Index gold-porcelain infusion 271–6 single-visit endodontics 117–18
metal-ceramic 271, 277 treatment of non-infected teeth 118
antibiotics 203 resin crowns 276 Distobuccal canal 45
bone morphogenic proteins Curative endodontics 112 Dressings
Cytokines 4 antibacterial 117
203 calcium hydroxide 122
calcium hydroxide 203 Dens evaginatus 39 disinfectant 122
corticosteroids 203 Dens invaginatus 39 sedative 256
ferric sulphate 202 Dental history 18 Drug resistance 116
formocresol 201–2 Dental Practitioners’ Formulary 15
glutaraldehyde 202 Dentaport ZX 84f Eikenella corrodens, 233
mineral trioxide aggregate Dentine Electric pulp test 23–4
Electronic apex locators 83, 100–1
203 drug penetration 120–1 Elements Obturation Unit 89f
pulpectomy 203–4 exposure at 58 Emergency treatment 253–5
pulpotomy 200–1 fracture 213
treatment of immature teeth fracture with pulp exposure acute apical periodontitis 254
acute flare-up 255
220–3 213–14 acute periapical abscess 254–5
auto-transplantation of intratubular 36 acute pulpitis 254
tertiary 36, 39–40, 257–8 Enamel
premolars 223 secondary 36 fracture 212–13
avoidance of cervical root Dentine bonding agents, irritant fracture with pulp exposure
fracture 221 properties 57 213–14
revascularization treatment Dentine-bonded composite resin infractions 213
Endodontic triad 98
222–3 177 Endomethasone 150
regenerative treatment 223 Depression 11 Endoring II systems 90
surgical treatment 222 Diagnosis 17–33 Eubacterium spp. 56
treatment of primary teeth European Society of Endodontology 4
differential diagnosis 26–8 Examination 18–21
198–204 examination 18–21 extraoral 18–19
Chinese, worm theory 1–2 history 18 hard tissues 19–20
Chlorhexidine 116, 122 investigations 21–6 intraoral 19–21
Chlorine 115–16 restorability 28–9 mobility 21
Chloroform 145–6 treatment options 29–30 palpation 20
Chronic apical periodontitis Diaket 177 percussion 21
Dialister spp. 113–14 periodontal probing 21
differential diagnosis 28 Differential diagnosis 26–8 soft tissues 19
Chronic periapical abscess periapical conditions 28 specific tooth/teeth 20–1
Extracoronal restorations 260
differential diagnosis 28 acute apical periodontitis 28 Extraradicular infection 114
Clamp forceps 75 acute periapical abscess 28 Extrusive luxation 217
Clamps 73–5 chronic apical periodontitis 28 Exudation 113, 120
Clindamycin 115 chronic periapical abscess 28
Cocaine 2 normal tissues 28 Ferric sulphate pulpotomy 202
Cold test 22 pulpal conditions 26–7 Ferrule effect 281–2
Composite resin irreversible pulpitis 26–7 Fibre-optic lights 91
normal pulp 26 Files 79
irritant properties 57 pulp necrosis 27
crowns 277 reversible pulpitis 26 Flexofile 79
restoration 271, 277 Dihydrocodeine 14–15 Hedstrom file 79
veneers 271 Discolouration 225–6 K-file 79
Concussion 217 primary teeth 213 K-flex file 79
Cone Beam Computed Disinfectants 115–16 nickel-titanium 79
Disinfection 112–13, 116–18 Flexofile 79
Tomography(CBCT) 25–6 antibacterial dressing 117 Fluticasone 13
Corticosteroids 12–13, 149–50 antibacterial effects of Forceps 85
Formocresol 115
pulpotomy 203 irrigation 117 pulpotomy 201–2
Coronal restoration 150–1 controlled 118
Cracked teeth, pulp response to 63 follow-up studies 117
Critical crestal zone 185–6 instrumentation 90–1, 116–17
Crown fractures 212 predictable 116–18
Crown-root fracture 214–15
Crown-down rationale 103–4
Crown-down technique 104–5
Crowns
all-ceramic 276
ceramic 277
composite resin 277
288
Index
Fractures Haemostasis 162–4 Intra-alveolar root fracture 212
permanent teeth 213–16 Halogens 115–16 permanent teeth 215–16
crown-root fracture 214–15 Hand instruments 78–82
enamel and dentine 213 Intra-alveolar surgery, pulp response to
infractions and fracture of barbed, broaches 78 64
enamel 213 files 79
intra-alveolar root fracture reamers 78 Intracanal hard tissue formation
215–16 Hard tissue barrier 113, 119 257–8
pulp exposure 213–14 Heat test 22–3
primary teeth 212–13 Hedstrom file 79 Intraosseous anaesthesia 256–7
crown fractures 212 History 18 Intrapulpal anaesthesia 256
intra-alveolar root fracture 212 History of pulp treatment 1–2 Intratubular dentine 36
Hollow tube theory 2 Intrusive luxation 218–19
Frames 75 HotShot 89 Investigations 21–6
Friction grip burs 76–7 Hot tooth 255–6
Fusobacterium spp. 113–14 Human immunodeficiency virus (HIV) bite/cusp loading tests 23–4
Fusobacterium nucleatum, 233 blood flow assessment 24–5
9–10 electric pulp test 23–4
Gates-Glidden burs 77–8 Hunter, William 2 pulp sensitivity tests 21–4
Glass ionomer cement 177 Hydrophilic polymers 146–7 radiographs 25–6
Glass ionomer sealers 134 selective local anaesthesia 24
Glutaraldehyde pulpotomy 202 Ibuprofen 14 test cavity preparation 24
Gold onlays 277 Ice sticks 22 thermal tests 22–3
Gold-porcelain infusion crowns Implants, response to 64
Incisors cold test 22
271–6 heat test 22–3
GORE-TEX 188 mandibular 46–7 Iodine 115–16
Grossman’s polyantibiotic paste 112 maxillary 40–2 Irrigant delivery devices 84–5
Gulded-tissue regeneration 187–8 primary 49–50 Irrigation
Gutta-percha 135–46, 261 Infection see Bacteria; and individual antibacterial effect 117
drug application by 122
canal filling 135–6 infections root canal 101–2
carrier devices 89–90 Infective endocarditis 12 Irritants 56–9
cold techniques 136–41 Inflammatory mediators 4 bacterial microleakage 57
Instrument fracture 262–3 bleaching 57–8
lateral condensation 136–8, operative dentistry 58
140–1 prevention of 263 dental caries 56–7
Instruments 71–95 dental materials 57–8
cone exposure of dentine 58
at working distance, loose 138 access cavity preparation 76–8 pulp response to 56
beyond working distance 139 basic instrument pack 72
not reaching working distance burs 76–7 K-file 79
139 disinfection 90–1, 116–17 K-flex file 79
spreaders 139–40 fibre-optic lights 91 Kloroperka 145
irrigant delivery devices 84–5
heat-softened techniques 141–5 loupes 91 Lactobacillus spp. 56
continuous wave of nickel-titanium 79, 104 Laser Doppler Flowmetry (LDF)
condensation operating microscopes 91
141–3 retrieval of broken instruments and 24–5
extracanal 143–5 Lateral canal 38
intracanal 141–3 posts 85–6 Lateral condensation 86, 136–8,
operator-coated carrier- root canal filling 86–90
condenser 144–5 root canal preparation 78–82 140–1
precoated carriers 143–4 Lateral luxation 217–18
rotating condenser 143 hand instruments 78–9 Ledermix 112, 120–1, 256
thermoplastic delivery systems power-assisted instrurnents Ledges 261–3
144 Leucotrienes 4
warm vertical condensation 141 79–82 Lidocaine (Lignocaine) 14
rubber dam 72–6 Local anaesthesia, selective 24
heat test 22–3 storage and sterilization 90–1 Loupes 91
solvent-softened 145–6 surgery 161–2 Luebke-Ochsenbein flap 165t, 166f
thermomechanical compaction working length, determination 82–4 Luxation injuries
Intermediate restorative material 177
88 International Normalized Ratio (INR) permanent teeth 217–20
thermoplasticized injectable 88 avulsion 219–20
Gutta-percha points 86 12 concussion 217
International Organization for
Standardization (ISO) 78
289
Index
extrusive luxation 217 Mineral Trioxide Aggregate (MTA) 5, indications 244
intrusive luxation 218–19 60, 146, 177–9 root amputation 244–6
lateral luxation 217–18 tooth resection 246–7
subluxation 217 pulpotomy 203 anatomy 231–2
primary teeth 212–13 Mobility 21 apical 1–2, 4–5, 111–12, 117,
Molars
M4 Safety handpiece 79 233
Mandibular anterior teeth mandibular 48–9 chronic 28
maxillary 43–6 classification 233–42
surgery 184 primary 50 combined lesions 235–42
Mandibular canine 47 Monoblocks 147–8 complications 242–4
Mucoperiosteal tissue flap diagnosis 242
access cavities 47 full 164–7 effect on pulp 233
surgery 184 limited 167–8 primary endodontic lesion 233,
Mandibular incisors 46–7
access cavities 47 Nickel-titanium alloys 5 242
surgery 184 Nickel-titanium instruments 104 with secondary periodontal
Mandibular molar 48–9
access cavities 49 files 79–80 involvement 235–42
surgery 184 Nitrous oxide 14 primary periodontal lesion
Mandibular premolars 47–8 Nomenclature 36
access cavities 48 Normal tissues. differential diagnosis 233–5, 242
surgery 184 with secondary endodontic
Masserann trepan 85–6, 260–3 28
Maxillary anterior teeth involvement 237–9
surgery 183 Obtura system 88, 88f, 144 prognosis 242
Maxillary canine 42 Onlays, ceramic 277 Periodontium, effect of inflamed pulp
surgery 183 Operating microscopes 91
Maxillary incisors 40–2 OraSeal caulking agent 72f 232–3
access cavities 41–2 Orofacial pain 10–11 Periapical abscess, acute 254–5
surgery 183 Orthodontic treatment 226 Periradicular curettage 169
Maxillary molars 43–6 Periradicular surgery see Surgery
access cavities 45–6 pulp response to 63–4 Permanent teeth
surgery 184 Osteomyelitis 4
Maxillary premolars 42–3 fractures 213–16
access cavities 43 Pain crown-root fracture 214–15
surgery 183 differential diagnosis 10–11 enamel and dentine 213
Maxillary sinus 11 endodontic 119 infractions and fracture of
Medical history 18 examination 10 enamel 213
Medication 111–29 history 10 intra-alveolar root fracture
antimicrobial agents 114–16 persistent orofacial 10–11 215–16
pulp exposure 213–14
antibiotics 114–15 Pain control see Analgesia
disinfectants 115–16 Palatal canal 45 immature 220–3
asepsis, antisepsis and disinfection Palpation 20 luxation injuries 217–20
Papilla-base flap 168
112–13 Paracetamol 14 avulsion 219–20
diffusion, and solubility 120 Paraformaldehyde 115, 150 concussion 217
history 112 Partsch incision 164 extrusive luxation 217
penetration of dentine 120–1 Paste fillers 149–50 intrusive luxation 218–19
resistance to 116 Penicillin 114 lateral luxation 217–18
smear layer 121 Peptostreptococcus spp. 113–14 subluxation 217
tissue distribution 120–1 Percussion 21 pulp space 40–9
tissue toxicity 121 Periapical abscess trauma 213–20
Meitrac endo safety system 86 Phenols 116
Mesiobuccal canal 45 acute 28 Phenoxymethyl penicillin 14
Metal-ceramic crowns 271, 277 chronic 28 Piezon-Master 400 unit 85f
Metronidazole 14, 114 Periodontal disease, pulp response to Porphyromonas spp. 113–14
Microorganisms 3–4 Porphyromonas gingivalis, 233
Microscopes, operating 91 64 Post removal devices 86
MicroSeal system 144–5 Periodontal probing 21 Posts 260–1, 277–85
Midazolam 14 Periodonitis 231–52 diameter 281
ferrule effect 281–2
acute 28, 254 fibre
anatomical redesigning 244 bonding systems 283
composite resin core build-up
bicuspidization 247–8
contraindications 244 285
290
composite resin insertion 283 operative dentistry 58 Index
composte resin cement 283 trauma 58
gutta-percha removal and canal microbes 113–14 Radicular anomalies 242–4
monitoring 29 diagnosis 243
enlargement 283 normal 26 prognosis 243
insertion 283 preservation 29 treatment 243–4
properties 283 regenerative developments
root canal drying 283 Radiography 25–6
temporary cement and sealer 60–3 root canal length 82–3
response 63–4
remnantsremoval 283 Reamers 78
tooth isolation 283 cracked teeth 63 Reciprocating handpieces 79
ideal properties 282–3 intra-alveolar surgery and Regenerative procedures 60–3,
indications for 277–81
length of 281 implants 64 187–8
metal 281 irritants 56 Replantation 186–7
Potassium oxalate 58 orthodontics 63–4 Resin-based sealers 134
Power-assisted instruments 79–82 periodontal disease 64 Resin crowns 276
reciprocating handpieces 79 Pulp canal 36 Restorability 28–9
rotary handpiece and motor 81–2 Pulp capping 60 Restorations 269–86
rotary NiTi instruments 79–81 direct 200
Precoated carriers 143–4 indirect 199–200 amalgam 276–7
Premolars Pulp chamber 36 anterior teeth 271–6
mandibular 47–8 Pulp–dentine complex 55–6
maxillary 42–3 Pulp horns 36 all-ceramic crowns 276
Presenting complaint 18 Pulp inflammation ceramic or composite resin
history of 18 effect on periodontium
Preventive endodontics 112 veneers 271
Prevotella spp. 113–14 232–3 composite resin restoration 271
Prevotella intermedia, , 233 Pulp necrosis 27, 216 gold-porcelain infusion crowns
Primary teeth 197–207 Pulp sensitivity tests 21–4
canines 49–50 Pulp space 36 271–6
discoloration 213 metal-ceramic crowns 271
endodontic treatment 198–204 access cavities 35–53 resin crowns 276
fractures 212 alteration with age 36 choice 271–7
crown fractures 212 anatomy 35–53 composite resin 271, 277
intra-alveolar root fracture 212 effects of tertiary dentine on effects of endodontic treatment on
incisors 49–50
luxation injuries 212–13 39–40 the tooth 270
medicaments 201–3 permanent teeth 40–9 posterior teeth 276–7
molars 36 primary teeth 49–50
pulp space 49–50 Pulp stones 257 amalgam restoration 276–7
pulpectomy 203–4 Pulpectomy 203–4 composite resin restoration
pulpotomy 200–1 Pulpitis
Propionibacterium spp. 56 acute 254 277
Prostaglandins 4 irreversible 26–7 gold onlays 277
Prosthetic hip joints 12 reversible 26 composite resin and ceramic
Pulp 55–69 Pulpotomy 60
differential diagnosis 26–7 antibiotics 203 onlays/crowns 277
exposure 58, 60, 213–14 bone morphogenic protein 203 metal-ceramic crowns 277
extirpation 29 calcium hydroxide 203 posts 277–85
irritants 56–9 children 200–1 diameter 281
bacterial microleakage 57 corticosteroids 203 ferrule effect 281–2
bleaching 57–8 ferric sulphate 202 fibre 283–5
chemical 57–8 formocresol 201–2 ideal properties 282–3
dental caries 56–7 glutaraldehyde 202 indications for 277–81
dental materials 57 medicaments 201–3 length of 281
exposure of dentine 58 mineral trioxide aggregate 203 survival of endodontically treated
function/parafunction 58–9 primary teeth 200–1
mechanical 58–9 vital 200 tooth 270
Pulse oximetry 24 timing of restorative procedure
Punches 73
270–1
Quality assurance 4 Retreatment 189–90, 225
problems with 260–1
broken instruments 262–3
extracoronal restorations 260
ledges and blocked canals
261–3
posts 260–1
root filling materials 261–2
root canal 30
Reye’s syndrome 14
291
Index
Root amputation 244–6 coronal pulp tissue removal Super-EBA 177
Root canal 36 98–100 Root-end cavity preparation
bleeding 113, 120 pretreatment assessment 98 173–4
blockage 261–3 pulp chamber roof removal Root-end resection 170–3
calcification 105 Rotary handpiece and motor 81–2
configuration 38f 98–100 Rotary NiTi instruments 79–81
curvature 259–60 rubber dam 98
disinfectants 115–16 straight-line 100 core diameter, flute depth 81
exudation 113, 120 apical size 106 flute design 80
medication 111–29 apical patency filing 106 helical flute angle 80–1
retreatment 30 cleaning and shaping 105–7 non-cutting tip 81
treatment 29–30 hand instruments 78–82 rake angle 80
Root canal filling 131–57 barbed broaches 60 surface treatment 81
access and canal preparation 132 files 79 variable taper 80
anatomy 132 reamers 78 Rotating condenser 143
coronal restoration 150–1 instrumentation techniques Round burs 77
criteria for 132–3 Rubber dam 72–6, 98
follow-up 151 102–5 application of 75–6
gutta-percha 135–46 calcified canals 105 clamp 73–5
crown-down rationale 103–4 clamp forceps 75
carrier devices 89–90 crown-down technique frame 75
cold techniques 136–41 punch 73
heat-softened 141–5 104–5
solvent-softened 145–6 irrigation 101–2 Safe-ended burs 77–8
hydrophilic polymers 146–7 nickel-titanium instruments 104 Scope of endodontics 3
instruments 86–90 number of visits 106–7 Sealers 133–5
lateral condensation method 86 power-assisted instruments 79–82
materials 133 calcium hydroxide 134
mineral trioxide aggregate 146 reciprocating handpieces 79 calcium silicate-based 135
monoblocks 147–8 rotary handpiece and motor functions of 133
non-instrumentation technology glass ionomer 134
81–2 resin-based 134
265 rotary NiTi instruments 79–81 silicone-based 134
paste fillers 149–50 preparation of tooth 98 zinc oxide-eugenol 133–4
problems of 264–5 problems with 257–64 Secondary dentine 36
access cavity preparation 257 Sedation 257
iatrogenic 265 primary preparation 257–60 Sedative dressings 256
non-iatrogenic 264–5 acute canal curvature 259–60 Silicone-based sealers 134
sealers 133–5 intracanal hard tissue formation Silver points 149, 261–2
calcium hydroxide 134 Single-visit endodontics 117–18
functions of 133 257–8 Sinus, maxillary 11
glass ionomer 134 working length determination Sinusitis 11
resin-based 134 SmartSeal system 146–7
silicone-based 134 82–4, 100–1 Smear layer 102, 121, 135
zinc oxide-eugenol 133–4 electronic apex locators 83, Sodium hypochlorite 115–16
silver points 149 accidents 263–4
smear layer 135 100–1 application by irrigation 122
thermomechanical compaction 88 measuring devices 83–4 Spreaders 139–40
thermoplasticized injectable radiography 82–3 Stabident 256
Root filling materials Sterilization of instruments 90–1
gutta-percha 88 irritant properties 57 Storage of instruments 90
treatment outcome 151 see also individual-materials Streptococcus spp. 56
vertical condensation method 87 Root resorption 113, 120 Stropko irrigator 177f
Root canal infection cervical external 224 Subluxation 217
persistent 114, 122 external inflammatory 223–4 Sulpha preparations 114
primary 113–14, 122 external replacement 224–5 Super-EBA 177
secondary 114, 122 Root-end cavity filling 174–6 Surgery 159–95
tissue response to 4 materials 176–9 aetiology and evaluation
Root canal preparation 97–109 dentine-bonded composite resin
access cavity see Access cavity 188–9
177 anatomy 184–5
preparation Diaket 177
access, gaining 98–100 glass ionomer cement 177
intermediate restorative material
177
mineral trioxide aggregate
177–9
292
Index
biopsy 169 limited mucoperiosteal tissue history 210–11
choices 160 flap 167–8 immature teeth 220–3
closure of surgical site 179–80
immature permanent teeth 222 papilla-base flap 168 auto-transplantation of
indications for 160 tissue anaesthesia and haemostasis premolars 223
instrumentation 161–2
intra-alveolar 64 162–4 avoidance of cervical root
mandibular anterior teeth 184 treatment of root face 179 fracture 221
mandibular molars 184 Suture knots 180
mandibular premolars 184 Suture materials 180 revascularization treatment
maxillary anterior teeth 183 Systemic disease 11–13 222–3
maxillary molars 184 infective endocarditis 12
maxillary premolars 183 prosthetic hip joints 12 regenerative treatment 223
osseous entry and root warfarin and corticosteroids 12–13 surgical treatment 222
immediate management 210–11
identification 168 Tannarella spp. 113–14 permanent teeth 213–20
periradicular curettage 169 Temporary filling 122–3 fractures 213–16
postoperative Tertiary dentine 36, 257–8 luxation injuries 212–13
primary teeth 212–13
examination and review 183 effect on pulp space 39–40 discolouration 213
patient instructions 181–3 Tetracycline 114–15 fractures 212
radiological assessment Thermafil obturator 89 intra-alveolar root fracture 212
Thermal tests 22–3 luxation injuries 212–13
180–1 as pulp irritant 58
preoperative assessment 161 cold test 22 types of injury 211–12
regenerative procedures heat test 22–3 Treatment options 29–30
Thermomechanical compaction 88 lose tooth 29
187–8 Thermoplastic delivery systems 144 pulp extirpation 29
repair of perforation 185–6 Tissue anaesthesia 162–4 pulp monitoring 29
replantation, transplantation Tissue response to root canal infection pulp preservation 29
root canal retreatment 30
186–7 4 root canal treatment 29–30
retreatment 189–90 Tooth resection 246–7 save tooth 29
root-end cavity filling 174–6 Tooth Restorability Index (TRI) 28–9 watch and review 29
root-end cavity preparation Tooth Slooth 24 Tri-Auto ZX 84f
Transplantation 186–7 Treponema denticola, , 233
173–4 Trauma 58, 209–29
root-end filling materials Veillonella spp. 113–14
complications 223–6 Veneers
176–9 barrier formation coronal to
dentine-bonded composite resin apex 225 ceramic resin 271
cervical external inflammatory composite resin 271
177 root resorption 224 Vertical condensation 87
Diaket 177 discoloration 225–6
glass ionomer cement 177 external inflammatory root Warfarin 12–13
intermediate restorative material resorption 223–4 Warm vertical condensation 141
external replacement root Wicking 180
177 resorption 224–5 Working length determination see Root
mineral trioxide aggregate orthodontic treatment 226
previous injury 225 canal preparation
177–9 root canal treatment 225
Super-EBA 177 Zinc oxide-eugenol cement 57, 59–60
root-end resection 170–3 effect on dental tissues 212 Zinc oxide-eugenol sealers 133–4
soft tissue incision and reflection examination 210–11
164–8
full mucoperiosteal tissue flap
164–7
293
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