Journal of Dental Research 1992: Vol 71 Index

23 Pages·1992·1.7 MB·English

SUBJECT INDEX TO VOLUME 71,1992
INTRODUCTION Irrununoglobulins in milk from cows itiunu- ALPHA MACROGLOBULINS
nized with oral strains of Actinomyces, Pre-
The page number on which an article begins Neutrophil elastase and its inhibitors in hunum
votella, Porphyromonas, and Fusobacter-
is listed at the end of that article’s title. An article gingival crevicular fluid during experimen¬
ium. Takahashi, N., et al, 1509
may appear under more than one heading. tal gingivitis. Giaruiopoulou, C., er a/., 359
Microbiological aspects of chemical control of
Authw names are listed alphabetically. Num¬
plaque and gingivitis. Marsh, P.D., 1431#
bers listed after each name are the page numbers ALVEOLAR BONE
of the articlefs) on which their name appears.
ADHESIVES EHect of local application of 1,25-dihydroxy-
Page numbers followed by * represents pro¬
cholecalciferol on osteoclast numbers in
ceedings of the “Workshop on Technological Conference report: Intematioruil Symposium orthodontically treated rats. The. Takano-
AdvaiKes in Intra-oral Model Systems Used to on Adhesives in Dentistry. Wei, S.H.Y. and Yamamoto, T., et al, 53
Assess Cariogenicity“, June 27-28,1990, and the Barkmeier,W.W.,75 Immunohistochemical localization of types I,
“Consensus Conference on Intra-oral Models”, ESCA study on dental alloy surface modified V, and VI collagen in human permanent
September 2S-26,1990. Page numbers followed by Ga-Sn alloy. Ohno, H., et oL, 1332 teeth and periodontal ligament. Lukintnaa,
by # represent proceedings of the “Symposium Measurement of water sorption by resin com¬ P.-L. and Waltimo, J., 391
on New Agents in the Chemical Control of posite adhesives with near-infrared spec¬ Radiometric classification of alveolar bone
Plaque and Gingivitis”, April 17, 1991. Page troscopy. Diaz-Amold,A.M., era/., 438 health. Hildebolt, C.F., er al, 1594
numbers followed by ® represent proceedings of Morphological aspects of the resin-dentin
the “Workshop on Changing Patterns of Ruoride interdiffusion zone with different dentin adhe¬ AMELOBLASTS
Intake", April 23-25,1991. sive systems. Van Meerbeek, B., et oL, 1530
Biological mechanisms of fluorosis and level
New method for promoting adhesion between
ABRASION RESISTANCE precious metal alloys and dental adhesives, and timing of systemic exposure to fluoride
with respect to fluorosis. DenBesten, P.K.
Chewing pressure vs. wear of composites and A. Ohno,H.,era/, 1326 and Thariani, H., 1238®
opposing enamel cusps. Lutz, F., etaL, 1525
AGE FACTORS
AMELOGENESIS
ABRASION {see Tooth Abrasion) Association between salivary flow rate and the
Labile or surface pools of magnesium, sodium,
use of systemic medication among 76-, 81-,
and potassium in developing porcine enamel
ABSTRACTS and 86-year-old inhabitants in Helsinki, Fm-
mineral. Aoba,T.,era/., 1826
AADR abstracts, 84-343 land. Narhi,T.O., era/., 1875
Divisional abstracts, 975-1132,1640 (errata), Dental plaque and calculus: risk indicators for AMINEFLUORIDE
1760 (errata) their formation. Christersson, L.A., et al,
I ADR abstracts, 508-798 1425# Fluoride retention in dentin after topical appli¬
Effect of age on inununoglobulin content and cation of aminefluoride. Hellwig, E., 1558
ABUTMENTS, DENTAL volume of human labial gland saliva. Smith,
D.J., era/., 1891 AMMONIUM COMPOUNDS
Effects of chlorhexidine-containing gel and Effect of age on the rate of tooth movement in Agents for the management of plaque and gin¬
varnish on abutment teeth in patients with combination with local use of l,25(OH)2D3 givitis. Ciancio, S.G., 1450#
overdentures. Keltjens, H.M.A.M., et aL, and mechartical force in the rat. Takano- Delivery of antiplaque agents from dentifrices,
1582 Yamamoto, T., et al, 1487 gels, and mouthwashes. Cununins, D. and
Influence of denture-wearing and age on the Creeth,J.E., 1439
ACIDS oral microflora. The. Marsh, P.D., er al,
In vitro model for assessment of fluoride up¬ 1374 ANALGESIA
take from glass-ionomer cements by dentin
and its effect on acid resistance. An. ALBUMIN Staircase assessment of the magnitude and
time-course of 50% nitrous-oxide analgesia.
Tsanidis, V. and Kouloitrides, T., 7
Role of albumin in developing rodent dental Kaufman, E,, et al, 1598
Subsurface demineralization in dental enamel
enamel. The: a possible explanation for white
and other permeable solids during acid dis¬
spot hypoplasia. Robinson,C., era/., 1270 ANTIBIOTICS
solution. Anderson, P. and Elliott, J.C.,
1473 ALCOHOL, ETHYL Agents for the management of plaque and gin¬
givitis. Ciancio, S.G., 1450#
ACTINOBACILLUS Solvent degradation and reduced fracture Microbiological aspects of chemical control of
toughness in aged composites. Ferracane, plaque and gingivitis. Marsh, P.D., 1431#
Heterogeneity of surfaces of subgingival bac¬
J.L. and Marker, V.A., 13
teria as detected by zeta potential measure¬
ANTIBODIES
ments. Cowan, M.M., etal., 1803
ALDEHYDES
Identification and aruilysis of the gap region of Immunoglobulins in milk from cows inunu-
the 23S ribosomal RNA from Actinobacillus Influence of aldehydes on selected mechanical nized with oral strains of Actinomyces, Pre-
actinomycetemcomitans. Haraszthy, V.I., properties of resin composites. Peutzfeldt, votella, Porphyromonas, and Fusobacterium.
etal, 1561 A. and Asmussen, E., 1522 Takahashi, N., etal, 1509
ACTINOMYCES ALPHA 1-ANTITRYPSIN ANTIBODIES, BACTERIAL
Humoral IgG antibodies to oral microbiota in Neutrophil elastase and its inhibitors in human Humoral IgG antibodies to oral microbiota in
a population at risk for root-surface caries. gingival crevicular fluid during experimen¬ a population at risk for root-surface caries.
Kent, R., era/., 1399 tal gingivitis. Giaruiopoulou, C., et al, 359 Kent, R., era/., 1399
1947
1948 J Dent Res December 1992
ANTIBODIES, MONOCLONAL BEVERAGES cements on bonding to metal. The. Verzij-
den, C.W.G.J.M.. etaL, 410
Immunohistochemical study of the distribu¬ Fluoride intake from beverage consumption in
Morphological aspects of the resin-dentin
tion of immunocompetent cells, especially a sample of North Carolina children. Pang,
interdiffusion zone with different dentin
macrophages and la antigen-expressing D.T.Y.. era/., 1382
adhesive systems. Van Meeibeek, B.. et aL,
cells of heterogeneous populations, in nor¬
1530
mal rat molar pulp. Okiji, T., et al, 1196, BIGUANIDES
New method for promoting adhesion between
1760 (erratum)
Delivery of antiplaque agents from dentifrices, precious metal alloys and dental adhesives,
gels, and mouthwashes. Currunins, D. and A. Ohno,H.,era/., 1326
ANTICOAGULANTS
Creeth, J.E.. 1439 Studies on the adhesion of glass-ionomer
Influence of anticoagulation on blood loss fol¬ Microbiological aspects of chemical control of cements to dentin. Lin, A., etaL, 1836
lowing dental extractions. DeClerck, D., et plaque and gingivitis. Marsh, P.D., 1431#
aL.3Bl BONE AND BONES
BISGMA^EGDMA POLYMER
Effects of hypocalcemia/hypophosphatemia
ARACHIDONICACID Changes in surface hardness of BisGMA/ on porcine bone and dental hard Ussues in an
Aiachidonic acid regulates the phosphoinosi- TEGDMA polymer due to enzymatic ac¬ inherited form of type 1 pseudo-vitamin D
tide signal transduction pathway in subman¬ tion. Larsen, I.B., era/., 1851 deficiency rickets. The. Limeback, H., et
dibular acinar cells. Chung, H.C. and a/.. 346
Fleming, N., 1462 BITE FORCE Fluoride sorption characteristics of different
Comparison of jaw muscle cross-sections of grades of bone charcoal, based on batch
ARTHROGRAPHY long-face and normal adults, A. van Spron- tests. Mwaniki, D.L., 1310
sen, P.H., era/., 1279 Light and transmission election microscopy of
Relationship between level of mandibular pain Electromyographic heterogeneity in the the intact interfaces between non-sub-
and dysfunction and stage of temporoman¬ human masseter muscle. Blanksma, N.G., merged titanium-coated epoxy resin im¬
dibular joint internal derangement. The. et al., 47 plants and bone or gingiva. Listgarten,
Schiffman, E.L., etaL, 1812 Masticatory muscle activity in different jaw M.A., efa/.,364
relations during submaximal clenching ef¬ Longitudinal radiographic study of the peri¬
ASBESTOS forts. Visser, A., et al., 372 osteal migration along the growing rabbit
mandible, A. Frankenhuis-Van Den Heuvel,
Ht of gold-alloy full-crown castings made with
pre-wetted casting ring liners. The. Morey, BLACKS T.H.M..efa/..398
Radiometric classification of alveolar bone
E.F. and Eamshaw, R., 1858
Dental plaque and calculus: risk indicators for health. Hildebolt.C.F..eraf. 1594
their formation. Christersson, L.A., et aL,
AUTOIMMUNE DISEASES
1425# BONE MATRIX
Suppressor cell function in oral lichen planus.
Sugerman, P.B., era/., 1916 BLEACHING (see Tooth Bleaching) Effect of a pulsing electromagnetic field on
demineralized bone-matrix-induced bone
formation in a bony defect in the premaxilla
AXONS BLOODVESSELS
of rats. Takano-Yamamoto, T., et al., 1920
Axon populations in cat lingual and chorda Changes in the microvasculature after me¬
tympani nerves. Holland, G.R. and Robin¬ chanical pressure on the hamster cheek BONE RESORPTION
son. P.P., 1468 pouch. lida, J., er al., 1304 Effect of local application of 1.25-dihydroxy-
Histomorphometric study of the periodontal
cholecalciferol on osteoclast numbers in or-
BACTEREMIA vasculature of the rat incisor. Blauschild, thodontically treated rats. The. Takano-
ti.,etaL. 1908
Guest editorial; focal infection revisited—the Yamamoto, T., et al., 53
Vascularity of dental pulp in cats. The. Vong-
dentist as physician. Newman, H.N., 1854
savan, N. and Matthews, B., 1913
BROMODEOXYURIDINE
BACTERIAL ADHESION BONDING, DENTAL Influence of growth hormone on cell prolifera¬
Adhesion of mutans streptococci to glass with tion in odontogenic epithelia by bromo-
and without a salivary coating as studied in Conference report: International Symposium deoxyuridine immunocytochemistry and
a parallel-plate flow chamber. Busscher, on Adhesives in Dentistry. Wei, S.H.Y. and morphometry in the Lewis dwarf rat. The.
HJ.., era/., 491 Barkmeier,W.W.,75 Young, W.G., etaL, 1807
Heterogeneity of surfaces of subgingival bac¬ Early bond strength of luting cements to a
teria as detected by zeta potential measure¬ precious alloy. Mojon, P.. et aL, 1633 CALCIUM
ments. Cowan. M.M., era/1,1803 Effect of carbamide-peroxide gel on the shear Effect of calcium in model plaque on the anti¬
bond strength of a microni resin to bovine
caries activity of fluoride in vitro. Blake-
BACTEROIDES enamel. The. Titley, K.C., et al., 20 Haskins,J.C.. era/.. 1482
Effect of using layered specimens for determi¬
Immunoglobulins in milk from cows im¬ Occurrence of interglobular dentin in incisors
nation of the compressive strength of glass-
munized with oral strains of Actinomyces, of hypophosphatemic mice fed a high-cal¬
ionomer cements. The. Anstice, H.M., et
Prevotella, Porphyromonas, and Fusobac- cium and high-phosphate diet. The. Abe,
aL,1871
terium. Takahashi,N..era/., 1509 K.. era/., 478
Effects of cement-curing modes on dentin
bonding of inlays. Zuellig-Singer, R., et aL,
BEHAVIOR THERAPY CALCIUM FLUORIDE
1842
Correlates of success and failure in behavior ESCA study on dental alloy surface modified In vivo fluoride concentrations measured for
therapy for dental fear. Kleinhauz. M.. et by Ga-Sn alloy. Ohno, H., et at, 1332 two hours after a NaF or a novel two-solu¬
oL.1832 Influence of polymerization shrinkage of resin tion rinse. Vogel, G.L., et aL, 448
VoZ. 71 No. 12 INDEX. Vol. 71 1949
CALCIUM PHOSPHATES CELLULOSE controlled-release system containing
Silica-induced precipitation of calcium Rt of gold-alloy full-crown castings made chlorhexidine. Kozlovsky. A..etal, 1577
phosphate in the presence of inhibitors of with pre-wetted casting ring liners. The. Microbiological aspects of chemical control of
hydroxyapatite formation. Damen, J.J.M. Morey, E.F. and Eamshaw, R., 1838 plaque and gingivitis. Marsh, P.D.. 1431#
and Ten Cate. J.M., 4S3
CHOLECALCIFEROLS
CHARCOAL
CANDIDA ALBICANS Effect of local application of 1,25-dihydroxy-
Fluoride sorption characteristics of different
Chlorhexidine effects on membrane lipid grades of bone charcoal, based on batch cholecalciferol on osteoclast numbers in or-
thodontically treated rats. The. Takano-
domains of human buccal epithelial cells. tests. Mwaniki, D.L., 1310
Yamamoto, T., et al, 53
Audits, K.L., et al, 1298
CHEEK
CHONDROITIN SULFATE
CARABELLI TRAIT
Chlorhexidine effects on membrane lipid
Distribution of chondroitin sulfate and der¬
Fitting genetic models to Carabelli trait data in domains of human buccal epithelial cells.
South Australian twins. Townsend, G.C. Audus, K.L., et al, 1298 matan sulfate in normal and inflamed human
gingivae. Bartold, P.M., 1587
and Martin, N.G.. 403,1760 (erratum)
CHEEKPOUCH
CHORDA TYMPANI NERVE
CARBACHOL
Changes in the microvasculature after me¬
Arachidonic acid regulates the phosphoinosi- chanical pressure on the hamster cheek Axon populations in cat lingual and chorda
tympani nerves. Holland, G.R. and Robin¬
tide signal transduction pathway in subman¬ pouch, lida, J.. er a/.. 1304
son, P.P.. 1468
dibular acinar cells. Chung, H.C. and
Fleming, N., 1462 CHEESE
CHROMATOGRAPHY, GAS
In situ model for simultaneous assessment of
CARBAMIDE-PEROXIDE GEL Fatty acids of healthy and periodontally dis¬
inhibition of demineralization and enhance¬
Effect of carbamide-peroxide gel on the shear ment of remineralization. An. Featherstone, eHa.s. eedt arol.o, t4 s3u bstance in human teeth. Lygre,
bond strength of a micrord resin to bovine J.D.B. and Zero, D.T., 804*
enamel. The. Titley, K.C., ctaZ., 20 CHEWING (see Mastication) CHROMOSOMES, BACTERIAL
Effects of external bleaching on indentations
and abrasion characteristics of human Restriction fragment length polymorphism
enamel in vitro. Seghi, R.R. and Denry, 1., CHEWING GUM analysis of the fimbrillin locus, fimA, of
1340 Effect of chewing gum use on in situ enamel Porphyromonasgingivalis. Loos, B.G. and
lesion remineralization. The. Creanor, S.L., Dyer. D.W.. 1173
CARBOHYDRATES etai.mS
CLINICAL TRIALS
Composition of pooled plaque fluid from car¬
CHILDREN Determination and selection of the optimum
ies-free and caries-positive individuals fol¬
number of sites and patients for clinical
lowing sucrose exposure. Margoiis, H.C. Dental predictors of high caries increment in
studies. Hujoel, P.O. and DeRouen, T.A.,
and Moreno, E.C., 1776 children. Steiner, M., et al., 1926
1516,1760 (erratum)
CARBON DIOXIDE LASER CHLORHEXIDINE
COLLAGEN
Initial dissolution rate studies on dental enamel Agents for the management of plaque and
Expression of type I collagen pro-az chain
after CO2 laser irradiation. Fox, J.L., et al., gingivitis. Ciancio, S.G., 1450#
mRNA in adult human permanent teeth as
1389 Chlorhexidine effects on membrane lipid
revealed by in situ hybridization. Lukin-
domains of human buccal epithelial cells.
maa, P.-L., eraZ.,36
CARTILAGE Audus, K.L., et al., 1298
Immunohistochemical localization of types I,
Delivery of antiplaque agents from dentifrices,
Alterations in rat condylar cartilage following gels, and mouthwashes. Cummins, D. and V, and VI collagen in human permanent
discectomy. Hinton, R.J.. 1292 Creeth, J.E., 1439 teeth and periodontal ligament. Lukinmaa,
Relationship of undifferentiated mesenchymal Effect of an experimental chewable antiplaque P.-L. and Waltimo, J., 391
cells to TMJ articular tissue thickness. The. preparation containing chlorhexidine on Site-specific expression of collagen I and XII
Bibb, C.A., et al., 1816 plaque and gingival index scores. Nuuja, mRNAs in the rat periodontal ligament at
two developmental stages. Karimbux, N.Y.,
T.T., etal, 1156
CATHEPSINSBANDG Effect of chlorhexidine varnish treatment on etal, 1355
Solubilization of dentin matrix collagen in
salivary mutans streptococcal levels in child
Immunocytochemical localization of cathep- situ. Van Strijp, A.J.P., et al, 1498
orthodontic patients. The. Sandham, H. J., et
sins B and G in odontoclasts of human de¬
ai.yi
ciduous teeth. Sasaki, T. and Ueno-Matsuda, COMPOSITES
Effects of chlorhexidine-containing gel and
E.. 1881
varnish on abutment teeth in patients with Chewing pressure vs. wear of composites and
overdentures. Keltjens, H.M.A.M., et al, opposing enamel cusps. Lutz, F., et al,
CATS
1582 1525
Axon populations in cat lingual and chorda Examination by x-ray photoelectron spectros¬ Dependence of shrinkage stress reduction on
tympani nerves. Holland, G.R. and Robin¬ copy of the adsorption of chlorhexidine on porosity concentration in thin resin layers.
son. P.P.. 1468 hydroxyapatite. Sodhi, R.N.S., etal, 1493 The. Alster, D., et al, 1619
Vascularity of dental pulp in cats. The. Vong- Inhibition of plaque formation and gingivitis Effect of contact area size on enamel and com¬
savan, N. and Matthews, B., 1913 in beagle dogs by topical use of a degradable posite wear. Krejci,I.,etal, 1413
1950 J Dent Res December 1992
COMPOSITES (Continued) Effects of cleaning on the kinetics of in vitro New method for promoting adhesion between
metal release from dental casting alloys. precious metal alloys and dental adhesives,
Evaluation of subsurface defects created
The. Wataha,J.C.,era/, 1417 A. Ohno, H., et aL, 1326
during the Hnishing of composites. Ferra-
cane, J.L.. etoL, 162S
CRACKS (see Fractures) DENTAL AMALGAM
Quest editorial: what’s in those wonder(ful)
restorative materials? Bowen, R.L., 1640 Daily dose calculations from measurements of
Influence of aldehydes on selected mechanical CRANIOMANDIBULAR DISORDERS intra-oral mercury vapor. Olsson, S. and
properties of resin composites. Peutzfeldt, Demand and need for treatment of cranioman- Bergman, M., 414
A. and Asmussen, E., 1322 dibular dysfunction in the Dutch adult popu¬ Effectiveness of oxide films in reducing mer¬
Influence of ketones on selected mechanical lation. De Kanter, R.J.A.M., et al., 1607 cury release from amalgams. Ferracane,
properties of resin composites. Peutzfeldt, J.L., era/., 1131
A. and Asmussen, E., 1847 CREVICULAR FLUID (see Gingival
Influence of polymerization shrinkage of resin Crevicular Fluid) DENTAL ANXIETY
cements on bonding to metal. The. Verzij-
Correlates of success and failure in behavior
den,C.W.G.J.M., era/., 410
CROWNS therapy for dental fear. Kleinhauz, M., et
Measurement of water sorption by resin com¬
aL,1832
posite adhesives with near-infrared spec¬ Fit of gold-alloy full-crown castings made
troscopy. Diaz-Amold,A.M., era/., 438 with ceramic casting ring liners. The. Eam-
DENTALCALCULUS
Radiopacity and physical properties of ti- shaw, R. and Morey, E.F., 1863
tanium-polymethacrylate composite. Matsu- Fit of gold-alloy full-crown castings made Dental plaque and calculus: risk indicators for
mura,H., era/., 2 with pre-wetted casting ring liners. The. their formation. Christersson, L.A., et aL,
Solvent degradation and reduced fracture Morey, E.F. and Eamshaw, R., 1838 1423#
toughness in aged composites. Ferracane, Semi-empirical model for prediction of how
J.L. and Marker, V.A., 13 post-retained crowns will fail under com¬ DENTAL CARE
Synthesis and evaluation of new oxaspiro pressive loading. Mitchell, C.A., et aL,
monomers for double ring-opening poly¬ 1613 Guest editorial: the emergence of appropriate-
merization. Stansbuiy, J.W., 1408 ness-of-care issues. Bader, J.D., 302
Synthesis and evaluation of novel multi¬ CYSTEINE-PROTEASES
functional oligomers for dentisuy. Stans¬ DENTAL CARIES
buiy, I. W., 434 Immunocytochemical localization of cathep- Accuracy of visual inspection, flber-optic trans-
sins B and G in odontoclasts of human decid¬
illumination, and various radiographic image
COMPRESSIVE STRENGTH uous teeth. Sasaki, T. and Ueno-Matsuda, modalities for the detection of occlusal car¬
E., 1881
Effect of using layered specimens for determi¬ ies in extracted iKm-cavitated teeth. Wen¬
nation of the compressive strength of glass- DELAYED ACTION PREPARATIONS zel, A., era/., 1934
kxKxner cements. The. Anstice, H.M., et Comparative sensitivity of intia-oial, in vitro,
0/1.1871 Inhibition of plaque formation and gingivitis and animal models in the ’profile* evalua¬
in beagle dogs by topical use of a degradable tion of topical fluorides. The. White, D.J.,
COMPUTER-ASSISTED IMAGE controlled-release system containing chlor- 884*
PROCESSING (see Image Processing, hexidine. Kozlovsky,A.,era/., 1377 Comparison of fluoride profiles by SIMS with
mineral density of subsurface enamel lesions
Computer-Assisted)
DELMOPINOL treated intra-orally with a fluoride-releasing
device. Corprrm, R.E, era/, 828*
COMPUTER SIMULATION Effect of delmopinol on the cohesion of glu- Composition of pooled plaque fluid from caries-
Computer simulation of the influence of selec¬ can-containing plaque formed by Strepto¬ free and caries-positive individuals follow¬
tion and breakage of food on the chewing coccus mutans in a flow cell system. ing sucrose exposure. Margolis, H.C. and
efficiency of human mastication, A. Van Rundegren, J., et al., 1792 Moreno, E.C., 1776
Der Bilt, A., et al, 438 Interactions of delmopinol with constituents of Computer-based image analysis of natural ap-
experimental pellicle. Steinberg, D., et aL, proximal caries on radiographic films.
CONNECTIVE TISSUE 1797 Heaven, T.J., et al, 846*
Conference report: the efllcacy of caries-pre¬
Characterization of fibroblast clones from DEMINERALIZATION (see Tooth ventive strategies. Pollard, M.A. and Cur-
periodontal granulation tissue in vitro. Hak- Demineralization) zon,M.E.J.,1343
kinen, L. and Larjava, H., 1901 Current regulations and recommendations
Relationship of undifferentiated mesenchymal DENTAL ALLOYS concerning water fluoridation, fluoride sup¬
cells to TMJ articular tissue thickness. The. Early bond strength of luting cements to a plements, and topical fluoride agents. New-
Bibb, C.A., era/., 1816 precious alloy. Mojon, P., et oL, 1633 brun,E., 1233®
Effects of cleaning on the kinetics of in vitro Dental predictors of high caries increment in
CONTRACTION metal release from dental casting alloys. children. Steiner, M.,era/., 1926
The. Wataha,J.C.,era/., 1417 Effect of a two-solution fluoride mouthrinse
Influence of polymerization shrinkage of resin
ESCA study on dental alloy surface modifled on remineralization of eiuunel lesions in
cements on bonding to metal. The. Verzij-
by Ga-Sn alloy. Ohno, H., et aL, 1332 vitro. Chow, L.C., et al, 443
den, C.W.G.J.M., era/., 410
Fit of gold-alloy full-crown castings made Effect of calcium in model plaque on the anti¬
with ceramic casting ring liners. The. Eam¬ caries activity of fluoride in vitro. Blake-
COPPER
shaw, R. and Morey, E.F., 1863 Haskins, J.C., et al, 1482
Delivery of antiplaque agents from dentifrices, Fit of gold-alloy full-crown castings made Eflect of lesion characteristic on remineraliza¬
gels, and mouthwashes. Cummins, D. and with pre-wetted casting ring liners. The. tion and model sensitivity. The. Schafer, F.,
Creeth,J.E., 1439 Morey, E.F. and Eamshaw, R., 1838 era/., 811*
Vol. 71 No. 12 INDEX, Vol. 71 1951
DENTAL CARIES (Continued) iatrogenic preparation damage. Qvist, V., et Effect of a two-solution fluoride mouthrinse
Effect of study design on in situ treatment of al, 1370 on remineralization of enamel lesions in
Role of albumin in developing rodent dental vitro. Chow, L.C., er a/:, 443
carious enamel lesions. The. Vernon, P.G.,
era/:, 814* enamel. The: a passible explanation for white Eflect of carbamide-peroxide gel on the shear
Effect of sucrose on plaque pH in the primary spot hypoplasia. Robinson, C., et al, 1270 bond strength of a microfll resin to bovine
and permanent dentition of caries-inactive Solubilization of dentin matrix collagen in situ. enamel. The. Titley, K.C., er al, 20
and -active Kenyan children. The. Fejer- Van Strijp, A.J.P., et al, 1498 Effect of chewing gum use on in situ eiuunel
skov,0., era/., 25 Statistical considerations related to intra-oral lesion remineralization. The. Creanor, S.L.,
Effects of sucralose, xylitol, and sorbitol on studies. Proskin, H.M., 901* etal. 1895
remineralization of caries lesions in rats. Study of the ability of an in situ reminerali¬ Effect of contect area size on enamel and com¬
The. Bowen, W.H. and Pearson, S.K., 1166 zation model to differentiate between the posite wear. Krejci, I., er al, 1413
Findings from an in situ thin-section sandwich effects of two fluoride dentifrices that pro¬ Effect of lesion characteristic on remineraliza¬
model for evaluating cariogenic and anti- duced significantly different clinical caries tion and model sensitivity. The. Schafer, F.,
cariogenic activity. Mellberg, J.R., er a/., results, A. Mellberg, J.R., et al, 1169 era/., 811*
850* Technical advances in intra-oral model sys¬ Effect of study design on in situ ueatment of
Fluoride dose-response evaluation in an anti¬ tems used to assess cariogenicity: experi¬ carious enamel lesions. The. Vernon, P.G.,
caries clinical trial, A. Marks, R.G., er a/., mental design and analysis (reactor paper). era/:, 814*
1286 Stephen, K.W., 905* Effects of external bleaching on indentations
Guest editorial: pit-and-fissure sealants: a aitd abrasion characteristics of human enam¬
global lack of science transfer? Mertz-Fair- DENTAL CASTING INVESTMENT el in vitro. Seghi, R.R. and Demy, I., 1340
hurst, E.J., 1543 Ht of gold-alloy fiill-crown castings made with Effects of hypocalcemia/hypophosphatemia on
Hard-tissue substrates for evaluation of cario¬ ceramic casting ring liners. The. Eamshaw, porcine bone and dental hard tissues in an
genic and anti-cariogenic activity in situ. R. and Morey, E.F., 1865 inherited form of type 1 pseudo-vitamin D
Mellberg, J.R., 913* Ht of gold-alloy full-crown castings made with deficiency rickets. The. Limeback, H., er
Humoral IgG antibodies to oral microbiota in pre-wetted casting ring liners. The. Morey, a/:, 346
a population at risk for root-surface caries. E.F. and Eamshaw, R., 1858 Hndings from an in situ thin-section sandwich
Kent, R., era/., 1399 model for evaluating cariogenic and anti-
ICT in situ experimental model in dental re¬ DENTAL CAVITY PREPARATION cariogenic activity. Mellberg, J.R., er al,
search, The. Koulourides, T. and Chien, 850*
M.C., 822* Effects of cement-curing modes on dentin bond¬ Hard-tissue substrates for evaluation of cario¬
Importance of model parameters in the assess¬ ing of inlays. Zuellig-Singer,R.,era/:, 1842 genic and anti-cariogenic activity in situ.
ment of intra-oral remineralization. Ten Progression of approximal caries in relation to Mellberg, J.R., 913*
Cate, J.M.,era/.,879* iatrogenic preparation damage. Qvist, V., et ICT in situ experimental model in dental re¬
Improved intra-oral enamel demineralization al.1370 search, The. Koulourides, T. and Chien,
test model for the study of dental caries. An. M.C.,822*
DENTAL CEMENTS
Zero, D.T., era/., 871* Improved intra-oral enamel demineralization
In situ model for simultaneous assessment of Early bond strength of luting cements to a test model for the study of dental caries. An.
inhibition of demineralization and enhance¬ precious alloy. Mojon, P., etal, 1633 Zero, D.T., era/., 871*
ment of remineralization. An. Featherstone, Effects of cement-curing modes on dentin bond¬ In situ enamel section model for assessment of
J.D.B. and Zero, D.T., 804* ing ofinlays. Zuellig-Singer, R., era/:, 1842 enamel re/demineralization potential. An.
In vivo fluoride concentrations measured for Influence of polymerization shrinkage of resin Stephen, K.W., era/:, 856*
two hours after a NaF or a novel two-solu¬ cements on bonding to metal. The. Verzij- In situ model for simultaneous assessment of
tion rinse. Vogel, G.L., er a/., 448 den,C.W.G.J.M.,efa/.,410 inhibition of demineralization and enhaiKe-
In vivo orthodontic banding model for vital ment of remineralization. An. Featherstone,
teeth and the in situ orthodontic banding DENTAL CEMENTUM J.D.B. and Zero, D.T., 804*
model for hard-tissue slabs. 0gaard, B. and In vivo fluoride concentrations measured for
R0lla,G., 832* Fatty acids of healthy and periodontally dis¬ two hours after a NaF or a novel two-solu¬
Interim report of the ad hoc committee for the eased root substaiKe in human teeth. Lygre, tion rinse. Vogel, G.L., er al, 448
consideration of statistical concerns related H., era/., 43 In vivo orthodontic banding model for vital
to the use of intra-oral models in submis¬ Histomorphometric study of the periodontal teeth and the in situ orthodontic banding
sions for product claims approval to the vasculature of the rat incisor. Blauschild, model for hard-tissue slabs. 0gaard,B. and
American Dental Association. Proskin, H.M., N., era/., 1908 R0lla,G.,832*
era/., 949* Initial dissolution rate studies on dental enamel
Intra-oral models: comparison of in situ sub¬ DENTAL ENAMEL after C02 laser irradiation. Fox, J.L., er al,
strates. 0gaard, B. and Rolla, G., 920* Chewing pressure vs. wear of composites and 1389
Intra-oral models to assess cariogenicity: eval¬ opposing enamel cusps. Lutz, F., et al, Intra-oral models: comparison of in situ sub¬
uation of oral fluoride and pH. Duckworth, 1525 strates. 0gaard, B. and Rolla, G., 920*
R.M. and Gilbert, R.J., 934* Comparison of fluoride profiles by SIMS with Intra-oral models for studying de- and remin¬
Level and timing of systemic exposure to mineral density of subsurface enamel lesions eralization in man: methodology and meas¬
fluoride with respect to caries resistance. treated intra-orally with a fluoride-releasing urement. Manning, R.H. and Edgar, W.M.,
The. Hargreaves, J.A., 1244® device. Corpron, R.E., era/., 828* 895*
Oral fluoride measurements for estimation of Demineralization and remineralization eval¬ Intra-oral models to assess cariogenicity: eval¬
the anti-caries efficacy of fluoride treat¬ uation techniques. Arends, Land ten Bosch, uation of oral fluoride and pH. Duckwcxth,
ments. Duckworth, R.M., et al, 836* J.J.,924* R.M. and Gilbert, R.J., 934*
Patient selection and appliance design in intra- Demineralization and remineralization eval¬ Intra-oral single-section demineralization/re-
oral models. Ten Cate, J.M., 908* uation techniques—added considerations. mineralization iiKxlel, An. Wefel, J.S. and
Progression of approximal caries in relation to White, D.J., er al, 929* Jensen, M.E., 860*
1952 J Dent Res December 1992
DENTAL ENAMEL (Continued) DENTAL PLAQUE uation of oral fluoride and pH. Duckworth,
R.M. and Gilbert, R.J., 934*
Iroointheenameloidofpercifonnfish. Suga, Agents for the management of plaque and gin¬
Microbiological aspects of chemical control of
S..etaL. 1316 givitis. Ciancio, S.G., 1450#
plaque and gingivitis. Marsh, P.D., 1431#
Lal^ or surface pools of magnesium, sodium, Assessment of the effects of dentifrices on
Neutrophil elastase and its inhibitors in human
and potassium in developing porcine enamel plaque acidogenesis via intra-oral measure¬
gingival crevicular fluid during experimen¬
mineral. Aoba, T., et oL, 1826 ment of plaque acids. Simone, A.J., et aL,
tal gingivitis. Giaimopoulou, C, et al, 359
Quantitative comparison of methods measur¬ 864*
New agents in the chemical control of plaque
ing fluoride in solutions or in enamel. Ten Composition of pooled plaque fluid from caries-
and gingivitis: reaction paper. O’Mullane,
Bosch, J J. and Booij, M., 945* free and caries-positive individuals follow¬
D., 1455#
Reduction of intra-oral demineralization of enam¬ ing sucrose exposure. Margolis, H.C. and
New agents in the chemical control of plaque
el after single exposures to sodium fluoride. Moreno, E.C., 1776
and gingivitis: reaction paper. Van Dyke,
Kashket, S. and Lopez, L.R., 867* Delivery of antiplaque agents from dentifrices,
T.E., 1457#
Role of albumin in developing rodent dental gels, and mouthwashes. Cummins, D. and
Oral fluoride measurements for estimation of
enamel. The: a possible explanation for Creeth, J.E., 1439
the anti-caries efficacy of fluoride treatments.
whiteqxMhypoplasia. Robinson, C,era/., Dental plaque and calculus: risk indicators for
Duckworth, R.M., et al, 836*
1270 their formation. Christersson, L.A., et al,
Reduction of intra-oral demineralization of
Study of the ability of an in situ remineraliza¬ 1425#
enamel after single exposures to sodium
tion model to differentiate between the ef¬ Distribution of fluoride in saliva and plaque
fluoride. Kashket, S. and Lopez, L.R., 867*
fects of two fluoride dentifrices that pro¬ fluid after a 0.048 mol/L NaF rinse. Vogel,
Silica-induced precipitation of calcium phos¬
duced significantly different clinical caries G.L., era/., 1553
phate in the presence of inhibitors of hydroxy¬
results, A. Mellberg, J.R., etai, 1169 Effect of an experimental chewable antiplaque
apatite formation. Damen, J.J.M. and Ten
Subsurface demineralization in dental enamel preparation containing chlorhexidine on
Cate, J.M., 453
and other permeable solids during acid dis¬ plaque and gingival index scores. Nuuja,
solution. Anderson, P. and Elliott, J.C., T.T.,efa/., 1156
DENTAL PLAQUE INDEX
1473 Effect of calcium in model plaque on the anti¬
Technical advances in intra-oral model sys¬ caries activity of fluoride in vitro. Blake- Effect of an experimental chewable antiplaque
tems used to assess cariogenicity: experi¬ Haskins,J.C., era/., 1482 preparation containing chlorhexidine on
mental design and aiutlysis (reactor paper). Effect of delmopinol on the cohesion of glu- plaque and gingival index scores. Nuuja,
Stephen, K.W., 905* can-containing plaque formed by Strepto¬ T.T., era/., 1156
coccus mutans in a flow cell system.
DENTAL HEALTH SERVICES Rundegren, J., et al, 1792 DENTAL POLISHING
Effect of sucrose on plaque pH in the primary
Guest editorial: dentistry for the year 2000—a
and permanent dentition of caries-inactive Evaluation of subsurface defects created dur¬
Japanese dental industry’s perspective.
and -active Kenyan children. The. Fejer- ing the finishing of composites. Ferracane,
Nakao,M.,1347
skov, O., era/., 25 J. L., era/., 1628
Effect of xylitol consumption on the plaque-
DENTAL HEALTH SURVEYS
saliva distribution of mutans streptococci DENTAL PORCELAIN
Demand and need for treatment of cranioman- and the occurrence and long-term survival
dibular dysfunction in the Dutch adult popu¬ ofxylitol-resistantstrains. Trahan, L., era/., Analysis of tempering stresses in bilayered
lation. De Kanter, R.J.A.M., etai, 1607 1785 porcelain discs. DeHoff, P.H. and Anusavice,
Effect of sucrose on plaque pH in the primary Fluoride concentrations in plaque, whole K. J.,1139
and permanent dentition of caries-inactive saliva, and ductal saliva after application of Influence of tempering method on residual
and -active Kenyan children. The. Fejer- home-use topical fluorides. Zero, D.T., er stress in dental porcelain. Asaoka,K.,era/.,
skov, O., er oil, 25 al,1768 1623
Strengthening of feldspathic porcelain by ion
Fluoride retention in dentin after topical appli¬
DENTAL IMPLANTS cation of aminefluoride. Hellwig, E., 1558 exchange and tempering. Anusavice, K.J.,
era/., 1134
Conference report: materials research in max¬ Hard-tissue substrates for evaluation of cario-
illofacial prosthetics. Khan, Z., ef a/., 1541 genic and anti-cariogenic activity in situ.
DENTAL PROSTHESIS
Light and transmission electron microscopy of Meilberg,J.R.,913*
the intact interfaces between tKxi-submerged Improved intra-oral enamel demineralization Conference report: materials research in max¬
titanium-coated epoxy resin implants and test model for the study of dental caries. An. illofacial prosthetics. Khan,Z.,etai., 1541
bone or gingiva. Listgarten, M.A., et al., Zero, D.T., etai, 871*
364 Inhibition of plaque formation and gingivitis DENTAL PULP
in beagle dogs by topical use of a degradable
DENTALLEAKAGE controlled-release system containing chlor¬ Dentinogenic activity of allogenic plasma fi-
hexidine. Kozlovsky, A., et al., 1577 bronectin on dog dental pulp. Tziafas, D., er
Evaluation of subsurface defects created dur¬
In vivo fluoride concentrations measured for a/., 1189
ing the finishing of composites. Ferracane,
two hours after a NaF or a novel two-solu¬ Immtmohistochemical evidence for the occur¬
I.L., erol, 1628
tion rinse. Vogel, G.L., et al, 448 rence of endothelin in the vascular en¬
In vivo orthodontic banding model for vital dothelium of normal and inflamed human
DENTAL MATERIALS
teeth and the in situ orthodontic banding dental pulp. Casasco, A., 475
Guest editorial: bridging the gap between lab¬ model for hard-tissue slabs. 0gaard, B. and Immunohistochemical study of the distribu¬
oratory research and clinical practice—den¬ Rolla,G.,832* tion of immunocompetent cells, especially
tists doing dental materials research. Beech, Interactions of delmopinol with constituents of macrophages and la antigen-expressing
D.. 1266 experimental pellicle. Steinberg, D., et al, cells of heterogeneous populations, in nor-
Guest editorial: what’s in those wonder(ful) 1797 nuil rat molar pulp. Okiji, T., et al, 1196,
restorative materials? Bowen, R.L., 1640 Intra-oral models to assess cariogenicity: eval¬ 1760 (erratum)
Vol. 71 No. 12 INDEX, Vol. 71 1953
DENTAL PULP (Continued) Evaluation of smear layers on serial sections DENTURE, PARTIAL, nXED,
of human dentin by means of electrochemi¬ RESIN-BONDED
Periapical innervation of the ferret canine one cal impedance measurements. Levinkind, Seven-and-a-half-year survival study of resin-
year after pulpectomy. Holland, G.R., 470
M., era/., 426
Vascularity of dental pulp in cats. The. Vong- bonded bridges, A. Creugers, N.H.J., etal,
Expression of type 1 collagen pro-a2 chain 1822
savan, N. and Matthews, B., 1913 mRNA in adult human permanent teeth as
DENTAL PULP CAVITY revealed by in situ hybridization. Lukin- DENTURES
maa, P.-L., et a/., 36
Guest editorial: pulp biology research—is the Fluoride retention in dentin after topical appli¬ Conuninution of food by complete-denture
frog still deaf? Oakland, L.K., 1732 cation of aminefluoride. Hellwig, E., 1558 wearers. Slagter, A.P., er a/., 380
Guest editorial: pulp biology research—is the Effects of chlorhexidine-containing gel and
DENTAL RESTORATION, PERMANENT frog sdll deaf? Bakland, L.K., 1732 varnish on abutment teeth in patients with
Hard-tissue substrates for evaluation of cario¬ overdentures. Keltjens, H.M.A.M., et al.,
Fatigue behavior of direct post-and-core- genic and anti-cariogenic activity in situ. 1582
restored pienx)lars. Huysman, M.C.D.NJ.M., Mellberg, J.R., 913* Influence of denture-wearing and age on the
etaL, UA5 In vitro model for assessment of fluoride up¬ oral microflora. The. Marsh, P.D., et al.
Guest editorial: what’s in those wonder(ful)
take from glass-ionomer cements by dentin
restorative materials? Bowen, R.L., 1640
and its effect on acid resistance. An.
Tsanidis, V. and Koulourides, T., 7 DERMATAN SULFATE
DENTIFRICES
Intra-oral models: comparison of in situ sub¬ Distribution of chondroitin sulfate and der¬
Assessment of the effects of dentifrices on strates. 0gaard, B. and Rolla, G., 920* matan sulfate in normal and inflamed human
plaque acidogenesis via intra-oral measure¬ Intra-oral models for studying de- and remin¬ gingivae. Bartold, P.M., 1587
ment of plaque acids. Simone, A.J., et al, eralization in man: methodology and meas¬
864* urement. Manning, R.H. and Edgar, W.M., DESMOSOMES
Changing patterns of systemic fluoride intake. 895*
The. Burt, B.A., 1228® Morphological aspects of the resin-dentin Immunolocalization of integrin a6p4 in mouse
Comparative sensitivity of intra-oral, in vitro, interdiffusion zone with different dentin junctional epithelium suggests an anchoring
and animal models in the ’profile’ evalua¬ adhesive systems. Van Meerbeek, B., et al, function to both the internal and the external
tion of topical fluorides. The. White, D.J., 1530 basal lamina. Hormia, M., et al., 1503
884* Occurrence of interglobular dentin in incisors
Delivery of antiplaque agents from dentifrices, of hypophosphatemic mice fed a high-cal¬ DEXTRANS
gels, and mouthwashes. Cummins, D. and cium and high-phosphate diet. The. Abe,
Interactions of delmopinol with constituents of
Creeth, J.E., 1439 K., era/., 478
experimental pellicle. Steinberg, D., et al.,
Findings from an in situ thin-section sandwich
1797
model for evaluating cariogenic and anti- DENTIN SOLUBILITY
cariogenic activity. Mellberg, J.R., et al.,
850* Solubilization of dentin matrix collagen in DIET
Fluoride availability in human saliva after den¬ situ. Van Strijp, A.J.P., era/., 1498
Changing patterns of systemic fluoride intake.
tifrice use; correlation with anticaries effects
The. Burt, B.A., 1228®
in rats. Afflitto, J.,etal.,Ml* DENTINOGENESIS
Dietary fluoride supplements (Group III re¬
In situ enamel section model for assessment of
enamel re/demineralization potential. An. Dentinogenic activity of allogenic plasma fl- port, Workshop on Changing Patterns of
Stephen, K.W., et al., 856* bronectin on dog dental pulp. Tziafas, D., et Fluoride Intake), 1224®
In situ model for simultaneous assessment of a/., 1189
inhibition of demineralization and enhance¬ DIHYDROXYCHOLECALCIFEROL
ment of remineralization. An. Featheistone, DENTISTRY Effect of age on the rate of tooth movement in
J.D.B. and Zero, D.T.. 804*
combination with local use of l,25(OH)2D3
Microbiological aspects of chemical control of Guest editorial; dentistry for the year 2000—a
and mechanical force in the rat. Takano-
plaque and gingivitis. Marsh, P.D., 1431# Japanese dental industry’s perspective.
Yamamoto, T., etal, 1487
Oral fluoride measurements for estimation of Nakao,M., 1347
Effect of local application of 1,25-dihydroxy-
the anti-caries efflcacy of fluoride treat¬ Guest editorial: the emergence of appropriate-
cholecaiciferol on osteoclast numbers in or-
ments. Duckworth, R.M., et al., 836* ness-of-care issues. Bader, J.D., 502
ihodontically treated rats. The. Takano-
Study of the ability of an in situ reminerali-
Yamamoto, T., et al, 53
zation model to differentiate between the DENTISTS
effects of two fluoride dentifrices that pro¬
Factors affecting blood mercury concentra¬ DMF INDEX
duced significantly different clinical caries
results, A. Mellberg, J.R., et al, 1169 tions in practicing dentists. Chang, S.-B., et Dental predictors of high caries increment in
al.,66 children. Steiner,M.,era/., 1926
DENTIN Guest eaitorial: bridging the gap between lab¬ Fluoride dose-response evaluation in an anti¬
oratory research and clinical practice—den¬ caries clinical trial, A. Marks, R.G., et al,
Demineralization and remineralization eval¬ tists doing dental materials research. Beech, 1286
uation techniques. Arends, J. and ten Bosch, D., 1266
J.J..924*
DNA FINGERPRINTING
Demineralization and remineralization eval¬ DENTITION, PRIMARY
uation techniques—added considerations. Restriction erxlonuclease-fragment length poly¬
White, D.J., era/., 929* Effect of sucrose on plaque pH in the primary morphisms choral viridans streptococci, com¬
Effects of cement-curing modes on dentin and permanent dentition of caries-inactive pared by conventional and field-inversion
bonding of inlays. Zuellig-Singer, R., era/., and -active Kenyan children. The. Fejer- gel electrophoresis. Rudney, J.D., et al,
1842 skov, O., era/., 25 1182
1954 J Dent Res December 1992
DNA FINGERPRINTING (Continued) ELECTROMYOGRAPHY ETHANOL (see Alcohol, Ethyl)
Statistical approach to the ecology of Porphyro- Electromyographic heterogeneity in the hu¬
ETIDRONATE DISODIUM
monasgingivalis, A. Loos, B.G., etai, 3S3 man masseter muscle. Blanksma, N.G., et
aL,47 Initial dissolution rate studies on dental enamel
DOGS Masticatory muscle activity in different jaw after CO2 laser irradiation. Fox, J.L., era/.,
relations during submaximal clenching ef¬ 1389
Changes in oxygen consumption in dog gin¬
forts. Visser, A., et a/., 372
giva during induction of experimental perio¬ EXTRACELLULAR MATRIX
dontitis. Hanioka, T.. era/.,466
ELECTROPHORESIS, GEL, PULSED- Site-specific expression of collagen I and XII
Dentinogenic activity of allogenic plasma fl-
nELD mRNAs in the rat periodontal ligament at
bronectin on dog dental pulp. Tziafas, D.. er
two developmental stages. Karimbux, N.Y.,
01.1189 Restriction endonuclease-fragment length poly¬
Inhibition of plaque formation and gingivitis morphisms of oral viridans streptococci, era/., 1355
in beagle dogs by topical lise of a degradable compared by conventional and field-inver¬
EXTRACELLULAR MATRIX PROTEINS
controlled-release system containing chlor- sion gel electrophoresis. Rudney, J.D., et
hexidine. Kozlovsky, A., er of., 1577 a/., 1182 Expression of flbronectin and integrins in cul¬
Light and transmission electron microscopy of tured periodontal ligament epithelial cells.
the intact interfaces between non-sub- ENAMEL {see Dental Enamel) Uitto. V.-J., era/., 1203
merged titanium-coated epoxy resin im¬
plants and bone or gingiva. Listgarten, ENDODONTICS FACE
M.A.. eta/.. 364
Salivary flow induction by buccal permucosal Guest editorial: educational goals and research Comparison of jaw muscle cross-sections of
pilocarpine in anesthetized beagle dogs. directions in endodontics. Glickman, G.N., long-face and normal adults, A. van Spron-
Weaver, M.L., ef a/., 1762 79 sen.P.H..era/.. 1279
DRUG THERAPY ENDOTHELINS FATIGUE (see Stress, Mechanical)
Association between salivary flow rate and the Immunohistochemical evidence for the occur¬ FATTY ACIDS
use of systemic medication among 76-, 81 -, rence of endothelin in the vascular en¬ Fatty acids of healthy and periodontally dis¬
and 86-year-old inhabitants in Helsinki, Fin¬ dothelium of normal and inflamed human eased root substance in human teeth. Lygre,
land. Narhi, T.O., er a/., 1875 dental pulp. Casasco, A., 475 H.. era/., 43
EDUCATION, DENTAL ENZYMES FERRETS
Agents for the management of plaque and gin¬
Guest editorial: dentistry—some thoughts for Periapical innervation of the ferret canine one
the future. Klineberg, I., 1944 givitis. Ciancio, S.G., 1450# year after pulpectomy. Holland, G.R., 470
Guest editorial: educational goals and research
directions in endodontics. Glickman, G.N., EPITHELIAL CELLS nBER OPTICS
79 Chlorhexidine effects on membrane lipid
Accuracy of visual inspection, flber-optic trans¬
domains of human buccal epithelial cells.
EHDP (see Etidronate Disodium) Audus, K.L., era/., 1298 illumination, and various radiographic
image modalities for the detection of oc¬
Expression of fibronectin and integrins in cul¬
clusal caries in extracted non-cavitated
EICOSANOIDS tured periodontal ligament epithelial cells.
teeth. Wenzel, A.,era/., 1934
Uitto, V.-J., era/., 1203
Arachidonic acid regulates the phosphoinosi-
tide signal transduction pathway in subman¬ HBROBLASTS
EPITHELIUM
dibular acinar ceils. Chung, H.C. and
Characterization of flbroblast clones from perio¬
Fleming, N., 1462 Immunolocalization of integrin a6P4 in mouse dontal granulation tissue in vitro. Hakkinen,
Junctional epithelium suggests an anchoring L. and Larjava, H., 1901
EIKENELLA CORRODENS function to both the internal and the external
Humoral IgG antibodies to oral microbiota in basal lamina. Hormia, M., era/., 1503 FIBRONECTINS
Influence of growth hormone on cell prolifera¬
a population at risk for root-surface caries. tion in odontogenic epithelia by bromo- Dentinogenic activity of allogenic plasma fl¬
Kent, R., etai, 1399 deoxyuridine immunocytochemistry and bronectin on dog dental pulp. Tziafas, D., er
a/.. 1189
morphometry in the Lewis dwarf rat. The.
ELASTASE (see Pancreatopeptidase) Young, W.G., er a/., 1807 Expression of flbronectin and integrins in cul¬
Light and electron microscopic anterograde tured periodontal ligament epithelial cells.
ELECTRIC CONDUCTIVITY WGA-HRP tracing study on the sensory Uitto, V.-J., era/., 1203
Evaluation of smear layers on serial sections innervation of junctional and sulcular
of human dentin by means of electrochemi¬ epithelium in the rat molar, A. Kondo, T., FIMBRIAE, BACTERIAL
cal impedance measurements. Levinkind, era/., 60 Restriction fragment length polymorphism
M.. era/., 426 analysis of the flmbrillin locus, /imA, of
EPOXY RESINS Porphyromonasgingivalis. Loos, B.G. and
ELECTROMAGNETIC FIELD Dyer. D.W., 1173
Light and transmission electron microscopy of
Effect of a pulsing electromagnetic Held on the intact interfaces between non-sub-
FISHES
demineralized bone-mauix-induced bone for¬ merged titanium-coated epoxy resin im¬
mation in a bony defect in the premaxilla of plants and bone or gingiva. Listgarten, Iron in the enameloid of perciform fish. Suga,
rats. Takano-Yamamoto.T.,era/., 1920 M.A., er a/., 364 S.. era/., 1316
Vol. 71 No. 12 INDEX. Vol. 71 1955
FLOW CHAMBER, PARALLEL-PLATE tifrice use: correlation with anticaries effects Studies of fluoride retention by oral soft tissues
Adhesion of mutans streptococci to glass with in rats. Afflitto, J., era/., 841* after the application of home-use topical
Fluoride concentrations in plaque, whole fluorides. Zero, D.T.. era/., 1546
and without a salivary coating as studied in
saliva, and ductal saliva after application of Topical fluorides (Group II report. Workshop
a parallel-plate flow chamber. Busscher,
H.J., ,ero/.,491 home-use topical fluorides. Zero, D.T.. et on Changing Patterns of Fluoride Intake),
aL, 1768 1221®
Ruoride dose-response evaluation in an anti¬
FLUORIDATION
caries clinical trial. A. Marks, R.G.. er al., FLUOROSIS (see Mottled Enamel)
Changing patterns of systemic fluoride intake. 1286
The. Burt, B.A.. 1228® Fluoride intake from beverage consumption in FOOD
Current regulations and recommendations a sample of North Carolina children. Pang,
concerning water fluoridation, fluoride D.T.Y.. era/., 1382 Comminution of food by complete-denture
supplements, and topical fluoride agents. Fluoride retention in dentin after topical appli¬ wearers. Slagter, A.P., er a/.. 380
Newbrun, E., 1253® cation of aminefluoride. Hellwig, E, 1558 Computer simulation of the influence of selec¬
Water fluoridation (Group I report. Workshop Fluoride sorption characteristics of difl'erent tion and breakage of food on the chewing
on Changing Patterns of Fluoride Intake), grades of bone charcoal, based on batch efficiency of human mastication, A. Van
1218® tests. Mwaniki, D.L.. 1310 Der Bilt, A., er aL, 458
In situ model for simultaneous assessment of
In situ enamel section model for assessment of
FLUORIDE POISONING enamel re/demineralization potential. An. inhibition of demineralization and enhance¬
ment of remineralization. An. Featherstone,
Acute and chronic fluoride toxicity. Whitford, Stephen, K.W.. era/., 856* J.D.B. and Zero, D.T., 804*
G.M.. 1249® In situ model for simultaneous assessment of
inhibition of demineralization and enhance¬
FRACTURES
FLUORIDES ment of remineralization. An. Featherstone,
J.D.B. and Zero, D.T., 804* Analysis of tempering stresses in bilayeted
Agents for the management of plaque and
In vitro model for assessment of fluoride up¬ porcelain discs. DeHoff, P.H. and Anusav-
gingivitis. Ciancio, S.G., 1450#
take from glass-ionomer cements by dentin ice.K.J..1139
Assessment of the effects of dentifrices on
and its effect on acid resistance. An. Solvent degradation and reduced fracture
plaque acidogenesis via intra-oral measure¬
Tsanidis, V. and Koulourides, T., 7 toughness in aged composites. Ferracane,
ment of plaque acids. Simone, A.J., et al,
Initial dissolution rate studies on dental enamel J.L. and Marker, V.A., 13
864*
after CO2 laser irradiation. Fox, J.L., et al., Strengthening of feldspathic porcelain by ion
Changing patterns of systemic fluoride intake.
1389 exchange and tempering. Anusavice, K.J.,
The. Burt. B.A.. 1228®
Intra-oral models to assess cariogenicity: eval¬ era/.. 1134
Comparative sensitivity of intra-oral, in vitro,
uation of oral fluoride and pH. Duckworth,
and animal models in the 'profile' evalua¬
R.M. and Gilbert, R.J.. 934* FUSOBACTERIUM
tion of topical fluorides. The. White, D.J.,
Level and timing of systemic exposure to
884* fluoride with respect to caries resistance. Immunoglobulins in milk from cows im¬
Comparison of fluoride profiles by SIMS with The. Hargreaves, J.A., 1244® munized with oral strains of Actinomyces,
mineral density of subsurface enamel lesions Oral fluoride measurements for estimation of Prevotella, Porphyromonas, and Fusobac-
treated intra-orally with a fluoride-releasing the anti-caries efficacy of fluoride treat¬ terium. Takahashi, N., era/., 1509
device. Corpron, R.E., et aL, 828*
ments. Duckworth, R.M., et oL, 836*
Conference report: the efficacy of caries-pre¬ pH regulation by Streptococcus mutans. GALLIUM
ventive strategies. Pollard, M.A. and Cur-
zon,M.E.J.,1345 Dashper, S.G. and Reynolds, E.C.. 1159 Effects of cleaning on the kinetics of in vitro
Current regulations and recommendations Quantitative comparison of methods measur¬ metal release from dental casting alloys.
ing fluoride in solutions or in enamel. Ten The. Wataha.J.C.era/., 1417
concerning water fluoridation, fluoride
supplements, and topical fluoride agents. Bosch, J.J. and Booij, M., 945* ESCA study on dental alloy surface modified
Sample size considerations in designing stud¬ by Ga-Sn alloy. Ohno, H., et a/., 1332
Newbrun, E., 1255®
ies with intra-oral models. Stookey, G.K..
Dietary fluoride supplements (Group III re¬
port, Workshop on Changing Patterns of era/.. 819* GELS
Studies of fluoride retention by oral soft tissues
Fluoride Intake), 1224®
after the application of home-use topical Changing patterns of systemic fluoride intake.
Distribution of fluoride in saliva and plaque
fluorides. Zero,D.T.,etaL, 1546 The. Burt,B.A., 1228®
fluid after a 0.048 mol/L NaF rinse. Vogel,
Study of the ability of an in situ reminerali¬ Delivery of antiplaque agents from dentifrices,
G.L., era/., 1553
zation model to differentiate between the gels, and mouthwashes. Cummins, D. and
Effect of a two-solution fluoride mouthrinse
effects of two fluoride dentifrices that pro¬ Creeth, J.E., 1439
on remineralization of enamel lesions in
duced significantly different clinical caries Effect of carbamide-peroxide gel on the shear
vitro. Chow,L.C.,era/.,443
results, A. Mellberg, J.R., et al., 1169 bond strength of a microfil resin to bovine
Effect of an experimental chewable antiplaque
Water fluoridation (Group I report. Workshop enamel. The. Utley, K.C., et al., 20
preparation containing chlorhexidine on
on Changing Patterns of Fluoride Intake), Effects of chlorhexidine-containing gel and
plaque and gingival index scores. Nuuja,
1218® varnish on abutment teeth in patients with
T.T.. era/., 1156
overdentures. Keltjens, H.M.A.M., et al.,
Effect of calcium in model plaque on the anti¬
FLUORIDES, TOPICAL 1582
caries activity of fluoride in vitro. Blake-
Haskins, J.C., et al., 1482 Current regulations and recommendations GENE EXPRESSION
Findings from an in situ thin-section sandwich concerning water fluoridation, fluoride
model for evaluating cariogenic and anti- supplements, and topical fluoride agents. Expression of type I collagen pro-a2 chain
cariogenic activity. Mellberg, J.R., et al., Newbrun, E., 1255® mRNA in adult human permanent teeth as
850* Fluoride retention in dentin after topical appli¬ revealed by in situ hybridization. Lukin-
Fluoride availability in human saliva after den¬ cation of aminefluoride. Hellwig, E., 1558 maa, P.-L., era/.,36
1956 J Dent Res December 1992
GENE EXPRESSION (Continued) Microbiological aspects of chemical control of GROWTH HORMONE
Site-specific expression of collagen I and XII plaque and gingivitis. Marsh, P.D., 1431# Influence of growth hormone on cell prolifera¬
mRNAs in the rat periodontal ligament at Neutrophil elastase and its inhibitors in human tion in odontogenic epithelia by bromo-
gingival crevicular fluid during experimen¬ deoxyuridine immunocytochemistry and
two developmental stages. Kaiimbux, N.Y.,
tal gingivitis. Giaruiopoulou, C, et aL, 359 morphometry in the Lewis dwarf rat. The.
er 01.1355
New agents in the chemical control of plaque Young, W.G.. era/., 1807
and gingivitis: reaction paper. O'Mullane,
GENES, BACTERIAL
D.. 1455# HALITOSIS
Restriction fragment length polymorphism New agents in the chemical control of plaque Guest editorial: halitosis—the need for further
analysis of the flmbrillin locus, fimA, of and gingivitis: reaction paper. Van Dyke, research and education. Rosenberg, M., 424
Porpkyromonasgingivalis. Loos, B.G. and T.E., 1457#
Dyer.D.W., 1173 HAMSTER
GLASS
Changes in the microvasculature after me¬
GINGIVA Adhesion of mutans streptococci to glass with
chanical pressure on the hamster cheek
Changes in oxygen consumption in dog gin¬ and without a salivary coating as studied in pouch, lids,!., etal, 1304
a parallel-plate flow chamber. Busscher,
giva during induction of experimental perio¬
dontitis. Hanioka, T., er of., 466 H.I...efa/..491 HARDNESS
Distribution of chondroitin sulfate and der¬ GLASS-IONOMER CEMENTS Changes in surface hardness of BisGMA/
matan sulfate in normal and inflamed human TEGDMA polymer due to enzymatic ac¬
gingivae. Bartold, P.M., 1587 Early bond strength of luting cements to a tion. Larsen, I.B., etal, 1851
Heterogeneity of surfaces of subgingival bac¬ precious alloy. Mojon, P., et aL, 1633
teria as detected by zeta potential measure¬ Effect of using layered specimens for determi¬ HEMORRHAGE
ments. Cowan, M.M., ero/.. 1803 nation of the compressive strength of glass-
Influence of anticoagulation on blood loss fol¬
Immunolocalization of integrin a6P4 in mouse ionomer cements. The. Anstice, H.M., et
lowing dental extractions. DeClerck, D., et
junctional epithelium suggests an anchoring al,1871
al,387
function to both the internal and the external In vitro model for assessment of fluoride up¬
basal lamina. Hormia, M., etai, 1503 take from glass-ionomer cements by dentin
HEXETIDINE
Light and electron microscopic anterograde and its effect on acid resistance. An.
WGA-HRP tracing study on the sensory Tsanidis, V. and Koulourides, T., 7 Microbiological aspects of chemical control of
innervation of junctional and sulcular epi¬ Semi-empirical model for prediction of how plaque and gingivitis. Marsh, P.D., 1431#
post-retained crowns will fail under com¬
thelium in the rat molar, A. Kondo, T., et
oL, 60 pressive loading. Mitchell, C.A., et al, HISTOCOMPATIBILITY ANTIGENS
1613 CLASS II
Light and transmission electron microscopy of
Studies on the adhesion of glass-ionomer ce¬
the intact interfaces between non-sub- Inununohistochemical study of the distribu¬
ments to dentin. Lin, A., et al, 1836
merged titanium-coated epoxy resin im¬ tion of immunocompetent cells, especially
plants and bone or gingiva. Listgarten, macrophages and la antigen-expressing
GLUCANS
M.A..et<2f..364 cells of heterogeneous populations, in nor¬
Effect of delmopinol on the cohesion of glu- mal rat molar pulp. Okiji, T., et al., 1196,
GINGIVAL CREVICUL AR FLUID can-containing plaque formed by Strepto¬ 1760 (erratum)
coccus mutans in a flow cell system.
Ntotrophil elastase and its inhibitors in human Rundegren, J., etal, 1792 HORSERADISH PEROXIDASE
gingival crevicular fluid during experimen¬ Interactions of delmopinol with constituents of
tal gingivitis. Giannopoulou, C., et ai, 359 experimental pellicle. Steinberg, D., et al, Light and electron microscopic anterograde
WGA-HRP tracing study on the sensory
1797
innervation of junctional and sulcular
GINGIVAL HEMORRHAGE
epithelium in the rat molar, A. Kondo, T.,
GLUCOSE
Dental plaque and calculus: risk indicators for etal, 60
their formation. Christersson, LA., et ai, Lysozyme enhances the inhibitory effects of
1425# the peroxidase system on glucose metabo¬ HYBRIDIZATION
lism of Streptococcus mutans. Lenander-
GINGIVAL INDEX Lumikari, M., et al, 484 Expression of type I collagen pro-a2 chain
mRNA in adult human permanent teeth as
Effect of an experimental chewable antiplaque GOLD revealed by in situ hybridization. Lukin-
maa, P.-L., et al, 36
preparation containing chlorhexidine on
plaque and gingival index scores. Nuuja, Effects of cleaning on the kinetics of in vitro Restriction endonuclease-fragment length poly¬
T.T.. era/.. 1156 metal release from dental casting alloys. morphisms of oral viridans streptococci,
The. Wataha, J.C., ef af, 1417 compared by conventional and field-inver¬
Ht of gold-alloy full-crown castings made with sion gel electrophoresis Rudney, J.D., et
GINGIVITIS
ceramic casting ring liners. The. Eamshaw, al,1182
Agents for the management of plaque and R. and Morey, E.F., 1865
gingivitis. Ciancio, S.G., 1450# Fit of gold-alloy full-crown castings made with HYDROGEN-ION CONCENTRATION
Distribution of chondroitin sulfate and der¬ pre-wetted casting ring liners. The. Morey,
matan sulfate in normal and inflamed human E.F. and Eamshaw, R., 1858 Effect of sucrose on plaque pH in the primary
and permanent dentition of caries-inactive
gingivae. Bartold, P.M., 1587
GRANULATION TISSUE and -active Kenyan children. The. Fejer-
Inhibition of plaque formation and gingivitis
skov, O., etal, 25
in beagle dogs by topical use of a degradable Characterization of fibroblast clones fiom perio¬ Intra-oral models to assess cariogenicity: eval¬
controlled-release system containing chlor¬ dontal granulation tissue in vitro. Hakkinen, uation of oral fluoride and pH. Duckworth,
hexidine. Kozlovsky, A., et al., 1577 L. and Larjava, H., 1901 R.M. and Gilbert, R.J., 934*