ࡱ> Root Entry_ ݦp%0FileHeaderlDocInfogBodyText jܦpjܦp!#$"&'()*+,-./0134256789:;=Root Entry1cp 0FileHeaderlDocInfogBodyText vcpvcp < !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^`abcdefhijkpmnoqrstuvxy|}~HwpSummaryInformation._PrvImage PrvTextDocOptions 1cp1cpSection0Scripts 1cp1cpJScriptVersion zDefaultJScriptw_LinkDoc{ I. <}<¤\D \ }ň pt0ѠtǤ l Xֽ  Development of Database Construction Environment for Drug Alert System Unsang Jung*, Heejoon Park Ph.D. , Kijung Ju Ph.D. , Inho Bae MS.! , Hyochan Jeon MS.! , Dohyeong Kim MS.! , Kyungchan Kim Ph.D.*, Yoonnyun Kim MD. Ph.D * Dept. of Digital Physics, School of Natural Science, Keimyung University, Daegu 704-701, kyung@kmu.ac.kr Dept. of Medical Informatics, School of Medicine, Keimyung University, Daegu 700-712 ! MDware. Co. Ltd., Daegu 700-712 Abstract: The program of database construction for the drug alert system was realized in this paper, which is designed for the clinician without any expert knowledge of database system. The drug information from the database of electronic medical record contained the interaction and side effect of drug. The basic table of drug information operated with the local database of MS-Access was constructed from the electronic medical record of the university hospital, and the knowledgebase system was realized as contained the real medicat>GIF89aɻxxxkkk]]]PPPCCC555((( d`LH00`Hذ̘`H0|pdXL@`0H `H0`dHL`H0xp`XH@0d LȰ``HH00dLؘȀ`H0xp`XH@d0L `H0d`LH`H0|pdXL@0`$H`dHL00`HذȘdL0xp`XH@0` HdH0ȳ``HHdL0xp`XH@`0H Ը̰ĠऀؘpȈXxHp@h@d8`8X0xT0pH dxddxd`d`p`|``x`p``x`!, H*\ȰÇ#JHŋ3jȱǏ CIɓ(S\ɲ˗0cʜI͛8sɳϟ@ JѣH*]ʴӧDHUU ש~JPjVhnm[O^Zwb[Ys _^KYذ}-= ϠCMڊOmEd¶˄>.a߶F6m_ CY;xdRN~yKOCbc5w~B7?A'P}~ |נ15H:rhn"~"(z(#Zآ3.x#?b(_IJe} bJ:RBxEXrNx#>X*>9xmMcbR('8&xv*蠄jh,Ht"t=/)?9)*Ebyg=(BFj*TA2hb.8aQ 髯.z'Z'y2T-BZkfSY& Em˒V+T% ݺ/V_,ڄꩲ -lA{z mxB:ǩ8%nJ^oK οZp̊;J;IA+[tFr̴sg.,o35)ck6+W(mlnk?,1]JuM# =rKY3XnM-\TRL&ݴ7 (4>/\3{ ^㎤9Ю.zC3X˫uaoKy体^z:Ҟz9s:Ӷ/4-0=7킍x4'.|7YިV>zneL#Z|3],|%9)fDzRe6Ðu*z DeI!\Ԗ@=JU}T((>,pEIMR”*m.vS^T4%Hz Jl.e, v;5Oo:\#X%^.Jvwуq C(RC Fe~.[W2ns8$!x8(kvb"%m=)R6򔨤ƧZ1%T:lBc΃~36ͨP"st3C%s;B?͋$=rtO|F֙hR~S霽jR#g7̈ >C;\,cǩ4pKȒ1V"xPײU%ꕚt8sS85ƫw{̹XXcȕs5l6uoe &1u^UC>.m%J.͝v:5ERmm֭ ق[tKmǴEe[{7aiy}]l#ܶo;g gEO8ȏ3sۯ>g ٌk5wӐ_j~mf͋!q.⚎h%_x[a8Îqs i} Z+kw|N8bYxG]ka\5m_t CQ>y,vs}]_ޟ0rLeOem7Xh3_7*Ikpm}.2f޽S;UWsx>+:a*b‰yZOgvzw_~Hm^x1Gtçvnr{nXlxfpʄ]GpSow{ާc`omQzl!~8aSj%\Owev6|ʵ~u\We uIe=E18MiG_+$LK>MFu{ݤz,2D2CtAwhBCƲ1jL5On@!cSDG= sB?bDEs=+!N}ݥ\xgD7WJ TL_IvxKV}r.qln*q5AGAHv$KB64Bg&'cw;W2H`(H17LhxNq@n45PrIB-MӖ` UlxF)S:X38dH:؇3rcVta'h.r3($5t1kL=OH f}c*{*xgnX'jr$(2(y}49_T;C#x q[vc~GY1rwӅDR_ysL^lR8D8`T/z؉S)YHV_cbb[+(^NZ6VWWv>@Ȇ^Fwoڇ|s5vi H󒐭.x1kZ՘Ϩ^8'nGaQwWC;WD٨db6cgvEfFSEѩJGcӹv^mnGtIt$,VH8;6ux#d\؏TfiEZ9y89>wrx!Ilo$Yyc{"a>{x7ڡ ":$Z&z(*,ڢ.;:4Z6z8:<ڣ>@;; `a``a`0x 4 \ h t Y ] 2002D 6 20| | $ 8:08:09  hjpark6, 0, 0, 597 6@`3Cn@vcp@yy\9Om"@Om_<~B>f=Hi cW?habUXi&P2- ZZ?*:7T 8\,JP(f6U-=(S?RA!swx RoŻ'x/7{etwzU=3)Un^awS4ӕ{K+2!8Y82L-+tt.߸8CƨzHit7]n^뾮]jh#b?4}@4x4HWP Document FileG1>$(Ygz]2V!3N lٹӹ'BkR2D49jainst medical vocabulary dacd`߈ Using specialty medical ction and side effect of drug. The basic table of drug information operated with the local database of MS-Access was constructed from the electronic medical record of the university hospital, and the knowledgebase system was realized as contained the real med&ƿ9є鯑%bbΑ)CReq"ՆNF_)WW l~w,pIh )NDihu`'`jmN Qԭ * z\ństvbтjwTr%*6JHJ~̎wlC+N;3{o|ەRX!2eRm^"eTGT 5 n,13:CJ$fJwTX ;& WD n}Fgű0 ?5/H J H-Z; Ó:,<9O&9)x֠?O0=Vwݾ4 Σەq_8yqX}vwē]o șy3/5h`mT,x{UMRuadd#, CY%RA2(4:PolfC(_@ա xO,G)ks"uA52T﨣Y N b[ ؙ*GD_ \֠5W>tm1,3\w&ܶYb2 &Oš-&O;;fӚQz܌n2w̑X3&y2=Q5-=ʪWoQR跽jqE$bb%S3k:Uqܭ3*m݅f`hw}m_!n*o}c11#5K=cKm[*ǻl,%"ْNigb=/`q/עWm]iew䊫ɖ;1WkwުVb*z=|ˑ;WN?uZ fUf8+v$+\1d)ҫ_gxʷS^ܻcJ)y &`ccN3G^` cV"BO_&YXRrmr$;b/5DԨjP>+e$ 8^6uYbԖ uzIEbl 99ߞ,qln$\{G+sVp&7Zi>ON=fHa䩁}+øo̲,4G긹Ӓ9^<ߵ@ed?]Fi.p#ȖWbٯYk"'\)cwm&,È.ԒJ~;ENd05b5=ΩSKrs\k~]r+kzcQpM:oal.浣 `o^+H<9"\ +5y]:`c cSd$ۄ됳&s]4u?Kl̝Нh_L&T`_ تVbj'T̲gʹCGo;aeP*OPoc`%/X^Mn(u1\2>?1 9_9}uSNԽ~80C xC9gFv{dѦ~fǵ2jcLv3Qޯ9A~u%[Ww:VN fDqrnWstPW B*:L5{k8c߷9 _uhR:ݓD͜-G/VkGv/$C}*pN,b8rk/19n Rȱc6«`P{fv`1?z:0(N~Mvb`LUu>0ʬc.eS-\SqU8Ya^c}gt !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^`abcdefhijkpmnoqrstuvxy|}~HwpSummaryInformation._PrvImage PrvTextDocOptions _ ݦp_ ݦpSection0Scripts _ ݦp_ ݦpJScriptVersion zDefaultJScriptw_LinkDoc{ I. <}<¤\D \ }ň pt0ѠtǤ l Xֽ  Development of Database Construction Environment for Drug Alert System Unsang Jung*, Heejoon Park Ph.D. , Kijung Ju Ph.D. , Kyungchan Kim Ph.D.*, Yoonnyun Kim MD. Ph.D * Dept. of Digital Physics, School of Natural Science, Keimyung University, Daegu 704-701, kyung@kmu.ac.kr Dept. of Medical Informatics, School of Medicine, Keimyung University, Daegu 700-712 Abstract: The program of database construction for the drug alert system was realized in this paper, which is designed for the clinician without any expert knowledge of database system. The drug information from the database of electronic medical record contained the interaction and side effect of drug. The basic table of drug information operated with the local database of MS-Access was constructed from the electronic medical record of the university hospital, and the knowledgebase system was realized as contained the real medication dada. 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