Developments in dental plaque pH modelling

Journal of Dentistry

Volumn 33, Issue 3 SPEC. ISS., 2005, Pages 209-222

  Preston, A J ^a   Edgar, W M ^a  

^a LIVERPOOL UNIVERSITY DENTAL HOSPITAL   (United Kingdom)

Author keywords

Dental cariology research; Dental plaque pH; Methods

Indexed keywords

DATA BASE; DENTAL CARIES; HUMAN; MEDLINE; NONHUMAN; PH MEASUREMENT; REVIEW; TOOTH PLAQUE;

EID: 13944252021     PISSN: 03005712     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.jdent.2004.10.008     Document Type: Article

References (136)

1. R.M. Stephan Changes in hydrogen ion concentration on tooth surfaces and in carious lesions Journal of American Dental Association 27 1940 718 723
2. RH Grande, JF Santos, J Nicolau, E Oliveira, and JM Singer The influence of a mineralizing mouthrinse on the mineral contents and on the pH of dental plaque Journal of Clinical Dentistry 8 1997 134 137
3. P Lingström, F Lundgren, D Birkhed, I Takazoe, and G Frostell Effects of frequent mouthrinses with palatinose and xylitol on different plaque European Journal of Oral Sciences 105 1997 162 169
4. R.H. Manning, and W.M. Edgar pH changes in plaque after eating snacks and meals, and their modifications by chewing sugared- or sugar-free gum British Dental Journal 174 1993 241 244
5. T. Imfeld, D. Birkhed, and P. Lingstrom Effect of urea in sugar-free chewing gums on pH recovery in human dental plaque evaluated with three different methods Caries Research 29 1995 172 180
6. E. Koparal, F. Ertugrul, and E. Sabah Effect of chewing gum on plaque acidogenicity Journal of Clinical Pediatric Dentistry 24 2000 129 132
7. S.A. Duke Effect of chalk-based toothpaste on pH changes in dental plaque in vivo Caries Research 20 1986 278 283
8. J.F. Tahmassebi, M.S. Duggal, and M.E.J. Curzon Effect of 0.3% triclosan in a fluoride toothpaste on plaque pH changes measured by two techniques Caries Research 27 1993 228
9. Preston AJ. The determination of dental plaque pH in the evaluation of dentifrice components in human subjects. PhD Thesis. University of Liverpool; 1995.
10. J.J. Hefferren Introduction and acknowledgements Journal of Dental Research 65 1986 1473 [special issue]
11. M.E.J. Curzon, and J.J. Hefferren Modern methods for assessing the cariogenic and erosive potential of foods British Dental Journal 191 2001 41 46
12. R.M. Stephan Intra oral hydrogen ion concentrations associated with dental caries activity Journal of Dental Research 23 1944 257 266
13. R.M. Stephan, and B.F. Miller A quantitative method for evaluating physical and chemical agents which modify production of acids in bacterial plaques on human teeth Journal of Dental Research 22 1943 45 51
14. R.M. Stephan, and B.F. Miller Effectiveness of urea and synthetic detergents in reducing activity of human dental caries Proceedingd Society Experimental Biology and Medicine 55 1944 101 104
15. R.M. Stephan The effect of urea in counteracting the influence of carbohydrates on the pH of dental plaques Journal of Dental Research 22 1943 63 71
16. A.J. Clement An investigation into the apparatus and technical factors involved in the pH measurement of semi-micro dental areas Journal of the Dental Association of South Africa 4 1949 317 327
17. F. Brudevold, and F.C. Thompson Evaluation of the microantimony electrode and preliminary intra oral pH measurements Journal of Dental Research 32 1953 695
18. J.W. Hein Some of the variables associated with in situ plaque pH measurements Journal of Dental Research 34 1955 695
19. G. Charlton Micro glass electrode for hydrogen ion determinations Australian Dental Journal 1 1956 174 176
20. G. Charlton Determination of hydrogen ion concentration in the mouth - a comparison of the glass, antimony and quinhydrone micro electrodes Australian Dental Journal 1 1956 228 232
21. G.N. Jenkins, and I. Kleinberg Studies on the pH of plaque in interproximal areas after eating sweets and starchy foods Journal of Dental Research 35 1956 964
22. I. Kleinberg The effect of different concentrations of glucose on the pH of dental plaques in vivo Journal of Dental Research 37 1958 756
23. I. Kleinberg Further studies on the effect of carbohydrate substitutes on plaque pH in vivo Journal of Dental Research 38 1959 704
24. I. Kleinberg The construction and evaluation of modified types of antimony microelectrodes for intraoral use British Dental Journal 104 1958 197 204
25. I. Kleinberg Effect of different urea concentrations on plaque pH in vivo Journal of Dental Research 40 1961 751 752
26. J.W. Hein, P.M. Soparkar, and G.A. Quigley Changes in plaque pH following gum chewing and toothbrushing Journal of Dental Research 40 1961 753
27. H.F. Sand, and T. Morch Experiments on the antimony electrode for pH measurements Odontologisk Tidskrift 69 1961 52 57
28. TR Dirksen, MF Little, BG Bibby, and SL Crump The pH of carious cavities. I. The effect of glucose and phosphate buffer on cavity pH Archives of Oral Biology 7 1962 49 58
29. I. Kleinberg, and G.N. Jenkins The pH of dental plaques in the different areas of the mouth before and after meals and their relationship to the pH and rate of flow of resting saliva Archives of Oral Biology 9 1964 493 516
30. C.L. de Jager, and T. Ockerse The pH readings of saliva and dental plaque of tooth surfaces before and after glucose rinses by school children in a high and low caries incidence area in the Republic of South Africa Journal of the Dental Association of South Africa 20 1965 70 73
31. D. Neff Acid production from different carbohydrate sources in human plaque in situ Caries Research 1 1967 78 87
32. I. Kleinberg Effect of urea concentrations on human plaque pH levels in situ Archives of Oral Biology 12 1967 1475 1484
33. I. Kleinberg, and G. Hall pH and depth of gingival crevices in different areas of the mouths of fasting humans Journal of Periodontal Research 3 1968 109 117
34. I Kleinberg, GN Jenkins, R Chatterjee, and L Wijeyeweera The antimony pH electrode and its role in the assessment and interpretation of dental plaque pH Journal of Dental Research 61 1982 1139 1147
35. C.C. Liu, B.C. Bocchicchio, and P.A. Overmyer A Palladium-palladium oxide miniature pH electrode Science 207 1980 188 189
36. CA Enright, J Lenke, DS Harper, and JJ Hefferren Touch electrode systems for in situ plaque pH measurement Journal of Dental Research 61 1982 625
37. S Wei, R Lehnhoff, R Grainger, T Muller, DS Harper, and A Gore Collaborative plaque study of acidogenicity with microelectrodes Journal of Dental Research 61 1982 266
38. DS Harper, R Gray, JW Lenke, and JJ Hefferren Measurement of plaque acidity: comparison of interdental touch and indwelling electrodes Caries Research 19 1985 536 546
39. D.S. Harper, D.C. Abelson, and M.E. Jensen Human plaque acidity models Journal of Dental Research 65 1986 1503 1510
40. SHY Wei, PWH Ngan, GL Nararian, and J Lenke Evaluation of dental plaque acidity following the ingestion of test foods J.J. Hefferren H.M. Hoeler C.T. McEnery Foods, nutrition and dental health vol. 3 1981 American Dental Association Chicago, IL
41. C.F. Schachtele, M.E. Jensen, and P.J. Polansky Plaque models: monitoring pH changes following ingestion of test foods by human subjects J.J. Hefferren H.M. Koeler C.T. McEnery Foods, nutrition and dental health vol. 3 1981 American Dental Association Chicago, IL
42. M.E.J. Curzon, D.S. Harper, and J.J. Hefferren Pilot collaborative plaque studies. FNDH programme J.J. Heferren W.A. Ayer H.M. Koeler Foods, nutrition and dental health vol. 4 1984 American Dental Association Chicago, IL
43. O. Fejerskov, A.A. Scheie, and F. Manji Effect of sucrose on plaque pH in the primary and permanent dentition of caries-inactive and -active Kenyan children Journal of Dental Research 71 1992 25 31
44. O Fejerskov, AA Scheie, D Birkhed, and F Manji Effect of sugar cane chewing on plaque pH in rural Kenyan children Caries Research 26 1992 286 289
45. AA Scheie, O Fejerskov, P Lingstrom, D Birkhed, and F Manji Use of palladium touch microelectrodes under field conditions for in vivo assessment of dental plaque pH in children Caries Research 26 1992 44 52
46. O. Aguirre-Zero, O.T. Zero, and H.M. Proskin Effect of chewing xylitol chewing gum on salivary flow rate and the acidogenic potential of dental plaque Caries Research 27 1993 55 59
47. P Lingström, D Birkhed, Y Granfeldt, and I Bjorck pH measurements of human dental plaque after consumption of starchy foods using the microtouch and sampling method Caries Research 27 1993 394 401
48. P. Lingström, and D. Birkhed Plaque pH and oral retention after consumption of starchy snack products at normal and low salivary secretion rate Acta Odontological Scandinavica 51 1993 379 388
49. D.C. Abelson, and I.D. Mandel Comparative study of plaque pH on enamel and cemental surfaces Journal of Clinical Dentistry 2 1990 1 2
50. ® microelectrodes used for intraoral measurements Caries Research 27 1993 183 190
51. A Smit, M Pollard, P Cleaton-Jones, and A Preston A comparison of three electrodes for the measurement of pH small volumes Caries Research 31 1997 55 59
52. C. Meyerowitz, E.P. Syrrakou, and R.F. Raubertas Effect of sucralose - alone or bulked with maltodextrin and/or dextrose - on plaque pH in humans Caries Research 30 1996 439 444
53. A Aamdal-Scheie, WM Luan, G Dahlen, and O Fejerskov Plaque pH and microflora of dental plaque on sound and carious root surfaces Journal of Dental Research 75 11 1996 1901 1908
54. P Lingström, H Liljeberg, I Bjorck, and D Birkhed The relationship between plaque pH and glycemic index of various breads Caries Research 34 2000 75 81
55. Quiroz EM Aranibar, P Lingstrom, and D Birkhed Influence of short-term sucrose exposure on plaque acidogenicity and cariogenic microflora in individuals with different levels of mutans streptococci Caries Research 37 2003 51 57
56. L.M. Steinberg, F. Odusola, and I.D. Mandel Effect of sucralose in coffee on plaque pH in human subjects Caries Research 30 1996 138 142
57. L.S. Fosdick, E.E. Campaigne, and O. Fancher Rate of acid formation in carious areas. The aetiology of dental caries Illinois Dental Journal 10 1941 85 95
58. A. Strålfors Studies of the microbiology of caries. III. The buffer capacity of the dental plaques Journal of Dental Research 27 1948 587 592
59. H.R. Englander, W.M. Carter, and L.S. Fosdick The formation of lactic acid in dental plaques. III Caries immune individuals Journal of Dental Research 35 1956 792 799
60. T.G. Ludwig, and B.G. Bibby Acid production from different carbohydrate foods in plaque and saliva Journal of Dental Research 36 1957 56 60
61. H.R. Englander, I.L. Shklair, and L.S. Fosdick The effects of saliva on the pH and lactate concentration in dental plaques. I Caies-rampant individuals Journal of Dental Research 38 1959 848 853
62. J.J. Parran Micro pH electrodes for oral plaque or other viscous solutions Journal of Dental Research 40 1961 753
63. J.J. Parran Electrodes for measuring pH of plaque Dental Progress 3 1962 44 46
64. S. Rosen, and P.R. Weinenstein The effect of sugar solutions on pH of dental plaques from caries-susceptible and caries-free individuals Journal of Dental Research 44 1965 845 849
65. G. Frostell Dental plaque pH in relation to intake of carbohydrate products Acta Odontological Scandinavica 27 1969 3 29
66. G. Frostell A method for evaluation of acid potentialities of foods Acta Odontologica Scandinavica 28 1970 599 608
67. AJ Rugg-Gunn, WM Edgar, DA Geddes, and GN Jenkins The effect of different meal patterns upon plaque pH in human subjects British Dental Journal 139 1975 351 356
68. D.A.M. Geddes, and E.E. MacFadyen Correlation of intra-oral plaque methodologies and clinical caries indices J.J. Hefferen W.A. Ayer H.M. Koehler Foods, nutrition and dental health vol. 3 1981 American Dental Association Chicago, IL
69. A.J. Rugg-Gunn, W.M. Edgar, and G.N. Jenkins The effect of eating some British snacks upon the pH of human dental plaque British Dental Journal 145 1978 95 100
70. A.J. Rugg-Gunn, W.M. Edgar, and G.N. Jenkins The effect of altering the position of a sugary food in a meal upon plaque pH in human subjects Journal of Dental Research 60 1981 867 872
71. WM Edgar, BG Bibby, S Mundorff, and J Rowley Acid production in plaques after eating snacks: modifying factors in foods Journal of American Dental Association 90 1975 418 425
72. W.M. Edgar The role of saliva in the control of pH changes in human dental plaque Caries Research 10 1976 241 256
73. P. Lökken, J.M. Birkeland, and E. Sannes pH changes in dental plaque caused by sweetened, iron-containing liquid medicine Scandinavian Journal of Dental Research 83 1975 279 283
74. G. Charlton, R.J. Fitzgerald, and P.H. Keyes Determination of saliva and dental plaque pH in hamsters with glass microelectrodes Archives of Oral Biology 16 1971 649 654
75. M.W.J. Dodds, and W.M. Edgar Effects of dietary sucrose levels on pH fall and acid-anion profile in human dental plaque after a starch mouth rinse Archives of Oral Biology 31 1986 509 512
76. M.W.J. Dodds, and W.M. Edgar The relationship between plaque pH, plaque acid anion profiles and oral carbohydrate retention after ingestion of several 'reference foods' by human subjects Journal of Dental Research 67 1988 861 865
77. ® and cheese chewing on human dental plaque pH and metabolism Caries Research 23 1989 42 48
78. S.M. Higham, and W.M. Edgar Human dental plaque pH and the organic acid and free amino acid profiles in plaque fluid after sucrose rinsing Archives of Oral Biology 34 1989 329 334
79. JA Weatherall, MS Duggal, C Robinson, and ME Curzon Site-specific differences in human dental plaque pH after sucrose rinsing Archives of Oral Biology 33 1988 871 873
80. M.A. Pollard, M.S. Duggal, and M.E.J. Curzon The effect of different concentrations of citrate in drinks on plaque pH Caries Research 27 1993 191 194
81. M.S. Duggal, J.F. Tahmassebi, and M.A. Pollard Effect of addition of 0-13% citrate to a blackcurrant drink on plaque pH in vivo Caries Research 29 1995 75 79
82. M.E.J. Curzon, and M.A. Pollard Integration of methods for determining the acido/cariogenic potential of foods: a comparison of several different methods Caries Research 30 1996 126 131
83. J.F. Tahmassebi, and M.S. Duggal Comparison of the plaque pH response to an acidogenic challenge in children and adults Caries Research 30 1996 342 346
84. H. Graf, and H.R. Mühlemann Glass electrode telemetering of pH changes of interdental human plaque Journal of Dental Research 44 1965 1139
85. H. Graf, and H.R. Mühlemann Telemetry of plaque pH from interdental area Helvetica Odontologica Acta 10 1966 94 101
86. P.A. de Crousaz, H. Graf, and B.G. Bibby Buffering of breakfast cereals and pH of plaque in vitro and in vivo Helvetica Odontologica Acta 11 1967 157 162
87. J. de Boever, H.C. Hirzel, and H.R. Mühlemann The effect of concentrated sucrose solutions on pH of interproximal plaque Helvetica Odontologica Acta 13 1969 27 28
88. J. de Boever, and H.R. Mühlemann pH of interproximal plaque with regard to continuous sucrose application Helvetica Odontologica Acta 13 1969 97 99
89. H. Graf The glycolytic activity of plaque and its relation to hard tissues pathology - recent findings from intraoral pH telemetry research International Dental Journal 20 1970 426 435
90. W.F. Shields, and H.R. Mühlemann Simultaneous pH and fluoride telemetry from the oral cavity Helvetica Odontologica Acta 19 1975 18 26
91. T. Imfield 'Safe for teeth' confectionery and the International Sympadent Federation Review Belgian Medical Dental 47 1992 59 66
92. DAM Geddes, WM Edgar, GN Jenkins, and AJ Rugg-Gunn Apples, salted peanuts and plaque pH British Dental Journal 142 1977 317 319
93. T. Imfeld Apples, salted peanuts and plaque pH - a telemetric in vivo re-examination British Dental Journal 145 1978 303 305
94. T. Imfeld, and T. Reich A portable telemetry system for measuring the pH of interdental plaque Caries Research 18 1984 163
95. N.G. Clarke, and L.R. Dowdell A radiotelemetric method for the study of pH and fluoride-ion concentration in dental plaque and saliva Journal of Medical Biological Engineering 11 1973 159 163
96. N.G. Clarke, and E.A. Fanning Plaque pH and calcium sucrose phosphate: a telemetric study Australian Dental Journal 16 1971 13 16
97. N.G. Clarke, and E.A. Fanning Further consideration of the effects of calcium sucrose phosphate on dental plaque: a telemetric study Australian Dental Journal 18 1973 229 232
98. N.G. Clarke, and L.R. Dowdell Capacity of buffers to inhibit acid production within dental plaque Journal of Dental Research 55 1976 868 874
99. P Newman, EE MacFadyen, FC Gillespie, and KW Stephan An indwelling electrode for in vivo measurement of the pH of dental plaque in man Archives of Oral Biology 24 1979 501 507
100. M. Esashi, and T. Matsuo Integrated micro multi ion sensor using field effect of semiconductor IEEE Transactions on Biomedical Engineering 25 1978 184 192
101. T. Yamada, K. Igarashi, and M. Mitsutami Evaluation of cariogenicity of glycosylsucrose by a new method to measure pH under human dental plaque in situ Journal of Dental Research 59 1980 2157 2162
102. K. Igarishi, K. Kamiyama, and T. Yamada Measurement of pH in human dental plaque in vivo with an ion-sensitive transistor electrode Archives of Oral Biology 26 1981 203 207
103. T. Yamada, K. Igarashi, and K. Kamiyama Advantages and disadvantages of using ion-sensitive transistor electrode for measuring pH in human dental plaque in vivo R.M. Frank S.A. Leach Surface and colloid phenomena in the oral cavity: methodological aspects 1982 IRL Press London
104. R. Chida Measurement of acid production by indwelling electrode method in the plaque of child and adult. II Evaluation of acidgenicity of lactose and microbial analysis of the plaque on the pH electrode Shoni Shikagaku Zasshi 22 1984 811 827
105. E. Hoshino, M. Sato, and T. Sosano Characterisation of bacterial deposits formed in vivo on hydrogen ion-sensitive field-effect transistor electrodes and enamel surfaces Shika-Kiso-Igakkai Zasshi 31 1989 102 106
106. J. Lenke, C.A. Enright, and D.S. Harper Simple indwelling electrode system for measurement of oral pH Journal Dental Research 61 1982 266
107. M.E. Jensen, C.F. Schachtele, and P.J. Polansky Indwelling pH electrodes: analysis of human dental plaque responses at different sites J.J. Hefferen W.A. Ayer H.M. Koehler Foods, nutrition and dental health vol. 3 1981 American Dental Association Chicago, IL
108. C.F. Schachtele, and M.E. Jensen Comparison of methods for monitoring changes in the pH of human dental plaque Journal of Dental Research 61 1982 1117 1125
109. C.F. Schachtele, and M.E. Jensen Can foods be ranked according to their cariogenic potential? B. Guggenheim Cariology today 1983 Karger Zürich
110. SL Yankell, PM Greco, P Chan, and IR Lauks Simultaneous in vivo monitoring of supragingival and subgingival plaque pH Caries Research 19 1985 156
111. S.L. Yankell, and I.R. Lauks Monitoring intraoral pH and calcium Caries Research 20 1986 163
112. LL Visch, P Bergveld, W Lamprecht, and SJ S-Gravenmade pH measurements with an ion-sensitive field effect transistor in the mouth of patients with xerostomia IEEE Transactions on Biomedical Engineering 38 1991 353 356
113. H.J. Maiwald, and S. Fröhlich A modified plaque pH telemetry method Journal of Clinical Dentistry 3 1992 79 82
114. H.J. Maiwald, S. Fröhlich, and P. Städtler Cariogenic potential of in-between-meals results of oral plaque pH telemetry Deutsch Stanatol 41 1991 457 459
115. I.H. Lee, and C.F. Schachtele Effect of gum chewing following food ingestion on the pH of interproximal dental plaque Quintessence International 23 1992 455 459
116. MA Pollard, T Imfeld, SM Higham, EA Agalamanyi, ME Curzon, and WM Edgar Acidogenic potential and total salivary carbohydrate content expectorants following the consumption of some cereal-based foods and fruits Caries Research 30 2 1996 132 137
117. S. Hata, and H. Mayanagi Cariogenic potential of lactosylfructoside as determined by acidogenicity of oral streptococci in vitro and human plaque in situ Caries Research 35 2001 338 343
118. W.H. Bowen, J.E. Eastoe, and D.J. Cock The effect of sugar solutions on the pH of plaque in caries-active monkeys (Macaca irus) Archives of Oral Biology 1966 833 837
119. W.H. Bowen, and J.E. Eastoe The effect of sucrose solutions containing fluoride and molybdate ions on the pH of plaque in monkeys Caries Research 1 1967 130 136
120. W.H. Bowen The monitoring of acid production in dental plaque in monkeys British Dental Journal 126 1969 506 508
121. J.E. Eastoe, and W.H. Bowen Some factors affecting pH measurements on tooth surfaces in monkeys Caries Research 1 1967 59 68
122. G. Charlton, D.B. Fitzgerald, and P.H. Keyes Hydrogen ion activity in dental plaques of hamsters during metabolism of sucrose, glucose and fructose Archives of Oral Biology 16 1971 655 661
123. L. Aponte-Merced, and J.M. Navia A technique for assessment of the cariogenic potential of foods by plaque pH changes on enamel surfaces of rat molars Archives of Oral Biology 31 1986 175 177
124. E.E. MacFadyen, and D.A.M. Geddes Comparison of methods used to measure plaque pH (Stephan curve) Caries Research 13 1979 109
125. D.A.M. Geddes Acid production from inner (enamel) and outer (saliva) surfaces of three-, five- and seven-day old human, intact dental plaque Caries Research 11 1977 114
126. WJ Loesche, PR Schumann, WM Edgar, and J Kanapka Sampling compared to antimony microelectrode methods for plaque pH determination Journal of Dental Research 60 1981 536
127. DJ Harper, GN Jenkins, MID Curzon, ME Jensen, and CF Schachtele Plaque acidity resource group - status and recommendations J.J. Hefferen J.C. Osborn H.M. Koehler Food, nutrition and dental health vol. 5 1984 American Dental Association Chicago, IL
128. P. Lingström, T. Imfeld, and D. Birkhed Comparison of three different methods for measurement of plaque pH in humans after consumption of soft bread and potato chips Journal of Dental Research 72 1993 865 870
129. W.M. Edgar Duration of response and stimulus sequence in the interpretation of plaque pH data Journal of Dental Research 61 1982 1126 1129
130. P.D. Marsh, and M.V. Martin Oral microbiology 4th ed 1999 Chapman & Hall London
131. S.T. Porter, C. Scully, and R.A. Cawson AIDS: update and guidelines for general dental practice Dental Update 14 1987 9 17
132. L.P. Samaranayake Viral hepatitis 1. Aetiology, epidemiology and implications Dental Update 13 1986 353 365
133. D.C. Abelson, S.M. Vratsanos, and I.D. Mandel Modification of dental plaque by arginine-urea to resist pH in vivo Clinical Preventive Dentistry 8 1986 7 10
134. AF Hall, SL Creanor, R Strang, and R Foye Determination of plaque pH changes within the trough of an situ appliance used to study mineral changes in early carious lesions Caries Research 31 1997 50 54
135. +, plaque titration, critical pH, resting pH and the solubility of enamel apatite. Archives of Oral Biology 1997; 42: 475-80.
136. E. Zaura, M.J. Buijs, and J.M. ten Cate The effects of the solubility of artificial fissures on plaque pH Journal of Dental Research 81 8 2002 567 571