Citation: Ka. Hiller et al., DEVELOPMENTAL ENAMEL DEFECTS IN CHILDREN WITH DIFFERENT FLUORIDE SUPPLEMENTATION - A FOLLOW-UP-STUDY, Caries research, 32(6), 1998, pp. 405-411
Citation: S. Twetman et al., FLUORIDE CONCENTRATION IN WHOLE SALIVA AND SEPARATE GLAND SECRETIONS IN SCHOOLCHILDREN AFTER INTAKE OF FLUORIDATED MILK, Caries research, 32(6), 1998, pp. 412-416
Citation: Rm. Duckworth et Rjm. Lynch, FLUORIDE UPTAKE TO DEMINERALIZED ENAMEL - A COMPARISON OF SAMPLING TECHNIQUES, Caries research, 32(6), 1998, pp. 417-421
Authors:
KASHANI H
BIRKHED D
ARENDS J
RUBEN J
PETERSSON LG
ODELIUS H
Citation: H. Kashani et al., EFFECT OF TOOTHPICKS WITH AND WITHOUT FLUORIDE ON DEMINERALIZATION AND REMINERALIZATION OF ENAMEL AND DENTIN IN-SITU, Caries research, 32(6), 1998, pp. 422-427
Authors:
MORGAN H
WILSON RM
ELLIOTT JC
DOWKER SEP
ANDERSON P
Citation: H. Morgan et al., CELLS FOR THE STUDY OF ACIDIC DISSOLUTION IN PACKED APATITE POWDERS AS MODEL SYSTEMS FOR DENTAL-CARIES, Caries research, 32(6), 1998, pp. 428-434
Citation: Jjm. Damen et al., FLUORIDE-DEPENDENT FORMATION OF MINERALIZED LAYERS IN BOVINE DENTIN DURING DEMINERALIZATION IN-VITRO, Caries research, 32(6), 1998, pp. 435-440
Citation: A. Carlen et al., COMPOSITION OF PELLICLES FORMED IN-VIVO ON TOOTH SURFACES IN DIFFERENT PARTS OF THE DENTITION, AND IN-VITRO ON HYDROXYAPATITE, Caries research, 32(6), 1998, pp. 447-455
Authors:
KAWAI K
TANTBIROJN D
KAMALAWAT AS
HASEGAWA T
RETIEF DH
Citation: K. Kawai et al., IN-VITRO ENAMEL AND CEMENTUM FLUORIDE UPTAKE FROM 3 FLUORIDE-CONTAINING COMPOSITES, Caries research, 32(6), 1998, pp. 463-469
Authors:
MATTOSGRANER RO
ZELANTE F
LINE RCSR
MAYER MPA
Citation: Ro. Mattosgraner et al., ASSOCIATION BETWEEN CARIES PREVALENCE AND CLINICAL, MICROBIOLOGICAL AND DIETARY VARIABLES IN 1.0-YEAR-OLD TO 0.5-YEAR-OLD BRAZILIAN CHILDREN, Caries research, 32(5), 1998, pp. 319-323
Citation: Mcdnjm. Huysmans et al., ELECTRICAL METHODS IN OCCLUSAL CARIES DIAGNOSIS - AN IN-VITRO COMPARISON WITH VISUAL INSPECTION AND BITE-WING RADIOGRAPHY, Caries research, 32(5), 1998, pp. 324-329
Authors:
RUGGGUNN AJ
MAGUIRE A
GORDON PH
MCCABE JF
STEPHENSON G
Citation: Aj. Rugggunn et al., COMPARISON OF EROSION OF DENTAL ENAMEL BY 4 DRINKS USING AN INTRAORALAPPLICANCE, Caries research, 32(5), 1998, pp. 337-343
Citation: T. Attin et al., BRUSHING ABRASION OF ERODED DENTIN AFTER APPLICATION OF SODIUM-FLUORIDE SOLUTIONS, Caries research, 32(5), 1998, pp. 344-350
Citation: Bt. Amaechi et al., USE OF TRANSVERSE MICRORADIOGRAPHY TO QUANTIFY MINERAL LOSS BY EROSION IN BOVINE ENAMEL, Caries research, 32(5), 1998, pp. 351-356
Citation: Bh. Clarkson et al., PHOSPHOPROTEIN ANALYSIS OF SEQUENTIAL EXTRACTS OF HUMAN DENTIN AND THE DETERMINATION OF THE SUBSEQUENT REMINERALIZATION POTENTIAL OF THESE DENTIN MATRICES, Caries research, 32(5), 1998, pp. 357-364
Citation: Sr. Grobler et Aj. Louw, A NEW MICROWAVE ACID DIGESTION BOMB METHOD FOR THE DETERMINATION OF TOTAL FLUORINE, Caries research, 32(5), 1998, pp. 378-384
Authors:
GONZALEZCABEZAS C
FONTANA M
DUNIPACE AJ
LI Y
FISCHER GM
PROSKIN HM
STOOKEY GK
Citation: C. Gonzalezcabezas et al., MEASUREMENT OF ENAMEL REMINERALIZATION USING MICRORADIOGRAPHY AND CONFOCAL MICROSCOPY - A CORRELATIONAL STUDY, Caries research, 32(5), 1998, pp. 385-392
Authors:
IIJIMA Y
TAKAGI O
DUSCHNER H
RUBEN J
ARENDS J
Citation: Y. Iijima et al., INFLUENCE OF NAIL VARNISH ON THE REMINERALIZATION OF ENAMEL SINGLE SECTIONS ASSESSED BY MICRORADIOGRAPHY AND CONFOCAL LASER-SCANNING MICROSCOPY, Caries research, 32(5), 1998, pp. 393-400
Authors:
EKSTRAND KR
RICKETTS DNJ
KIDD EAM
QVIST V
SCHOU S
Citation: Kr. Ekstrand et al., DETECTION, DIAGNOSING, MONITORING AND LOGICAL TREATMENT OF OCCLUSAL CARIES IN RELATION TO LESION ACTIVITY AND SEVERITY - AN IN-VIVO EXAMINATION WITH HISTOLOGICAL VALIDATION, Caries research, 32(4), 1998, pp. 247-254
Authors:
ASSINDER SJ
DIBDIN GH
MARSHALL M
SHELLIS RP
Citation: Sj. Assinder et al., AN IN-VITRO SYSTEM FOR THE ANALYSIS OF CHANGES IN-DEPTH DISTRIBUTION OF DIFFUSATES IN BACTERIAL FILMS, Caries research, 32(4), 1998, pp. 255-261
Citation: N. Suzuki et al., DENTAL-CARIES SUSCEPTIBILITY IN MICE IS CLOSELY LINKED TO THE H-2 REGION ON CHROMOSOME-17, Caries research, 32(4), 1998, pp. 262-265