（抄録）口演1日目A1-11・B1-13
Contents
1. G Bond Plus GC GB Clearfil tri S Bond Kuraray Medical TS BeautiBond Shofu BB Bond Force Tokuyama Dental BF 4 Clearfil AP X Kuraray Medical AP Clearfil F II Kuraray Medical FI 2 1 SiC 6002. 7 A2 2604 2 MTB 200 A EE 1 1 2 3 12 Bond durability of newly developed self etch adhesive system MTB 200 on bovine tooth Department of Operative of Dentistry Division of Biomaterials Science Dental Research Cente
3. cDNA Ca epsim 4 EE 1 cDNA cDNA 2 DNA
4. Microcosm pH
5. Thermoluminescence TL X y 8 Thermoluminescence Dosimeter TLD Tb Sm CaPs Tb Sm UV B 280 315 nm UV C 200 280 nm CaFs Tb Sm TL CaF 99 99 0 06 wt Tb O 0 08 wt SmzO
6. Zn 3 KEK PF Zn X Arch Oral Biol 2009 2 Zn 5 Zn Ca
7. PRG PRG Optical Coherence Tomosraphy 1 4x4x1mm H 2 PRG PRG PRG
8. 46 B10 3001 POs Ca GCOE f Alireza Sadr 2 Effect of chewing gum containing POs Ca and fluoride on remineralization and nanohardness of enamel subsurface lesions in situ Cariology and Operative Dentistry Graduate school of Medical and Dental Sciences 2 Global COE Program International Research Center for Molecular Science In Tooth and Bone Diseas
9. 38 B2 2501 pH qPCR GCOE Analyzing location based pH change on removal of caries and Real Time PCR of cariogenic bacteria Cariology and Operative Dentistry Graduate school of Medical and Dental Sciences Tokyo Medical and Dental University Global COE Program International Research Center for Molecular Science in Tooth and Bone Diseases Tokyo Medical and Dental University Megumi Kuribayashi Yuichi Kitasako Khairul Matin Junji Tagami 127 pH
10. eZococc S mutans LTA LTA HS H S HS H S
11. 2 3 0 05 CHX 0 2 CHX pH pH lt 0 05 0 2 CHX 1 14X107 3 85X109 0 05 CHX CHX pH
12. et 132 CPO CHX CPC CHX 1 7 gzngivalrs ATCC 33277 CHX 0 2 CPC 0 0005 0 2 2 CLSM gingivalis DAPI 50 ng m
13. 1 2 POs Ca POs 6s PP _ 5 a 20 6mM Ca P 15 5 1 67 10 I HE a 1 60 10 120 149 300 0 40 00 ii 0 n 5 Mean SE n 5 Mean SE POs Ca 2 POs Ca Ca P 1 67 6 mM
14. LLB 2 Tokuyama Dental LLB tn LLB CR4 Tokuyama Dental CR4 Bond Force Tokuyama Dental BF Tokuyama Dental FO 20 600 F 8mm 2mm 2mm 4x4mm SF1140 C tt 3 a lt
15. 34 TNFSF14 catechin HGFs A9 2504 cDNA Cathepsin K Analysis of Cathepsin K identified by human periodontal ligament full 1ength cDNA library Department of Periodontology Osaka University Graduate School of Dentistry Nobuhiro Ozaki Satoru Yamada Chiharu Fujihara Takushi Tauchi Tetsuhiro Kajikawa Toshihito Awata Yasuhiro Ozawa and Shinya Murakami
16. a 3 mk RE 35 A10 2503 GCOE 3 Hydrogen sulfide causes apoptosis in human pulp stem cells 1Section of Periodontology Department of Hard Tissue Engineering Tokyo Medical and Dental University 2Department of Oral Health Nippon Dental University 3Global Center of Excellence GCOE Program International Research Center for Molecular Science in Tooth and Bone Diseases Tokyo Medical and Dental University OChie Kobayashi Ken Yaegaki2 Hiroaki Kobayashi Yuichi Izumi
17. The effect of catechin on IL 6 production from TNFSF14 stimulated human gingival fibroblasts DDepartment of Conservative Dentistry The University of Tokushima Graduate Schoo1 Department of Oral Microbiology The University of Tokushima Graduate Schoo1 JSPS Research Fellow 37Department of Oral Health oY t Tumor necrosis T ts 7 HGFs IL 6 4 HGFs out growth RANKL TNFSF14 HGPs IL 6 4 catechin E catechin TNFSF14 HGFs IL 6 4 The University of Tokushima Graduate Schoo oshitaka Hosokawa Tkuko Hosokawa Hideaki Nakae Takashi Matsuo Care Promotion factor superfamily member 14 TNFSF14 TNF superfamily 1 Kazumi 0zaki Tadashi Nakanishi E
18. HIS MACS Miltenyi Biotec CD117 50ng mL HS 48 Annexin V 7 AAD flow cytometry cytochrome C caspase 9 caspase 8 caspase 3 flow cytometry ELISA 50ng mL S 48 Death hgand 1 6 16 3 p lt 0 01 a a Death receptor 2
19. 2 B6 2503 Er YAG LPS 2 Study on the Use of Er YAG Laser for Endodontic Treatment Effects for Intracanal Bacteria and Lipopolysaccharides Department of Endodontics Department of Operatiive Dentistry Schoo of Dentistry Aichi Gakuin Univerity SENDA Shinpei INAMOTO Kyoko HORIBA Naoki SENDA Akira NAKAMURA Hiroshi 131 Er YAG LPS Er YAG Erwin 1mm sec
20. Al um E LPS LPS 100 Er YAG 43 B7 2504 Agigregatibacter actinomycetemcomitans Trsogladine maleate regulates the expression of inflammatory relate
21. 4 SEM 30 HzOs NaHCOs 12 m3 H202 NaHCO03 1 5o H2O2 NaHGO3 10 10 S 8 8 w 1 N amp 8 4 Il il 2 2 0 0 1 r 1 1 2 3 4 5 6 7 2 1 2 3 4 5 6 Hs0 HzOs HzOs NaHCOs 30 HzOz NaHCOs pH 6 2 pH 3 4 3 HzOz NaHCOs 30 HzOz NaHCOs
22. 24 11 TLD TL TL TL 430K TLD TL 72 2 mJ cm2 Table ISO 4049
23. 4 4 4 5 C57BL 6 out growth E E NN 37 5 CO 2 4 0 1 1 6 MPa 10 IL 1 IL 6 TNF w RANKL OPG Real time RT PCR ELISA western blotting
24. 8 Cathepsin Ferritin 7Z 22745 Ca epsin geps7p KK IL 1a IFN y FGF 2 BMP 2 IGF ull PerioGen Cathepsin Cathepsin K Cathepsin
25. Rem9 R ADem ARem ADemx100 ENT 1100a Elionix 10mg 10nm Hardness Recovery Rem Dem Soundx100 rz 56 1 150um 2 Control 16 3 9 5 POs Ca 21 6 8 0 POs Ca 23 3 6 0 lt 0 05 50um
26. 28 E MTB 200 MTB Clearfil ti S Bond CTS Kuraray Optilux 501 sds Kerr 3 2 4 mm Clearfil AP X Kuraray Medical 24 24 4 60 1 5 000 10 000 20 000 1
27. KEK PF BL 4A X Zn Ca Zn 1x10YM 1x103M ALP 1x10 M 1 3 5 Zn 3 X Zn 3 Ca 1 5 Zn ALP
28. NOS 1 ZnSO NOS 1 1 3 5 ALP ZnSO 100ml 1x10 g MEM 60 70 20mg 5mL 18200rpm 20 S0000rpm 10 SmM Na B g MEM ZnSO 5 CO 37 100 1 3 5
29. MTB200 9 A4 2604 1 DBC 510 THITTHAWEERAT Suppason 2 GCOE 1 Micro tensile Bond Strength to Root Canal Dentn Using Newly Developed 1 step Chemical cure Bond DBC 510 Cariology and Operative Dentistry Graduate school Tokyo Medical and Dental University 2GCOE Progsram International Research Center for Molecular Science in Tooth and Bone Diseases oSuppason THITTHAWEERAT Wakae SAKANO Masatoshi NAKAJIMA Junji TAGAMI
30. 6mm 3mn glass cover slips Menze1 Braunschweig Germany Exterkate Microcosm 24 1 McBain medium McBain 2005 0 2 pH 7 5 50 37 8 medium pH medium
31. Real time RT PCR IL 1 js 6 75 NF w IL 18 IL 6 TNF cw TNF e RANKL OPG RANKL OPG ELISA IL 1 8 IL 6 TNF x amp Western blotting RANKL 0PG RANKL OPG
32. 30 HsOs NaHCOs 8 HzOs NaHCOs 49 B13 2699 Measurements of Daily UV Rxposure of Human Anterior Teeth DDepartment of Operative Dentistry Tsurumi University School of Dental Medicine 2Department of Urban Environment Faculty of Human Environment Osaka Sangyo University OSAITO WataruD IKEJIMA TIwaoD FUKUDA Yasunori2 MOMOI Yasuko TSO 4049
33. Zn Ca 2 45 B9 3001 PRG eo Effect of PRG Filler Contained Coatng Material Application on Remineralization of Tooth Substrate Department of Operative Dentistry Division of Biomaterials Science Dental Research Center Nihon University School of Dentistry Kondo Dental Clinic oMURAYAMA Ryosuke KAWAMOTO Ryo ENDO Hajime YASUDA Genta MAEDA Toru KUROKAWA Hiroyasu TAKIGAWA Tomoyoshi MIYAZAKI Masashi KONDO Mitsugu 3
34. 2 4 28 NA Control 28 AP NA kd MM EMU PRG 2 4
35. y EW OL 37 24 AP OL EW FI OL EW
36. DBC 510 DBC S10 DC 7 EM 37 24 1 8 1mm min two way ANOVA Tukey s HSD test Ttest 5
37. 1 VHN 2 Ra nnm 3 pm 4 SRM 1 3 t w 0 05 1 2 1 30 HzOz NaHCOs 246 18 238 17 258 18 245 18 2 30 HzOs NaHCO 0 22 0 01 0 21 0 04 0 17 0 01 0 21 0 02 3 30 HzOz NaHCO 0 27 0 13 0 85 0 37
38. DC DBCS10 0 EM 38 8 7 7 47 4 5 6 37 1 5 6 28 6 5 4 p 0 05 p 0 05 p 0 05 NS 23 3 4 6 28 7 6 2 26 3 7 7 22 6 5 3 1 DBC 510 30 A5 2604 LLB 2 GCOE oc Prasansuttiporn Taweesak Micro tensile Bond Strength to Dentn Using Newly Developed Bonding System LLB 2 Cariology and Operative Dentistry Graduate school Tokyo Medical and Dental University 2GCOE Program International Research Center for Molecular Science in Tooth and Bone Diseases o Wakae SAKANO Taweesak PRASANSUTTIPORN Masatoshi NAKAJIMA
39. Nicolet Almega XR EDTA BP BP C0 PO BP P gingivalis 33277 BRONJ BRONJ B1 2501 Microcosm
40. 3 4 Hu mediaKB2 insulin transferring 2 mercaptoethanol sodium selenite bovine pituitary extract 4 a 1 4 12 HGEC IM lM p38 MAP kinase inhibitor SB203580 10zM ERK inhibitor PD98059 10 x M 4 a 5 X10 celml 12 totalRNA MMPE 1 8 CXCL 2 8 CCL20 ICAM 1 IL 6 mRNA real time PCR MMP 3 IL 6 ELISA 4 HGEC MMPE 1 3 CXCL 2 3 CCL20 ICAM 1 IL 6 mRNA IM MMP 3 CXCL 2 3 CCL20 mRNA SB203580 PD98059 MMP 1 ICAM 1 mRNA PD98059 IL 6 mRNA SB208580 MMP 3 IL 6 mRNA
41. A6 2299 1 9 Effects of mechanical stress on the cytokine production Department of Dental Medicine and Microbiology and Immunology 2 2 in mandible derived osteoblasts Kyoto Prefectural University of Medicine Graduate School of Medical Science O Kenta Yamamoto Toshiro Yamamoto 2 Hiroaki lchioka Yuki Akamatsu Fumishige Oseko Masakazu Kita 2 and Narisato Kanamura 10 FBS DMEM 1X10 cells ml 60min
42. LPS amp mutans Efaecalis 99 0 LIVE DEAD 400m LPS 100m LPS 200 300 500m LPS Er YAG 99 0 100zm LPS
43. ACTA CEP Exterkate R A M ten Cate J M Fundamental study on cariogenicity in microcosm biofilms Division of Restorative Dentistry Department of Oral Medicine Kanagawa Dental College V Department of Cariology Endodontology Pedodontology Academic Centre for Dentistry Amsterdam ACTA OTOMIYAMA Kiyoshi Exterkate R A M2 ten Cate J M2 MUKAI Yoshiharu TERRANAKA Toshio Microcosm Microcosm S mutans Exterkate 4
44. E RANKL O0PG ye a 4 E i AZ 2599
45. TCS TCS HK HK RR 2 S mutans TCS Streptococcus sanguinis Streptococcus gordonii Streptococcus mitis Streptococcus salivarius Streptococcus sobrinus 5 50 TSB 37C mmutans UA159 mutans UA159
46. IM 4 actinomycetemcomitans p38 MAP kinase ERK 4 B8 2503 O Zinc as Essential Trace Element Accelerates Matrix Vesicles Mediated Mineralization Department of Cariology Nagasaki University Graduate School of Biomedical Sciences Atsushi Kawakubo TSunenori Matsunaga Hidetaka Ishizaki Shizuka Yamada Yoshihiko Hayashi Zn 21 MI
47. ne 20 Dr Bogdan Calenic Dr Nikolay lshkitiev 56 A11 2202 MM Fe O ete Analysis of a rat periodontal disease mode of bisphosphonate related osteonecrosis of jaw BRONJ Department of Oral Division of Endodontics Kanagawa Dental College Department of Functional Biology Division of Biochemistry and Molecular Biology Kanagawa Dental College WATABE Hirotaka Bisphosphonate BP BP MUTO Noriko Sato Takenori TAK
48. IL 6 E E nl f E E TNFSF14 10 FBS DMEM HGFs TNFSF14 receptor HVREM LTBR flow cytometry HGFs TNESE14 TL 6 4 RGCGO E IL 6 IL 6 4 E ELISA catechin picatechin gallate RCO HGTFs 1 E E
49. 0 02 Sample No 1 2 3 4 5 6 7 8 9 10 11 Mean UV ray exposure mJ cm 48 6 41 0 32 7 88 8 143 8 51 8 59 8 61 2 60 3 108 8 103 1 72 2 CaFs Tb Sm TLD Fukuda Y Thermoluminescence in sintered CaFs Tb J Radiat Res 43 Suppl S67 S69 2002 50
50. 10 mmx10 mm n 13 1 2 1 150um TMR Rem R Dem Rem Dem 100 D RS
51. AP NA 2 0 1 M pH 4 75 10 37 pH 7 0 1 2 28 Control 3 OCT OCT PRG Model 5900 Panametrics VK 8700 KEYENCE PRG 4 OCT 1 2
52. OL EW DMS00 Kyowa Interface Science Type 5500R Instron 1 mm min 3 SEM FE SEM ERA 8800FE Elionix 10 kV OL EW
53. PCR b End5 mouse brain endothelial cell FGE 2 VEGE FGF 2 FGF 2 VEGF FGF 2 TFGE 2 Endothelhial Tub WST 1 VEGF FGF 2 MPDL22 QCM chemotaxis 96 well migration assay kit Chemicon CytoSelect 24 Well Wound Healing Assay Cell Biolabs Inc VEGF FGF 2 MPDL22 MPDL22 VEGF 4p Runx2 Collal Bsp Op Osterix mRNA e Formation Assay Cell Biolabs Ine VEGF
54. Full PerioGen 2 1096FCS 10mMB glycerophosphate 50ng7ml ascorbic acid qa MEM PCR 3 Cathepsin RNA POR Cathepsin 4 Cathepsin 48 PCR Cathepsin SS Full PerioGen 30 26
55. mutans mutans UA159 TCS TCS TCS mutans S sanguinis S gordonii 2 8S mutans UA159 TCS 1 TCS mutans TCS 8 mutans
56. Er YAG 2 94gm LPS 2 92 m LPS Er YAG AdvErL R200T 25pps 30mJ 10 E BHI S mutans Efaecalzs 10096 24 MS BHTI 2
57. pp 37 1 Instron Ultradent Jis 10 0 05 a 2 23 8 MPa GBP 25 5 MPa GBP 29 7 MPa MTB 200 MTB 200 SEM 24 1 SEM ERA 8800FE Elionix 15 kV
58. Clearfil AP X A2 24 37 1 lt 1 mm One way ANOVA Dunnett T3 test 3 pTBS p lt 0 05 N 10 MTB200 Clearfil S Bond Bond Force Cleafil Mega Bond HTBS 59 8 6 8 41 0 9 6 34 7 3 1 74 8 9 6P MTB200 Clearfil Mega Bond
59. Ps vascular endothelial growth factor VEGF FGF 2 1 MPDL22 VEGF FGF 2 LE VEGF TFGF 2 6 Alkaline Phosphatase MPDL22 100ng ml FGF 2 a MEM 10 Fatal Calf Serum VEGF
60. f 1 10 10 1 1 mm 8 mm A B 10 E
61. 0 10um Control 2 POs Ca 5 POs Ca 10 POs Ca DD gt Control POs Ca POs Ca F oO 25 gt POs Ca F 20 1 0 3500 gt 3500 gt POs Ca o 2 a 1 MY TL Ja000 ee 222 1 1 Control ss 500 LE 2500 mmm 4m 8 2000 1 2000 2000 LE 10 150o SOUND sno 1500 4 F 100o mREM iooo 1000 5 5 4 La 500 DEM 5oo 4 500 Aas 6 0
62. DD ALN P gingivalis 33277 1012CFU ml in PBS 5 carboxymethylcellulose 0 5ml 2 CT pQCT 5 4 paraformaldehyde HE pQCT BP BP ALN Sub cort 7 gm
63. nl 100000 100000 1000 1000 1000 1000 1000 1000 ma ee asl ooo solo ho a ule oe Lolo se hn mm le lslelslilelelzlelzle 39 B3 3301 Streptococeus mutans i 8 IMechanism of inhibition by lectin against biofilm formation of Streptococcus mutans Department of Pathophysiology Periodontal Science Department of Biomaterials Okayama University Graduate School of Medicine Dentistry and Pharmaceutical Sciences 3GLYENCE Co Ltd Takashi ITO Yasuhiro YOSHIDA Junji MINESHIBA Na
64. 87 24 CPC 5 Concanavalin A FITC Wheat germ agglutinin FITC 30 CLSM CLSM 8 3 CHX g77g7yg775 24 CHX 10 550 nm ODsso 4 CHX 3 CHX 5 PBS 24 ODsso
65. nunc PBS 3 100ul 37 12 7 Corel 1 S mutans SEM 2 SPR S mutans Core3 SialylT Biacore 2000 100us ml PBS 3 5X10 8 ml Islam et al 2008 70 100ul
66. 7aecalis LPS LIVE DEAD F 2 LPS Z co770111 B4 2 1 mW 100gm 500um 5
67. p gt 0 008 pH Lactobacilli spp pH Oral bacteria mutans S sobrinus Lactobacilli spp pH p lt 0 05 pH 6 1 pH6 1 pH6 3 pH6 2 NN p gt 0 008 pH Real Time PCR
68. CR4 30 F LLB C LLB BF 10 FQ 10 F BF C BF 37 24 lxlmm 1mm min Two way ANOVA Ttest 3 LLB BF LLB LLB BF Flat F 44 6 3 1 38 4 4 0 p lt 0 05 p lt 0 05 Cavity C 20 1 2 9 14 6 2 6 Group identfied the different superscript letters are significant different p lt 0 05 LLB 2 CR4
69. 1 0 mmmin F Type 5500R MTB 25 6 MPa CTB MTB 30 2 MPa CTB 29 3 MPa MTB CTB A3 2604 MTB200 GCOE eo Prasansuttiporn Taweesak Sitthikorn Kunawarote IMicrotensile Bond Strength of the newly developed one step self etch system Cariology and Operative Dentistry
70. pH pH Oral bacteria mutans S sobrinus Lactobacilli spp 7500 Real Time PCR Sequence Detection System SDS ABI PRISM 7500 Applied Biosystems USA Power SYBR Green PCR Master Mix Applied Biosystems DNA Oral bacteria S mutans S sobrinus Lactobacilli spp 10 ng DNA 5 pH lt 0 008 pH lt 0 05 pH
71. E ELISA TNFSF14 E TNFSF14 E Epigallocatechin gallate E TNFSF14 IL 6 4 MAPKs IkB oc western blot2 HGFs TNFSF14 receptor HVEM LTBR TNESF14 HGFs IL 6 4 E EGCG ECG TNFSF14 IL 6 4 E TNTFSF14 ERK IkB v ERK NE kB TNTST14 IL 6 4 7 E HGEFs TNFSF14 receptor TNESTF14 LL 6 4 E EGCG ECG ERK NE kB TNFSF14 IL 6 4 IL 1IL 6 E 3 6
72. p lt 0 05 cytochrome C Fas TNFR caspase 9 caspase 3 p lt 0 01 Intracellular caspase 8 HLS CSPase Caspae Cyto 1 a 8 9 ChromeC HS a m cytochrome C caspase 9 caspase 3 9 BS Mitochondrion caspase 8 Y RO8 1 DNA ffasmentation vV a HS moss
73. 3 1 99 VEGF FGF 2 tr FGTF 2 VEGF VEGF A8 2504 Catechin TNFSF14 IL 6 2 PD
74. 1 0ppm CaP POs Ca DE 1 67 POs Ca POs Ca 48 B12 2699 Tooth Bleaching using Hydrogen Peroxide and Sodium Hydrogen Carbonate Part 2 Bleaching efficacy and influence on tooth surface Department of Operative Dentistry Tsurumi University School of Dental Medicine ITO Yuko SHIMIZU Sonoko OHMORI Kaoru IKEJIMA Iwao MOMOI
75. mutans Corel mutans B4 2203 Streptococcus mutans Amnalysis of TCS in Streptococcus mutans related to bacteriocin susceptibility produced by oral Streptococci Department of Restorative Dentistry and Endodontology Kagoshima University Graduate School of Medical and Dental Sciencies FUJISHIMA Kei TOKUDA Masayuki and TORI I Mitsuo Streptococcus mutans
76. 99 99 5mm 1 mm 1373 K 2 11 CaPs Tb Sm TLD 90 7 mm 3 mm 2 mm 1 mm 11 SUNTEST CPS Type X 45 Heraeus 80 6 YK 85UV Lutron 1 TLD Reader TLD Reader Model 3000 Kasei Optonix Ltd TL 673K TLD 11
77. TCS S S mutans TCS B5 2504 Porphyromonas gingivalis 9 9 Effects of cationic qnitimiorobial against axopolysaceharids of yromonas gingivalis biofilm DDepartment of Restorative Dentistry and Endodontology Osaka University Graduate School of Dentistry 2Department of Preventive Dentistry Osaka University Graduate Sc
78. pH pH pH pH 72 18 81 49 0 39 33 pH pH
79. 5 i 9 0 p 100 150 0 50 100 150 0 10 20 30 40 50 60 70 80 90 100110120130140 150 1 depth um 2 depth um 47 B11 3001 POs Ca Ca P GCOE Exploration of the optimal Ca P molar ratio for remineralization of enamel subsurface lesion with POs Ca mstitute of Health Sciences Ezaki Glico Co Ltd Cariology and Operative Dentistry Graduate school of Medical and Dental Sciences Tokyo Medical and Dental University Global COE Program International Research Center for Molecular Science in Tooth and Bone Diseases Tokyo Medical and Dental University oTomoko Tanaka Takatsugu Kobayashi Hiroshi Takii Hiroshi Kamasaka Takashi Kuriki Yuichi Kitasako Junji Tagami POs Ca
80. 5 Student s test CLSM CPC p lt 0 001 0 05 CPC CHX CPC CHX gingivalis CHX CPC gingivalis
81. Corel mutans Core1 40 8 mutans E E gt HIS NY Corel Gal 8 1 3GalNAc ABA Agaricus bisporus ABA ABA Corel Corel SEM
82. A1 2604 5 Influence of oxygen inhibited layer of single step adhesives on dentin bond strength Department of Operative Dentistry Division of Biomaterials Science Dental Research Center Nihon University School of Dentistry Tokeikai Kyoritsu Hospital Suzuki Dental Clinic TSUJIMOTO Akimasa TAKIMOTO Masayuki OOTSUKA Eiichirou YOSHIDA Takeshi TAKAMIZAWA Toshiki ANDO Susumu MIYAZAKI Masashi HASEGAWA Ken SUZUKI Toshihiro
83. 192 DNA PCR Denaturing Gradient Gel Electrophoresis DGGE Bio Rad Dcode system 48 192 1 48 120 144 168 192 2 0 2 CHX Corsody1 GlaxoSmithKline 72 192 72 192 3 3 0 05 CHX 4 Corsody1 72 192 72 152 168 192 3 1 2 Tukey s HSD test 5 1 medium pH 1 5 24 4 15 p 0 05
84. POs Ca Ca P POs Ca POs Ca POs Ca Ca P POs Ca 5 Ca P 0 4 1 0 1 3 1 67 3 0 POs Cay 5 CaP 1 0 ppm POs Ca F
85. FGF 2 VEGE i f FGF 2 induces VEGE expression by mouse periodontal igament cells Department of Periodontology Osaka University Graduate School of Dentistry Yuko Kojima Manabu Yanagita Kenta Mori Satoru Yamada Masahiro Kitamura and Shinya Murakami VEGF FGF 2 2 5 BALB c H 1 FGF 2 VEGE
86. MTB200 MTB200 Dn 1 MTB200 Clearfil S Bond Bond Force Clearfil Mega Bond 2 600 4
87. Graduate School of Medical and Dental Sciences Tokyo Medical amp Dental University Global Center of Excellence Program Tokyo Medical amp Dental University oHosaka K Nakajima M Shinoda Y Taweesak P Kunawarote S Sakano W Takahashi M Kishikawa R Tagami J HEMA
88. F PBS 3 S mutans PBS 5 mutansATCC25175 4 Surface plasmon 100ul 37 2 HH 37C 1 025 S70 nm LT S mutans S mutans mutans Corel 5S mutans 2 SPR 8S mutans Corel
89. Junji TAGAMI LLB 2
90. AGAKI Yuko TANI ISHII Nobuyuki BP BRONJ 2002 TT BRONJ BP B E BRONJ dit 4 Wistar ALN 1mg kg 8 3 BP
91. Yasuko 181 9 3 Hz0 NaHCOs 3 HzOs NaHCOs 30 HzOz NaHCOs 30 HzOsz NaHCOs 3 HzOs NaHCOs 4 6 30 HzOs NaHCOs 4 6 1 6 7 Spectro Color Meter SE 2000 Dunkan o 0 01 a 0 05 n 5 30 HzOs NaHCOs
92. d genes in human gingival epithelium cells stimulated by Aggregatibacter actinomycetemcomitans Department of Periodontal Medicine Division of Frontier Medical Science Hiroshima University Graduate School of Biomedical Sciences Tsuyoshi Miyagawa Tsuyoshi Fujita Kazuhisa Ouhara Shinji Matsuda Katsuhiro Takeda Yuushi Uchida Hideki Shiba Hiroyuki Kawaguchi Hidemi Kurihara LM 4 actinomycetemcomitans 4 2 HGEC IL 8 E cadherin IM HGEC ERK p38 MAP kinase 4 a IL 8 E cadherim IM 4 4 HEGC IM ERK p38 MAP kinase T HGEC
93. es 3Dentistry School for Dental Technology Tokyo Medical and Dental University Insttute of Health Sciences Ezaki Glico Co LTD Yuichi Kitasako1 Hidenori Hambal Ali R Sadr12 Toru Nikaido1 Masaomi Ikeda3 Tomoko Tanaka4 Hiroshi Takii4 Hiroshi Kamasaka Junji Tagamit lt 131 POs Ca TMR 1 36 3 Control POs Ca POs Ca 1 2 1 3 14 X PW3830 Panalycal TMR
94. hool of Dentistry Mikiyo YamaguchiD Yuichiro NoiriD Masae Kuboniwa2 Hazuki Maezono Reiko Yamamoto1 1 H CHX 7 gingivais Shigeyuki Ebisu 1 CHX gingivalis ATCC 33277 381
95. oko NAMBA Koji IMAMURA Hideaki TAKEUCHT Kazuomi SUZUKT Shogo TAKASHIBA resonance SPR Streptococcus HE E H Teixeira et al 2005 B NN Srreptococcus 4 et 7 1 S mutans 96
96. r Nihon University School of Dentistry Hinoura Dental Clinic Tokyo Electric Power Company Hospital TAMURA Yukie SHIMAMURA Yutaka ASANO Kazumasa SUNADA Noriatsu OTO Tatsuki ANDO Susumu MIYAZAKI Masashi HITNOURA Ko IWASAKI Keisuke gt MTB 200 Kuraray Medical Medical G Bond Plus GBP GC 600 mW cm SiC 600
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