014/6,p.507
casein phosphopeptide-amorphous calcium phosphate2012/5,p.447
cast-metal RBFDPs2013/1,p.73
cavity adaptation2004/3,p.211
cavity design2016/1,p.7
cavity disinfection2009/5,p.343
cavity lining2007/2,p.175
cavity marginal adaptation.2007/1,p.33
cavity preparation2006/4,p.2332009/6,p.427
cavity preparations2004/4,p.287
cavity size2008/6,p.447
cell culture2008/3,p.227
cell death2008/2,p.1052011/4,p.375
cement2005/4,p.343
cement hardness2013/6,p.547
cement interface2008/5,p.365
cement layer2015/2,p.175
cement shade2012/2,p.1552013/5,p.461
cementation2009/4,p.3192011/6,p.5692012/1,p.592012/5,p.4712012/6,p.5072013/6,p.5692014/4,p.357
cementation procedure2010/1,p.55
cementation technique2008/2,p.145
cementum2006/3,p.161
ceramic2004/3,p.2392004/4,p.3332005/4,p.3432006/5,p.3372007/5,p.4492008/1,p.412008/3,p.1972009/5,p.3992010/4,p.2872010/4,p.2792011/3,p.2212011/5,p.4672012/2,p.1552013/1,p.552013/2,p.1812013/4,p.3612013/5,p.4732013/6,p.5472014/2,p.1372014/2,p.1692015/1,p.772016/2,p.1352017/6,p.491
ceramic aging2013/2,p.181
ceramic bonding2011/5,p.4072012/5,p.461
ceramic crowns2007/2,p.279
ceramic fracture2011/5,p.407
ceramic inlay2005/3,p.2132006/6,p.4272011/4,p.367
ceramic inlays2010/3,p.1892011/5,p.455
ceramic insert2005/3,p.213
ceramic liner2013/3,p.259
ceramic primer2009/6,p.479
ceramic repair2014/1,p.63
ceramic surface treatment2011/2,p.1552016/4,p.283
ceramic veneer2010/1,p.452011/6,p.569
ceramic-to-dentin bond2012/2,p.147
ceramics2006/3,p.1752008/5,p.3932010/4,p.2952013/6,p.569
cervical2007/2,p.241
cervical lesions2007/1,p.72012/5,p.485
cervical restorations2015/5,p.391
cervical sclerotic dentin2004/1,p.19
chairside tooth replacement2010/1,p.71
chemical2014/2,p.169
chemical analysis2007/2,p.245
chemical composition2012/5,p.461
chemical cure2006/5,p.299
chemically cured2010/5,p.373
chemomechanical caries removal2014/6,p.507
chemomechanical method2005/4,p.281
chewing simulator2006/3,p.169
chipping2013/3,p.2072014/5,p.407
chlorhexidine2009/3,p.1912010/1,p.272011/2,p.1112011/2,p.1172012/4,p.3552012/6,p.5752013/3,p.2872013/4,p.3512013/5,p.4812014/1,p.872014/1,p.212015/2,p.1332016/1,p.352017/3,p.1952017/4,p.3412018/3,p.243
chlorine2008/2,p.105
chromium2011/2,p.163
CHX gel2009/5,p.343
cigarette2015/5,p.405
citric acid2013/5,p.481
Class I2011/1,p.23
Class I carious lesions2007/6,p.547
Class II2007/5,p.469
Class II cavities2004/1,p.252013/2,p.115
Class II composite resin restoration2006/5,p.305
Class II restoration2004/2,p.1352004/3,p.2212005/1,p.692005/2,p.1652009/1,p.71
class II restoration2008/1,p.17
Class II restorations2006/2,p.1272007/2,p.261
class III cavities2007/1,p.57
Class IV2011/5,p.425
Class V2010/6,p.4432015/5,p.3912018/3,p.195
Class V restoration2005/4,p.3032008/3,p.183
Class V restorations2007/2,p.2652011/2,p.1072013/1,p.27
Class V sealing2007/2,p.255
Class V.2007/1,p.77
cleaning2009/2,p.127
cleaning methods2011/6,p.561
Clearfil S3 Bond2015/6,p.505
Clearfil SA2015/6,p.545
Clearfil SE Bond2015/6,p.505
clinical2005/4,p.3432007/2,p.2412007/5,p.4692009/2,p.912014/6,p.5852015/1,p.812017/4,p.287
clinical effectiveness2018/3,p.195
clinical evaluation2006/2,p.1192006/3,p.1832008/4,p.3152010/3,p.2312012/2,p.183
clinical evaluations2007/2,p.227
clinical investigation2004/3,p.247
clinical performance2007/6,p.5472011/2,p.1872014/3,p.285
clinical relevance2007/1,p.772011/2,p.107
clinical report2009/1,p.71
clinical study2004/2,p.1512004/4,p.3332005/1,p.652007/2,p.2652007/3,p.3272008/4,p.3012010/3,p.2372012/6,p.5852013/1,p.272017/6,p.475
clinical survival2009/6,p.493
clinical trial2004/1,p.652004/2,p.1572005/3,p.2532006/1,p.472006/4,p.2552006/6,p.4272007/1,p.72007/2,p.2792007/5,p.4772008/4,p.3072008/5,p.3932008/5,p.3992009/2,p.1432009/2,p.1492009/5,p.3992010/2,p.1512012/5,p.4852013/3,p.2872015/5,p.4052015/5,p.4332016/6,p.467
clinical trials2006/2,p.1272015/5,p.3912016/1,p.59
clinical.2007/1,p.117
clinically relevant distance2004/2,p.141
CLSM2006/1,p.7
coating2015/3,p.273
cobalt-chromium2010/3,p.223
cohesive strength2007/6,p.5372008/5,p.3512012/1,p.69
cohesive strength of composites2006/1,p.13
CoJet2005/3,p.2312007/3,p.297
collagen2004/2,p.912008/6,p.4192011/2,p.1172015/3,p.219
collagen cross linking2012/1,p.11
collagen exposure2013/5,p.4812017/3,p.229
collagen fluorescence2016/6,p.529
collagen removal2005/2,p.127
collagen(s)2014/5,p.441
collagenolytic activity2011/2,p.111
compatibility2006/4,p.2292013/4,p.325
compliance2007/6,p.499
complication rate2009/6,p.493
compomer2004/2,p.157
composite2004/3,p.2392006/1,p.352007/1,p.492007/2,p.1892007/2,p.2612007/3,p.3192007/5,p.4692007/6,p.4952007/6,p.5272009/2,p.1372009/6,p.4932010/3,p.2372011/6,p.5852012/1,p.692013/3,p.2752015/3,p.2132017/2,p.1292017/2,p.1772017/2,p.952017/4,p.2872018/2,p.1512018/3,p.205
composite activation2004/4,p.301
composite aging2013/2,p.181
composite CAD/CAM blocks2015/6,p.521
composite cement2015/3,p.2352016/2,p.1612016/4,p.2892017/1,p.72017/2,p.1372018/2,p.1432018/2,p.1072018/3,p.233
composite cements2006/3,p.189
composite core buildup2012/1,p.39
composite coupling strength2006/1,p.13
composite repair2005/2,p.1592007/1,p.252007/4,p.3912011/4,p.3592015/5,p.4212018/3,p.205
composite resin2004/2,p.1352005/1,p.412005/1,p.692005/2,p.1652005/4,p.3032005/4,p.3092005/4,p.3432006/1,p.212006/1,p.532006/2,p.1132006/4,p.2392007/1,p.572008/5,p.3512008/6,p.4412009/1,p.712009/5,p.3432009/5,p.3692009/6,p.4472009/6,p.4792010/3,p.2312010/4,p.2872011/3,p.2492012/1,p.472012/6,p.5852013/2,p.1672013/3,p.2072013/4,p.3072014/2,p.1372014/6,p.5592015/1,p.812015/5,p.4212016/1,p.592016/4,p.3412016/5,p.447
composite resin buildup2004/2,p.151
composite resin contamination2006/6,p.363
composite resin core materials2008/6,p.481
composite resin restoration2013/1,p.85
composite resins2004/4,p.2672007/2,p.2032008/1,p.352008/2,p.1132016/5,p.375
composite restoration2009/2,p.143
composite restoration.2007/1,p.7
composite restorations2005/3,p.2532015/5,p.3912017/1,p.77
composites2013/2,p.1372013/4,p.3512014/1,p.15
compressive strength2014/1,p.41
conditioner2010/2,p.91
conditioning2018/2,p.99
configuration2016/2,p.119
configuration factor2014/6,p.567
confocal laser scanning microscopy2009/1,p.72009/1,p.15
confocal microscopy2006/6,p.4092013/5,p.423
confocal scanning laser microscopy2004/2,p.111
contact angle2005/3,p.2312011/1,p.712011/6,p.5512013/4,p.3252015/4,p.3132015/5,p.4132018/2,p.99
contamination2005/1,p.512009/2,p.1272011/4,p.3492011/5,p.4452017/3,p.259
continuous unidirectional glass fibers2011/2,p.187
contraction2013/4,p.341
conventional adhesive system2011/2,p.171
conventional glass-ionomer cement2006/4,p.233
convergence angle2008/4,p.277
copolymer2014/1,p.41
core2006/4,p.2392018/1,p.19
core buildup2013/4,p.385
core buildup composite2012/2,p.1752012/4,p.371
core buildup resin2010/3,p.197
core material2006/2,p.113
cores2008/2,p.145
coronal dentin2008/2,p.1272017/4,p.295
correlation2009/1,p.72011/5,p.417
coupling agents2014/4,p.383
cp Ti2018/2,p.143
Cr:YSGG2008/1,p.252009/6,p.427
Cr:YSGG laser2006/6,p.3812009/3,p.2212014/4,p.3772015/6,p.505
cross linker2017/3,p.253
cross linking2014/3,p.2212015/3,p.219
cross-linking agents2017/3,p.195
crosshead speed2004/4,p.275
curing mode2006/4,p.2292010/3,p.189
curing modes2008/3,p.2192011/6,p.527
curing protocol2012/1,p.39
curing time2016/2,p.111
cusp deformation2015/3,p.213
cusp inclination2018/2,p.107
cusp movement2007/1,p.11
cusp-covering restoration2010/4,p.287
cuspal deflection2007/1,p.112011/3,p.2792013/6,p.561
cuspal flexure2007/1,p.11
cutting speed2004/1,p.72011/3,p.221
cyclic impact load2011/3,p.267
cyclic impact loading2013/1,p.19
cyclic loading2011/6,p.5692012/2,p.1612014/1,p.87
cysteine cathepsin2014/5,p.415
cytotoxicity2008/3,p.2272014/2,p.1232016/2,p.99

D
damage accumulation2009/3,p.199
data pooling2011/2,p.107
debonding/crack-initiation strength2011/1,p.79
decalcifying2009/6,p.4612011/4,p.315
deciduous bovine teeth2011/3,p.227
deciduous dentition2016/5,p.447
deciduous teeth2014/3,p.2352015/1,p.51
deciduous tooth2016/6,p.4752018/2,p.87
decision making2017/2,p.111
decontamination2011/5,p.445
degradation2006/3,p.1512010/1,p.72010/2,p.1232011/3,p.2492012/4,p.3552015/4,p.3212016/6,p.5212017/1,p.69
degree of conversion2006/4,p.2112010/1,p.332010/6,p.4612011/3,p.2352013/6,p.5272013/6,p.5472014/2,p.1072015/2,p.1812015/6,p.5592016/2,p.1612016/6,p.5132017/1,p.392017/1,p.312018/1,p.572018/2,p.165
degree of cure2008/2,p.832013/3,p.2292014/2,p.129
dehydration2011/1,p.49
delayed polymerization2010/5,p.373
demineralization2006/3,p.1612008/2,p.832008/2,p.1192012/4,p.3292012/4,p.3152012/6,p.569
demineralization depth2016/6,p.501
demineralized dentin2005/3,p.1832010/2,p.109
demineralized enamel2017/6,p.483
densitometer2009/3,p.207
dental2007/1,p.117
dental adhesion2006/6,p.3672008/1,p.172014/3,p.207
dental adhesive2007/2,p.2492007/4,p.3732008/3,p.1672010/2,p.1092012/3,p.2352013/3,p.2752017/1,p.59
dental adhesives2006/3,p.1512006/5,p.2852007/5,p.4632008/2,p.1272009/4,p.3052012/6,p.5172013/6,p.5532014/3,p.2212016/6,p.529
dental bleaching2015/6,p.529
dental bonding2005/3,p.2352005/3,p.2532007/2,p.2032008/1,p.352009/2,p.1492011/5,p.4672012/6,p.5172014/2,p.1372015/6,p.513
dental bonding systems2008/6,p.4192009/3,p.1912009/4,p.287
dental burs2004/4,p.287
dental caries2008/3,p.2332011/2,p.1172014/1,p.212014/4,p.3392015/3,p.2072017/5,p.3792018/1,p.25
dental cements2015/1,p.7
dental ceramic2016/3,p.239
dental enamel2012/1,p.192015/1,p.27
dental erosion2012/1,p.832018/3,p.223
dental esthetics2013/3,p.215
dental leakage2006/2,p.1272014/4,p.339
dental material2004/2,p.1112005/1,p.292007/2,p.2412010/1,p.452013/5,p.407
dental materials2004/2,p.1052004/3,p.2272005/1,p.412008/3,p.1672012/6,p.5072013/2,p.1812013/2,p.1372013/6,p.5072014/2,p.1552014/6,p.5172015/6,p.5592017/4,p.305
dental porcelain2013/3,p.2152014/1,p.57
dental practices2009/2,p.101
dental prosthesis2017/6,p.525
dental restorations2005/4,p.3432014/6,p.5852015/1,p.812018/1,p.41
dental tissues2018/1,p.7
dental veneers2013/3,p.215
dentin2004/1,p.332004/2,p.912004/2,p.1052004/2,p.1172004/2,p.1232004/3,p.1752004/3,p.1912004/3,p.2212004/4,p.3012004/4,p.3132005/1,p.292005/2,p.1172005/4,p.2812005/4,p.2972006/2,p.852006/3,p.1512006/3,p.1612006/4,p.2392006/6,p.4012007/3,p.3112007/4,p.3732007/5,p.4372007/6,p.5132008/1,p.72008/1,p.252008/2,p.1192008/3,p.1732008/3,p.2272008/4,p.2692008/4,p.2772008/6,p.4192008/6,p.4412009/1,p.272009/2,p.1172009/3,p.1912009/4,p.2872009/5,p.3552009/5,p.3692009/6,p.4552010/2,p.1232010/3,p.1832010/3,p.1752010/5,p.3432010/6,p.4352011/2,p.1392011/2,p.1172011/3,p.2612011/3,p.2432011/3,p.2072011/4,p.3412011/4,p.3332011/4,p.3232011/4,p.3072011/6,p.5372011/6,p.5072011/6,p.5172011/6,p.5272012/1,p.112012/2,p.1372012/2,p.1212012/3,p.2452012/4,p.3552012/6,p.5172012/6,p.5432013/1,p.112013/2,p.1732013/3,p.2212013/4,p.3252013/4,p.3612013/4,p.3332013/5,p.4072013/5,p.4612014/1,p.352014/1,p.212014/3,p.2072014/4,p.3232014/5,p.4412014/5,p.4152014/5,p.4352015/1,p.272015/2,p.1412015/2,p.1252015/2,p.1332015/3,p.2192015/4,p.3372015/4,p.3212016/3,p.1972016/6,p.5212016/6,p.5292017/2,p.1572017/2,p.1212017/2,p.1472017/4,p.3572017/4,p.3172017/5,p.4092017/6,p.4752018/2,p.872018/3,p.243
dentin adhesion2011/5,p.4112014/1,p.292015/3,p.2272016/3,p.215
dentin adhesive2005/3,p.1832009/2,p.1092010/1,p.112010/3,p.189
dentin adhesive system2008/6,p.423
dentin adhesives2006/4,p.2172007/2,p.2612008/2,p.1352008/4,p.2592010/2,p.1232011/3,p.2352012/2,p.1372015/1,p.35
dentin age2012/3,p.229
dentin aging2005/3,p.193
dentin bond stability2016/6,p.513
dentin bond strength2005/2,p.1332006/4,p.2292012/2,p.1292012/3,p.2232016/6,p.5452017/6,p.517
dentin bond strength test2010/4,p.273
dentin bonding2004/1,p.132004/1,p.492004/2,p.1292004/3,p.1832004/3,p.1952004/4,p.3072005/1,p.652005/2,p.1432006/3,p.1432006/4,p.2172006/6,p.3932007/1,p.392007/2,p.1832007/2,p.2692007/3,p.2912007/4,p.3812007/6,p.5052008/2,p.972008/4,p.2952008/5,p.3732008/5,p.3932009/4,p.3112010/2,p.1432011/5,p.4452012/2,p.1132012/3,p.2292012/5,p.4332013/4,p.3172013/4,p.3512013/5,p.4132015/1,p.512015/3,p.2492016/4,p.3032016/5,p.4252017/3,p.2292017/4,p.3052018/3,p.249
dentin bonding agent2010/6,p.4352011/2,p.1472014/4,p.339
dentin bonding agents2005/1,p.412007/2,p.1592007/5,p.4272008/2,p.1132008/4,p.3072008/6,p.4412009/5,p.3692011/2,p.1392012/4,p.3632012/6,p.5432013/2,p.1732013/5,p.4312014/1,p.212014/5,p.4352015/6,p.5132017/1,p.692017/4,p.3572017/4,p.3412017/5,p.3792017/6,p.475
dentin bonding durability2017/3,p.253
dentin bonding system2015/5,p.405
dentin bonding systems2005/4,p.2892009/1,p.27
dentin caries2011/1,p.7
dentin cleaning method2005/3,p.225
dentin conditioners2008/6,p.471
dentin conditioning2004/4,p.287
dentin desensitizer2012/2,p.183
dentin disinfection2004/1,p.61
dentin exposure2014/5,p.481
dentin hypersensitivity2012/2,p.1832016/6,p.467
dentin map2012/4,p.349
dentin matrix components2013/5,p.407
dentin moisture2016/1,p.29
dentin permeability2007/6,p.5052009/4,p.2712010/2,p.1032014/5,p.435
dentin sealing2010/1,p.72010/5,p.381
dentin shear bond strength2014/1,p.41
dentin structure2005/4,p.289
dentin thickness2009/2,p.137
dentin treatment2016/5,p.425
dentin-bonding agents2008/1,p.352016/3,p.2572017/6,p.5172018/3,p.213
dentistry2016/4,p.325
dentition2014/4,p.347
denture base2011/3,p.287
denture base material2010/3,p.223
deproteination2004/3,p.175
deproteinization2004/1,p.33
depth of cure2004/2,p.1412007/5,p.4492017/2,p.952017/3,p.239
desensitization2010/5,p.381
desensitizer2006/2,p.852008/3,p.227
deterioration2014/3,p.235
devital teeth2005/2,p.165
diagnosis2012/4,p.335
diamond bur2011/5,p.433
digital microscopy2012/4,p.349
dimethacrylate-based composite2014/6,p.575
direct2017/2,p.111
direct composite resin2014/6,p.5172015/6,p.559
direct posterior composite2005/3,p.1972013/6,p.583
direct resin composite2015/3,p.283
direct resin composite restorations2016/4,p.317
direct restorations2018/3,p.183
direct treatment2005/1,p.69
directly fabricated FRC FDPs2011/4,p.383
disclosing material2016/6,p.545
dislocation resistance2014/6,p.567
distilled water2016/4,p.303
DMSO wet2017/3,p.229
double etching2005/4,p.271
double interface2006/6,p.375
dowel2009/4,p.3192018/1,p.19
droplet formation2008/3,p.211
droplets2009/3,p.175
drying agents2012/6,p.511
dual curing2012/2,p.1472013/4,p.325
dual-cure cement2012/1,p.51
dual-cure composites2006/2,p.113
dual-curing2008/5,p.393
dual-curing adhesive2012/1,p.51
dual-curing adhesive systems2009/1,p.15
dual-curing composite2012/2,p.167
dual-curing core system2011/6,p.527
dual-curing resin cement2011/1,p.71
dual-curing resin cements2009/1,p.15
dual-curing resin luting agent2007/4,p.407
dual-polymerizing2016/4,p.341
dual-set materials2010/1,p.39
durability2013/4,p.3512016/6,p.4752017/3,p.2292018/1,p.33
durability of dentin bond2009/5,p.347
dye penetration2004/1,p.25
dynamic testing2007/2,p.249
Dyract AP2004/2,p.1572007/6,p.547

E
eccentric loading2006/3,p.169
EDTA2013/5,p.481
elastic modulus2007/6,p.4992013/4,p.3412016/6,p.5212017/1,p.31
electric current2009/1,p.27
electroformed gold2009/6,p.485
electron probe microanalysis2013/6,p.541
elemental and molecular analysis2018/2,p.151
Empress II2006/6,p.427
enamel2004/2,p.1112004/2,p.1172004/4,p.3132005/1,p.292007/3,p.3112007/4,p.3732009/2,p.952009/4,p.2792009/4,p.2872009/4,p.2932010/5,p.3432011/2,p.1312011/3,p.2312011/6,p.5372012/1,p.252012/6,p.5692013/2,p.1232013/2,p.1072013/4,p.3112013/6,p.5752014/3,p.2072015/2,p.1172015/2,p.1072015/4,p.3372016/3,p.2232016/4,p.3112017/2,p.1212017/6,p.4972018/2,p.87
enamel acid etching2011/4,p.315
enamel adhesion2014/1,p.29
enamel and dentin2008/5,p.3352012/3,p.215
enamel bond efficacy2018/1,p.65
enamel bonding2004/4,p.2792005/3,p.2032006/4,p.2112009/3,p.1992009/4,p.2992011/1,p.312012/5,p.4332015/5,p.405
enamel bonding.2007/1,p.39
enamel caries2014/5,p.421
enamel etching2015/5,p.405
enamel fatigue bond strength2017/3,p.267
enamel fracture2016/1,p.7
enamel margins2016/1,p.7
enamel morphology2006/2,p.75
enamel surface characteristics2017/3,p.267
enamel-bonding agent2004/2,p.111
enamel-dentin bonding2007/1,p.332007/2,p.169
encapsulation2004/2,p.91
endocrown2018/1,p.19
endodontic irrigation2009/1,p.57
endodontic restorations2014/2,p.185
endodontic sealer2018/2,p.165
endodontic therapy2013/2,p.167
endodontic treatment2018/3,p.183
endodontically treated teeth2005/3,p.2352007/6,p.5272015/6,p.567
energy dispersive x-ray spectroscopy2016/3,p.239
enzyme activity2014/5,p.415
enzymes2006/3,p.151
epigallocatechin-3-gallate2013/6,p.535
Epiphany2009/4,p.325
Er:YAG2009/6,p.427
Er:YAG laser2006/5,p.3192007/6,p.5132008/4,p.2952009/3,p.2212014/1,p.35
Er:YAG Laser2009/5,p.361
erosion2015/3,p.2832017/2,p.1772017/2,p.147
erosion tooth wear2017/1,p.69
esthetic dentistry2011/6,p.5692016/1,p.43
etch2007/2,p.241
etch and rinse2005/2,p.1172015/5,p.433
etch-and-rinse2007/1,p.1072007/2,p.2692008/4,p.3072008/5,p.3392009/3,p.2212010/1,p.332011/5,p.4552012/3,p.2232015/2,p.125
etch-and-rinse adhesive2006/4,p.2552007/3,p.3052008/6,p.4312010/1,p.632010/5,p.3732011/4,p.3592013/3,p.2872013/4,p.3172014/1,p.72014/3,p.2432014/4,p.3232016/6,p.5212017/3,p.259
etch-and-rinse adhesives2008/5,p.3792012/1,p.312018/1,p.7
etch-and-rinse technique2009/1,p.65
etchant concentration2012/3,p.215
etching2004/1,p.432010/2,p.912013/4,p.3772018/2,p.113
etching duration2012/3,p.2152014/5,p.465
etching mode2018/1,p.65
etching pattern2007/6,p.537
etching potential2013/4,p.317
etching strategy2016/4,p.311
etching time2004/2,p.1052012/3,p.2292014/3,p.235
ethanol2011/1,p.492014/1,p.872014/1,p.21
ethanol wet bond2017/3,p.229
ethanol wet-bonding2013/4,p.333
ethanol-saturated dentin2009/4,p.2712012/2,p.113
eugenol2018/2,p.165
evidence2009/6,p.439
exposure time2011/3,p.2352018/1,p.41

F
F20002004/2,p.157
failure2007/5,p.469
failure load2008/6,p.4612010/3,p.207
failure mode2013/6,p.5112017/4,p.295
failure mode analysis2014/4,p.377
failure risk2011/4,p.367
fatigue2007/2,p.2032007/2,p.2492007/4,p.3732008/1,p.172008/1,p.412010/3,p.2072011/3,p.2672012/2,p.1612015/2,p.1752018/2,p.133
fatigue limit2010/4,p.319
fatigue resistance2006/2,p.972016/4,p.341
fatigue test2006/6,p.4092007/3,p.327
FE-SEM2011/1,p.61
feather edge2012/1,p.7
feldspathic ceramic2010/5,p.4032011/2,p.1552013/5,p.4612014/2,p.147
feldspathic porcelain2008/4,p.285
feldspathic repair2016/4,p.283
ferric sulphate2014/4,p.347
ferrule2018/2,p.133
fiber post2005/4,p.3312006/2,p.1052006/4,p.2392007/3,p.3272008/3,p.2192008/5,p.3852009/1,p.652009/5,p.3752010/3,p.1972010/6,p.4772011/1,p.612011/2,p.1792011/3,p.2792012/1,p.512013/3,p.2692014/1,p.872014/1,p.792014/6,p.5592015/2,p.1752016/3,p.2472017/1,p.492017/2,p.1372018/2,p.165
fiber posts2005/3,p.2352006/6,p.4092006/6,p.4212007/2,p.1952007/5,p.4632008/1,p.572008/6,p.4812012/5,p.4712013/2,p.1732014/1,p.712014/3,p.2672015/2,p.1812016/1,p.292016/6,p.4932017/4,p.2952017/4,p.3412017/5,p.385
fiber reinforced composite2004/4,p.3192010/4,p.2872010/4,p.2792012/5,p.479
fiber reinforced composite root canal posts2004/4,p.319
fiber reinforced composites2008/5,p.365
fiber-reinforced composite2005/4,p.3372006/2,p.912007/2,p.1752008/5,p.3552009/5,p.3812010/3,p.2072013/2,p.1232018/3,p.205
fiber-reinforced composite FDPs2011/4,p.383
fiber-reinforced composite fixed partial dentures2006/3,p.183
fiber-reinforced composite resin splints2008/1,p.67
fiber-reinforced composites2011/2,p.1872013/2,p.1312014/2,p.1612014/2,p.1552016/6,p.535
fiber-reinforced fixed dental prostheses2011/2,p.187
fiber-reinforced resin composites2008/6,p.461
fiber-reinforced resin-based material2009/4,p.325
fiber-reinforced-composites2013/6,p.507
fiberglass post2018/2,p.133
filler2009/3,p.207
filler particles2014/2,p.1072015/6,p.513
filling2005/4,p.321
filling technique2013/4,p.3412015/5,p.4272016/4,p.317
finite element analysis2004/4,p.2672007/6,p.4992007/6,p.5272008/1,p.492008/5,p.3552008/5,p.3652009/3,p.1992010/5,p.4032010/6,p.4772011/4,p.3672014/1,p.632014/2,p.1472014/2,p.1852015/1,p.452016/6,p.5212018/2,p.133
fissure morphology2011/2,p.171
fissure sealant2006/6,p.3812011/2,p.171
fissure sealants2008/5,p.379
fissure sealing2011/2,p.131
fixed dental prostheses2014/2,p.161
fixed dental prosthesis2008/5,p.355
flexural strength2007/4,p.4072012/1,p.472013/2,p.1232014/1,p.412018/3,p.223
flexure2008/1,p.49
flowable2007/2,p.189
flowable composite2012/5,p.4852012/6,p.5852013/2,p.1152015/6,p.535
flowable composite resins2007/2,p.175
flowable composites2006/4,p.247
flowable liner2006/2,p.1192008/6,p.447
flowable resin2013/6,p.5072014/2,p.155
flowable resin composite2013/3,p.237
fluid flow through dentin2010/2,p.103
fluorapatite glass ceramic2014/2,p.129
fluorescence microscopy2005/1,p.192006/5,p.2792006/5,p.285
fluorescent dyes2006/5,p.2792006/5,p.285
fluoride2005/3,p.2412012/3,p.2072013/6,p.5532014/4,p.3132015/1,p.272015/4,p.337
fluorosis2009/4,p.299
Fourier Transform Infrared2016/3,p.257
Fourier transform infrared spectrophotometer (FT-IR)2013/6,p.527
Fourier transform infrared spectroscopy2014/4,p.347
fracture2015/6,p.567
fracture load2010/1,p.45
fracture pattern2017/1,p.59
fracture patterns2014/4,p.307
fracture resistance2004/3,p.2392008/1,p.412010/4,p.2872010/4,p.2792013/2,p.1672013/6,p.5612014/3,p.2672015/3,p.2132018/2,p.133
fracture resistance.2007/1,p.49
fracture strength2008/2,p.1452009/5,p.3912011/5,p.4672013/2,p.1312016/4,p.317
fracture toughness2010/5,p.3432017/2,p.1572017/5,p.409
FRC posts2012/2,p.175
free radicals2015/1,p.35
FTIR2004/3,p.1752006/4,p.2112011/5,p.4812012/4,p.3292014/3,p.221
FTIR spectroscopy and imaging2008/2,p.83
full ceramic crowns2010/1,p.45
full crown2012/1,p.7
full-mouth adhesive rehabilitation2012/1,p.83
functional monomer2011/3,p.2072014/3,p.2432018/2,p.113
functional monomers2017/6,p.497
fused incisors2007/3,p.341
fusion sputtering2012/4,p.3232016/3,p.191

G
G-Cem2015/6,p.545
gab formation2006/4,p.223
gap depth2007/4,p.359
gap formation2015/4,p.329
gap width2007/4,p.359
generalized least squares model2013/6,p.527
generations2007/2,p.227
gingival keratinocyte2016/2,p.111
giomer2006/1,p.47
glass ceramic2008/6,p.4552011/6,p.5512011/6,p.5692012/1,p.592016/4,p.2832016/5,p.435
glass ceramics2008/4,p.3072010/2,p.151
glass fiber2006/4,p.2472012/1,p.472013/1,p.192013/2,p.1612013/2,p.167
glass fibers2015/6,p.567
glass FRC2011/4,p.383
glass ionomer2007/5,p.4692010/2,p.912011/2,p.1712011/5,p.4392014/1,p.41
glass-fiber posts2011/1,p.552014/2,p.177
glass-ionomer adhesive2008/6,p.471
glass-ionomer cement2014/1,p.352015/1,p.672015/2,p.141
glass-ionomer cements2006/6,p.4012007/2,p.2032008/3,p.2332013/6,p.5412015/3,p.2072016/3,p.2572016/4,p.3252017/1,p.772017/3,p.239
glaze2012/1,p.752013/4,p.369
glutaraldehyde2004/1,p.61
glycine2007/4,p.381
glycosaminoglycan2013/5,p.407
green tea2013/6,p.535
grinding2014/5,p.451

H
halogen2005/4,p.309
hardness2015/3,p.2432017/3,p.2392017/5,p.395
head and neck cancer2016/2,p.151
heat treatment2011/1,p.792013/5,p.4732014/5,p.451
HEMA2008/2,p.1052011/2,p.1252011/4,p.3752014/3,p.2212017/4,p.357
HEMA phosphate2016/5,p.425
high-pressure blowing2014/5,p.429
high-translucency zirconia2016/3,p.191
high-viscosity resin composites2004/1,p.49
Ho:YAG2009/6,p.427
hot etching solution2014/4,p.365
hourglass design2007/5,p.427
human dentin2006/1,p.27
human gingival fibroblast2013/6,p.541
human periodontal ligament fibroblasts2016/2,p.99
human plasma2013/6,p.519
human teeth2010/2,p.103
hybrid composite2004/3,p.2472008/5,p.365
hybrid composite resin2007/1,p.572013/1,p.19
hybrid layer2004/3,p.1832008/2,p.972008/6,p.4192009/1,p.72009/3,p.1912012/2,p.1132012/3,p.2072014/5,p.429
hybrid nanoceramic2017/1,p.39
hydrofluoric acid2007/5,p.4432010/4,p.2952013/1,p.652014/1,p.63
hydrofluoric acid etching2017/5,p.4172017/5,p.4252018/2,p.99
hydrogen peroxide2011/4,p.3152011/6,p.5372013/1,p.652013/6,p.5532015/6,p.529
hydrogen peroxide etching2017/1,p.49
hydrolysis2006/3,p.1512015/1,p.35
hydrolytic stability2005/2,p.1072007/3,p.3112010/1,p.72017/3,p.213
hydrophilicity2012/2,p.1072012/5,p.4612013/4,p.3252014/3,p.221
hydrophobic adhesive2011/4,p.341
hydrophobic hybrid layer2009/4,p.271
hydroxyapatite2012/4,p.3292017/5,p.379
hydroxyapatites2016/3,p.257
hygroscopic expansion2013/5,p.423
hypermineralized dentin2005/4,p.271
hypersensitivity2009/2,p.137

I
I-TFC post2014/2,p.185
iBond2005/1,p.57
Icon2013/6,p.575
image analysis2012/4,p.349
image subtraction2015/4,p.329
immediate and delayed repair2012/3,p.265
immediate dentin sealing2016/4,p.341
immediate repair2009/1,p.41
implant2010/4,p.311
in situ experiment2010/1,p.11
in vitro2004/2,p.1112005/1,p.292006/1,p.72007/2,p.255
in vitro Class V restorations2007/2,p.231
in vitro study2004/1,p.252004/4,p.293
in vitro test2010/5,p.3432013/3,p.275
in vivo2008/2,p.151
in vivo test2013/3,p.275
In-Ceram Zirconia2013/4,p.369
incisal edge fracture2006/2,p.91
incompatibility2010/2,p.1372012/1,p.39
incremental technique2008/6,p.4472013/2,p.1152015/2,p.147
indirect2017/2,p.111
indirect composite2007/5,p.4432009/5,p.3912010/4,p.3112013/2,p.1812015/3,p.273
indirect composite resin2014/6,p.5172015/6,p.559
indirect composite restoration2012/4,p.377
indirect inlay2005/3,p.197
indirect posterior composite2013/6,p.583
indirect resin2014/4,p.357
indirect restoration2005/3,p.247
indirect restorations2009/1,p.152018/3,p.183
infiltration2005/4,p.3212014/5,p.4292015/2,p.117
inflammasome2018/3,p.213
information2009/6,p.439
initiator2006/5,p.299
inlay2005/1,p.332007/6,p.4952010/4,p.2792013/6,p.583
inlay bridges2014/2,p.161
inlay ceramic systems2014/6,p.523
inlay fixed partial denture2006/1,p.59
inlay FPDs2005/4,p.337
inlay retained FPDs2005/4,p.337
inlay-fixed partial dentures2012/5,p.479
inlay-retained FRC FDPs2011/4,p.383
inlay-retained RBFDPs2013/1,p.73
inlays2004/4,p.3332012/6,p.5612014/2,p.147
insertion2010/3,p.189
insoluble precipitate2011/3,p.207
intact enamel2011/1,p.31
integrated abutment crown2010/4,p.311
interface2006/5,p.3272009/3,p.1992009/5,p.3752014/3,p.2432015/2,p.1752017/2,p.1572017/5,p.409
interface integrity2012/4,p.363
interfacial characterization2016/2,p.125
interfacial gap2013/5,p.423
Interleukin-182018/3,p.213
Interleukin-1ß2018/3,p.213
intermediate adhesive resin2013/6,p.5072014/2,p.155
intracellular2013/6,p.541
intracoronal restoration2010/4,p.279
intraoral ceramic repair2017/4,p.323
intraoral repair2016/2,p.135
intrapulpal dentin2009/1,p.57
intrapulpal pressure2013/6,p.519
ion release2017/2,p.177
IPN (interpenetrating polymer network) denture teeth2011/1,p.85
IPS Empress II2006/5,p.337
iron2011/2,p.163
irradiance2018/1,p.41
irradiation2009/4,p.3052010/2,p.123
irrigants2010/1,p.63
irrigation solution2017/2,p.137

K
Knoop hardness2013/4,p.341
Knoop microhardness2014/2,p.129

L
laboratory2010/6,p.443
laboratory research2015/2,p.155
laminate2011/6,p.569
laminate preparation design2009/5,p.405
laminate veneers2013/2,p.181
laminates2009/5,p.391
laser2006/6,p.3812008/1,p.252009/6,p.4272016/6,p.483
laser energy2008/4,p.295
lasers2012/2,p.137
layering veneer2013/5,p.467
leakage2012/4,p.371
LED curing lights2007/5,p.477
leucite ceramic2007/1,p.17
leucite-reinforced glass ceramic2014/2,p.129
light curing2006/1,p.412007/5,p.4492012/2,p.1472014/2,p.129
light curing modes2009/4,p.325
light curing units2010/6,p.461
light emitting diodes (LED)2006/4,p.223
light intensity2004/3,p.233
light spectrometer2016/2,p.161
light transmission2012/1,p.512017/1,p.39
light-curing characterizing materials2012/1,p.69
light-curing time2018/2,p.107
light-curing unit2010/3,p.2312016/2,p.161
light-curing units2006/5,p.2932007/1,p.172007/2,p.183
light-polymerizing2016/4,p.341
lingual orthodontics2017/6,p.463
lingual retainer2009/5,p.381
lining2007/5,p.4692015/4,p.329
lining material2017/2,p.129
linoleic acid2010/6,p.469
lithium disilicate2009/6,p.4472012/1,p.72013/4,p.3612014/6,p.5412014/6,p.5472016/4,p.3552017/3,p.221
lithium disilicate ceramic2009/2,p.1272013/4,p.377
lithium disilicate ceramics2018/3,p.261
load-bearing capacity2006/2,p.91
loading2010/3,p.189
loading condition2012/4,p.307
local anesthetic2010/1,p.11
long-term adhesion2016/1,p.17
long-term bonding degradation2011/3,p.213
long-term storage2014/5,p.459
longevity2007/5,p.4692010/3,p.2372011/2,p.1172012/4,p.3552016/1,p.352016/5,p.4472017/3,p.195
longitudinal study2004/3,p.247
low-fusing porcelain2013/1,p.55
low-shrinkage resin composite2016/1,p.7
low-shrinkage silorane-based composite2014/6,p.575
luting2008/5,p.3932009/4,p.3192012/2,p.1672012/4,p.3772016/6,p.4832016/6,p.545
luting agent2011/2,p.179
luting agents2011/3,p.231
luting cements2005/3,p.2132015/3,p.2652017/3,p.239
luting composite2010/2,p.1512017/3,p.203
luting resin2008/3,p.1972010/6,p.487
luting system2012/2,p.147
luting systems2006/2,p.97

M
machinable ceramic2007/4,p.4072008/3,p.1892011/1,p.71
magnetic resonance imaging2014/5,p.407
maintenance2018/1,p.41
maleic anhydride2011/5,p.481
margin2007/1,p.117
margin integrity2017/6,p.483
marginal adaptation2004/1,p.492005/3,p.2132007/3,p.2972007/3,p.3112010/3,p.1892010/4,p.2872010/4,p.2792010/5,p.3432011/5,p.4252012/6,p.5612013/3,p.2452015/6,p.5672016/4,p.3552017/3,p.259
marginal analysis2005/2,p.952008/4,p.259
marginal discrepancy2008/1,p.41
marginal fit2004/2,p.151
marginal gap2007/1,p.772016/1,p.7
marginal integrity2004/1,p.252007/1,p.1072008/3,p.1832008/5,p.3392015/3,p.2132015/5,p.4332016/4,p.317
marginal microleakage2012/4,p.3352018/1,p.25
marginal quality2007/1,p.772015/2,p.147
marginal quality evaluation2007/2,p.2312011/1,p.23
Masson's trichrome2013/5,p.481
materials testing2004/4,p.267
matrix bands2006/2,p.127
matrix metalloproteinase2015/4,p.347
matrix metalloproteinases2010/1,p.272011/2,p.1112013/1,p.112013/6,p.535
matrix metalloproteinases (MMPs)2014/5,p.441
matrix system2006/5,p.305
MDP monomer2015/4,p.353
MDPB2005/4,p.3152007/3,p.3112008/5,p.399
MDPB monomer2013/5,p.431
mechanical cycling2007/3,p.3272012/5,p.4712014/2,p.1472014/4,p.357
mechanical fatigue2017/5,p.401
mechanical load2017/1,p.59
mechanical load cycling2004/3,p.1912004/3,p.221
mechanical loading2011/1,p.232015/2,p.175
mechanical properties2011/1,p.852013/3,p.2292014/3,p.2212014/4,p.365
mechanical stress2004/4,p.267
mechanical test2011/1,p.85
mechanical testing2016/5,p.397
meta-analysis2013/3,p.2152015/1,p.7
metal2014/3,p.251
metal primer2009/6,p.479
metal-ceramic2014/5,p.407
metalloproteinases2017/3,p.195
methacrylate2005/2,p.1072013/1,p.33
methacrylate composite2014/3,p.285
methacrylate resin2014/6,p.567
methacrylate resin-based sealers2013/5,p.481
methacrylates2009/2,p.101
methodology2016/5,p.397
methylene chloride2013/1,p.65
MI index2007/4,p.359
micro-CT2013/3,p.251
micro-Raman2016/2,p.161
micro-Raman spectroscopy2010/6,p.461
microanalysis2008/2,p.1052011/4,p.375
microbial viability2015/3,p.207
microbiology2014/4,p.333
microbrush2007/6,p.521
microfilled composite2004/3,p.247
microfilled composite resin2007/1,p.57
microgap2018/1,p.25
microhardness2009/4,p.2932011/2,p.1392011/5,p.4172014/2,p.1072015/4,p.337
microhybrid composite2010/6,p.4512012/1,p.59
microleakage2004/1,p.332004/1,p.432004/2,p.1232004/2,p.1352004/3,p.2112004/3,p.2272005/1,p.332005/4,p.3032006/6,p.3812007/1,p.392007/1,p.772007/2,p.1752007/2,p.1892007/2,p.2612007/3,p.3052008/3,p.1832008/4,p.2592008/5,p.3792009/3,p.2212009/4,p.3052010/2,p.912011/3,p.2492012/6,p.5352013/3,p.2512014/1,p.292014/6,p.5232015/1,p.592015/6,p.5352015/6,p.491
micromechanics2009/3,p.199
micromorphology2008/4,p.277
micropush-out2014/3,p.277
microradiography2008/4,p.269
microscopy2009/4,p.2932014/4,p.3472017/4,p.305
microshear2010/1,p.192010/6,p.4272011/4,p.3072012/2,p.1072012/3,p.2452017/1,p.69
microshear bond strength2008/3,p.1892008/6,p.4312010/1,p.632010/5,p.3932011/1,p.712011/4,p.3412011/5,p.4332011/5,p.4732012/6,p.5752013/4,p.3112014/1,p.632014/4,p.3232014/4,p.3772014/5,p.4732015/4,p.3532016/2,p.1512016/3,p.2312016/3,p.2392016/4,p.3112018/2,p.1072018/3,p.243
microshear bond test2005/3,p.183
microstructure2015/5,p.413
microtensile2006/5,p.3372008/5,p.3852009/1,p.272010/6,p.4272011/1,p.312011/6,p.5072013/3,p.2512013/5,p.4392014/1,p.72014/4,p.3332014/6,p.5312015/2,p.1252015/3,p.2272015/4,p.3072016/3,p.2152016/5,p.3872016/5,p.4412016/6,p.4752017/4,p.317
microtensile bond2016/3,p.191
microtensile bond strength2004/1,p.192004/2,p.972004/2,p.1292005/2,p.1172005/2,p.1432005/2,p.1512005/3,p.1932005/3,p.1972005/4,p.2812005/4,p.2972006/2,p.852006/5,p.2932006/5,p.3272006/6,p.3752007/1,p.172007/2,p.1592007/2,p.1952007/2,p.2692007/4,p.3912007/5,p.4272007/5,p.4372007/6,p.4952008/1,p.72008/1,p.572008/3,p.1672008/3,p.1732008/6,p.4472009/1,p.572009/2,p.1092009/2,p.1172009/3,p.2132009/3,p.2312009/5,p.3472009/5,p.3612010/1,p.112010/5,p.3732011/1,p.552011/2,p.1472011/2,p.1392011/2,p.1312011/3,p.2132011/4,p.3232011/5,p.4892011/5,p.4112011/5,p.4452011/6,p.5272012/1,p.252012/2,p.1552012/3,p.2512012/4,p.3632012/4,p.3392012/6,p.5072013/4,p.3612013/5,p.4672013/5,p.4612013/5,p.4732013/6,p.5112013/6,p.5192013/6,p.5692014/2,p.1472014/3,p.2072014/4,p.3572014/4,p.3072015/2,p.1632015/2,p.1412015/2,p.1072015/3,p.2652015/4,p.3212015/4,p.3132015/6,p.5352015/6,p.5212015/6,p.4992016/1,p.352016/4,p.3032016/4,p.2892016/4,p.3172016/5,p.4252017/1,p.592017/1,p.312017/2,p.1212017/2,p.1472017/5,p.4012018/1,p.332018/2,p.1132018/3,p.2332018/3,p.249
microtensile bond strength test2007/3,p.3332010/2,p.1092010/4,p.2732011/3,p.221
microtensile bond strength.2007/1,p.25
microtensile bond strengths2006/4,p.247
microtensile bond test2006/5,p.3112010/1,p.27
microtensile bonding test2011/6,p.543
microtensile test2004/1,p.72004/4,p.2752004/4,p.3272006/2,p.1052006/3,p.1752007/3,p.2912007/5,p.4432008/6,p.4552012/3,p.229
microtensile testing2006/2,p.1132012/6,p.5512013/4,p.3512014/3,p.235
minimally invasive2012/1,p.7
minimally invasive dentistry2009/6,p.4272011/1,p.72016/1,p.43
minimally invasive preparation2008/4,p.301
minimally invasive treatment2007/3,p.341
missing posterior teeth2006/1,p.59
MMA-based adhesive resin2012/4,p.339
MMA-based resin cement2005/3,p.247
MMP-inhibitor2017/3,p.253
mobility2008/1,p.67
modulus of elasticity2012/4,p.307
moisture2011/5,p.4392015/3,p.249
moisture degree2009/3,p.213
molars2010/3,p.2372013/2,p.1672016/2,p.143
monolithic2012/1,p.7
monolithic zirconia2016/5,p.387
monolithic zirconium oxide2014/5,p.473
monomer conversion2014/6,p.517
morphology2015/2,p.107
MTA-Angelus2017/2,p.129
MTBS2011/3,p.2552012/4,p.3232014/6,p.547
multimode2016/3,p.223
multimode adhesive2016/3,p.2392016/4,p.3112016/6,p.4752017/3,p.2452017/5,p.409
multimode adhesive system2015/5,p.405
multiple coatings2005/2,p.133

N
nano2015/1,p.81
nano-structured alumina coating2018/3,p.233
nano-technology2011/5,p.411
nanocoating2013/2,p.151
nanocomposite2008/5,p.399
nanofill2007/2,p.209
nanofill composite2006/2,p.1192008/4,p.315
nanofilled composite resin2007/1,p.57
nanofiller2014/6,p.585
nanofillers2015/5,p.433
nanofilm2013/2,p.151
nanohybrid2007/2,p.209
nanohybrid composite2008/4,p.3152010/6,p.4512012/3,p.2652012/5,p.4852015/4,p.361
nanoindentation2008/6,p.4312015/3,p.243
nanoleakage2004/3,p.2212005/2,p.1332009/5,p.3612010/5,p.3932011/1,p.612012/3,p.2352012/3,p.2512012/6,p.5172012/6,p.5752013/5,p.4392014/3,p.2352014/5,p.4292015/2,p.1252016/1,p.352016/3,p.1972016/5,p.4252018/1,p.572018/2,p.1212018/3,p.249
nanoleakage analysis2013/2,p.1732017/4,p.341
nanoparticle filler2013/5,p.413
nanoparticles2014/1,p.41
NaOCl2015/6,p.499
NaOCl irrigation2011/3,p.213
NCCL2015/5,p.405
Nd:YAG2009/6,p.4272013/1,p.55
Nd:YAG laser2009/2,p.117
necrosis2008/2,p.1052011/4,p.375
niobium2012/3,p.283
no-post2018/1,p.19
noncarious cervical lesion2005/1,p.652006/3,p.169
noncarious cervical lesions2007/2,p.2652012/2,p.1832012/4,p.3152013/3,p.2872015/4,p.361
nondestructive2013/3,p.251
noninvasive technique2015/3,p.283
nonmetal2008/6,p.461
nonthermal atmospheric pressure plasma (APP)2012/5,p.461
nonthermal plasma2015/5,p.413
nonvital bleaching2007/3,p.333
nonvital teeth2009/1,p.71
nuclear magnetic resonance2016/3,p.205

O
occlusal loading2007/1,p.11
occlusal vertical dimension2011/6,p.585
odontoblasts2014/2,p.1232015/2,p.155
old dentin2011/2,p.139
one-bottle adhesives2015/1,p.51
one-bottle bonding system2004/2,p.129
one-step adhesive2005/3,p.2412015/2,p.1252017/1,p.69
one-step adhesives2004/3,p.211
one-step self-etching2009/3,p.1752011/5,p.417
one-step self-etching adhesive2016/2,p.992016/3,p.1972016/3,p.205
one-step self-etching adhesives2009/5,p.3472011/3,p.243
onlays2004/4,p.3332012/6,p.5612015/6,p.567
opaquer2017/4,p.331
operator2006/6,p.421
operator experience2012/3,p.223
optical sensor2005/2,p.952007/4,p.359
oral biofilm2014/2,p.115
oral simulating fluids2015/4,p.321
organic acids2014/2,p.115
ormocer2006/2,p.1192008/4,p.315
orthodontic band2010/2,p.131
orthodontic bonding2014/5,p.4732017/6,p.463
orthodontic cement2010/2,p.131
orthodontics2007/3,p.3412009/4,p.2592009/5,p.381
oscillating burs2014/1,p.29
osmotic stimuli2010/2,p.103
osteoblast2016/2,p.111
output energy2008/4,p.295
overlay2010/4,p.287
overlays2016/4,p.341
oxalate desensitizer2010/5,p.3732012/1,p.31
oxalate treatment2007/6,p.505
oxalates2016/6,p.467
oxygen inhibited layer2016/1,p.51
oxygen inhibition2007/1,p.33
oxygen-inhibited layer2007/1,p.25
ozone2005/1,p.292007/3,p.2972009/4,p.2872012/4,p.363

P
palatal veneers2012/1,p.83
Papacárie2014/6,p.507
paper point2007/6,p.521
partial ceramic crowns2016/1,p.69
partial coverage restoration2008/1,p.41
particle deposition2013/4,p.307
particulate filler composite2010/3,p.207
particulate filler composite resin2006/2,p.91
pediatric dentistry2018/3,p.223
PEEK2014/4,p.3832014/5,p.465
peel strength2011/6,p.579
PEKK2017/4,p.331
penetration2004/2,p.111
perforation repair2014/3,p.277
perfusion2008/3,p.227
perfusion device2008/4,p.269
periodontal problem2008/1,p.67
periradicular surgery2016/2,p.111
permanent bovine teeth2011/3,p.227
permanent dental restorations2016/5,p.375
permanent dentition2018/2,p.87
permeability2004/1,p.132006/6,p.3932012/6,p.5432016/6,p.5292017/4,p.357
peroxides2012/1,p.19
pH cycling2012/6,p.5252014/4,p.3332017/2,p.1692017/4,p.317
pH neutralization2018/1,p.57
pH value2006/3,p.143
phase separation2007/2,p.1692008/2,p.832009/3,p.1752011/1,p.49
phosphate2010/3,p.2152010/4,p.3052011/2,p.1632012/3,p.2832012/4,p.385
phosphate ester monomer2017/4,p.349
phosphonic acid2005/2,p.107
phosphoric acid2009/6,p.4612011/4,p.3152012/4,p.3292013/5,p.4072014/3,p.2432015/5,p.4052017/3,p.1952018/3,p.243
phosphoric acid pre-etching time2016/6,p.5012017/3,p.267
phosphoric acid-etching2013/2,p.107
photo-initiator2017/2,p.157
photoactivation2013/1,p.33
photopolymerization2006/5,p.299
physical vapor deposition2014/6,p.559
physicochemical aging2007/4,p.399
piranha solution2014/4,p.383
pit and fissure sealants2016/5,p.397
pit and fissures2015/1,p.59
pit-and-fissure sealant2015/6,p.491
pKa value2005/1,p.72006/3,p.143
plasma2015/3,p.2272016/3,p.2152017/5,p.409
plasma arc (PAC)2006/4,p.223
plasma coating2013/2,p.151
plasma gas2017/6,p.525
plasma treatment2017/4,p.331
PMMA2011/5,p.4812011/6,p.579
Poisson's ratio2012/4,p.307
polarized light microscope2014/4,p.307
poly(methyl methacrylate)2010/3,p.223
polyacid modified resin composite2008/5,p.399
polyacid-modified resin composite2007/6,p.547
polyacrylic acid2013/3,p.221
polyalkenoate2015/1,p.67
polyalkenoate reaction2015/1,p.67
polydopamine2014/2,p.177
polyetheretherketone2014/5,p.465
polyethylene fiber2005/4,p.3372006/4,p.2472013/1,p.852013/2,p.167
polyethylene FRC2011/4,p.383
polymer deposition2012/5,p.461
polymer infiltrated ceramic2017/1,p.39
polymer-infiltrated ceramic2017/5,p.417
polymer-infiltrated ceramic network2014/6,p.531
polymerization2009/6,p.4692012/5,p.4332013/1,p.472013/5,p.4532013/6,p.5472015/3,p.2432018/3,p.249
polymerization contraction2005/1,p.69
polymerization contraction stress2011/1,p.39
polymerization kinetics2011/2,p.125
polymerization shrinkage2008/2,p.1132009/2,p.1432010/1,p.552012/6,p.5512013/3,p.2452014/6,p.5672017/2,p.95
polymerization shrinkage.2007/1,p.11
polymerization source2012/2,p.155
polymerization stress2012/6,p.551
polymerization time2014/3,p.229
polymers2015/1,p.35
polymethylmethacrylate2011/1,p.85
porcelain2006/1,p.212009/6,p.4852015/4,p.313
porcelain laminate veneer2013/3,p.215
porcelain laminate veneers2009/5,p.4052014/5,p.481
porcelain veneer2014/1,p.29
porcelain veneers2004/1,p.65
porcine2004/2,p.117
post2007/1,p.492007/6,p.5272018/1,p.19
post and core2005/2,p.1652009/1,p.71
post retention2017/4,p.295
post-and-core2018/1,p.19
post-endodontic reconstruction2006/3,p.189
post-free2018/1,p.19
post-retained2018/1,p.19
posterior2009/2,p.1432014/6,p.5852015/1,p.812017/4,p.287
posterior RBFDPs2013/1,p.73
posterior restoration2006/1,p.47
posterior restorations2007/2,p.2092009/5,p.3992014/3,p.285
posterior teeth2004/2,p.141
postoperative pain2009/2,p.137
postoperative sensitivity2006/1,p.53
potassium2008/2,p.105
potassium oxalate2012/2,p.183
pre- and post-sintered zirconia2014/4,p.377
pre-curing2010/3,p.189
pre-repair aging2015/2,p.163
precuring2012/2,p.147
prefabricated fiber post2010/1,p.55
prefabricated FRC post2006/2,p.113
prehybridized dentin2009/3,p.231
preimpregnated fiber2010/1,p.71
premolar2015/3,p.213
preparation2016/4,p.317
preparation design2008/2,p.1452011/4,p.3672012/1,p.72014/5,p.481
press-on-metal ceramic2014/1,p.63
pressed ceramics2015/4,p.307
pretreatment2011/1,p.49
prevention2008/2,p.151
preventive therapy2011/2,p.131
primary2014/4,p.347
primary anterior teeth2013/1,p.85
primary teeth2004/4,p.3072006/6,p.3812011/3,p.2132013/5,p.4392018/1,p.25
primer2010/3,p.1752010/3,p.2232010/4,p.3052011/4,p.3332012/3,p.2752012/4,p.3852014/2,p.1692015/1,p.592017/4,p.323
primer contamination2013/2,p.107
primers2014/3,p.261
priming agent2015/3,p.273
priming time2005/2,p.143
prismless layer2011/1,p.31
proanthocyanidins2016/6,p.5292017/3,p.195
Prompt-L-Pop2005/1,p.57
prospective clinical study2016/1,p.69
prosthetic dentistry2008/5,p.3652011/3,p.267
prosthodontic treatment2013/4,p.385
prosthodontics2010/5,p.4032014/2,p.1612015/1,p.77
proteases inhibitors2015/2,p.133
protein2013/5,p.407
provisional cement2010/6,p.4692011/6,p.543
provisional cements2005/3,p.225
proximal contact2006/5,p.305
proximal surfaces2009/2,p.91
pull-out force2004/4,p.319
pullout strength2005/4,p.331
pulp chamber dentin2010/1,p.63
pulpal pressure2005/3,p.1972007/5,p.4372012/6,p.517
pulpal response2005/3,p.2412005/3,p.247
pulse frequency2008/4,p.295
punch diameter2015/1,p.45
push out2017/4,p.341
push-out2011/5,p.4552013/2,p.1732013/3,p.269
push-out bond strength2010/3,p.1972013/2,p.1612014/1,p.792014/2,p.1772015/2,p.1812016/6,p.4932017/5,p.385
push-out bond strength test2018/2,p.165
push-out bond strengths2008/6,p.481
push-out bond testing2011/2,p.179
push-out strength2008/3,p.2192010/1,p.55
push-out test2007/3,p.3272007/5,p.4632007/6,p.5212008/2,p.1272009/1,p.652016/2,p.157

Q
QMix2014/3,p.277
QTH curing devices2004/2,p.141
quantitative2008/5,p.379
quartz tungsten halogen (QTH) lamp2006/4,p.223
quartz-fiber posts2006/3,p.189
questionnaire2009/6,p.439

R
radiation2006/4,p.2172009/5,p.355
radiographic2009/2,p.91
radiopacity2009/3,p.2072014/2,p.1072015/6,p.513
radiotherapy2009/4,p.3052009/5,p.3552016/2,p.151
Raman2012/1,p.11
Raman spectroscopy2007/2,p.2452012/4,p.315
randomized clinical trial2016/5,p.3752018/3,p.195
randomized controlled clinical trial2013/2,p.181
re-bonding2005/2,p.159
reaction time2016/2,p.125
reactive magnetron sputtering2013/2,p.151
real-time infrared2011/2,p.125
reattachment2006/5,p.343
recurrent caries2012/3,p.207
regional bond strength2012/6,p.551
regional variation2005/2,p.151
relapse2009/5,p.381
relative humidity2012/5,p.433
reliability2008/6,p.423
reline resins2010/4,p.319
relocation2012/6,p.5612016/4,p.355
RelyX Unicem2010/2,p.143
repair2006/1,p.352007/4,p.3992007/5,p.4432009/6,p.4692010/6,p.4512013/3,p.2072013/4,p.3072014/6,p.5752015/2,p.1632016/2,p.125
residual monomer release2016/6,p.535
residual stress2013/4,p.341
Resilon2009/4,p.325
resin2007/2,p.2412009/2,p.1432012/4,p.355
resin bonding2006/3,p.161
resin cement2004/3,p.2332007/6,p.5212008/1,p.572008/5,p.3852008/6,p.4552009/1,p.652010/5,p.3932011/1,p.612011/5,p.4552011/6,p.5512012/2,p.1292012/2,p.1752012/5,p.4532013/2,p.1452013/3,p.2212013/5,p.4532014/2,p.1772014/3,p.2612014/6,p.5312015/6,p.5512016/3,p.2392016/4,p.3312016/5,p.3872017/3,p.203
resin cements2007/5,p.4632010/5,p.3812011/1,p.552011/2,p.1552011/5,p.4732012/3,p.2512013/1,p.652013/3,p.2592013/3,p.2692013/6,p.5612014/1,p.492014/1,p.712014/3,p.2672014/6,p.5232016/1,p.292016/1,p.592016/4,p.3552017/3,p.2392018/1,p.33
resin coating2004/3,p.2332012/6,p.561
resin coating technique2009/3,p.231
resin composite2004/3,p.2272005/3,p.2312006/1,p.312006/1,p.412006/4,p.2552006/5,p.2932006/5,p.3432007/4,p.3992008/5,p.3352009/1,p.412009/5,p.3992010/2,p.912011/2,p.1472011/4,p.3232011/6,p.5692012/1,p.252012/5,p.4792012/6,p.5612012/6,p.5512013/1,p.472013/1,p.332013/4,p.3412014/6,p.5852015/4,p.3472015/5,p.4052016/2,p.1252016/4,p.3552017/6,p.483
resin composite cement2015/4,p.353
resin composite restoration2008/1,p.49
resin composites2007/4,p.3812007/5,p.4772008/2,p.972008/5,p.3932009/4,p.2992011/2,p.1712013/5,p.4472015/5,p.433
resin composites.2007/1,p.107
resin core2004/4,p.301
resin liners2006/4,p.223
resin luting2008/4,p.285
resin luting agent2008/3,p.189
resin luting agents2010/1,p.39
resin luting cement2006/4,p.2292010/2,p.1372010/5,p.3732017/3,p.221
resin modified glass ionomer2015/1,p.67
resin nanoceramic2014/6,p.5312017/1,p.39
resin polymerization2014/2,p.129
resin-based bonded interface2006/5,p.279
resin-based cement2014/2,p.129
resin-based composite2014/4,p.313
resin-based composite (RBC) restoration2011/3,p.279
resin-based restoration2014/6,p.575
resin-based restoratives2015/3,p.2572018/1,p.7
resin-based sealers2009/3,p.239
resin-bonded2008/4,p.301
Resin-bonded FDPs2013/1,p.73
resin-bonded fixed dental prosthesis2011/5,p.407
resin-bonded fixed partial denture2006/4,p.263
resin-bonded fixed partial denture (RBFPD)2008/4,p.301
resin-bonded FRC FDPs2011/4,p.383
resin-bonded onlays2016/2,p.143
resin-dentin bond degradation2013/6,p.535
resin-dentin bond strength2004/1,p.72004/4,p.2752007/3,p.2912011/5,p.417
resin-dentin interface2009/5,p.3612010/2,p.109
resin-infiltrated dentin2008/3,p.183
resin-modified glass ionomer2014/3,p.2512015/3,p.207
resin-modified glass-ionomer cement2012/6,p.535
resin-modified glass-ionomer cements2004/1,p.55
resinous monomer2008/5,p.351
respiratory diseases2009/2,p.101
restoration2005/2,p.952007/1,p.1172007/2,p.2412008/4,p.2592008/4,p.2692010/4,p.3112015/3,p.2832015/6,p.5292016/5,p.447
restoration leakage2004/4,p.287
restoration margin2005/1,p.19
restoration repair2005/1,p.41
restorative dental composites2017/5,p.395
restorative dentistry2007/3,p.341
restorative material2013/5,p.4232014/1,p.41
restorative materials2016/3,p.231
restorative treatment2017/2,p.111
restrospective2007/5,p.469
retention2010/6,p.4872015/2,p.175
retention load2016/3,p.247
retention loss2006/3,p.1692010/6,p.443
retention of fiber posts2009/1,p.65
retention strength2016/3,p.247
retentive strength2010/2,p.131
retrospective2016/5,p.447
review2007/2,p.2272008/4,p.2512012/5,p.4332017/2,p.95
ribbon2005/4,p.337
Ribbond2006/3,p.183
ridge lap surface2011/3,p.287
rigid rod polymer2010/3,p.1752011/4,p.333
root canal2004/2,p.1292008/3,p.2112014/1,p.87
root canal dentin2007/6,p.5212008/2,p.1272009/1,p.72011/1,p.612017/3,p.245
root canal filling2009/4,p.311
root canal post2017/3,p.245
root canal posts2004/4,p.319
root canal sealer2009/1,p.572014/6,p.567
root canal treated teeth2010/4,p.279
root canal treatment2013/6,p.583
root caries2015/3,p.207
root dentin2005/4,p.3212010/6,p.4772011/1,p.552014/1,p.712014/3,p.2672015/2,p.1812016/1,p.292016/6,p.4932017/5,p.385
root fracture2012/2,p.167
root fractures2016/2,p.143
root posts2012/2,p.175
root region2008/3,p.219
root thirds2011/2,p.179
root-canal treated teeth2010/4,p.287
roughness2014/5,p.4072015/1,p.772015/5,p.4212016/6,p.4832018/2,p.151
rubber-dam2013/1,p.27
Ryge criteria2012/6,p.585
Ryge criterion2004/3,p.247

S
S. mutans2008/2,p.119
saliva2005/1,p.51
saliva contamination2006/5,p.3112007/3,p.3052011/5,p.4392018/3,p.205
salivary contamination2011/5,p.4892017/2,p.169
sample size2005/3,p.213
sandblasting2007/2,p.1952011/1,p.792013/1,p.552016/6,p.4832017/6,p.463
sandwich2007/5,p.469
scanning confocal microscopy2010/6,p.477
scanning electron microscope2006/5,p.327
scanning electron microscopy2006/6,p.4092007/3,p.3332009/1,p.72009/2,p.1172011/2,p.1392012/4,p.3632014/1,p.712014/3,p.2432018/1,p.252018/2,p.121
sclerotic dentin2012/4,p.315
Scotchbond MP2005/1,p.57
screw2018/1,p.19
scrubbing2012/2,p.1212016/3,p.197
seal2005/4,p.321
sealant2004/1,p.432006/6,p.3752008/2,p.1512009/2,p.912013/6,p.5752015/1,p.59
sealant/enamel interface2013/3,p.251
sealing2013/5,p.423
seating force2006/5,p.327
secondary caries2004/3,p.1832008/4,p.2692017/2,p.177
secondary protective seal2009/4,p.311
selection2009/6,p.439
selective enamel etching2016/1,p.69
selective etch2008/5,p.339
selective etching2016/3,p.191
selective excavation2017/1,p.77
selective infiltrated etching2014/6,p.553
selective infiltration etching2011/3,p.255
selective-acid etching2016/3,p.223
self etch2017/4,p.287
self etching adhesive2006/1,p.47
self-adhering2015/6,p.535
self-adhesive2008/5,p.3732010/2,p.1512010/5,p.393
self-adhesive cement2013/2,p.173
self-adhesive cements2008/4,p.2512011/3,p.2612012/3,p.2512017/4,p.341
self-adhesive flowable composite2015/4,p.361
self-adhesive flowable composites2013/3,p.229
self-adhesive luting2006/5,p.337
self-adhesive luting materials2016/1,p.69
self-adhesive resin2010/2,p.143
self-adhesive resin cement2005/1,p.332006/5,p.3272013/3,p.2212015/3,p.243
self-adhesive resin cements2014/6,p.5412016/1,p.59
self-adhesive resin luting agents2010/1,p.39
self-adhesive sealant2015/6,p.491
self-adhesives2012/3,p.245
self-curing2007/2,p.279
self-curing activator2012/1,p.39
self-curing initiator2005/1,p.7
self-etch2008/5,p.3392017/1,p.59
self-etch adhesive2014/1,p.72016/6,p.5212016/6,p.5012017/3,p.2532017/3,p.2592017/6,p.517
self-etch adhesives2017/4,p.2952018/1,p.72018/1,p.57
self-etch primer2017/3,p.213
self-etching2005/2,p.1172005/2,p.1592006/3,p.1432006/3,p.1692007/1,p.1072007/2,p.2412007/6,p.5372008/3,p.1672008/4,p.3072008/6,p.4412009/2,p.1492009/5,p.3692010/1,p.332010/1,p.392011/5,p.4552012/3,p.2232013/2,p.1072015/2,p.1252016/3,p.2232017/6,p.4912017/6,p.497
self-etching adhesive2005/1,p.72006/1,p.212006/4,p.2292006/4,p.2552006/6,p.3812007/3,p.3052008/3,p.1732008/6,p.4312010/1,p.632010/1,p.72010/2,p.1032011/1,p.492011/3,p.2072011/4,p.3592011/5,p.4392012/5,p.4852013/4,p.3172014/1,p.792014/3,p.2432015/1,p.81
self-etching adhesive system2011/2,p.1712011/4,p.3492012/3,p.207
self-etching adhesive systems2011/5,p.4332012/6,p.525
self-etching adhesive.2007/1,p.57
self-etching adhesives2004/1,p.252004/1,p.552004/4,p.2932005/3,p.2032006/4,p.2112007/1,p.332007/2,p.1692008/2,p.832008/5,p.3792009/4,p.2792010/1,p.192010/1,p.272011/2,p.1112011/6,p.5172012/1,p.252012/2,p.1672012/5,p.4472013/3,p.2872014/2,p.1152014/6,p.507
self-etching bonding agents2009/3,p.239
self-etching bonding system2010/2,p.137
self-etching dentin adhesive2013/6,p.527
self-etching primer2004/2,p.1292004/4,p.2792005/2,p.1072007/6,p.5132008/5,p.3452009/3,p.2212010/2,p.1172010/5,p.3932011/1,p.31
self-etching primers2004/3,p.195
self-etching resin cement2006/5,p.327
self-etching sealant2015/6,p.491
self-etchinging adhesive2012/6,p.585
SEM analysis2008/2,p.151
SEM evaluation2005/3,p.2032006/1,p.13
separation ring2006/5,p.305
shear bond2008/5,p.373
shear bond strength2004/1,p.552004/2,p.1052004/4,p.2932005/1,p.72005/1,p.292006/1,p.272006/4,p.2332006/6,p.3632007/2,p.2032008/3,p.1972008/3,p.2052008/4,p.2772008/5,p.3352008/5,p.3452009/4,p.2992009/5,p.3552009/6,p.4612010/2,p.1312010/2,p.1372010/3,p.2232010/5,p.3812010/5,p.3432010/6,p.4692011/3,p.2872011/3,p.2272011/3,p.2672011/5,p.4392012/6,p.5692013/1,p.552013/4,p.3252013/4,p.3852014/1,p.352014/3,p.2512014/3,p.2612014/5,p.4592015/2,p.1692015/6,p.5512015/6,p.4912015/6,p.5052016/5,p.3972016/6,p.5452016/6,p.5352017/1,p.72017/2,p.1292017/5,p.4172017/6,p.4632018/2,p.1512018/3,p.205
shear fatigue strength2016/6,p.501
shear force2013/1,p.7
shear strength2010/4,p.319
shelf life2015/6,p.545
shelf time2017/3,p.213
shell2005/1,p.69
shrinkage2013/1,p.472016/2,p.119
shrinkage stress2007/6,p.4992015/3,p.213
silane2007/2,p.1952007/4,p.3912008/3,p.1972010/3,p.1972013/5,p.4732014/1,p.492015/3,p.2352016/2,p.1252017/1,p.492017/5,p.417
silane coupling agent2008/3,p.1892011/1,p.712013/4,p.3072013/6,p.569
silane primer2011/4,p.3592017/1,p.7
silane priming2008/4,p.285
silanes2017/6,p.525
silanization2008/6,p.4812013/5,p.4132014/6,p.559
silica2013/2,p.151
silica coating2004/4,p.3272006/3,p.1752007/4,p.3992007/5,p.4432009/1,p.492010/6,p.4512011/5,p.4672011/6,p.5692012/1,p.592012/2,p.1752012/5,p.4532013/2,p.1812013/3,p.2592013/3,p.2112014/1,p.492014/4,p.3652016/6,p.4832017/5,p.401
silica deposition2016/5,p.435
silicate ceramic2012/3,p.275
silicating2008/3,p.197
silicon carbide grinding bur2017/4,p.323
silicone soft liner2011/5,p.481
silicone soft liners2011/6,p.579
silorane2011/1,p.392012/6,p.5612013/1,p.332013/1,p.72013/3,p.2452013/5,p.447
silorane composite2014/3,p.285
silorane resins2016/5,p.375
silorane-based resin composite2015/2,p.163
siloxane2011/1,p.71
silver nitrate2015/2,p.1812016/6,p.4932017/5,p.385
silver nitrate infiltration2018/1,p.25
silver nitrate uptake2015/4,p.321
simplified adhesives2008/3,p.211
simulated pulpal pressure2009/5,p.3612015/3,p.265
single crown2009/6,p.493
single unit2010/4,p.311
single-bottle adhesives2012/1,p.31
single-component adhesive systems2004/2,p.105
single-step adhesive2010/1,p.33
single-step adhesives2008/6,p.4412009/5,p.369
sintering2014/1,p.57
slot-retained RBFDPs2013/1,p.73
smear layer2004/2,p.972004/3,p.1952008/6,p.4712011/6,p.5072013/4,p.3172016/3,p.197
smear layer thickness2005/2,p.117
smear-layer deproteinizing2017/3,p.253
smoking habit2015/5,p.405
sodium2008/2,p.105
sodium ascorbate2011/6,p.537
sodium ascorbate hydrogel2009/1,p.35
sodium fluoride2017/6,p.517
sodium hypochlorite2004/1,p.332004/2,p.1232004/3,p.1752004/4,p.3072005/2,p.1272008/2,p.1352008/6,p.4192009/6,p.4552012/2,p.1292012/2,p.121
sodium toluene sulfinic acid2012/2,p.129
soft-start polymerization2005/4,p.309
sol-gel2009/1,p.492011/5,p.467
solubility2011/2,p.1252013/1,p.412014/2,p.1072014/2,p.1152014/3,p.229
solubility parameters2012/2,p.107
solubilization2013/5,p.407
solvent2013/4,p.333
solvent evaporation2005/2,p.143
solvent removal method2014/1,p.79
solvents2009/3,p.2132015/3,p.219
sonic application2017/4,p.295
sorption2014/2,p.115
specimen design2007/2,p.159
spectrophotometry2009/6,p.461
spectroscopy2014/4,p.3472016/3,p.257
split mouth2013/2,p.181
SQUACE2015/2,p.147
staining of caries-affected dentin2012/3,p.245
stainless steel2011/2,p.163
stainless steel wire2009/5,p.381
standardization2015/1,p.45
static fracture strength2008/5,p.355
statistical analysis2005/2,p.151
sticks2005/2,p.151
stiffness2008/1,p.49
storage2016/4,p.303
storage media2018/1,p.33
storage time2009/3,p.2312013/4,p.3512015/6,p.545
strain energy release rate2018/2,p.143
strain-gauge test2018/2,p.133
strength2011/3,p.2612014/2,p.107
Streptococcus mutans2006/1,p.72009/2,p.952013/5,p.4312014/4,p.3392014/4,p.3132015/3,p.207
stress distribution2013/6,p.5112014/2,p.185
structural reliability2016/6,p.475
subgingival2012/6,p.561
substrate modification2008/3,p.183
subsurface enamel2011/4,p.315
success rates2018/3,p.183
sulfuric acid2014/5,p.465
surface2016/2,p.125
surface characteristics2007/4,p.407
surface characterization2018/3,p.233
surface coating2012/2,p.175
surface conditioning2006/2,p.1052007/4,p.3992007/6,p.4952009/5,p.3912010/6,p.4512011/6,p.5692012/1,p.592012/1,p.752013/2,p.1812013/3,p.2072013/3,p.2112013/4,p.3692013/4,p.3072015/1,p.7
surface conditioning method2014/1,p.632014/5,p.473
surface conditioning methods2006/3,p.175
surface energy2015/5,p.413
surface free energy2014/4,p.3132016/1,p.51
surface modification2010/6,p.4352014/6,p.553
surface preparation2008/3,p.173
surface roughening2017/5,p.425
surface roughness2012/3,p.2152013/1,p.652014/6,p.5312015/3,p.2572016/5,p.3872018/2,p.1432018/3,p.223
surface sealants2011/3,p.249
surface topography2015/5,p.413
surface treatment2004/4,p.3272005/1,p.412007/1,p.252008/1,p.572008/3,p.1892011/4,p.3592011/5,p.4732012/5,p.4532014/2,p.1692014/4,p.3832014/4,p.3772015/1,p.772015/4,p.3532015/6,p.5212016/3,p.1912016/4,p.2892017/4,p.3492018/1,p.332018/2,p.992018/3,p.233
surface treatment of zirconia2014/1,p.49
surface treatments2007/3,p.3192014/6,p.5312015/3,p.2572016/5,p.387
surrounding enamel2009/5,p.347
survey2018/1,p.41
survival2008/4,p.301
survival rate2009/5,p.4052011/5,p.4072013/3,p.215
survival rates2018/3,p.183
swept-source optical coherence tomography2015/4,p.329
Syntac2009/4,p.311
systematic review2015/1,p.72018/2,p.87

T
tag formation2008/2,p.97
technique sensitivity2005/1,p.57
temperature2012/5,p.433
temporary restoration2012/4,p.371
tensile bond strength2006/1,p.272007/3,p.3192007/3,p.3332008/2,p.1352009/1,p.412009/2,p.1272009/6,p.4792010/2,p.1432010/5,p.3432011/3,p.2312012/2,p.1372012/3,p.2752012/3,p.2652013/4,p.3692013/4,p.3772013/5,p.4132014/4,p.3832014/6,p.5412017/1,p.72017/4,p.3232017/4,p.3312017/6,p.491
tensile bond test2004/3,p.233
tensile bonding2011/5,p.481
tensile strength2006/6,p.4012010/4,p.2952014/1,p.572014/4,p.3392014/4,p.3472014/5,p.4352015/4,p.3472015/5,p.4272017/4,p.3052017/6,p.475
tensile test2016/1,p.17
test methodology2008/1,p.7
test methods2015/1,p.7
test parameters2008/1,p.72014/4,p.323
test period2005/4,p.297
Tetric flow2009/4,p.311
TheraCal LC2016/3,p.231
thermal cycles2011/3,p.243
thermal cycling2004/3,p.2212008/1,p.172018/2,p.133
thermocycling2007/2,p.2552008/6,p.4812010/2,p.1172011/1,p.232011/2,p.1552011/6,p.5792012/3,p.2352014/5,p.4592014/6,p.5412018/2,p.992018/3,p.261
thermocycling test2014/6,p.553
thermomechanical loading2009/4,p.311
thiol2010/3,p.215
thione2010/3,p.215
Ti-6Al-7Nb alloy2012/3,p.283
TiO22014/1,p.41
tissue adhesive2016/2,p.111
titanium2005/3,p.2312010/3,p.2232010/3,p.2152012/3,p.2832012/5,p.4532013/1,p.652013/1,p.552013/4,p.3072014/5,p.4072014/5,p.459
titanium dowels2010/6,p.487
titanium tetrafluoride2009/6,p.4472013/4,p.3772018/2,p.143
tobacco2015/5,p.405
tooth bleaching2011/6,p.5372012/1,p.192013/6,p.5532014/2,p.1232015/2,p.155
tooth color2016/1,p.43
tooth demineralization2015/3,p.207
tooth erosion2015/2,p.1332017/2,p.1212018/2,p.121
tooth preparation2013/3,p.215
tooth remineralization2017/5,p.379
tooth wear2011/6,p.5852017/2,p.111
tooth-composite interface2013/3,p.275
topographical changes2015/4,p.313
topography alteration2016/5,p.435
toxicity2015/2,p.155
tracer2008/4,p.259
translucency2007/5,p.4492013/5,p.461
transmission electron microscopy2015/2,p.141
traumatic injury2006/5,p.343
treatment2011/6,p.585
tri-calcium based cements2016/3,p.231
tribochemical2016/2,p.125
tribochemical silica coating2006/2,p.972006/2,p.1052007/6,p.4952014/1,p.632014/6,p.5592016/1,p.172016/5,p.4352018/3,p.233
tribochemical silica sandblasting2015/3,p.235
tribochemical treatment2010/3,p.197
tubule orientation2004/3,p.1912008/4,p.277
two-photon confocal microscopy2009/4,p.271
two-photon laser scanning microscope2006/5,p.279
two-step adhesive2010/1,p.33
two-step self-etch adhesive2017/1,p.31
two-step self-etching adhesive2004/2,p.972015/4,p.329

U
UEDMA2013/2,p.115
UHMWPE fiber2009/1,p.71
ultimate tensile strength2004/3,p.1912011/5,p.417
ultrasonic2008/6,p.4412009/5,p.369
ultrasonic cleaning2012/6,p.507
ultrasonic exposure2017/5,p.425
ultrasonics2006/6,p.401
ultrasound2011/5,p.433
ultrastructure2014/5,p.441
unconditioned enamel2007/6,p.537
undermined enamel2016/1,p.7
unfilled area2015/1,p.59
unfilled resin2009/1,p.65
unground enamel2010/6,p.4272011/2,p.171
universal2017/4,p.287
universal adhesive2016/6,p.5012017/3,p.2672017/5,p.4172018/1,p.652018/2,p.1212018/3,p.243
universal adhesive system2015/5,p.405
universal adhesives2016/5,p.4412017/3,p.2212017/4,p.317
universal dentin adhesive2016/4,p.3312017/3,p.203
universal primer2017/1,p.21
universal primers2017/3,p.221
universal resin cements2010/5,p.381
uremia2008/5,p.3352012/3,p.215
USPHS criteria2010/3,p.237

V
vacuum2008/2,p.972018/3,p.249
validity of tests2012/4,p.335
variability2006/6,p.421
veneer2008/1,p.492010/5,p.403
veneer cements2017/3,p.239
veneering resin composites2014/4,p.383
veneering techniques2017/6,p.507
veneers2014/2,p.137
Vickers hardness2012/4,p.377
Vickers microhardness2007/5,p.449
ViscoStat2006/6,p.363
ViscoStat Plus2006/6,p.363
visible light curing units2018/1,p.41
vitreous ceramics2018/2,p.99
void2007/2,p.1892013/3,p.237
volatilization2008/1,p.35
von Mises2012/4,p.307

W
warm air2013/1,p.41
warm air drying2007/4,p.391
water2011/1,p.49
water chasing2016/3,p.197
water contamination2009/4,p.2712018/3,p.205
water solubility2010/1,p.39
water sorption2010/1,p.392011/2,p.1252013/1,p.412014/2,p.1072014/3,p.2292016/1,p.352017/1,p.31
water storage2007/3,p.3112008/4,p.2852010/4,p.3192010/6,p.4432017/1,p.59
water subtraction algorithm2013/6,p.527
water temperature2013/1,p.19
water trees2004/1,p.13
weakened roots2014/3,p.267
Weibull2017/5,p.401
Weibull analysis2008/6,p.4232010/2,p.1092011/1,p.392016/6,p.545
wet-ethanol bonding2009/5,p.375
wettability2012/2,p.1132015/2,p.1692015/3,p.2572015/4,p.3132017/6,p.497
white lines2005/1,p.19
white mineral trioxide aggregate2014/3,p.277
white spot lesion2013/6,p.5752016/1,p.43
working time2015/3,p.249

X
x-ray2009/5,p.355
x-ray diffraction2014/4,p.3472016/3,p.205

Y
Y-TZP2013/2,p.1512015/5,p.413
yttria stabilized tetragonal zirconia2015/2,p.169
yttria-stabilized tetragonal zirconia2017/4,p.349
yttria-stabilized tetragonal zirconia polycrystal2016/6,p.483
yttria-stabilized zirconia ceramic2011/5,p.4732018/1,p.33

Z
zeolite2010/6,p.469
zirconia2005/3,p.2312008/6,p.4612010/4,p.3052011/1,p.792012/1,p.752012/2,p.1612012/4,p.3852012/4,p.3232013/2,p.1512013/3,p.2592013/3,p.2072013/3,p.2112013/5,p.4672014/1,p.572014/1,p.492014/2,p.1692014/3,p.2612014/4,p.3652014/5,p.4512014/5,p.4592014/5,p.4732014/6,p.5532014/6,p.5412015/1,p.772015/1,p.72015/3,p.2352015/3,p.2732015/4,p.3072015/4,p.3532015/6,p.5512016/2,p.1612017/1,p.72017/1,p.212017/3,p.2212017/5,p.4012017/5,p.4252017/6,p.5072018/2,p.1072018/3,p.233
zirconia ceramic2009/6,p.4792012/3,p.2752016/1,p.17
zirconia ceramic-resin cement2011/6,p.561
zirconia framework2017/4,p.323
zirconia post2007/3,p.327
zirconia primer2012/1,p.752013/2,p.151
zirconia primers2016/3,p.239
zirconia repair2017/4,p.323
zirconia resin bond2011/3,p.255
zirconia surface treatment2016/5,p.435
zirconium dioxide2011/3,p.267
zirconium oxide2013/2,p.145
zirconium oxide coating2008/1,p.57
µTBS2011/1,p.39
μSBS2014/5,p.421
μTBS2016/2,p.119