Journal of Dental Research 2000: Vol 79 Index

25 Pages·2000·2 MB·English

Subject Index
Volume 79 • 2000
AADR (see lADR/AADR) et at., 1508
tooth development. Hu, C.-C., et at., 912
ADBivSisTioRnAalC aTnSd Sectional Abstracts, 1000 Low aounrnaxlsi etditmryy, undleeasptser:de as ssssaioolincvi,aa artyino dnf l sowtwrie tsahsn .m dB eseduribgcjdaeatcihotlin,v ,eM . LocaJfl.oiCzra.m-tCiao.t,ni oe otn fa atE.n. Md7 0Sc Plol neixnpgr oesf smioonu dseu rciDngN Ato.o Hthu
lEArrDaRta Afobrs atrbascttrsa,c 1ts0,6 1 341 and Bergdahl, J., 1652 Mass spectrometry of native rat amelogenins: pri¬
mary transcripts, secretory isoforms, and C-
AGED
ACCREDITATION Age, dental infections, and coronary heart disease terminal degradation. Chen, W.-Y., et at., 840
Use of radiology practice guidelines and compli¬ Manila, K.J., et al, 756 AMELOGENESIS
Canacnea dwiiatnh dacecnrteadl istcahtiooonl ss.t aKnadnatordr,s M in. LU.,S 1 a5n32d Hum(aSn1 0g0iAng8)iv aanl dc rMevRicPu1l4a r( Sf1lu0i0dA c9o),n ttwaion sc aMlcRiuPm8 - Dosep-hdaetpee cnrdyesntat lm hoabdiutl batyi oanm oefl oogcetancinalsc. iuWme np, hHos B¬
binding proteins of the SlOO family. Kojima, et al. 1902
ACETIC ACID T, et at., 740
EffecsDtissa ,os ahf npoderrg ,ia nSnt.riGca .c aeaclnildud l aaRnre ipoyHnnos o lodfn so, grEarl.oC ws.t,rt e9hp0, t golcyoccoclyi.¬ Mantadogimbenuiztlsae rda b lrooanntese atfrnoedram tienad t ciwoonmit hrba iatnenastH ii-onrn eas gwoeridpth toi vivneat reire-c - ImmGcaumenaloleiulhl-oli2asg,rte oCPncKeahs2Aei+sm,. - asiMcneandols ritlanhongec, a erRleni.zcdAaeot.p,it otheonetr lasoit n.fd. GuB1r 8aia9nqn6g,d P eeLaxCrtlrfyal¬ ,
minent parathyroid hormone. Hunziker, ]., et
ACETYLCHOLINE al, 1431
AMELOGENESIS IMPERFECTA
CholgNniniignceoug atyiivceneanitlc,y aalVntcr.,dea et nyets slafcoelhp.r oah9sla3ieng9,e ea arclee cetyepplictthhoeorlslii aon.fe Tshthueurmaosaneng, and SReellfa-Spptireoooruncctseehhisavispreed dsb, eaoKtnrw.adAle .teh,h neeat a ttal htothe.f, ds9pt6eoa4nst uts-isct,yr ap onsfyi actlhh beo olaonlgvei.ec oTallha er. CDleotenctlioontiocgoat nhlhi uzodamfet vaiao ennnl oo,e vpanemnaldm em naetunl.it anaHl tyciusoD,in sNC oi.An-fC ,eX .cx, -hpelritrno eakmst.es,odi 9os 1anom2 md eaullor i¬n g
CAhCoEliTnYe LacCeHtyOltLraINnsEfeSrTaEseR, AacSeEty lcholinesterase, and awdeulll-tb peoinpgu,l aantico*n l.i fLe oscaktiesrf,a Dct.i,o ent aint. , a9n7 0o lder Uniqgueen eensiasm imelp pehrfeencotaty. pKei nadsesolacnia, tSe.dA .w, eitth a ta.,m 1e9l7o8-
gniincgoitxin ailc aancdet yeslcohpohlaingee arle ceeppitthoerlsi ao.f Thhuumoanng AIRWAY (sec Respiratory System) gtieonni.n R gaevnaes s(iApMouEr,L DX.)B c.,o edto ant. ,4 11 4p7o6i nt muta¬
Nguyen, V., et al, 939 ALKALINE PHOSPHATASE AMELOGENIN (.see DENTAL ENAMEL PRO¬
Cementum attachment protein enriches putative TEINS)
ACID ETCHING, DENTAL cementoblastic populations on root surfaces in
Bond stren^ of resin to acid-etched denhn stud¬ vitro. BarKana, 1., et al, 1482 AMINO ACID SEQUENCE
H‘*’-inimizenaededld tuchb codayecle dlrna ytgtleioennny sN.mli -oMNuan>tiR rs-dia:hx emii.vyn iPeatnelamoors apahac,lmc etiNiydeo,. nn ,p Dt er bti.i neHma t.ldwe,. e ree8m tea0 anni6nl d .eN. rd1-ae 5ln¬7t9 i ¬ Role aphtoacauxftt miihvvswa,aa snptacir youdo.nl elTai nforhet faree atl.nh HdpMeoou Aantlhtp,Ps e auc-lnilsea-hdldlli s etdg:a piri,foe nfKnwed.rdu,te ehcenntt t iftaioa alsnct.iit gooo1nrnf5 a ci%anlhin n edgm o- CHluomnb(oiaSnifnn1 gm 0d,g 0iocinAnhugg8as i)erpv a areaconnltt deaecr miriMnezesvaRl tiyoicPosfu1i ntln4ha,. r e(aC S nfS1ladlu0Ot ie0edOrAx i cnpf9aoar)me,n, sttJiwasl.,yii 'oneo. tn sK ca aMatol.nj,c Riaim1ulP6yma89s, ¬ 7is
T., et at., 740
ACTTINAONBS ACILLUS ACTINOMYCETEMCOMI- ALLOYS, DENTAL Localization of EMSPl expression during tooth
Anhgenic specificity of gingival crevicular fluid Higho-ft esmanpiedrianteu rthee xr-mraayl edxifpfraancstiioonn. mMeaacskuerret,m Je.Rn.t, Jf.o Crm.-Cat.i,o ent aatn..d 7 0c loning of mouse cDNA. Hu
antibody to Actinobacillus actinomycetemcomi- Jr., et at., 1590
tans. Ebersole, J.L., et al., 1362 Mass spectrometry of native rat amelogenins: pri¬
mary transcripts, secretory isoforms, and C-
ALUMINUM
OArCaTl aiIcn/N.of, alO8on6Mnt4si z YbavC■t i oEtwnS ow yiteha rAsc otifn oagmey. cSesa rskpoenceiens, iNn. , et Cracacklo uirnmei/tivinaetani/oepneo rrm cthoeildcaekisnn iednsi ssb krilasaH yaose raae ndfdu nscuHpopno rotfi ng N-tersptmeehrroimynslai pntloh as olSe pdq-pheurogeoirnpyacvdneTa aactfinvotsaentlre.y cisCnoivshnl ev ornefe ,rbs sWioido\.u -niYen so.e,. f e dHpt ehauntoq.t,si, np8N 4h.0oL -
stiffness. Wakabayashi, N. and Anusavice, et al. 1914
K.J., 1398
ACTION POTENTIALS Unique enamel phenotype associated with amelo-
)aw-stoynngaputei cr epfloetxe;n atifafelsr einnt sh,y cpeongtrloals spaal tmhwotaoynse,u a¬n d Lifetatiatm.c, te7 -f2lai2mt igituien gi ns tdreenntgatlh c deeragmraidcsa.t iJounn gfr, oYm.- Gco.,n e¬t gtieonni.n R gaevnaes s(i.pAoMuEr,L DX.)B c.,o edto ant. ,4 11 4p7o6i nt muta¬
rons in the cat. Ishiwata, Y, et at., 1626
ANODONTIA
ALVEOLAR BONE
AACcuUtdeTi-sEpeh-aPasHsee Ai niSn tEfhl aeRm UEmSA aCptooTrpIyuO lrNaets ipoonr.r sSel atdoe p, eGr.iDod.,o ent tal QOustaentootpirfr ioicnta ettgiooeonrti hno fea rpnuedpr itoaiosptniec.o aWcl lbaissoetn, deGi fd.Efee.sr, teernut tacitat.it,o io1n9n 3i nf7a c¬ Clinintcioaa.lv ,G erlao fdlodiroemgnrb oaepfr hgai,u ctM,o as.,no edmt agalle-,n d1eo4tmi6c9 ie nvaanltu oaltiigoond oonf ¬a
al. 49
mice bv micro<omputed tomography Balto, ANTHROPOLOGY
K., et al. 35
ADENOVIRIDAE Her name is "Lucy," our three-million-vear-old
Adenoviral-mediated gene transfer to mouse sali¬ ALVEOLAR BONE LOSS ancestor. Shields, E.D., 13
ImmetEvurda.naW rnomysl. Nofagecn.lr,aa g elntaitodz na aseet.t.xs i, oWep1 nes4ar u1animp0ng ed,e rS noa.tx,da eieldt n oeaor-ta.vd,l ii 7rsta0mu1lm uvtoeacrssteo. rLg-meanmeed, iat¬ CRoeglliaTmvogenaaerr-tntnsaipadckesaiabcel, isubfM iliocan.n r, b deeco itolf noafnetesd. sr,m y.e 1nlMa9ets0 acsf7,o a cJlthl.e,o agewnot giranieteg.s,s oi1onv8f 7a rp0arei te ric-tiommpyla nt AANntTibanIgae-IcewNtneltFyr-iE radeClel eavTaceIstVleiov Epsity eiAsedts Ger maeEnc.Nod EvT rheSeral arebaa,ls eeA c.k,o ienntte ratoti.cl,ls e8 od2f 4 a
Expression of the antimicrobial peptide, human p-
ADHESIVES Relationship between the density of the alveolar defensin 1, in duct cells of minor salivary
Effects of adhesive thickness on polymerization Sproouctehsasreds, aKn.dA .t,h eat ta ot.f, 9p6o4s t-cranial bone. The. gKl.a Sn,d est aant.d. 1d6e6t9e ction in saliva. Sahasrabudhe,
contraction stress of composite. The. Choi
K.K., et al. 812 ALVEOLAR PROCESS Interactions of human neutrophils with the con¬
InterSfapceinacl ecrh, ePm, iestt aryt. ,o 1f4 t5h8e dentin/adhesive bond. Electron microscopy, micro-analysis, and x-ray dif- sTthiteu. eSnhtas poifr aa,n L e.,x epte arti.m. 1e8n0t2a l dental biofilm.
frachon characterization of the mineral-like
NomTminaeannlt bts iohrfoe jcanor, moDrp. ,fo resati ctaettu.-,dr 4ee1 nm henc haadnhiecssi oinn ?t he assess¬ dtiesrsiuvee dd ecpeollssi.t eAdr zbayt eh, uHm ,a rnt acte..m 2e8n tum tumor- AExNpTreIsBsIioOnT oICf Sth,e P aEnPtiTmIDicEro bial peptide, human p-
defensin 1, in duct cells of minor salivary
AGE FACTORS AMELOBLASTOMA glands and detection in saliva. Sahasrabudhe,
Immunohistochemical detection and distribution K.S., et al. 1669
Age, dental infections, and coronary heart disease of enamelysin (MMP-20) in human odonto¬
Manila, K.J., et at., 756
Association of salivary flow rates with maximal genic tumors. TakaU, T, et al. 1608 ANTIBODIES
Detebfrlmiotewi n faoratritcoeens. . YoGfe hhv,ea zCrzi.a-i,Kt iEo.,. nMe to .a,f t e.s,tt ia1mt5..6u 01l a8t7e4d salivary CAlMonEiLngO, BcLhaArSacTtSer ization, and expression analysis Antibsmyoandnoiedvsiib aalug lfaaliurn iddsti s omofr ypdcaeotribse.an cAttsed rwaicaihlt hia, ntNetmi.g, peeont rsao t.i¬,n 1t7h5e2
IntraN-oerwal bduirsgtrhi bauntdio Kn ionfg dsteonnt,a lN feluwo rYoosriks. iKn umar, Clonolionfc gma lhoiuzuamsteiao ennn ,e aanmnademl yaensliiannl .yc CsDiasN toeAfr i,en cxahp,r rJoe.,ms esoti osanot. m,d 1au6lr 9i7n g Antigatanenntsii.bc oE sdbpyee rctsioof ilAcei,ct Jyti. nLoo.f,b egatci nialgtl.u,i vs1 aa3lc6 tc2inr eovmiyccueltaerm fcluoimdi -
1996
Subject Index
Volume 79 • 2000
AADR (see lADR/AADR) et at., 1508
tooth development. Hu, C.-C., et at., 912
ADBivSisTioRnAalC aTnSd Sectional Abstracts, 1000 Low aounrnaxlsi etditmryy, undleeasptser:de as ssssaioolincvi,aa artyino dnf l sowtwrie tsahsn .m dB eseduribgcjdaeatcihotlin,v ,eM . LocaJfl.oiCzra.m-tCiao.t,ni oe otn fa atE.n. Md7 0Sc Plol neixnpgr oesf smioonu dseu rciDngN Ato.o Hthu
lEArrDaRta Afobrs atrbascttrsa,c 1ts0,6 1 341 and Bergdahl, J., 1652 Mass spectrometry of native rat amelogenins: pri¬
mary transcripts, secretory isoforms, and C-
AGED
ACCREDITATION Age, dental infections, and coronary heart disease terminal degradation. Chen, W.-Y., et at., 840
Use of radiology practice guidelines and compli¬ Manila, K.J., et al, 756 AMELOGENESIS
Canacnea dwiiatnh dacecnrteadl istcahtiooonl ss.t aKnadnatordr,s M in. LU.,S 1 a5n32d Hum(aSn1 0g0iAng8)iv aanl dc rMevRicPu1l4a r( Sf1lu0i0dA c9o),n ttwaion sc aMlcRiuPm8 - Dosep-hdaetpee cnrdyesntat lm hoabdiutl batyi oanm oefl oogcetancinalsc. iuWme np, hHos B¬
binding proteins of the SlOO family. Kojima, et al. 1902
ACETIC ACID T, et at., 740
EffecsDtissa ,os ahf npoderrg ,ia nSnt.riGca .c aeaclnildud l aaRnre ipoyHnnos o lodfn so, grEarl.oC ws.t,rt e9hp0, t golcyoccoclyi.¬ Mantadogimbenuiztlsae rda b lrooanntese atfrnoedram tienad t ciwoonmit hrba iatnenastH ii-onrn eas gwoeridpth toi vivneat reire-c - ImmGcaumenaloleiulhl-oli2asg,rte oCPncKeahs2Aei+sm,. - asiMcneandols ritlanhongec, a erRleni.zcdAaeot.p,it otheonetr lasoit n.fd. GuB1r 8aia9nqn6g,d P eeLaxCrtlrfyal¬ ,
minent parathyroid hormone. Hunziker, ]., et
ACETYLCHOLINE al, 1431
AMELOGENESIS IMPERFECTA
CholgNniniignceoug atyiivceneanitlc,y aalVntcr.,dea et nyets slafcoelhp.r oah9sla3ieng9,e ea arclee cetyepplictthhoeorlslii aon.fe Tshthueurmaosaneng, and SReellfa-Spptireoooruncctseehhisavispreed dsb, eaoKtnrw.adAle .teh,h neeat a ttal htothe.f, ds9pt6eoa4nst uts-isct,yr ap onsfyi actlhh beo olaonlgvei.ec oTallha er. CDleotenctlioontiocgoat nhlhi uzodamfet vaiao ennnl oo,e vpanemnaldm em naetunl.it anaHl tyciusoD,in sNC oi.An-fC ,eX .cx, -hpelritrno eakmst.es,odi 9os 1anom2 md eaullor i¬n g
CAhCoEliTnYe LacCeHtyOltLraINnsEfeSrTaEseR, AacSeEty lcholinesterase, and awdeulll-tb peoinpgu,l aantico*n l.i fLe oscaktiesrf,a Dct.i,o ent aint. , a9n7 0o lder Uniqgueen eensiasm imelp pehrfeencotaty. pKei nadsesolacnia, tSe.dA .w, eitth a ta.,m 1e9l7o8-
gniincgoitxin ailc aancdet yeslcohpohlaingee arle ceeppitthoerlsi ao.f Thhuumoanng AIRWAY (sec Respiratory System) gtieonni.n R gaevnaes s(iApMouEr,L DX.)B c.,o edto ant. ,4 11 4p7o6i nt muta¬
Nguyen, V., et al, 939 ALKALINE PHOSPHATASE AMELOGENIN (.see DENTAL ENAMEL PRO¬
Cementum attachment protein enriches putative TEINS)
ACID ETCHING, DENTAL cementoblastic populations on root surfaces in
Bond stren^ of resin to acid-etched denhn stud¬ vitro. BarKana, 1., et al, 1482 AMINO ACID SEQUENCE
H‘*’-inimizenaededld tuchb codayecle dlrna ytgtleioennny sN.mli -oMNuan>tiR rs-dia:hx emii.vyn iPeatnelamoors apahac,lmc etiNiydeo,. nn ,p Dt er bti.i neHma t.ldwe,. e ree8m tea0 anni6nl d .eN. rd1-ae 5ln¬7t9 i ¬ Role aphtoacauxftt miihvvswa,aa snptacir youdo.nl elTai nforhet faree atl.nh HdpMeoou Aantlhtp,Ps e auc-lnilsea-hdldlli s etdg:a piri,foe nfKnwed.rdu,te ehcenntt t iftaioa alsnct.iit gooo1nrnf5 a ci%anlhin n edgm o- CHluomnb(oiaSnifnn1 gm 0d,g 0iocinAnhugg8as i)erpv a areaconnltt deaecr miriMnezesvaRl tiyoicPosfu1i ntln4ha,. r e(aC S nfS1ladlu0Ot ie0edOrAx i cnpf9aoar)me,n, sttJiwasl.,yii 'oneo. tn sK ca aMatol.nj,c Riaim1ulP6yma89s, ¬ 7is
T., et at., 740
ACTTINAONBS ACILLUS ACTINOMYCETEMCOMI- ALLOYS, DENTAL Localization of EMSPl expression during tooth
Anhgenic specificity of gingival crevicular fluid Higho-ft esmanpiedrianteu rthee xr-mraayl edxifpfraancstiioonn. mMeaacskuerret,m Je.Rn.t, Jf.o Crm.-Cat.i,o ent aatn..d 7 0c loning of mouse cDNA. Hu
antibody to Actinobacillus actinomycetemcomi- Jr., et at., 1590
tans. Ebersole, J.L., et al., 1362 Mass spectrometry of native rat amelogenins: pri¬
mary transcripts, secretory isoforms, and C-
ALUMINUM
OArCaTl aiIcn/N.of, alO8on6Mnt4si z YbavC■t i oEtwnS ow yiteha rAsc otifn oagmey. cSesa rskpoenceiens, iNn. , et Cracacklo uirnmei/tivinaetani/oepneo rrm cthoeildcaekisnn iednsi ssb krilasaH yaose raae ndfdu nscuHpopno rotfi ng N-tersptmeehrroimynslai pntloh as olSe pdq-pheurogeoirnpyacvdneTa aactfinvotsaentlre.y cisCnoivshnl ev ornefe ,rbs sWioido\.u -niYen so.e,. f e dHpt ehauntoq.t,si, np8N 4h.0oL -
stiffness. Wakabayashi, N. and Anusavice, et al. 1914
K.J., 1398
ACTION POTENTIALS Unique enamel phenotype associated with amelo-
)aw-stoynngaputei cr epfloetxe;n atifafelsr einnt sh,y cpeongtrloals spaal tmhwotaoynse,u a¬n d Lifetatiatm.c, te7 -f2lai2mt igituien gi ns tdreenntgatlh c deeragmraidcsa.t iJounn gfr, oYm.- Gco.,n e¬t gtieonni.n R gaevnaes s(i.pAoMuEr,L DX.)B c.,o edto ant. ,4 11 4p7o6i nt muta¬
rons in the cat. Ishiwata, Y, et at., 1626
ANODONTIA
ALVEOLAR BONE
AACcuUtdeTi-sEpeh-aPasHsee Ai niSn tEfhl aeRm UEmSA aCptooTrpIyuO lrNaets ipoonr.r sSel atdoe p, eGr.iDod.,o ent tal QOustaentootpirfr ioicnta ettgiooeonrti hno fea rpnuedpr itoaiosptniec.o aWcl lbaissoetn, deGi fd.Efee.sr, teernut tacitat.it,o io1n9n 3i nf7a c¬ Clinintcioaa.lv ,G erlao fdlodiroemgnrb oaepfr hgai,u ctM,o as.,no edmt agalle-,n d1eo4tmi6c9 ie nvaanltu oaltiigoond oonf ¬a
al. 49
mice bv micro<omputed tomography Balto, ANTHROPOLOGY
K., et al. 35
ADENOVIRIDAE Her name is "Lucy," our three-million-vear-old
Adenoviral-mediated gene transfer to mouse sali¬ ALVEOLAR BONE LOSS ancestor. Shields, E.D., 13
ImmetEvurda.naW rnomysl. Nofagecn.lr,aa g elntaitodz na aseet.t.xs i, oWep1 nes4ar u1animp0ng ed,e rS noa.tx,da eieldt n oeaor-ta.vd,l ii 7rsta0mu1lm uvtoeacrssteo. rLg-meanmeed, iat¬ CRoeglliaTmvogenaaerr-tntnsaipadckesaiabcel, isubfM iliocan.n r, b deeco itolf noafnetesd. sr,m y.e 1nlMa9ets0 acsf7,o a cJlthl.e,o agewnot giranieteg.s,s oi1onv8f 7a rp0arei te ric-tiommpyla nt AANntTibanIgae-IcewNtneltFyr-iE radeClel eavTaceIstVleiov Epsity eiAsedts Ger maeEnc.Nod EvT rheSeral arebaa,ls eeA c.k,o ienntte ratoti.cl,ls e8 od2f 4 a
Expression of the antimicrobial peptide, human p-
ADHESIVES Relationship between the density of the alveolar defensin 1, in duct cells of minor salivary
Effects of adhesive thickness on polymerization Sproouctehsasreds, aKn.dA .t,h eat ta ot.f, 9p6o4s t-cranial bone. The. gKl.a Sn,d est aant.d. 1d6e6t9e ction in saliva. Sahasrabudhe,
contraction stress of composite. The. Choi
K.K., et al. 812 ALVEOLAR PROCESS Interactions of human neutrophils with the con¬
InterSfapceinacl ecrh, ePm, iestt aryt. ,o 1f4 t5h8e dentin/adhesive bond. Electron microscopy, micro-analysis, and x-ray dif- sTthiteu. eSnhtas poifr aa,n L e.,x epte arti.m. 1e8n0t2a l dental biofilm.
frachon characterization of the mineral-like
NomTminaeannlt bts iohrfoe jcanor, moDrp. ,fo resati ctaettu.-,dr 4ee1 nm henc haadnhiecssi oinn ?t he assess¬ dtiesrsiuvee dd ecpeollssi.t eAdr zbayt eh, uHm ,a rnt acte..m 2e8n tum tumor- AExNpTreIsBsIioOnT oICf Sth,e P aEnPtiTmIDicEro bial peptide, human p-
defensin 1, in duct cells of minor salivary
AGE FACTORS AMELOBLASTOMA glands and detection in saliva. Sahasrabudhe,
Immunohistochemical detection and distribution K.S., et al. 1669
Age, dental infections, and coronary heart disease of enamelysin (MMP-20) in human odonto¬
Manila, K.J., et at., 756
Association of salivary flow rates with maximal genic tumors. TakaU, T, et al. 1608 ANTIBODIES
Detebfrlmiotewi n faoratritcoeens. . YoGfe hhv,ea zCrzi.a-i,Kt iEo.,. nMe to .a,f t e.s,tt ia1mt5..6u 01l a8t7e4d salivary CAlMonEiLngO, BcLhaArSacTtSer ization, and expression analysis Antibsmyoandnoiedvsiib aalug lfaaliurn iddsti s omofr ypdcaeotribse.an cAttsed rwaicaihlt hia, ntNetmi.g, peeont rsao t.i¬,n 1t7h5e2
IntraN-oerwal bduirsgtrhi bauntdio Kn ionfg dsteonnt,a lN feluwo rYoosriks. iKn umar, Clonolionfc gma lhoiuzuamsteiao ennn ,e aanmnademl yaensliiannl .yc CsDiasN toeAfr i,en cxahp,r rJoe.,ms esoti osanot. m,d 1au6lr 9i7n g Antigatanenntsii.bc oE sdbpyee rctsioof ilAcei,ct Jyti. nLoo.f,b egatci nialgtl.u,i vs1 aa3lc6 tc2inr eovmiyccueltaerm fcluoimdi -
1996
JDentRes79(]2) 2000 Subject Index 1997
Immunohistochemical localization of Goq, PLCp, BACTERIAL ADHESION of mouse enamelysin. Caterina,et al, 1697
Gail-2, PKA, and the endothelin B and extra¬ Oral colonizaHon with Actinomyces species in Cyclooxygenase-2-dependent prostaglandin E2
cellular Ca2+-sensing receptors during early infants by two years of age. Sarkonen, N., et down-regulates intercellular adhesion mole-
amelogenesis. Moran, R.A., et al., 18% al, 864 cule-1 expression ria EP2/EP4 receptors in
Immunoquantification of human salivary mucins Water-insoluble glucan synthesis by mutans strep¬ interleukin-1 B'Stimulated human gingival
MGl and MG2 in stimulated whole saliva: tococcal strains correlates with caries inci¬ fibroblasts. Noguchi, K., et al., 1955
factors influencing mucin levels. Rayment, dence in 12- to 30-month-old children. Mattos- Low levels of GRP-Ca expression in transgenic
S.A., et at., 1765 Graner, R.O., et al, 1371 mice. Ten Hagen, K.G. and Balys, M.M., 926
Prostaglandin E2 predominantly induces produc¬
ANTIBODIES, MONOCLONAL BACTERIAL INFECTIONS tion of hepatocyte growth factor/scatter factor
Immunohistochemical detection and distribution Cytokine responses of oral epithelial cells to in human dental pulp in acute inflammation.
of enamelysin (MMP-20) in human odonto¬ Porphyromoms gingivalis infection. Sandros,}., Ohnishi, T., et al, 748
genic tumors. Takata, T., et al, 1608 etal.'im
Myosin isoform composition of the human medial Interactions of human neutrophils with the con¬ BLOTTING, SOUTHERN
and lateral pterygoid muscles. Korfage, J.A.M. stituents of an experimental dental biofilm. Expression of MMP-8 in human odontoblasts and
and van Eijden, T.M.G.J., 1618 The. Shapira, L., et al, 1802 dental pulp cells is down-regulated by TGF-
Quantification of p>eriapical bone destruction in pi. The. Palosaan, H., et al, T7
ANTIBODIES, VIRAL mice by micro-computed tomography. Balto, Low levels of GRP-Ca expression in transgenic
Proviral HIV-1 DNA in gingival crevicular fluid of K., et al, 35 mice. Ten Hagen, K.G. and Balys, M.M., 926
HIV-l-infected patients in various stages of
HIV disease. Maticic, M., et at., 14% BEHAVIOR BLOTTING, WESTERN
Empirical test of the \’alidity of the Oral Health .Antibodies against mycobacterial antigens in the
ANTIGENS Status index (OHSI) on a minority population, synovial fluid of patients with temporo¬
Antibodies against mycobacterial antigens in the An. Spolsky, V.W., et al, 1183 mandibular disorders. Adachi, N., et al, 1752
synovial fluid of paHents with temporo¬ Antigenic specificity of gingix al crevicular fluid
mandibular disorders. Adachi, N., et al., 1752 BEREITSCHAFTSPOTENTIAL (see Contingent antibody to Actinobacillus actinomycetemcomi-
Antigenic specificity of gingival crevicular fluid Negative Variation) tans. Ebersole, J.L., et al, 1362
antibody to Actinobacillus actinomycetemcomi- Butyric-acid-induced apoptosis in murine thymo¬
tans. Ebersole, J.L., et al., 1362 BIOCOMPATIBLE MATERIALS cytes and splenic T- and B<ells occurs in the
Influence of environmental pH on the reactivity of E\ iderKe of chemical bonding at biomaterial-hard absence of p53. Kurita-Ochiai, T., et al, 1948
Candida albicans with salivarv IgA. Bikandi,)., tissue interfaces. Yoshida, Y, et al, 701 Expression of .MMP-8 in human odontoblasts and
et al., 1431 dental pulp cells is down-regulated by TGF-
BIOFILMS Bl, The. Palosaari, H., et at., 77
ANXIETY Architecture of intact natural human plaque Expression of the antimicrobial peptide, human B*
Effect of a cholecystokinin agonist on masseter biofilms studied by confocal laser scanning defensin 1, in duct cells of minor salivary
muscle activity in the cat. The. Sitthisomwong, microscopy. Wood, S.R., et al, 21 glands and detection in saliva. Sahasrabudhe,
P, et al, 1823 ' Interactions of human neutrophils with the con¬ K.S., et al, 1661
Low unstimulated salivary' flow and subjective stituents of an expenmental dental biofilm. Human gingival crevicular fluid contains MRl’S
oral dryness: association with medication, The. Shapira, L., et al, 1802 (S100A8) and MRP14 (S100A9), two calcium¬
anxiety, depression, and stress. Bergdahl, M. binding proteins of the SlOO family. Kojima,
and Bergdahl, ]., 1652 BIOLOGICAL MARKERS T., et al, 740
Relaxation rs. cognitively oriented therapies for •AgNOR are sensitive markers of radiation lesions Immurwhistochemical detechon and distribution
dental fear. Elerggren, U., et al, 1645 in squamous epithelia. lelmini, M.V., et al, 850 of ervamelysin (MMP-20) in human odonto¬
ImmunohistiKhemical detection and distribution genic tumors. Takata, T., et al., 1608
AP-1 (see Transcription Factor AP-1) of enamelysin (MMP-20) in human odontiv Immunoquanhfication of human salivary mucins
genic tumors. Takata, T, et al, 1608 MGl and MG2 in stimulated whole saliva:
APOPTOSIS Meal pattern analysis in response to temporo¬ factors influencing mucin levels. Rayment,
Butyric-acid-induced apoptosis in murine thymo¬ mandibular joint inflammation in the rat. S.A., et al., 1765
cytes and splenic T- and B<ells occurs in the Harper, R.P., et al, 1704 In ritv expression of the collagenolytic matrix met-
absence of p53. Kurita-Ochiai, T., et al., 1148 alloproteinases (MMP-2, -8, -13, and -14) and
BIOMECHANICS matrilysin (MMP-7) in adult and localized
ARTHRITIS Biomechanical evaluation of osseous implants hav¬ luvenile periodontitis. The. Tervahartiala, T., et
Reactive oxygen species participaHon in experi¬ ing different surface topographies in rats. al., 1161
mentally induced arthritis of the temporo¬ Ogawa, T., et al, 1857 Influence of environmental pH on the reactivity of
mandibular joint in rats. Kawai, Y., et al, 1481 Mandibular helical axis pathways during mastica¬ Candida albicans with salivary IgA. Bikandi,).,
tion. Gallo, L.M., et al, 1566 et al, 1439
AUTOCRINE COMMUNICATION Region-specific bone mass changes in rat Inositol hexasulphate, a casein kinase inhibitor,
Role of vascular endothelial growth factor in mandibular condyle following ovariectomy. alters enamel formation in cultured embryonic
human dental pulp cells: induction of chemo- Tanaka, M., et al, 1107 mouse tooth gertrrs. Torres-Quintarra, M.A., et
taxis, proliferation, and differentiation and Stress-field translation in the healthy human tem¬ al, 1794
activation of the AP-l-dependent signaling poromandibular joint. Gallo, L.M., et al, 1740 Interleukin-la-dependent regulation of matrix
pathway. The. Matsushita, K., et al, 15% metalloproteinase-9 (MMP-9) secretion and
BIOMEDICAL ENGINEERING activation in the epithelial cells of odontogenic
AUTORADIOGRAPHY Development and characterization of a tissue-engi¬ jaw cysts. Kubota, Y., et al., 1423
Inositol hexasulphate, a casein kinase inhibitor, neered human oral mucosa equivalent pro¬ Localization of E.MSPl expression during tooth
alters enamel formation in cultured embryonic duced in a serum-free culture system. Izumi, formation and cloning of mouse cDNA. Hu,
mouse tooth germs. Torres-Quintana, M.A., et K., et al, 718 j.C.-C., et al, 70
at., 1794 Molecular mapping of statherin- and histatin-birul-
BISPHENOL A-DIMETHACRYLATE ing domaitrs in human salivary mucin MGl
B-LYMPHOCYTES Estrogenicity' of fissure sealants and adhesive (MUC5B) by the yeast two-hybrid system, 732
Butyric-acid-induced apoptosis in murine thymo¬ resins determined by reporter gene assay. Prostaglandin E2 enhances bradykinin-evoked
cytes and splenic T- and B-cells occurs in the Tarumi, H., et al, 1838 ■ iCGRP release in bovine dental pulp. Goodis,
absence of p53. Kurita-Ochiai, T., et al, 1148 H E., et al. 1604
BISPHENOL A-GLYCIDYL METHACRYLATE Role of MAP kinases p>42^*''‘*2/f>44'^*’*‘"^ in cemen-
BACTERIA Estrogenicity of fissure sealants and adhesive tum-derived attachment-protein-mediated cell
Architecture of intact natural human plaque resins determined by reporter gene assay. attachment. Komaki, M., et al., 1781
biofilms studied by confocal laser scanning Tarumi, H., et al, 1838
microscopy. Wood, S.R., et al, 21 BODY POSITION
pH of dental plaque in its relation to early enamel BISPHOSPHONATES (.see Diphosph«Tnates) Effects of head and body position on two- and
caries and dental plaque flora in humans. The. three-dimensional configuratior« of the upper
Lingstrbm, P., et al, 770 BITE FORCE airway. Ono, T., et al, 1879
Relationship among mutans streptococci, "low- Association of salivary flow rates with maximal
pH” bacteria, and iodophilic polysaccharide- bite force. Yeh, C.-K., el al, 1560 BONDING, DENTAL (see Dental Bonding)
producing bacteria in dental plaque and early Bihng and chewing in overdentures, full dentures,
enamel caries in humans, van Ruyx-en, F.O.J., and natural dentitiims. Fontijn-Tekamp, F.A., BONE DENSITY
et al, 778 et al, 1511 Region-specific bone mass changes in rat
Road to preventiN'e dentistry—the personal scien- mandibular condyle following ovariectomy.
hfic experience of a Japanese denhst. The. BLOTTING, NORTHERN Tanaka, M., ef al, 1107
Koga, T., 7 Cloning, characterizaHon, and expression analysis Relationship between the densitv’ of the alveolar
1998 Subject Index JDentRes79{]2) 2000
processes and that of post-cranial bone. The. G«il-2, PKA, and the endothelin B and extra¬ Sitthisomwong, P, el al., 1823
Southard, K.A., el al., %4 cellular Ca2+-sensing receptors during early Elevated intramuscular concentration of
amelogenesis. Moran, R.A., el al., 1896 bradykinin in jaw muscle increases the
BONE FORMATION {see Osteogenesis) fusimotor drive to neck muscles in the cat.
CALCIUM-BINDING PROTEINS Hellstrbm, F., el al., 1815
BONE LOSS, PERIODONTAL {see Alveolar Bone Human gingival crevicular fluid contains MRP8 Jaw-tongue reflex: afferents, central pathways,
Loss) . (S1(X)A8) and MRP14 (S100A9), two calcium¬ and synaptic potentials in hypoglossal
binding proteins of the SI 00 family. Kojima, motoneurons in the cat. Ishiwata, Y., el al.,
BONE MORPHOGENETIC PROTEINS T, el al., 740 1626
Inhibition of Wnt signaling by exogenous Mfrzbl
protein affects molar tooth size. Sarkar, L. and CALCIUM PHOSPHATES CATTLE
Sharpe, I’T, 920 Composition of plaque and saliva following use N-terminal sequence analysis of bovine dentin
of an a-tricalcium-phosphate-containing phosphophorvn after conversion of phospho-
BONE REMODELING chewing gum and a subsequent sucrose chal¬ servl to S-propylcysteinyl residues. Huq,
Cytokine pnxiuction and bone remodeling in lenge. Vogel, G.L., el al., 58 N-Ue/a/., 1914
patients wearing o\'erdentures on oral Dcise-dependent modulation of octacalcium phos¬ Prostaglandin E2 enhances bradykinin-evoked
implants. Schierano, G., el al., 1675 phate crystal habit bv amelogenins. Wen, iCGRP release in bovine dental pulp. Goodis,
H.B., el al., 1902 H.E., el al., 1604
BONE RESORPTION Temperature dependence of the electrical resis¬
Osteoprotegerin and osteoclast differentiation fac¬ CAMPYLOBACTER tance of strund and carious teeth. Huvsmans,
tor in Uxrth eruption. Wise, G.E., el al., 1937 Campylobacler species in health, gingivitis, and M.C.D.N.J.M., el al., 1464
Quantification of periapical bone destruction in periodontitis. Macuch, P.J. and Tanner, A.C.R.,
mice bv micrxr-computed tomography. Balto, 785 CAUCASOID RACE
K., el al., 35 Clinical and genetic analysis of a large north
CANDIDA ALBICANS European Caucasian family affected by early-
BRADYKININ Influence of environmental pH on the reactivity of onset pericxlontitis. Hodge, P.J., el al., 857
Elevated intramuscular concentration of Candida albicans with salivary IgA. Bikandi, J.,
bradykinin in jaw muscle increases the el al., 1439 CD-4 POSITIVE T-LYMPHOCYTES
fusimotor drive to neck muscles in the cat. Cytokine profiles of T-lymphtK\ tes from gingival
Hellstrbm, F., el al., 1815 CARBACHOL tissues with pathological pocketing. Takeichi,
Prostaglandin E2 enhances bradykinin-evoked Choline acetyltransferase, acetylcholinesterase, O., cffl/., 1548
iCGRP release in bovine dental pulp. Goodis, and nicotinic acetylcholine receptors of
H.E., el al., 1604 human gingival and esophageal epithelia. CD-8 POSITIVE T-LYMPHOCYTES
Thuong Nguyen, V., el al., 939 Cytokine profiles of T-lymphocytes from gingi\’al
BREATHING tissues with pathological ptKketing. Takeichi,
Effects of head and body position on two- and
CARBOHYDRATES {see Dietary Carbohydrates) 0.,elal., 1548
three-dimensional configurations of the
upper airway. Ono, T, el al., 1879
CARBON DIOXIDE CELL ADHESION
Effects of low-energy CO2 laser irradiation and Choline acetyltransferase, acetylcholinesterase,
BRUXISM
the organic matrix on inhibition of enamel and nicotinic acetylcholine receptors of
No heritability of temporomandibular joint signs
demineralization. Hsu, C.-Y.S., el al., 1725 human gingival and esophageal epithelia.
and symptoms. Michalowicz, B.S., el al., 1573
Thuong Nguyen, V., el al., 939
CARDIOVASCULAR DISEASES High glucose suppa»sses cathepsin activity in
BUFFERS
Acute-phase inflammatory response to periodon¬ periodontal-ligament-derived fibroblastic
Adenoviral-mediated gene transfer to mouse sali¬
tal disease in the US population. Slade, G.D., cells. Nishimura, F., el al., 1614
vary glands. Wang, S., el al., 701
el al., 49 Role of MAP kinases p42*^'''^'2/p44‘-’'’*‘"l in
cementum-derived attachment-protein-medi-
BUTYRIC ACIDS
CARIOSTATIC AGENTS ated cell attachment. Komaki, M., el al., 1789
Buriric-acid-induced apoptosis in murine thvmiv
Composition of plaque and saliva following use
cytes and splenic T- and B-cells occurs in the
absence of p53. Kurita-Ochiai, T, el al., 1948 of an a-tricalcium-phosphate-containing CELL ADHESION MOLECULES
chewing gum and a subsequent sucrose chal¬ Cyclooxygenase-2-dependent prostaglandin E2
C-REACTIVE PROTEIN lenge. Vogel, G.L., el al., 58 down-regulates intercellular adhesion mole¬
Acute-phase inflammatory’ response to periodon¬ Effect of in vilro acidification on plaque fluid com- cule-1 expression via EP2/EP4 receptors in
tal disease in the US populahon. Slade, G.D., pnrsihon with and without a NaF or a con- interleukin-1 P-stimulated human gingival
el al.. 49 trolled-release fluoride rinse. Vogel, G.L., el fibroblasts. Noguchi, K., el al., 1955
al., 983
CALCIFICATION, PHYSIOLOGIC Influence of maternal xylitol consumption on CELL COMMUNICATION
Dose-dependent modulation of cKtacalcium phos¬ acquisition of mutans streptociKci by infants, Inhibition of Wnt signaling by exogenous Mfrzbl
phate crystal habit bv amelogenins. Wen, Sdderling, E., el al., 882 protein affects molar Uxrth size. Sarkar, L. and
H.B., el al., 1902 Occurrence of dental decay in children after Sharpe, P.T., 920
Evidence for charge domains on developing maternal consumption of xylitol chewing
enamel crystal surfaces. Kirkham, J., el al., gum, a follow-up from 0 to 5 years. CELL CYCLE
1943 Isokangas, P., el al., 1885 Butyric-acid-induced apoptosis in murine thymo¬
N-terminal sequence analysis of bovine dentin Remineralization effects of a two-solution fluoride cytes and splenic T- and B-cells occurs in the
phosphophorym after conversion of phosphi>- mouthrinse: an in silu study. Chow, L.C., el absence of p53. Kurita-Ochiai, T, el al., 1948
servl to S-propvIcvsteinvl residues. Huq, al., 991
N.Ufta;., 1914 RcKky road of xylitol to its clinical application, CELL DIFFERENTIATION
the. Makin'en, K.K.. 1352 Delayed embryonic development of mouse mas¬
CALCINOSIS seter muscle correlates with delayed myoD
Electron microscopy, micro-analysis, and x-ray CASEIN KINASE family expression. Yamane, A., el al., 1933
diffraction characteriz,ation of the mineral-like Inositol hexasulphate, a casein kinase inhibitor, Odontoblast differentiation and tixrth morphogen¬
tissue deposited by human cementum tumor- alters enamel formation in cultuaxl embryon¬ esis. Lesot, H., 1640
derived cells. Arzate, H., el al., 28 ic mouse torrth germs. Torres-Quintana, ,M.A., Osteoprotegerin and osteoclast differentiation fac¬
el al., 1794 tor in Uxrth eruption. Wise, G.E., el al., 1937
CALCITONIN Role of vascular endothelial growth factor in
Mandibular bone formation rates m aged ovariec- CASPASES human dental pulp cells: induction of chemo-
tomized rats treated with anti-resorptive Butyric-acid-induced apoptosis in murine thymo¬ taxis, proliferation, and differentiation and
agents alone and in combination with inter¬ cytes and splenic t- and B-cells occurs in the activation of the AP-1-dependent signaling
mittent parathyroid hormone. Hunziker, ]., el absence of p53. Kurita-Ochiai, T, el al., 1948 pathway. The. Matsushita, K., el al., 15%
al., 1431
CATHEPSINS CELL DIVISION
CALCITONIN GENE-RELATED PEPTIDE High glucose suppre «s cathepsin activity in Effects of TGFpl on dental pulp cells in cultuaxJ
Prostaglandin E2 enhances bradykinin-evoked pericxdontal-ligament-derived fibroblastic human tixjth slices. Melin, M., el al., 1689
iCGRP release in bovine dental pulp. Goodis, cells. Nishimura, F., el al., 1614 Role of vascular endothelial growth factor in
H.E.,rt<j/., 1604 human dental pulp cells: induction of chemiv
CATS taxis, proliferation, and differentiation and
CALCIUM Effect of a cholecystokinin agonist on masseter activation of the AP-l-dependent signaling
Immunohistcvhemical localization of Gaq, PLC^, muscle activity in the cat. The. pathway. The. Matsushita, K., el al., 15%
J Dent Res 79(12) 2000 Subject Index 1999
CELL MIGRATION INHIBITION The. Burt, B.A., et ai, 761 Localization of EMSPl expression during tixrth
Effects of TGF3I on dental pulp cells in cultured Intra-oral distribution of dental fluorosis in formation and cloning of mouse cDNA. Hu,
human tooth slices. Melin, M., et ai, 1689 Newburgh and Kingston, New York. Kumar, J. C.-C., et ai. 70
J., ef a/., 1508
CELL MOVEMENT Occlusal contacts during lateral excursions in chil¬ COGNITIVE THERAPY
Choline acetyltransferase, acetylcholinesterase, dren with primary dentihon. Okamoto, A., et Relaxation vs. cognitively oriented therapies for
and nicohnic acetylcholine receptors of ai,1890 dental fear. Berggren, U., et ai, 1645
human gingival and esophageal epithelia. Occurrence of dental decay in children after
Thuong Nguyen, V., et ai, 939 maternal consumption of xylitol chewing COLLAGEN
gum, a follow-up from 0 to 5 years. Collagen XII mutation disrupts matrix structure of
CELLS, CULTURED Isokangas, P, et al., 1885 periiKlontal ligament and skin.
Cytokine production and bone remodeling in Oral colonization with Actinomyces species in Reichenberger, E., et ai. 1%2
patients wearing overdentures on oral infants by two years of age. Sarkonen, N., et Effects of TGF3I on dental pulp cells in cultured
implants. Schierano, G., et ai, 1675 ai, 864 human tooth slices. Melin, M., et ai, 1689
Cytokine responses of oral epithelial cells to Time-dependent decrease and seasonal variation H^-induced tension development in demineral¬
Poqjhifromonas gingivalis infection. Sandros, J., of the porosity of recently erupted sound ized dentin matrix. Pashley, D.H., et ai, 1579
ef a;.,'l808 dental enamel in vivo, ten Bosch, J.J., et ai, LcKal injection of IFN-gamma reduces the number
Development and characterization of a tissue- 1556 of myofibniblasts and the collagen content in
engineered human oral mucosa equivalent Water-insoluble glucan synthesis by mutans strep¬ palatal w ounds. Comelissen, A.M.H., et ai,
produced in a serum-free culture system. tococcal strains correlates with caries inci¬ 1782
Izumi, K., el ai, 798 dence in 12- to 30-month-old children. Role of MAP kinases p42‘-'*’^*2/p44*'’'’l‘'l in
Effects of TGF3I on dental pulp cells in cultured Mattos-Graner, R.O., et ai, 1371 cementum-deric ed attachment-protein-medi¬
human tooth slices. Melin, M., et ai, 1689 ated cell attachment. Komaki, M., et ai, 1789
Induction of intracellular interleukin-13 signals CHLORHEXIDINE
I’ia type II interleukin-1 receptor in human Influence of maternal xylitoi consumption on COLLAGENASES
gingival fibroblasts. Chou, H.-H., et ai, 1683 acquisition of mutans streptococci by infants, Collagenases in different categories of peri-
Sdderling, E., et ai, 882 implant vertical bone loss. .Ma, J., et ai, 1870
CEMENTOBLASTS (see Dental Cementum) Expression of MMP-8 in human ixlontoblasts and
CHOLECYSTOKININ dental pulp cells is down-regulated by TGF-
CERAMICS Effect of a cholecystokinin agonist on masseter 31, The. Palosaari, H., et ai. 77
Crack initiation modes in bilayered muscle activity in the cat. The. In vivo expressitm of the collagenolytic matrix
alumina/porcelain disks as a function of Sitthisomwong, P, et ai, 1823 metalloproteinases (MMP-2, -8, -13, and -14)
core/veneer thickness ratio and supp)orting and matrilysin (MMP-7) in adult and local¬
stiffness. Wakabavashi, N. and Anusavice, CHOLINE O-ACETYLTRANSFERASE ized juxenile periixlimtitis. The.
K.J., 1398 Choline acetyltransferase, acetylcholinesterase, Terx ahartiala, T., et ai, 1%9
Effects of whisker-to-silica ratio on the reinforce¬ and nicotinic acetylcholine receptors of
ment of dental resin composites with silica- human gingival and esophageal epithelia. COLONY-STIMULAFING FACTORS
fused whiskers. Xu, H.H.K., et ai. 1844 Thuong Nguyen, V., et ai, 939 Ostcoprotegerin and ostecKlast differentiaticm fac¬
Lifetime-limiting strength degradahon from con¬ tor in ttx>th eruption. Wise, G.E., et ai, 1937
tact fatigue in dental ceramics. Jung, Y.-G., et CHROMATOGRAPHY
ai.722 N-terminal sequence analysis of bovine dentin COMPARATIVE STUDY
Whisker-reinforced heat<ured dental resin com- phosphophoryn after conversion of phospho- Between-subject and within-subject statishcal
p>osites: effects of filler level and heat-cure servl to S-prop\4cvsteinvl residues. Huq, information in dental research. MarKi, L.A., et
temperature and time. Xu, H.H.K., 1392 N.L., rt a/., 1914 ai, 1778
CETYLPYRIDINIUM CHROMOSOME MAPPING COMPOSITES
Antibacterial activities and release kinetics of a Cloning human enamelin cDNA, chromosomal Effects of adhesix e thiclmess tin polvmerization
newly developed recoverable controlled localization, and analysis of expression dur¬ contraction stress of composite. The. Choi,
agent-release system. Ehara, A., el ai, 824 ing tooth development. Hu, C.-C., et al., 912 K. K., et ai, 812
Effects of whisker-tivsilica ratio im the reinforce¬
CHELATING AGENTS CHROMOSOME SEGREGATION ment of dental resin composites with silica-
Diagnoshc value of a chelating agent in patients Clinical and genehc analysis of a large north fused whiskers. Xu, H.H.K.,rt<j/., 1844
with symptoms allegedly caused by amalgam European Caucasian family affected by early- In vivo degradation of resin-dentin bonds in
fillings. Vamnes, J.S., et ai, 868 onset periodontitis. Hodge, PJ., et ai, 857 humans ox er 1 to 3 vears. Hashimoto, M., et
ai, 1385
CHEMICAL SHIFT IMAGING (see Nuclear CHROMOSOMES, HUMAN, PAIR 2 Nominal shear or fracture mechanics in the
Magnetic Resonance) Evidence of genetic heterogeneity for hereditaiy- assessment of composite-denhn adhesion?
gingival fibromatosis. Hart, T.C.,etai, 1758 Tantbirojn, D., et ai, 41
CHEMOTAXIS Visco-elastic parameters of dental restorative
Role of vascular endothelial growth factor in CHROMOSOMES, HUMAN, PAIR 4 materials during setting. Daux illier, B.S., el
human dental pulp cells: induchon of chemiv \'on-collagenous dentin matrix proteins are ai, 818
taxis, proliferation, and differenhation and involved in dentinogenesis imperfecta type II Whisker-reinforced heat<ured dental resin com¬
activation of the A P-1-dependent signaling (EXHI-II), The. Thotakura, S.R., et ai, 835 posites: effects of filler lex el and heat-cum
pathway. The. Matsushita, K., et ai. 15% temperature and hme. Xu, H.H.K., 1392
CICATRIX
CHEWING GUM Local injection of IFN-gamma reduces the number COMPUTED TOMOGRAPHY (str Tomography,
Composihon of plaque and saliva following use of myofibroblasts and the collagen content in X-ray Computed)
of an a-tricalcium-phosphate-containing palatal wounds. Comelissen, A.M.H., et ai,
chewing gum and a subsequent sucrose chal¬ 1782 COMPUTER SIMULATION
lenge. Vogel, G.L., et ai, 58 Design and wear testing of a tempxxromandibular
Influence of maternal xylitol consumpHon on CLEFT PALATE joint prosthesis articulatixxi. van Loon, J.-P, et
acquisition of mutans streptococci by infants, Local injection of IFN-gamma reduces the number • ai, 715
Sdderling, E., et ai, 882 of myofibroblasts and the collagen content in
Occurrence of dental decay in children after palatal wounds. Comelissen, A.M.H., et ai, CONDYLE, MANDIBULAR (see Mandibular
maternal consumption of xylitol chewing .1782 Cimdyle)
gum, a follow-up from 0 to 5 years.
Isokangas, P., et al., 1885 CLINICAL TRIALS CONTINGENT NEGATIVE VARIATION
Rocky road of xylitol to its clinical application, Are all clinical caries prevention studies biased? Cortical potentials associated with voluntary
the. Makinen, K.K., 1352 .Alanen, P, 7% mandibular movements. Yoshida, K., et ai,
1514
CHEWING (see Mastication) CLONE CELLS
Cementum attachment protein enriches putative CONTRACTION
CHILD cementoblastic populations on root surfaces Effects of adhesive thickness on polymerization
Caries in fi\ e-year-old children and associations in vitro. BarKana, L, et al., 1482 cixntraction stress of composite. The. Choi,
with familv-related factors. Mattila, M.-L., et K.K.,rt<j/.,812
ai. 875 CLONING, MOLECULAR Visco-elastic parameters of dental restoratix e
Effects of a break in water fluoridation on the Cloning, characterization, and expression analysis materials during setting. Dauvillier, B.S., et
development of dental caries and fluorosis. of mouse enamelysin. Caterina, J., et ai, \f07 ai, 818
2000 Subject Index JDenf Res 79(12) 2000
CONTROLLED-RELEASE PREPARATIONS (see newly developed recoverable controlled caries diagnosis. The. Vaarkamp, J., et al., 1747
Delayed-Action Preparations) agent-release system. Ehara, A., et al., 824 Relationship among mutans streptococci, "low-
Effect of in vitro acidification on plaque fluid com¬ pH" bacteria, and iodophilic polysaccharide-
CORONARY DISEASE position with and without a NaF or a con- producing bacteria in dental plaque and early
Age, dental infections, and conmary heart disease. trolled-release fluoride rinse. Vogel, G.L., et enamel caries in humans, van Ruyv'en, F.O.J.,
Mattila, K.J., ei at., 756 al., 983 et al., 778
Local and chronic application of PTH accelerates Remineralization effects of a two-solution fluoride
CORTEX (see Motor Cortex) tiKith movement in rats. Soma, S., et al., 1717 mouthrinse: an in situ study. Chow, L.C., et
al., 991
CORTICOSTERONE DEMOGRAPHY Rocky road of xylitol to its clinical application.
Meal pattern analysis in response to temporo¬ Empirical test of the validity of the Oral Flealth The, Makinen, K.K., 1352
mandibular joint inflammation in the rat. Status Index (OHSl) on a minority popula¬ Tempierature dependence of the electrical resis¬
Harjjer, R.R, et al., 1704 tion, An. Spolsky, V.W., et al., 1983 tance of sound and carious teeth. Huvsmans,
M.C.D.N.J.M., et al., 1464
CRACKS (see Fractures) DENTAL AMALGAM Time-dejjendent decrease and seasonal variation
Diagnostic value of a chelating agent in patients of the porosity of recently erupted sound
CREUTZFELDT-JAKOB SYNDROME
with symptoms allegedly caused by amalgam dental enamel in vivo, ten Bosch, J.J., et al.,
Prion protein is not detectable in dental pulp from
fillings. Vamnes, J.S., et al., 868 1556
patients with Creutzfeldt-Jakob disease.
Water-insoluble glucan synthesis by mutans strep¬
Blanquet-Grossard, F., et al., 7{X)
DENTAL ANXIETY tococcal strains correlates with caries inci¬
CROSS-LINKING REAGENTS Relaxation t's. cognitively oriented therapies for dence in 12- to 30-month-oId children.
Pellicle precursor protein crosslinking: characteri¬ dental fear. Berggren, U., et al., 1645 Mattos-Graner, R.O., et al., 1371
zation of an adduct between acidic proline-
rich protein (PRP-1) and statherin generated DENTAL BONDING DENTAL CEMENTUM
by transglutaminase. Yao, Y, et al., 930 Bond strength of resin to acid-etched dentin stud¬ Cementum attachment protein enriches putative
ied byNMR: interaction between N- cementoblastic populations on root surfaces
CULTURE MEDIA, SERUM-FREE methacryloyl-<»)-amino acid [-imer and denti¬ in vitro. BarKana, I., et al., 1482
Development and characterization of a tissue- nal collagen. Nishiyama, N., et al., 806 Electron microscopy, micro-analysis, and x-ray
engineered human oral mucosa equivalent Effects of adhesive thickness on polymerization diffraction characterization of the mineral-like
produced in a serum-free culture system. contraction stress of composite. The. Choi, tissue deposited by human cementum tumor-
Izumi, K., et al., 798 K.K.,etal., 812 derived cells. Arzate, H., et al., 28
Ev idence of chemical bonding at biomaterial-hard Feasibility' of computer-assisted recognition of dif¬
CURING tissue interfaces. Yoshida, Y., et al., 709 ferent dental hard tissues. Kocher, T., el al.,
Whisker-reinforced heat-cured dental resin com¬ Improved sealant retention with bonding agents: 829
posites: effects of filler level and heat-cure a clinical study of two-bottle and single-bottle Role of MAP kinases p42*-’''^"2/p>44‘-’'’*^'^ in
temj>erature and time. Xu, Fl.Fl.K., 1392 systems. Feigal, R.J., et al., 1850 cementum-derived attachment-protein-medi¬
In virv degradation of resin-dentin bonds in ated cell attachment. Komaki, M., el al., 1789
. CYCLODEXTRINS humans over 1 to 3 years. Hashimoto, M., et
MALDI-TOF MS analysis of a library of p>olvmer- al., 1385 DENTAL CEMENTUM ATTACHMENT
izable cvciodextrin derivatives. Bowen, R.L., Interfacial chemistiy of the dentin/adhesive bond. PROTEIN
el al., 905 Spencer, P, et al., 1458 Cementum attachment protein enriches putative
MALDI-TOF MS analysis of a library of polymer¬ cementoblastic populations on nx>t surfaces
CYCLOOXYGENASE (see Prostaglandin- izable cvciodextrin derivatives. Bowen, R.L., in I'itro. BarKana, I., et al., 1482
Endoperoxide Synthase) el al., 905
DENTAL ENAMEL
CYSTS DENTAL CALCULUS Cloning human enamelin cDNA, chromosomal
interleukin-la-dependent regulation of matrix Feasibilitv’ of computer-assisted recognition of dif¬ localization, and analysis of expression dur¬
metalloproteinase-9 (MMP-9) secretion and ferent dental hard tissues. Ktxher, T, et al., ing tooth development. Hu, C.-C., el al., 912
activation in the epithelial cells of odonto¬ 829 Dose-dependent modulation of octacalcium phos¬
genic jaw cysts. Kubota, Y., cl al., 1423 phate crystal habit bv amelogenins. Wen,
PTCH gene mutations in odontogenic keratocysts. DENTAL CARE H.B., el al., 1902
Barreto, D.C., et al., 1418 Age, dental infections, and coronary heart disease. Effects of low-energy CO2 laser irradiation and
Mattila, K.J., et al., 756 the organic matrix on inhibition of enamel
CYTOKINES
Use of dental care by HIV-infected medical demineralizahon. Hsu, C.-Y.S., et al., 1725
Cytokine production and bone remodeling in
paHents. Coulter, I.D., el al., 1.356 Evidence for charge domains on developing
patients wearing overdentures on oral
enamel crystal surfaces. Kirkham, J., et al.,
implants. Schierano, G., et al., 1675
DENTAL CARIES 1943
Cytokine profiles of T-lymphocytes from gingival
Age, dental infections, and coronary heart disease. Evidence of chemical bonding at biomaterial-hard
tissues with pathological pocketing. Takeichi,
0..etal., 1548 Mattila, K.J., et al., 756 tissue interfaces. Yoshida, Y., et al., 709
Cytokine responses of oral epithelial cells to Are all clinical caries prevention studies biased? Feasibility of computer-assisted recognition of dif¬
Porphifromonas gin^h<alis infection. Sandros, J., Alanen, P, 7% ferent dental hard tissues. Kocher, T, el al.,
rta/.,1808 AssiKiation of basic proline-rich peptides from 829
Induction of intracellular interleukin-1 signals human parotid gland secretions with caries ImmunohishKhemical localization of Gaq, PLCfl,
via Upe II interleukin-1 receptor in human experience. The. Ayad, M., el al., 976 Gail-2, PKA, and the endothelin B and extra¬
gingival fibroblasts. Chou, FI.-FI., et al., 1683 Caries in five-yearnrld children and associations cellular Ca2+-sensing receptors during early
with family-related factors. Mattila, M.-L., el amelogenesis. Moran, R.A., el al., 18%
DECALCIFICATION TECHNIQUE al., 875 Inositol hexasulphate, a casein kinase inhibitor,
H‘*’-induced tension dex elopment in demineral¬ Effect of in vitro acidification on plaque fluid com¬ alters enamel formahon in cultured embryon¬
ized dentin matrix. Pashley, D.H., el al., 1579 position with and without a NaF or a con- ic mouse tooth germs. Torres-Quintana, M.A.,
trolled-release fluoride rinse. Vogel, G.L., et etal., 1794
DECISION MAKING al., 983 Optical scattering power for characterization of
Dentists' judgment strategies on prophylactic Effects of a break in water fluoridation on the mineral loss. Ko, C.C., et al., 1584
remox al of mandibular third molars. development of dental caries and fluorosis. Pellicle precursor protein crosslinking: characteri¬
Knutsson, K., et al., 1989 The. Burt, B.A., el al., 761 zation of an adduct between acidic proline-
Effects of low-energy CO2 laser irradiation and rich protein (PRP-1) and statherin generated
DEFENSINS the organic matrix on inhibition of enamel by transglutaminase. Yao, Y., et al., 930
Expression of the anhmicrobial peptide, human fl- demineraliz.ation. Hsu, C.-Y.S., cf a/., 1725 pH of dental plaque in its relation to early enamel
defensin 1, in duct cells of minor salivary Occurrence of dental decay in children after caries and dental plaque flora in humans.
glands and detection in saliva. Sahasrabudhe, maternal consumption of xylitol chewing The. Lingstrdm, P, et al., 770
K.S., et al., 1669 gum, a follow-up fn>m 0 to 5 years. Relationship among mutans streptococci, "low-
Isokangas, P, el al., 1885 pH" bacteria, and iodophilic jxilysaccharide-
DEFOROXAMINE Optical scattering power for characterization of pnxlucing bacteria in dental plaque and early
Reactive oxygen species participation in experi¬ mineral loss. Ko, C.C., el al., 1584 enamel caries in humans, van Ruy'ven, F.O.J.,
mentally induced arthrihs of the temponv pH of dental plaque in its relation to early enamel el al., 778
mandibular joint in rats. Kawai, Y., et al., 1489 caries and dental plaque flora in humans. Remineralization effects of a twtvsolution fluoride
The. Lingstrdm, P, et al., 770 mouthrinse: an in situ study. Chow, L.C., el
DELAYED-ACTION PREPARATIONS Real performance of bilewing radiography and al., 991
Antibacterial activities and release kinetics of a fiber-optic transillumination in approximal Time-dependent decrease and seasonal variation
JDentRes79(]2) 2000 Subject Index 2001
of the porosity of recently erupted sound biofilms studied by confncal laser scanning DENTIN
dental enamel in vizv. ten Bosch, et al., microscopy. Wood, S.R., el al., 21 Bond strength of resin to acid-etched denbn stud¬
1556 Composition of plaque and saliva following use ied by NMR: interaction between N-
Unique enamel phenotype associated with amelo- of an a-tricalcium-phosphate-containing methacryloyl-<ii-amino acid primer and denb-
genin gene (AMELX) codon 41 point muta¬ chewing gum and a subsequent sucrose chal¬ nal collagen. Nishiyama, N., et al., 806
tion. Ravassipour, D.B., et al., 1476 lenge. Vogel, G.L., et al., 58 H‘''-induced tension development in demineral¬
Effect of in intro acidification on plaque fluid com¬ ized denbn matrix. Pashley, D.H., et al., 1579
DENTAL ENAMEL PROTEINS position with and without a NaF or a con- N-terminal sequence analysis of bovine denbn
Detection of a novel mutahon in X-linked amelo- trolled-release fluoride rinse. Vogel, G.L., et phosphophoryn after conversion of phospht>
genesis imperfecta. Kindelan, S.A., et al., 1978 al., 983 servl to S-propvlcvsteinvl residues. Huq,
Dose-dependent modulation of octacalcium phos¬ pH of dental plaque in its relation to early enamel N.L., et al., 1914
phate crystal habit by amelogenins. Wen, caries and dental plaque flora in humans.
H.B., et al., 1902 The. Lingstrdm, P., et al., 770 DENTIN-BONDING AGENTS
Immunohistochemical detection and distribution Relationship among mutans streptococci, "low- Improved sealant retenbon with bonding agents:
of enamelysin (MMP-20) in human odonto¬ pH" bacteria, and iodophilic polysaccharide- a clinical study of two-bottle and single-bottle
genic tumors. Takata, T., el al., 1608 producing bacteria in dental plaque and early systems. Feigal, R.J., et al., 1850
Inositol hexasulphate, a casein kinase iirhibitor, enamel caries in humans, van Ruyven, F.O.J., In iniv degradabon of resin-denbn bonds in
alters enamel formahon in cultured embryon¬ et al., 778 humans over 1 to 3 years. Hashimoto, M., el
ic mouse tooth germs. Torres-Quintana, M.A., Water-insoluble glucan synthesis by mutans strep¬ al., 1385
etal., 1794 tococcal strains correlates with caries inci¬ Interfacial chemistry of the denbn/adhesive bond.
Localization of EMSPl expression during tooth dence in 12- to 30-month-old children. Spencer, P, et al., 1458
formation and cloning of mouse cDNA. Hu, Mattos-Graner, R.O., et al., 1371 Nominal shear or fracture mechanics in the
J.C.-C., et al., 70 assessment of composite-denbn adhesion?
Mass spectrometry of native rat amelogenins: pri¬ DENTAL PORCELAIN Tantbirojn, D., et al., 41
mary transcripts, secretory isoforms, and C- Crack initiahon modes in bilayered
terminal degradation. Chen, W.-Y., et al., 840 alumina/porcelain disks as a funcHon of DENTINOGENESIS IMPERFECTA
Unique enamel phenotype associated with amelo- core/veneer thickness ratio and supporting Non-collagenous dentin matrix proteins are
genin gene (AMELX) codon 41 point muta¬ stiffness. Wakabavashi, N. and Anusavice, involved in denbnogenesis imperfecta type II
tion. Ravassipour, D.B., et al., 1476 K.J., 1398 (IX;i-II). The. Thotakura, S.R., et al., 835
High-temperature x-ray diffraction measurement
DENTAL FOLLICLE (s«- Dental Sac) of sanidine thermal expansion. Mackert, ).R., DENTISTRY
jr.,rtfl/., 1590
Her name is "Lucy,” our three-million-year-old
DENTAL HEALTH SURVEYS
ancestor. Shields, E.D., 13
Acute-phase inflammatory response to periodon¬ DENTAL PROSTHESIS, IMPLANT-
Road to preN enbve dentistry—the personal scien-
tal disease in the US population. Slade, C.D., SUPPORTED
bfic experierKe of a Japanese denbst. The.
el al.. 49 Biting and chewing in overdentures, full dentures,
Koga, T, 7
Caries in five-year-old children and associahons and natural dentitions. Fontijn-Tekamp, F.A.,
with family-related factors. Mattila, M.-L., et et al., 1519
DENTISTS
al., 875 Cytokine pnxluction and bone remodeling in
Denbsts' judgment strategies on prophylactic
Empirical test of the validity of the Oral Health patients wearing o\'erdentures on oral
removal of mandibular third molars.
Status Index (OHSI) on a minority popula¬ implants. Schierano, G., et al., 1675
Knutsson, K., et al., 1989
tion, An. Spolsky, V.W., et al., 1983 From osseointegration to osseoperception. van
Intra-oral distribution of dental fluorosis in Steenberghe, D.,.1833
DENTITION, PER.MANENT
Newburgh and Kingston, New York. Kumar, Measuring the effect of intra-oral implant rehabili¬
Time-dependent decrease and seasonal variabon
J. , et al., 1508 tation on health-related quality of life in a
of the porosiri’ of recently erupted sound
Measuring the effect of intra-oral implant rehabili¬ randomized controlled clinical trial. Awad,
tation on health-related quality of life in a M.A., et al., 1659 dental enamel in vivo, ten Bosch, J.J., et al.,
1556
randomized controlled clinical trial. Awad,
M.A., et al.. 1659 DENTAL PULP
Self-perceived oral health status, p>sychological Effects of TGFBl on dental pulp cells in cultured DENTITION, PRIMARY
well-being, and life satisfaction in an older human tooth slices. Melin, M., et al., 1689 Controlled study of the morphometric changes in
adult population. Lixrker, D., et al., 970 Expression of MMr-8 in human ixlontoblasts and the primary denbbon of pre-term, very-low-
Use of dental care by HIV-infected medical dental pulp cells is down-regulated by TGF- birthweight children, A. Seow, W.K. and Wan,
patients. Coulter, I.D., el al., 1356 pi. The. Palosaari, H., et al., 77 A , 63
Prion protein is not detectable in dental pulp from Occlusal contacts during lateral excursions in chil¬
DENTAL IMPLANTATION, ENDOSSEOUS patients with Creutzfeldt-Iakob disease. dren with primary denbbon. Okamoto, A., et
Biomechanical evaluation of osseous implants Blanquet-Grossard, F., et al., 700 al., 1890
having different surface topt>graphies in rats. Prostaglandin E2 enhances bradykinin-evoked
Ogawa, T., et al., 1857 iCGRP release in bovine dental pulp. Goodis, DENTURE, COMPLETE
Biting and chewing in overdentures, full dentures, H.E.,etal., 1604 Measuring the effect of intra-oral implant rehabili-
and natural dentitions. FonHjn-Tekamp, F.A., Prostaglandin E2 predominantly induces produc- tabon on health-related quality of life in a
etal.. 1519 tiim of hepatocyte growth factor/scatter fac¬ randomized controlled clinical trial. Awad,
Collagenases in different categories of peri- tor in human dental pulp in acute inflamma¬ M.A.. et al., 1659
implant vertical btwie loss. Ma, ]., et al., 1870 tion. (Thnishi, T., et al., 748
Cytokine production and bone remodeling in (Quantification of periapical bone destruction in DENTURE, OVERLAY
patients wearing overdentures on oral mice by micro-computed tomography. Balto, Bibng and chewing in overdentures, full dentures,
implants. Schierano, G., el al., 1675 K.. et al., 35 and natural denbbons. Fonbjn-Tekamp, F.A.,
From osseointegration to t>sseoperception. van Role of vascular endothelial growth factor in el al., 1519
Steenberghe, D., 1833 human dental pulp cells: induction of chemtv Cytokine producbon and bone remodeling in
Measuring the effect of intra-oral implant rehabili- taxis, proliferation, and differentiation and pabents wearing overdentures on oral
tatiim on health-related quality of life in a activation of the AP-l-dependent signaling implants. Schierano. G., et al., 1675
randomized controlled clinical trial. Awad, pathway. The. Matsushita. K., et al., 1596
M.A., et al., 1659 DENTURES
DENTAL RESTORATION WEAR Bibng and chewing in overdentures, full dentures,
DENTAL LEAKAGE Lifetime-limiHng strength degradation from con¬ and natural denbbons. Fonbjn-Tekamp, F.A.,
Effects of adhesive thickness on polymerization tact fahguc in dental ceramics. Jung, Y.-G., et etal.. 1519
contraction stress of composite. The. Choi, al.,722
K. K.,rtfl/.,812 DEPRESSION
DENTAL SAC Low unsbmulated salivary flow and subjecbve
DENTAL OCCLUSION Osteoprotegerin and osteoclast differentiation fac¬ oral dryness: association with medication,
Occlusal contacts during lateral excursions in chil¬ tor in tooth erupbon. Wise, G.E., et al.. 1937 anxiety, depression, and stress. Bergdahl, M.
dren with primary dentihon. Okamoto, A., et and Bergdahl,}., 1652
al., 1890 DENTAL SCALING
Region-specific bone mass changes in rat Feasibility of computer-assisted recognibon of dif¬ DEVELOPING COUNTRIES
mandibular condvie following ovariectomy. ferent dental hard bssues. Kocher, T, et al.. Intemabonal collaborabve research on fluoride.
Tanaka, M., el <i/.,'l907 829 Cohen, L., et al., 893
DENTAL PLAQUE DENTAL STRESS ANALYSIS (see Shess, DEXAMETHASONE
Architecture of intact natural human plaque Mechanical) Adenoviral-mediated gene transfer to mouse sali-
2002 Subject Index JDentRes79(]2) 2000
van' glands. Wang, S., <’f al.. 701 HIV-l-infected patients in various stages of Jaw-tongue reflex: afferents, central pathways,
HIV disease. Maticic, M., et ai, 1496 and synaptic potentials in hypoglossal
DIABETES MELLITUS motoneurons in the cat. Ishiwata, Y, et ai,
High gluciise suppresses athepsin activitv' in DNA FRAGMENTATION 1626
perindontal-ligament-derived fibroblastic Butyric-acid-induced apoptosis in murine thymo¬
cells. Nishimura, F., I’f ai, 1614 cytes and splenic T- and B-cells occurs in the ELECTRON PROBE MICROANALYSIS
absence of p53. Kurita-Ochiai, T, et ai, 1948 Evidence of chemical bonding at biomaterial-hard
DIAGNOSIS, COMPUTER-ASSISTED tissue interfaces. Yoshida, Y, et ai, 709
Feasibility of computer-assisted recognition of dif¬ DNA TRANSCRIPTION FACTORS
ferent dental hard tissues. KiKher, T, et al., Role of vascular endothelial growth factor in ELECTRON SPIN RESONANCE SPEC¬
82V human dental pulp cells: induction of chemo- TROSCOPY
taxis, proliferation, and differentiation and Reactive oxygen species participation in experi¬
DIET, CARIOGENIC activation of the AP-1-dependent signaling mentally induced arthrihs of the temporo¬
Caries in fic e-year-old children and ass<xiations pathway. The. Matsushita, K., et ai, 15% mandibular joint in rats. Kawai, Y, et ai, 1489
with familv-related factors. Mattila, M.-L., et
al.. 875 DROSOPHILA ELECTROPHORESIS, GEL, TWO-DIMEN¬
Inhibition of W'nt signaling by exogenous Mfrzbl SIONAL
DIETARY CARBOHYDRATES protein affects molar tix)th size. Sarkar, L. and Human gingival crevicular fluid contains MRP8
pH of dental plaque in its relation to early enamel Sharpx, P.T., 920 (SIOOAS) and MRP14 (S100A9), two calcium¬
caries and dental plaque flora in humans. PTCH gene mutations in txiontogenic keratocysts. binding proteins of the SlOO family. Kojima,
The. Lingstrdm, P., el al., 770 Barreto, D.C., et ai, 1418 T, et ai, 740
DIETARY SUCROSE DRUGS (see Pharmaceutical Preparations) ELECTROPHORESIS, POLYACRYLAMIDE
pH of dental plaque in its relation to early enamel GEL
caries and dental plaque flora in humans. DURAPATITE Antibodies against mycobacterial antigens in the
The. Lingstrdm, P., el al., 770 Electron microscopy, micro-analysis, and x-ray symovial fluid of patients with temporo¬
diffraction characterization of the mineral-like mandibular disorders. Adachi, N., et ai, 1752
DIMERCUPROL (st¥ Unithiol) tissue depKJsited by human cementum tumor- Campylobacter species in health, gingivitis, and
deric'ed cells. Arzate, H., et ai, 28 periodontitis. Macuch, P.J. and Tanner, A.C.R.,
DI NOPROSTONE Evidence for charge domains on developing 785
Cvclooxvgcnase-2-dependent prostaglandin E2 enamel crystal surfaces. Kirkham, J., et ai, Inositol hexasulphate, a casein kinase inhibitor,
down-regulates intercellular adhesion mole- 1943 alters enamel formation in cultured embryon¬
cule-1 expression via EP2/EP4 receptors in Evidence of chemical bonding at biomaterial-hard ic mouse tooth germs. Torres-Quintana, M.A.,
interleukin-1 B-stimulated human gingival tissue interfaces. Yoshida, Y, el ai, 709 etai, 1794
fibroblasts. Noguchi, K., et al., 1V55 Interactions of human neutrophils with the con¬ Interleukin-la-dependent regulation of matrix
Prostaglandin E2 enhanct“s bradykinin-evoked metalloproteinase-9 (MMP-9) secretion and
stituents of an experimental dental biofilm.
iCGRP release in bovine dental pulp. Goodis, activation in the epithelial cells of odonto¬
The. Shapira, L., et ai, 1802
H E., et al.. 1604 genic jaw cysts. Kubota, Y, et ai, 1423
Pn>staglandin E2 predominantly induces pnxJuc Mass spectrometry of native rat amelogenins: pri¬
EDUCATION, DENTAL
tion of hepatiKvte growth factor/scatter fac¬ mary transcripts, secretory isoforms, and C-
Forty-four years of dental research; role of educa¬
tor in human dental pulp in acute inflamma¬ terminal degradation. Chen, W.-Y, et ai. 840
tion, teachers, research, and teaching.
tion. Ohnishi, T, el al., 748 Molecular mapping of statherin- and histatin-
Hausmann, E., 1546
binding domains in human salivary mucin
Philadelphia story, A—featuring Ned Williams:
DIPHOSPHONATES MGl (MUC5B) by the yeast two-hybrid sys¬
microbiology at the University of
Mandibular bone formation rates in aged ovariec- tem, 732
Pennsylvania School of Dental Medicine.
tomized rats treated with anti-resorptive N-terminal sequence analysis of bovine dentin
Rosan, B. and Hammond, B.F., 1451
agents alone and in combination with inter¬ phosphophoryn after conversion of phospho-
mittent parathvmid hormone. Hunziker, J., el servl to S-propvlcysteinvl residues. Huq,
al., 1431 ELASTICITY N.L.,ff a/., 1914
H'l'-induced tension development in demineral¬
Water-insoluble glucan synthesis by mutans strep-
DISEASE TRANSMISSION ized dentin matrix. Pashley, D.H., et ai. 1579 tociKcal strains correlates with caries inci¬
Prion protein is not detectable in dental pulp from Visco-elastic parameters of dental restorative dence in 12- to 30-month-old children.
patients with Creutzfeldt-Jakob disease. materials during setting. Dauvillier, B.S., et Mattos-Graner, R.O., el ai, 1371
Blanquet-Grossard, F., et al., 700 ai, 818
ELECTROPHYSIOLOGY
DISEASE TRANSMISSION, VERTICAL ELDERLY (see Aged) Evidence for charge domains on developing
Influence of maternal xylitol consumption on enamel crystal surfaces. Kirkham, J., et ai,
acquisition of mutans streptcxcKci by infants, ELECTRIC CONDUCTIVITY 1943
Sdderling, E., et al., 882 Time-dependent decrease and seasonal variation
of the porosity of recently erupted sound EMOTIONS
DMF INDEX dental enamel in vivo, ten Bosch, J.J., et ai, Effect of a cholecystokinin agonist on masseter
Caries in five-year-old children and asscxiations 1556 muscle activity in the cat. The.
with familv-related factors. Mattila, M.-L., et Sitthisomwong, P.,et ai, 1823
al., 875 ELECTRIC IMPEDANCE
Effects of a break in water fluoridation on the Temperature dependence of the electrical resis¬ ENAMEL ORGAN
development of dental caries and fluorosis. tance of sound and carious teeth. Huvsmans, Immunohistochemical localization of Gaq, PLC^,
The. Burt, B.A., et al., 761 M.C.D.N.J.M.,(’/fl/., 1464 Gail-2, PKA, and the endothelin B and extra¬
Empirical test of the validity of the Oral Health cellular Ca^"*"-sensing receptors during early
Status Index (OHSI) on a minority popula¬ ELECTRIC STIMULATION amelogenesis. Moran, R.A., el ai, 18%
tion, An. Spolskv, V'.W., et al., 1983 Jaw-tongue reflex; afferents, central pathways,
and synaptic potentials in hypoglossal ENAMEL (sre Dental Enamel)
DNA motoneurons in the cat. Ishiwata, Y, et ai,
Local injection of IFN-gamma reduces the number 1626 ENAMELYSIN (see Dental Enamel Proteins)
of myofibn>blasts and the collagen content in
ENDOTHELIAL GROWTH FACTOR
palatal wounds. Comelissen, A.M.H., et al., ELECTROENCEPHALOGRAPHY
Role of vascular endothelial growth factor in
1782 Cortical potentials asscxiated with voluntary
human dental pulp cells; induction of chemo-
mandibular movements. Yoshida, K., et ai,
taxis, proliferation, and differentiation and
DNA, COMPLEMENTARY 1514
activation of the AP-1-dependent signaling
Cloning, characterization, and expression analysis pathway. The. Matsushita, K., et ai, 15%
of mouse enamelysin. Caterina, J., el ai, 1697 ELECTROMYOGRAPHY
Cloning human enamelin cDNA, chromosomal Cortical potentials asscxiated with voluntary ENDOTHELINS
localization, and analysis of expression dur¬ mandibular movements. Yoshida, K., el ai. Immunohistochemical localiz.ation of Gaq, PLCB,
ing t(X)th development. Hu, C.-C., et ai, 912 1514 Gail-2, PKA, and the endothelin B and extra¬
Lixalization of EMSPl expression during tooth Effect of a cholecystokinin agonist or masseter cellular Ca2'*'-sensing receptors during early
formatitrn and cloning of mouse cDNA. Hu, muscle activity in the cat. The. amelogenesis. Moran, R.A., et ai, 18%
J.C.-C., et ai, 70 Sitthisomwong, P, el ai, 1823
EMC power spectrum and motor unit characteris¬ ENZYME-LINKED IMMUNOABSORBENT
DNA, VIRAL tics in the masseter muscle of the rabbit. ASSAY
Proviral HIV-1 DNA in gingival crevicular fluid of Turkawski, S.J.j. and van Eijden, T.M.G.J., 950 Antibodies against mycobacterial antigens in the
r
JDentRes79{]2) 2000 Subject Index 2003
synovial fluid of patients with temporo¬ FAILURE OF DENTAL MATERIALS gingir^lis fimA and perirxiontal health status.
mandibular disorders. Adachi, N., et ai, 1752 Crack initiation modes in bilayered Amano, A., et ai, 1664
Immunoquantification of human salivary mucins alumina/porcelain disks as a function of
MGl and MG2 in stimulated whole saliva: core/veneer thickness ratio and supporting FINITE ELEMENT ANALYSIS
factors influencing mucin levels. Ravment, stiffness. Wakabavashi, N. and Anusavice, Crack initiation modes in bilayered
S.A., et ai, 1765 K.J., 1398 alumina/porcelain disks as a function of
Lifetime-limiting strength degradation from con¬ core/veneer thickness ratio and supporting
EPIDEMIOLOGY tact fatigue in dental ceramics. Jung, Y.-G., et stiffness. Wakabavashi, N. and Anusavice,
Empirical test of the validity of the Oral Health al.,722 K.J., 1398
Status Index (OHSl) on a minority popula¬ Nominal shear or fracture mechanics in the
tion, An. Spolsky, V.W., et ai, 1983 assessment of compxisite-dentin adhesion? FISSURE SEALANTS (see Pit and Fissure
Tantbirojn, D., et ai, 41 Sealants)
EPITHELIAL CELLS
AgNOR are sensitive markers of radiation lesions FAMILY HEALTH FLOW CYTOMETRY
in squamous epithelia. lelmini, M.V., et a!., Caries in five-yearold children and associations Role of vascular endothelial growth factor in
850 with familv-related factors. Mattila, M.-L., et human dental pulp cells: induction of chemo-
Choline acetyltransferase, acetylcholinesterase, ai, 875 taxis, proliferation, and differentiation and
and nicotinic acetylcholine receptors of activation of the AP-1-dependent signaling
human gingival and esophageal epithelia. FAMILY TREE {see Pedigree) pathway. The. Matsushita, K., et ai, 15%
Thuong Nguyen, V., et ai, 939
Cytokine responses of oral epithelial cells to FATIGUE (see Stress, Mechanical) FLUORESCENT ANTIBODY TECHNIQUE,
Porphyromonas gingivalis infection. Sandros, J., INDIRECT
e/fl/.,1808 FATTY ACIDS Influence of environmental pH on the reactivity of
Interleukin-la-dependent regulation of matrix Development and characterization of a tissue- Candida albicans with salivary IgA. Bikandi. J.,
metalloproteinase-9 (MMP-9) secretion and engineered human oral mucosa equivalent et ai, 1439
activation in the epithelial cells of txlonto- produced in a serum-free culture system.
genic jaw cysts. Kubota, Y, et ai. 1423 Izumi, K., et al., 798 FLUORIDATION
Effects of a break in water fluoridation on the
ESOPHAGUS FEEDING BEHAVIOR development of dental caries and fluorosis.
Choline acetyltransferase, acetylcholinesterase, Meal pattern analysis in resp>onse to temporo¬ The. Burt, B.A., et ai, 761
and nicotinic acetylcholine receptors of mandibular joint inflammation in the rat.
human gingival and esophageal epithelia. Harpor, R.P., et ai, 1704 FLUORIDES
Thuong Nguyen, V., et al., 939 Effect of in ritrv acidification on plaque fluid com¬
FETAL DEVELOPMENT position with and without a NaF or a con-
ESTROGENS Delaved embrvonic development of mouse mas- trolled-release fluoride rinse. Vogel, G.L., et
Estrogenicity of fissure sealants and adhesive seter muscle correlates with delayed myoD ai. 983
resins determined by reporter gene assay. family expression. Yamane, A., et ai, 1933 Influence of maternal xylitol consumption on
Tarumi, H., et al., 18^ acquisition of mutans streptococci by infants,
Mandibular bone formation rates in aged ovariec- FIBER OPTICS Stiderling, E., et ai, 882
tomized rats treated with anti-resorptive Real porformance of bitewing radiographv and International collaborative research on fluoride.
agents alone and in combination with inter¬ fiber-optic transillumination in approximal Cohen, L., et ai. 893
mittent parathvitrid hormone. Hunziker, j., et caries diagnosis. The. Vaarkamp, J., et ai, 1747 Intra-oral distribution of dental fluorosis in
ai. 1431 Newburgh and Kingston. New York. Kumar,
Region-specific bone mass changes in rat FIBROBLASTS l.etai. 1508
mandibular condyle following ovariectomy. Cyclooxygenase-2-dep)endent prostaglandin E2 Remineralization effects of a two-solution fluoride
Tanaka, M., et ai, 1907 down-regulates intercellular adhesion mole¬ mouthrinse: an in situ study. Chow, L.C., et
cule-1 expression via EP2/EP4 receptors in ai, 991
EVOKED POTENTIALS interleukin-1 p-stimulated human gingival
Cortical potentials as.sociated with voluntary fibroblasts. Noguchi, K., et ai, 1955 FLUOROIMMUNOASSAY
mandibular movements. Yrishida, K., et ai, Cytokine pnxluction and bone remixleling in Collagenases in different categories of peri-
1514 patients wearing overdenturos on oral implant vertical bone loss. Ma, J., et al., 1870
Jaw-tongue reflex: affeients, central pathways, implants. Schierano, G., et ai, 1675 Expression of MMP-8 in human odonh>blasts and
and sv-naptic potentials in hypt^lossal Expression of MMP-8 in human odontoblasts and dental pulp cells is down-n?gulated by TGF-
motoneurons in the cat. Ishiwata, Y., et ai, dental pulp cells is down-regulated by TGF- Bl, The. Palosaari, H., et al.. ^
1626 pi. The. Palosaari, H., et ai. ^
Expression of mRNAs encoding for a and p inte- FLUOROSIS, DENTAL
EVOLUTION grin subunits, MMPs, and TIMPs in stretched Effects of a break in water fluoridation on the
Her name is "Lucy,” our thtee-million-year-old human p<eriodontal ligament and gingival development of dental caries and fluorosis,
ancestor. Shields, E.D., 13 fibroblasts. Bolcato-Bellemin, A.L., et ai, 1712 The. Burt. B.A., et ai, 761
High glucose suppresses cathep>sin actix itv in Intra-oral distribuHon of dental fluorosis in
EXTRACELLULAR MATRIX preriodontal-ligament-derived fibroblastic Newburgh and Kingston, New York. Kumar,
Collagen Xll mutation disrupts matrix structure of cells. Nishimura, F., et ai, 1614 )..etai. 1508
periodontal ligament and skin. In riro expression of the collagenoivtic matrix,
Reichenberger, E., et ai, 1%2 metalloproteinases (MMP-2, -8, -13, and -14) FOOD
Effects of low-energy CCH laser irradiation and and matrilysin (MMP-7) in adult and local¬ Effect of ftxxl size on the movement of the
the organic matrix on inhibition of enamel ized juvenile p>eriodontitis. The. mandibular first molars and condyles during
demineralization. Hsu, C.-YS., et ai, 1725 Ters ahartiala, T., et ai, 1%9 deliberate unilateral masticahon in humans.
Effects of TGFpi on dental pulp cells in cultured Induction of intracellular interleukin-1 p signals Miyawaki, S., et ai. 1525
human tixrth slices. Melin, M., et ai, 1689 ria t>'p)e II interleukin-1 receptor in human
High gluci>se suppresses cathepsin activity in gingival fibroblasts. Chou, H.-H., et ai. 1683 FORMIC ACIDS
pericxluntal-ligament-derived fibn>blastic Local injection of IFN-gamma reduces the number Effects of organic acid anions on growth, glycoly¬
cells. Nishimura, F., et al., 1614 of myofibroblasts and the collagen content in sis, and intracellular pH of oral streptociKci.
Odontoblast diffeivntiation and Uwth morphogen¬ palatal wounds. Cornelissen, A.M.H.. et ai, Dashper, S.G. and Reynolds, E.C.. 90
esis. Lesot, H., 1640 1782
Prostaglandin E2 predominantiv induces produc¬ FRACTURES
EXTRACELLULAR MATRIX PROTEINS tion of hepatocvte growth factor/scatter fac¬ Crack initiation mixies in bilayered
Evidence for charge domains on developing tor in human dental pulp in acute inflamma¬ alumina/porcelain disks as a function of
enamel crx’stal surfaces. Kirkham, J., et ai, tion. Ohnishi, T., et ai, 748 core/veneer thickness ratio and supporting
1943 Role of MAP kinases p42^*'^'2/f>44^'’*^*^ in stiffness. Wakabavashi, N. and Anusavice,
Mass spectrometiy of native rat amelogenins: pri¬ cementum-derived attachment-protein-medi¬ K.J., 1398
mary transcripts, secretory isoforms, and C- ated cell attachment. Komaki. M., et ai, 1789 Lifetime-limiting strength degradation from con¬
terminal degradation. Chen, W.-Y, et ai, 840 tact fatigue in dental ceramics. Jung, Y.-G., et
Non-collagenous dentin matrix pn>teins are FIBROMATOSIS, GINGIVAL ai.712
involved in denhnogenesis imperfecta type II Evidence of genetic heterogcneitx' for hereditary' Nominal shear or fracture mechanics in the
(IX]I-II), The. Thotakura, S.R., et ai. 835 gingival fibromati'rsis. Hart, T.C., et ai, 1758 assessment of composite-dentin adhesion?
Role of MAP kinases p42e^k-2/p44erk-l Tantbirojn, D., et ai, 41
cementum-deriv^ attachment-prwtein-medi- FIMBRIAE, BACTERIAL Whisker-reinforced heat-cured dental resin com¬
ated cell attachment. Komaki, M., et ai, 1789 Prevalence of specific genotypes of Porphyromonas posites: effects of filler level and heat-cure
2004 Subject Index JDentRes79[]2) 2000
temperature and time. Xu, 1392 cytes and splenic T- and B-cells occurs in the human periodontal ligament and gingival
absence of p53. Kurita-Ochiai, T, et al., 1948 fibroblasts. BolcatoBellemin, A.L., et al., 1712
FRAMESHIFT MUTATION In vivo expression of the collagenolyHc matrix
Clinical, radiographic, and genetic evaluation of a GENES, ENAMELIN metalloproteinases (MMP-2, -8, -13, and -14)
novel form of autosomal-dominant oligodon¬ Cloning human enamelin cDNA, chromosomal and matrilysin (MMP-7) in adult and local¬
tia. Goldenberg, M., et al., 1469 localization, and analysis of expression dur¬ ized juvenile periodontitis. The.
Detection of a novel mutation in X-linked amelo- ing tooth development. Hu, C.-C., et al., 912 Terx'ahartiala, T, et al., 1969
genesis imperfecta. Kindelan, S.A., et al., 1978 Induction of intracellular interleukin-1 p signals
GENES, HOMEOBOX via type II interleukin-1 receptor in human
FREE RADICAL SCAVENGERS Clinical, radiographic, and genetic evaluation of a gingival fibroblasts. Chou, H.-H.. et al., 1683
Reactive oxygen species participation in exf>eri- novel form of autosomal-dominant oligodon¬ Role of MAP kinases p42e''k-2/p44erk-l
mentally induced arthritis of the temporo¬ tia. Goldenberg, M., et al., 1469 cementum-deriv^ attachment-protein-medi-
mandibular joint in rats. Kawai, Y., et al., 1489 ated cell attachment. Komaki, M., et al., 1789
GENES, MSXl
FREUND'S ADJUVANT Clinical, radiographic, and genetic evaluation of a GINGIVAL CREVICULAR FLUID
Meal pattern analysis in response to temporo¬ novel form of autosomal-dominant oligodon¬ Antigenic specificity of gingival crevicular fluid
mandibular joint inflammation in the rat. tia. Goldenberg, M., et al., 1469 antibody to Actinobacillus actinomycetemcomi-
Harper, R.P., et al., 1704 tans. Ebersole, J.L., et al., 1362
GENES, P53 Human gingival crevicular fluid contains MRP8
FUSIMOTOR NEURONS (see Motor Neurons, Butyric-acid-induced apwptosis in murine thymo¬ (S100A8) and MRP14 (S100A9), two calcium¬
Gamma) cytes and splenic T- and B-cells occurs in the binding proteins of the SI 00 family. Kojima,
absence of p53. Kurita-Ochiai, T, et al., 1948 T, et al., 740
FUZZY LOGIC In vivo expression of the collagenolyHc matrix
Feasibility of computer-assisted recognition of dif¬ GENES, PTCH metalloproteinases (MMP-2, -8, -13, and -14)
ferent dental hard tissues. Kocher, T, et al., PTCH gene mutations in odontogenic keratocysts. and matrilysin (MMP-7) in adult and local¬
829 Barreto, D.C., et al., 1418 ized juvenile periodonHHs, The.
Ter\’aharHala, T., et al., 1969
GENE EXPRESSION GENES, REPORTER Polymorphisms in the IL-1 A gene are correlated
Cloning human enamelin cDNA, chromosomal Estrogenicity of fissure sealants and adhesive with levels of interleukin-la protein in gingi¬
localizaHon, and analysis of expression dur¬ resins determined by reporter gene assay. val crevicular fluid of teeth with severe fjeri-
ing tooth development. Hu, C.-C., et al., 912 Tarumi, H., et al., 1838 odontal disease. Shirodaria, S., et al., 1864
Cyclooxygenase-2-dependent prostaglandin E2
Proviral HIV-1 DNA in gingival crevicular fluid of
down-regulates intercellular adhesion mole¬
GENES, SUPPRESSOR, TUMOR HIV-1-infected paHents in various stages of
cule-1 expression pis EP2/EP4 receptors in
Immunolocalization and adenoviral vector-medi¬ HIV disease. Maticic, VI., et al., 1496
interleukin-1 ^-stimulated human gingival
ated manganese superoxide-dismutase gene
fibroblasts. Noguchi, K., et al., 1955
transfer to experimental oral tumors. Lam, GINGIVAL DISEASES
Expression of the antimicrobial peptide, human p-
E.W.N., ef (Jl., 1410 E\'idence of genetic heterogeneity for hereditary
defensin 1, in duct cells of minor salivar)'
PTCH gene mutations in odontogenic keratocysts. gingival fibromatosis. Hart, T.C., et al., 1758
glands and detection in saliva. Sahasrabudhe,
Barreto, D.C., et al., 1418
K.S., etal., 1669
GINGIVAL INDEX
Induction of intracellular interleukin-1 p signals
GENETIC HETEROGENEITY Collagenases in different categories of peri-
via type II interleukin-1 i .ceptor in human
Evidence of genetic heterogeneity fc'r hereditary' implant verHcal bone loss. Ma, ]., et al., 1870
gingival fibroblasts. Chou, H.-H., et al., 1683
gingival fibromatosis. Hart, T.C., et al., 1758
Low levels of GRP-Ca expression in transgenic
GINGIVITIS
mice. Ten Hagen, K.G. and Balys, M.M., 926
GENETIC PREDISPOSITION TO DISEASE Campylobacter species in health, gingivitis, and
GENE EXPRESSION REGULATION Clinical and genetic analysis of a large north f>eritKlontiHs. Macuch, P.J. and Tanner, A.C.R.,
Cloning, characterization, and expression analysis European Caucasian family affected by early- 785
of mouse enamelysin. Caterina, J., et al., 1697 onset (jeriixlontitis. Hodge, P.J., et al., 857
Delayed embryonic development of mouse mas- GLASS
seter muscle correlates with delayed myoD GENETIC VECTORS Lifetime-limiting strength degradation from con¬
family expression. Yamane, A., et al., 1933 Adenoviral-mediated gene transfer to mouse sali¬ tact fahgue in dental ceramics. Jung, Y.-G., et
Immunohistochemical localization of Gaq, PLCp, vary glands. Wang, S., et al., 701 al.. Til
Gail-2, PKA, and the endothelin B and extra¬ lmmunolocaliz,ation and adenoviral vector-medi¬
cellular Ca2+-sensing receptors during early ated manganese superoxide-dismutase gene GLASS-IONOMER CEMENTS
amelogenesis. Moran, R.A., et al., 18% transfer to exp)erimental oral tumors. Lam, Evidence of chemical bonding at biomaterial-hard
lmmunolocaliz.ahon and adenoviral vector-medi¬ E.W.N., ff a/., 1410 tissue interfaces. Yoshida, Y, et al., 709
ated manganese sup>eroxide-dismutase gene Visco-elasHc parameters of dental restoraHve
transfer to experimental oral tumors. Lam, GENETICS, MEDICAL materials during setHng. Dauvillier, B.S., et
E.W.N., et al., 1410 No heritability of temporomandibular joint signs al., 818
Inhibition of Wnt signaling by exogenous Mfrzbl and symptoms. Michalowicz, B.S., et al., 1573
protein affects molar tooth size. Sarkar, L. and GLUCANS
Sharpe, P.T., 920 GENOTYPE Water-insoluble glucan synthesis by mutans strep-
Localization of EMSPl expression during tooth Polymorphisms in the IL-1A gene are correlated UKOccal strains correlates with caries inci¬
formahon and cloning of mouse cDNA. Hu, with levels of interleukin-la protein in gingi¬ dence in 12- to 30-month-old children.
J.C.-C., et al., 70 val crevicular fluid of teeth with severe peri- Mattos-Graner, R.O., et al., 1371
Osteoprotegerin and osteoclast differentiation fac¬ <xlontal disease. Shirodaria, S., et al., 1864
tor in tooth eruption. Wise, G.E., et al., 1937 Prevalence of specific genotypes of Porphynmiona^i GLUCOSE
Role of vascular endothelial growth factor in gingivalis fimA and periodontal health status. High glucose suppresses cathepsin activity in
human dental pulp cells: induction of chemo- Amano, A., et al., 1664 periodontal-ligament-derived fibroblasHc
taxis, proliferation, and differentiation and cells. Nishimura, F., et al., 1614
activation of the AP-1-dependent signaling GINGIVA
pathway. The. Matsushita, K., et al., 15% Choline acetyltransferase, acetylcholinesterase, GLUCOSYLTRANSFERASE
and nicotinic acetylcholine receptors of Water-insoluble glucan synthesis by mutans strep-
GENE TRANSFER human gingival and esophageal epithelia. tiKoccal strains correlates with caries inci¬
Adenoviral-mediated gene transfer to mouse sali¬ Thuong Nguyen, V., et al., 939 dence in 12- to 30-month-old children.
vary glands. Wang, S., et al., 701 Cyclooxygenase-2-dependent prostaglandin E2 Mattirs-Graner, R.O., el al., 1371
Immunolocalization and adenoviral vector-medi¬ down-regulates intercellular adhesion mole-
ated manganese superoxide-dismutase gene cule-1 expression z'ia EP2/EP4 receptors in GLUTAMIC ACID
transfer to experimental oral tumors. Lam, interleukin-13-stimulated human gingival Low levels of GRP-Ca expression in transgenic
E.W.N.,rtflL, 1410 fibroblasts. Noguchi, K., el al., 1955 mice. Ten Hagen, K.G. and Balys, M.M., 926
Cytokine production and bone remodeling in
GENES, AMELX patients wearing o\’erdentures on oral GLUTAMINE
Unique enamel phenotype associated with amelo- implants. Schierano, G., et al., 1675 Low levels of GRP-Ca expression in transgenic
genin gene (AMELX) codon 41 point muta¬ Cytokine profiles of T-lymphocytes from gingival mice. Ten Hagen, K.G. and Balys, M.M., 926
tion. Ravassipour, D.B., et al., 1476 tissues with pathological pocketing. Takeichi, Pellicle precursor protein crosslinking: characteri¬
0.,elal., 1548 zation of an adduct between acidic proline-
GENES, BCL-2 Expression of mRNAs encoding for a and P infe- rich protein (PRP-1) and statherin generated
Butyric-acid-induced apoptosis in murine thymo- grin subunits, MMPs, and TIMPs in stretched by transglutaminase. Yao, Y, et al., 930