100 7
ၡāāࢋ
( acute coronary syndrome ) ST ST ST ASSENT-4 PCI
ST
1 ICTUS ICTUS
ᙯᔣෟĈާّ݄͕া ( Acute coronary syndrome )
ܳซّགྷϩ݄ҕგڼᒚ ( Facilitated percutaneous coronary intervention ) ԩҕ̈ڕڼᒚ ( Antiplatelet therapy )
ԩҕংඕڼᒚ ( Anticoagulant therapy )
ࡪڼᒚ ( Stem cell-based therapy )
ૄЯវᗁጯ ( Genomic medicine )
݈֏
ᐌᗁᒚ̳ВϠ۞ซՎĂధк็ߖ়ّ
ঽצזଠטĂˠᙷ۞ု˵ు႙ᆧܜĄΐ˯Яன
Ϡ߿ݭၗ̈́ࢴ௫ၚ۞ԼតĂధк়ঽ˵
Яᑕ҃ϠĂ̚˫ͽЯඓېજਔർ̼யϠ۞ҕ
ّ݄͕াᆧΐ۞಼ޘࠎមˠĂ˵˘ۡҫѪ˸
த۞݈ೀҜĄॲፂ 2002 ѐ͵ࠧϠᖐࢍྤ
फ़ĂБ͵ࠧ 57,029,155 ۞Ѫ˸ˠᇴ̚Ăੵ˞็ߖ
়ّঽγĂ͕ҕგ়ঽ ( Βӣཝҕგ়ঽ )Ѫ˸
தҫௐ˘ҜĂВѣ 16,733,160 ˠĂҫБొѪ˸
ˠᇴ۞ 29.3% Ą̚Ă˫ͽҕّ݄͕াҜاௐ
˘ҜĂҫ̚ 43.1% Ąͽ઼̰ଐڶ҃֏ĂϠཌ ϔ઼ 94 ѐѪ˸த۞ࢍĂБ઼͕ҕგ়ঽѪ˸
த ( ̙Βӣཝҕგ়ঽ̈́ҕᑅ ) Вѣ 1 2 , 9 7 0 ˠĂҫБొѪ˸த 9.3% ĂҜاѪ˸தௐˬҜĄ
ٙͽ݄͕ঽ۞֨ڼĂдܕ˩ೀѐֽ˘ۡߏЧ઼ᗁ ᒚ̳̈́ВϠ۞ࢦᕇĄ
Ϥٺ˯࣎͵ࡔഇ̂ณ۞ˠ˧̈́ۏ˧Ըˢࡁ տĂ݄͕া۞ঽ፟ᖼ̏ѣ࠹༊۞˞ྋĂֹᘽ ۏ̬̈́ˢّڼᒚᒔ಼̂ซՎĂٙͽ̙ኢߏާّ
ٕၙّ݄͕াĂޢౌѣ಼̂ԼචĄॲፂ઼࡚͕
ጯੰ઼࡚͕̈́םົ੫၆ާّ݄͕া۞ڼᒚ
ཉĂͽঽଈܑனܐഇ۞͕ဦߏӎѣ ST ߱˯̿Ă
̶ј̂ᙷĈ ST ˯̿ݭ͕҉ୟ( ST elevation my- ocardial infarction ) ( Β߁ν͕ވޢጨୟ )Ă̈́ܧ ST˯̿ݭ݄͕া ( non ST elevation acute coronary syndrome )Ąͽ˭ಶͽѩኢܕֽ൴ܑѣᙯާّ
݄͕াڼᒚ۞ᓜԖྏរ̝າซणĄ
ST ˯̿ݭ͕҉ୟ
ާّ݄͕া۞ڼᒚ̶ј̂ొ̶Ĉൺഇ۞ڼ ᒚϫᇾࢋٸдᔖҺٕߏഴ͕͌҉ᗼѪ۞ቑಛć
҃ܜഇ۞ϫᇾߏࢫҲν͕ވГ͕ა۞൴Ϡ தĂͽഇܳซх߿தĄ
Я ST ˯̿ݭ͕҉ୟ̈́ܧ ST ߱˯̿ݭާّ
݄͕া۞ঽϠந፟ᖼ̙֭ԆБ࠹ТĂٙͽॲፂϫ
઼݈࡚͕ጯੰ઼࡚͕̈́םົޙᛉ۞ཉ
͔Ăܐഇ۞ڼᒚཉ̙֭ԆБ࠹ТĄ ST ߱˯̿
ݭާّ͕҉ୟߏЯࠎٽّඓېർ̼யϠ
ෘٕຫ҃யϠާّܡّҕংĂ҃ౄј͕҉
ᗼѪĄٙͽࢦࢋٙග̟۞ާّڼᒚӈߏ֝ిซ Җѣड़ͷᘦؠ۞ҕგГ఼ၰّڼᒚ ( revascular- ization )Ăͽഴ͕͌҉ᗼѪ۞ቑಛĂ҃ࢫҲୟ
ޢ͕ა۞፟தĄॲፂϫ݈۞ཉ͔ĂҕგГ
఼ၰّڼᒚΞᏴፄۡତགྷϩ݄͕ҕგڼᒚăᘽۏ ҕং໘ྋڼᒚăٕߏ݄ېજਔᖒ͘ఙĄ
˘ăܳซّགྷϩ݄ҕგڼᒚ ( facilitated percuta- neous coronary intervention )
ഴ͕͌҉ᗼѪ۞̚˘ีᙯᔣдٺᒺൺާّ
াې൴үזග̟ҕგГ఼ၰڼᒚ۞ॡมมĄ҃
ͷॡมม۞ᒺൺϺົࢫҲѪ˸தĄҭன၁̚Ă
͕҉ୟ൴үޢĂঽଈ૱࿅̈ॡޢ̖ົజྻ
ਖ਼ז྿ᗁੰĄֶፂፋЪ̶ژ ( meta-analysis ) ൴ன д ST ˯̿ݭ͕҉ୟާّ൴үޢ 1 ז 12 ̈ॡ̰
ග̟ᘽۏҕং໘ྋڼᒚĂх߿தତצڼᒚ۞ॡ มมӔϒ࠹ᙯ1Ą҃ͷͧྵۡତགྷϩ݄͕ҕგ ڼᒚ̈́ᘽۏҕং໘ྋڼᒚड़ڍĂ̏ᙋ၁݈۰Ξͽ ѣड़ࢫҲ ST ˯̿ݭ͕҉ୟޢᜈ۞׀൴া2, 3Ą
ҭࡶ ST ˯̿ݭ͕҉ୟଈ۰ࢋତצۡତགྷ ϩ݄͕ҕგڼᒚĂன̫၁ᅫેҖ˯Ăଂާّাې
൴үזග̟ڼᒚ۞ॡมมົͧග̟ᘽۏҕং໘ ྋڼᒚٙᅮࢋ۞ֽܜĄॲፂ઼࡚ 1999 ז 2002 ѐ۞ࢍྤफ़Ă྿ 6 0 % ۞ଈ۰Ăତצۡତ གྷϩ݄ҕგڼᒚĂ࿅ 90 ̶ᛗ۞ޙᛉॡม4ĄΩ
˘͞ࢬĂ̏ѣᙋፂពϯާّ͕҉ୟତצۡତགྷ ϩ݄͕ҕგڼᒚॡĂࡶயϠ͕҉ୟ࠹ᙯ݄ېજ ਔ ( infarct-related artery Ă IRA ) ̏ѣҕ߹ޭೇ
۰âѐх߿தͧྵр5Ą
ЯѩĂࠎ˞ᒺൺާّাې൴үזග̟ҕგГ
఼ၰڼᒚ۞ॡมมĂ˫ࢋܲତགྷϩ݄͕ҕგ ڼᒚ۞ᐹ๕Ăੵ˞ঽˠ۞ҋ֗ᛋᛇّ۞ކጱྻ
ਖ਼࿅۞ԼචγĂГӀϡᘽۏҕং໘ྋڼᒚ۞͞
ܮّĂඕЪٺזੰ݈дା᜕֘˯ٕާ෧ވ̚ซҖ ᘽۏҕং໘ྋڼᒚͽഇ྿јొ̶ٕБొҕং໘ྋ
҃ᒺൺ͕҉ҕॡมĂזੰޢГซҖགྷϩ݄ҕგ ڼᒚĂѩ࿅Ⴭࠎܳซّགྷϩ݄ҕგڼᒚĂјࠎ ܕֽᓜԖྏរ۞ࢦᕇ̝˘Ą
ܐഇᓜԖࡁտ ST ˯̿ݭ͕҉ୟঽଈ ତצזੰ݈Ηณҕং໘ྋ۞ܳซّགྷϩ݄ҕ გڼᒚඉரĂͧΪତצۡତགྷϩ݄ҕგڼᒚĂ͕
ဦ˯ S T ߱˯̿۞ޭೇֽр6Ąҭܕ A S - SENT-4ᓜԖྏរ̚ᒔ۞ඕኢݒ΄ˠε୕Ąд S T˯̿ݭ͕҉ୟଈ۰াې൴ү 6 ࣎̈ॡ̰Ă Бొତצזੰޢགྷϩ݄ҕგڼᒚĄ၁រ--ӈซ Җܳซّགྷϩ݄ҕგڼᒚ--ΐ˯ତצזੰ݈Б
ณҕং໘ྋ tenecteplase ( TNK )Ăҭݒ൴னܳ
ซّགྷϩ݄ҕგڼᒚֹ҃ͅ 90 ͇̰۞׀൴াᆧ ΐ7Ą҃ͷĂܕ۞Ъ̶ژ ( Β߁ ASSENT-4 P- CI ) ˵Ăᔵܳซّགྷϩ݄ҕგڼᒚѣྵ
ּͧ۞ଈ۰дซҖགྷϩ݄ҕგڼᒚ݈ѣྵָୟ
࠹ᙯ݄ېજਔ۞߹ĂҭѪ˸தăܧّ۞
͕҉Гୟ፟தă̈́ҕ׀൴াݒ࠹၆ྵ8Ą ҭΩ˘͞ࢬĂܳซّགྷϩ݄ҕგڼᒚݒᙋ၁
ͧΪତצᘽۏҕং໘ྋڼᒚඕڍྵָĄ C A P I - TAL-AMIྏរ̚ĂࡁտПᐍ ST ˯̿ݭ͕҉ୟ
ঽଈତצܳซّགྷϩ݄ҕგڼᒚٕΪତצᘽۏ ҕং໘ྋڼᒚĄ൴ன݈۰ΞពࢫҲ 6 ̰࣎͡׀
൴াĂ҃ᚑࢦҕ۞፟தݒ̙ົᆧΐ9Ą
ٙͽĂͽϫ݈۞ᓜԖྏរඕڍ҃֏Ă̙ޙ ᛉд୬ତצۡତགྷϩ݄ҕგڼᒚ۞ ST ˯̿ݭ͕
҉ୟঽଈĂග̟זੰ݈Бณҕং໘ྋ۞ڼ ᒚć҃Ҍٺזੰ݈Ηณҕং໘ྋ۞ڼᒚĂ
ᅮซ˘Վ۞ᓜԖྏរᙋፂĄ၆ٺֱ֤ ST ˯̿ݭ
͕҉ୟঽଈߏତצᘽۏҕং໘ྋڼᒚޢĂϲӈ ซҖགྷϩ݄ҕგڼᒚĂдᓜԖ˯ຕᏴࠎПᐍཏ
۞ঽଈ҃֏Ăߏѣٙӄৈ۞Ą
дέ៉ĂЯڱޠᆸࢬإϏྎĂϫ݈֭ڱ ឰௐ˘ቢ۞ღާᗁᒚା᜕ˠࣶдזੰ݈ ( ӈдঽ
൴னಞٕା᜕֘˯ ) ග̟ҕং໘ྋĄ
˟ăᅈბ᜕ܲ̈́ҕংၡੵ྅ཉ
д ST ˯̿ݭ͕҉ୟঽଈତצۡତགྷϩ݄
ҕგڼᒚॡĂࡶயϠᅈბҕংং ( distal em- bolization )Ă̏གྷѣࡁտᙋ၁ົѣྵ۞ 5 ѐѪ
ܑ˘Ĉᙯٺᅈბং᜕ܲ̈́ҕংၡੵ྅ཉ̝ᓜԖྏរ
Trial Setting Intervention Primary end-point Results
REMIEDIA15
XAMINE-ST16
EMERALD17
PROMISE18
DEAR-MI19
Ali et al.10
Kaltoft et al.12
100 pt. with anterior AMI, <12 h, receiving primary PCI
201 pt. with AMI, <12 h, baseline TIMI flow grade 0 or 1
501 pt. with AMI, <6 h
200 pt. with STEMI or NSTEMI, <48 h
148 pt. with STEMI,12 h
480 pt. with STEMI, 12 h
215 pt. with STEMI, 12 h
manual aspiration with Diver catheter before primary PCI with stent- ing
Primary PCI with stent- ing + thrombectomy with X-Sizer device
PPCI + distal embolic protection with GuardWire device
Primary PCI + distal embolic protection with FilterWire
Primary PCI + throm- bus aspiration
Primary PCI + rheolytic thrombectomy
Primary PCI + thrombectomy with Rescue catheter
Post-PCI TIMI myocar- dial perfusion grade (TMPG) >=2 and >=
70% ST elevation reso- lution (STR)
STR 1 hr after PCI
Infarct size by single photon emission com- puted tomography (SPECT) 5-14 days later. STR 30 min after PCI
Maximal adenosine-in- duced Doppler flow ve- locity after PPCI STR (>=70%) and my- ocardial brush grade (MBG) 3
Infarct size by SPECT 14-28 days after PCI
Myocardial salvage at 30 days by SPECT
Manual aspiration had increased the percentage of post-PCI TMPG >=2 and STR
Use of X-Sizer had in- creased complete STR and lowered the inci- dence of distal em- bolization
No difference in prima- ry end-point
No difference in prima- ry end-point
The group of thrombus aspiration had better re- sults of STR and MBG 3
Large infarct size and even worse in TIMI flow grade and 30-day major adverse cardiac events (MACE) in the thrombectomy group Final infarct size, not myocardial salvage, was increased in the thrombectomy group
˸த10ĄּҖֹّϡҕგᅈბ᜕ٕܲҕংၡੵ྅
ཉĂߏϫ݈ᓜԖ˯ϡͽֽԓ୕ࢫҲᅈბҕংং
፟தԼචޢ۞͞ڱ̝˘Ąҭॲፂϫ݈۞ᓜԖ ࡁտඕڍ֭ព۞ৈĄтܑ˘Ăᔵѣֱࡁ տពϯΞͽܳซ͕ဦ˯ ST ߱˯̿۞аೇ̈́
͕҉Г߹ćҭдܕ࣎ᓜԖྏរ̚ĂּҖّ
ֹϡֱ྅ཉĂ҃ͅᆧΐ͕҉ୟࢬ᎕̈́ 30 ͇
̰۞͕ҕგ׀൴া11,12Ą
̙࿅Ăдܕ˘ቔϤ Giuseppe De Luca ඈ൴
ܑ۞ፋЪ̶ژࡁտĂќะଂ 1990 ѐז 2006 ѐд ഇΏ൴ܑጯົ൴ܑ۞ಡӘВ 21 ࣎ᓜԖྏរĂ ϡͽᑭរާّ͕҉ୟଈ۰ֹϡҕგᅈბ᜕ٕܲ
ҕংၡੵ྅ཉ۞ᓜԖड़ৈĄඕڍ൴னֹϡҕგᅈ ბ᜕ٕܲҕংၡੵ྅ཉ̙֭ົࢫҲ 30 ͇۞Ѫ˸
தĂҭΞͽࢫҲགྷϩ݄ҕგڼᒚޢᅈბҕং൴Ϡ தĂྵָ۞݄ېજਔҕ߹߹ి ( TIMI grade 3 )
͕҉߹ޘ ( myocardial blush grade 3 )13Ąд Kunadian B.ඈ۞Ъ̶ژࡁտĂ˵זڱࢫҲ 30͇Ѫ˸தٕГ͕҉ୟ۞፟த14Ą
̙࿅ЯࠎЪ̶ژࡁտѣА͇۞ࢨטĂּ
тĈᏴፄྏរঽଈ۞ᇾ̙˘ăڱפྏរࣧ
ؕྤफ़ăྏរඕڍ̶ژᇾमளඈĂٙͽдإϏ ѣځቁ۞ᓜԖྏរඕڍĂᙋ၁၆ٺֱࣹপؠଐԛ
˭۞ާّ͕҉ୟঽଈѣځቁ۞ৈ̝݈Ăϫ݈
ߏ̙ޙᛉּҖֹّϡҕგᅈბ᜕ٕܲҕংၡੵ྅
ཉĄ
ˬăᄥᜨܛᛳ͚ߛᘽ͚ߛ
੫၆ ST ˯̿ݭ͕҉ୟঽଈĂܕѣ࣎
ᓜԖᐌ፟ྏរͧྵᘽ͚ߛᄥᜨܛᛳ͚ߛ ( ӈ ņܧᘽ͚ߛ” ) ۞ڼᒚड़ڍĄ PASSION ྏរߏ
ͧྵ paclitaxel ᘽ͚ߛᄥᜨܛᛳ͚ߛĂ൴ன
݈۰֭ځពࢫҲ 1 ѐ̰۞׀൴া20Ąҭд TY- PHOONྏរ̚Ăତצ sirolimus ᘽ͚ߛ۞ঽ ଈĂ 1 ѐ̰۞׀൴াݒѣځពࢫҲ21ć̚ࢋ
ߏЯࠎ݈۰ѣྵҲ۞ҕგГڼᒚ۞፟தĄѩγĂ
̙ኢߏ paclitaxel ٕ sirolimus ᘽ͚ߛ֭൴ன
ົᆧΐ͚ߛҕং፟தĄٙͽॲፂѩ࣎ᓜԖྏរ ඕኢĂΞۢᘽ͚ߛдڼᒚ ST ˯̿ݭ͕҉ୟ
ঽଈĂ̙֭ົᆧΐ׀൴াٕПᐍّć̙࿅ࢋڦ ຍ۞ߏĂЯࠎ࣎ྏរତצᘽ͚ߛ۞ˠᇴ̙
ზкĂЯѩᔘࢋѣՀ̂ݭ۞ᓜԖྏរ̖ਕᙋ၁
ഇ͚ߛҕং ( late stent thrombosis ) ۞൴ϠதĄΩ
˘࣎ࢋ۞ߏĂ࠹၆ٺᄥᜨܛᛳ͚ߛĂ
ᘽ͚ߛ࠰ࢫҲ 1 ѐ۞Ѫ˸தٕ͕҉Гୟ፟
தĄ
̙࿅Ăϫ઼݈࡚ࢴۏᘽݡგநԊٙॲፂϡͽ
఼࿅ᘽ͚ߛ۞ዋᑕা۞ᓜԖྏរ̚Ăϫ݈̙֭
Βӣ 48 ̈ॡ̰൴Ϡ͕҉ୟ۞ঽଈĄҌٺ pacli- taxel ٕ sirolimus ᘽ͚ߛң۰ࠎᐹĂᅮࢋՀ кᓜԖྏរᙋፂ̖ਕۢĄ
ܧ ST ˯̿ݭާّ݄͕া
ѝഇܬˢّڼᒚඉர ( early invasive strategy ) vs.Ᏼፄّܬˢّڼᒚඉர ( selective invasive strategy )
ܧ ST ˯̿ݭާّ݄͕াΒ߁̙ᘦؠݭ͕ඔ ൭ ( unstable angina ) ̈́ܧ ST ˯̿ݭ͕҉ୟ ( non ST elevation myocardial infraction )Ą ST ˯̿ݭ
ާّ͕҉ୟ̙Т۞ߏĂާّҕংࢋϤҕ̈ڕ ԛј۞ϨҒҕংĂซ҃யϠ͕҉ҕ͕̈́҉ᗼ ѪĄٙͽܐഇ۞ڼᒚͽԩҕ̈ڕ̈́ԩҕ۞ᘽۏ ڼᒚࠎĄҭࡶঽଈдዋ༊۞ᘽۏڼᒚ˭̪ѣ
ᜈّ͕҉উĂ͕აĂٕ͕ވᐛਔඈাېĂϫ
݈̝ВᙊࠎޙᛉጐѝซҖགྷϩ݄͕ҕგڼᒚ - ѩ ڼᒚඉரӈࠎᏴፄّܬˢّڼᒚඉர22Ąҭѣֱ
ߐ۞ᙋፂݒѝഇܬˢّڼᒚඉரͧᏴፄّ
ܬˢّڼᒚඉரՀΞလٺܧ ST ˯̿ݭާّ݄
͕াଈ۰Ąҭܕֽ൴ܑ۞ ICTUS ྏរඕኢݒ̙
ߏтѩĄдᖸ 1 ѐ۞ಡӘ̚Ă൴னڼᒚඉ ரд׀൴া൴Ϡத˯֭मள23Ą
ҭΩ˘͞ࢬĂ ܕቔЪ̶ژ൴ܑ 2 ѐ̈́
2ѐͽ˯۞ඕኢҬͼѣ̙Т̝ඕڍć൴னଳפѝ ഇܬˢّڼᒚඉரΞពࢫҲ 2 Ҍ 5 ѐ̰۞Ѫ˸
த͕҉ୟ24, 25ĄٙͽĂΞਕࢋඈז ICTUS ྏ រ൴ܑѐͽ˯۞ᖸඕڍĂ̖ົѣྵځቁ۞ඕ ኢĄ
ԩҕ̈ڕᘽۏ
ϫ݈дᓜԖڼᒚ˯ĂΞ൴னԩҕ̈ڕڼᒚܡ ԩّĂдܠ̽ី̂ࡗࠎ 5.5 ז 60%26Ă҃ clopi- dogrelࡗѣ 24%27ĄЯࠎ൴னԩҕ̈ڕڼᒚܡԩ
ّާّ݄͕া۞ᓜԖ׀൴াјϒ࠹ᙯ28Ăٙͽ
ܕֽᓜԖྏរ၆ٺԩҕ̈ڕᘽۏߏӎЪ׀ֹϡă clopidogrel۞ఈณ ( loading dose ) ̈́ග̟۞
ॡมᕇѣซ˘Վ۞ଣĄ
ᙯٺܠ̽ី clopidogrel ۞Ъ׀
ֹϡ
ϫ݈дٺֹϡ͚ߛ۞ঽଈ֗˯ĂЪ׀ֹϡܠ
̽ី̈́ clopidogrel Ăੵܧѣ༰ԟাĂ̏གྷᛳٺ
૱ၗֹّϡĄࡶߏдֹϡᘽۏҕং໘ྋڼᒚ S T
˯̿ݭ͕҉ୟ۞ଐԛĂ CLARITY-TIMI 28 ྏ រᙋ၁Ă࠹၆ٺщᇐĂග̟ clopidogrel ఈ
ณ 300 mg ĂޢՏ͇ග̟ 75 mg ĂΞͽࢫҲ 30
͇۞׀൴াĂ҃ͷ̙ົᆧΐҕ፟த29Ą
Clopidogrel ۞ఈณග̟۞ॡ มᕇ
ALBIONྏរಶ੫၆ܧ ST ˯̿ݭ݄͕াଈ ۰Ăග̟ˬ̙Т c l o p i d o g r e l ۞ఈณ- - 300Ă 600 Ă 900 mg Ą൴னఈณ̂ٺ 300 mg ѣͧྵр۞ԩҕ̈ڕड़ϡĂͷ̙ົᆧΐҕ፟
த3 0ĄΩ˘ྏរ൴னдܧ ST ˯̿ݭ݄͕াଈ ۰Ăдତצགྷϩ݄ҕგڼᒚҌ͌ 12 ̈ॡ̝݈Ă ග̟ clopidogrel 600mg ఈณĂ̙Ϊѣྵָ۞
ԩҕ̈ڕड़ڍĂ˵ΞពࢫҲ 1 ̰࣎͡۞ᓜԖ׀
൴া31Ą
ΩγĂ CLARITY-TIMI 28 ྏរ˵ซ˘Վд ᘽۏҕং໘ྋڼᒚ۞ާّ͕҉ୟঽଈ༊̚Ă̶
ژ̙Тଐԛ˭۞ঽଈޢĄ˘࣎ߏ P C I - CLARITYࡁտĂӈߏ੫၆ѣซҖགྷϩ݄ҕგڼ ᒚ۞ঽଈĂ൴னֱঽଈ̚ĂࡶְА̏གྷڇϡ 2 ז 8 ͇۞ clopidogrel ĂΞͽځពࢫҲ׀൴াĂ˵
̙ົᆧΐҕ፟த32ĄΩ˘ొЊĂ੫၆дזੰ݈
ಶڇϡ clopidogrel ఈณ 300 mg ۞ঽଈΐͽ
̶ژĄ൴ன࠹ྵٺщᇐĂੰ݈ڇϡ clopidogrel
۞ঽଈੵ˞˘ᇹΞͽࢫҲ 30 ͇۞׀൴াĂ˵Ξ ͽᆧΐୟજਔ۞ၰ఼த33Ą
ॲፂϫ݈ޙᛉநࣧĂ clopidogrel 300 mg
ఈณᑕྍдତצགྷϩ݄ҕგڼᒚ݈Ҍ͌ 6 ࣎
̈ॡගᘽĂ̖ົѣځព۞ᓜԖᒚड़ĄٙͽĂϫ݈
၆ٺତצۡତགྷϩ݄ҕგڼᒚ۞ ST ˯̿ݭ͕҉
ୟঽଈĂᔵѣֱົତצ clopidogrel 300 mg ٕ
ͽ˯۞ఈณĂҭڼᒚณإᅮࢋซ˘Վ۞
̂ݭᓜԖྏរΐͽᙋځ34Ą
ᙯٺ glycoprotein IIb/IIIa inhibitor
Яࠎܠ̽ី̈́ clopidogrel ۞ԩҕ̈ڕڼᒚ ܡԩّ۞҂ณĂΐ˯ glycoprotein IIb/IIIa in- hibitorsᘽۏүϡؕॡมྵൺ ( ᐖਔڦड͞ёĈ tirofibanĂ 5 ̶ᛗć eptifibatide Ă 5 ̶ᛗć abcix- inabĂ 2 ̈ॡ )Ăдٺڼᒚॡม̶ࡋυۋ۞ާّ
݄͕া۞ڼᒚ˯ߏѣгҜĄ
Glycoprotein IIb/IIIa inhibitors ۞ڼᒚĂдܧ ST˯̿ݭާّ݄͕া͞ࢬд 2000 ѐ൴ܑ۞ڼᒚ
͔̚Ăдঽଈࡶᜈѣ͕҉ҕன෪ăП ᐍཏăٕߏࢍထซҖགྷϩ݄͕ҕგڼᒚĂ̏
གྷځቁࠎ class I ޙᛉ3 5ĄҌٺฟֹؕϡ۞ॡม ᕇ Ă ᙋ ፂ Ҭ ͼ إ Ϗ ˘ Ą д ˘ ࣎ ̈ ఢ ሀ ۞ EVERESTྏរ̚Ăѝഇܬˢّڼᒚܧ ST ˯̿
ݭާّ݄͕াĂ࠹၆ٺซҖགྷϩ݄͕ҕგڼᒚ ॡ̖ග̟ณ۞ tirofiban ٕᇾณ abcix- imabĂְАග̟ tirofiban ۞ڼᒚົѣྵָ۞ఙ ޢ͕҉߹36Ą҃ܕ۞ ACUITY TIMING ྏ រ̚ĂВѣ 9,207 Ҝତצѝഇܬˢّڼᒚ۞ܧ ST
˯̿ݭާّ݄͕াঽଈĂͽ glycoprotein IIb/IIIa inhibitorsฟؕڼᒚ۞ॡมᕇĂ̶јĈּҖ
ְֹّ݈ϡఙ̚ᏴፄֹّϡĄݒ൴னּҖّ
ְֹ݈ϡ glycoprotein IIb/IIIa inhibitors ֭ځព ᐹٺᏴፄֹّϡĂ҃ͷᏴፄֹّϡ͞ё˵ࢫҲ
ҕ۞፟த37Ą
ΩγĂ glycoprotein IIb/IIIa inhibitor clopido- grel׀ϡĂՀΞᆧΐԩҕ̈ڕүϡĄд ISAR-RE- ACT 2ྏរ̚Ăдܧ ST ˯̿ݭ݄͕া۞ଈ۰ĂБ
ొ ࠰ д ତ צ གྷ ϩ ݄ ҕ გ ڼ ᒚ 2 ࣎ ̈ ॡ ݈ ତ צ 600mg clopidogrelఈณĂ൴னࡶЪ׀ֹϡ ab- c i x i m a bਕૉࢫҲ 3 0 ͇̰۞׀൴াĂ҃ͷ׀ϡ clopidogrel abciximab ̙֭ົᆧΐҕ׀൴া38Ą
҃дٺ ST ˯̿ݭ͕҉ୟଈ۰ତצۡତགྷ ϩ݄͕ҕგڼᒚ˯Ă˵ౙᜈѣࡁտಡӘĄд AD- MIRALࡁտ̚Ăֹϡ abciximab д ST ˯̿ݭ͕
҉ୟଈ۰ତצۡତགྷϩ݄͕ҕგ͚̈́ߛٸཉ۞
ڼᒚĂགྷ࿅ 3 0 ͇ז 3 ѐ۞ᓜԖᖸĂ࠰ѣྵָ
۞ᓜԖޢ39,40Ą
ᙯٺฟؕڼᒚ۞ॡมᕇĂд TITAN-TIMI 34
ྏរ̚Ăಶ൴னтڍ ST ˯̿ݭ͕҉ୟଈ۰Ă
࠹၆ٺд͕ጱგވ̖ฟֹؕϡ eptifibatide Ăࡶд
ާ෧ވಶְАฟֹؕϡĂୟ࠹ᙯજਔдۡତ གྷϩ݄͕ҕგڼᒚ݈ಶΞͽ྿ྵָ۞ҕ߹͕҉
߹41Ą
Ҍٺߏӎٺགྷϩ݄͕ҕგڼᒚ̚Ăтң׀ϡ glycoprotein IIb/IIIa inhibitor clopidogrel Ăᔵ
PCI-CLARITYࡁտ۞Ѩ৺̶ژ̚ ( subgroup anal- y s i s )ĂҬͼѣৈĂҭ̪ᅮซ˘Վϲ۞ࡁ տĄ
ϫ݈ԧ઼ઉֹܲϡ tirofiban ۞ఢቑâߏ̙
ᘦؠ͕ඔ൭ٕܧ Q گ̝͕҉ୟĂΩ˘ߏާّț گ͕҉ୟٺাې൴Ϡ˩˟̈ॡ̰ĂٺેҖ PT- CAॡ׀ϡĄ҃ͷֹϡͽ̙࿅ాᜈα˩ˣ̈
ॡĂณ 37.5 mg ࠎࣧĄ
ԩҕংඕ
࠹၆ٺ็ք৵۞ాᜈّ۞ᐖਔڦड ( ఈ
ณࠎ 60IU/kg Ă̂ณࠎ 4000IU ćତࠎా
ᜈᐖਔڦडĂณࠎ 1 2 I U / k g / h r Ăࠎ 1000IU/hr )Ăᓄኑ۞ҕ୵ඕᑭീ ( aPTT Ăჯ
д 50-70 ࡋ )42Ăϫ݈Ҳ̶̄ณք৵ĂЯѣྵᘦ ؠ۞ᘽۏүϡĂ̙ΪΞͽҺΝ˯ՎូĂ֭ͷᓜ Ԗ˯˵ᙋ၁ѣྵָ۞ޢĄܕ൴ܑ۞ CLARI- TY-TIMI 28ྏរ˵൴னд ST ˯̿ݭ͕҉ୟঽ ଈତצᘽۏҕং໘ྋڼᒚॡĂЪ׀ֹϡҲ̶̄ณ ք৵ΞពࢫҲ 30 ͇̰۞׀൴া43Ą
ΩγтңࢫҲЯֹϡԩҕংඕڼᒚ͔۞
ҕ׀൴াĂ˵ߏᓜԖ˯ڼᒚާّ݄͕াঽଈ۞
ࢦᕇĄညߏ fondaparinux ( ˘Ъј۞ pentasaccha- ride )Ăٕߏ bivalirudin ( ˘ۡତّҕᅔ৵Ժט
)Ăдܕֽ൴ܑ۞ᓜԖྏរ˯ĂܐՎ̏ᙋ၁щ БّĂ҃ͷΞࢫҲҕ׀൴া۞፟த44-47Ą
Statin ڼᒚ
PROVET IT TIMI 22ྏរߏֹϡ statin ڼᒚ
ާّ݄͕াঽଈࢦࢋ۞ᇾ48Ăࡁտ൴னдତ צགྷϩ݄͕ҕგڼᒚ̝ޢĂާّഇ 14 ͇̰ฟؕ
ତצณ۞ statin ڼᒚĂΞͽҲޘᓙዔ ࢫҌ 62 mg/dl Ă֭ͷពгࢫҲ 2 ѐ̰۞ᓜԖ׀
൴াĄдܕ൴ܑ۞Ъ̶ژ̚Ă̶ژ˞Β߁ PROVET IT TIMI 22ĂВ 13 ࣎ྏរĂ൴னдާّ
݄͕া 14 ͇̰ฟֹؕϡ statin ڼᒚĂ۞ቁົព
۞ࢫҲᓜԖ׀൴াĂҭड़ڍࢋڼᒚ 4 ࣎͡ޢ̖
ົពனĂ҃ͷΞᜈ 2 ѐ49Ą
ࡪڼᒚ
ҋଂдજۏ၁រ˯൴னд͕҉ୟޢល
ࡪ Ξ ͽ ̶ ̼ ј ͕ ҉ ࡪ ซ ҃ Լ ච ν ͕ ވ Α ਕ50Ăᔵ̚ቁ၁۞፟ᖼإϏజᗃĂҭ̏གྷ ѣధкᓜԖྏរຐֽቁؠߏӎТᇹ۞ड़ᑕ˵Ξֹ
͕҉ୟ۞ˠᙷঽଈயϠ͕҉ࡪГϠĂᔖҺய Ϡν͕ވГĂޢ྿זࢫҲ͕ა̈́Ѫ˸த۞
ϫ۞Ąϫ݈Ӏϡࡪڼᒚާّ͕҉ୟ۞͞ё Ξ̶јĈ˘ߏӀϡۡତ٩פលࡪٕӀ ϡᔺకϨϠܜו፬Я̄ ( granulocyte-colony stimulating factor, G-CSF ) ڦडޢଂᙝҕ୵̶ᗓ
ល۞ࡪĂГࡪགྷϤ͕ጱგڦˢ யϠ͕҉ୟ࠹ᙯ̝݄ېજਔ̰ٕགྷϤপঅጱგ
ۡତڦडˢ͕҉̚ćΩ˘ߏۡତڦडᔺకϨ Ϡܜו፬Я̄ڼᒚĂ̙҃ࡪଂҕ୵̶̚ᗓ
ֽĂ࠹၆ٺ݈۰۞рಶߏྵܧܬˢّڼᒚ҃
ͷڼᒚ࿅ྵࠎᖎܮĂҭᕇಶߏڱቁଠט
`ᛩࡪ۞ᇴณᙷࡪΞਕֽ
۞ઘүϡĄ
ᔵࡪڼᒚ˘ۡజෛࠎሕ˧۞ڼᒚ ሀёĂҭזϫ݈ࠎͤĂд ST ˯̿ݭ͕҉ୟঽ ଈ֗˯ĂᓜԖྏរ۞ඕڍݒ̙΄ˠॎጬĄ ( ܑ˟ ) дͽ̶ᗓࡪ͞ёڼᒚ۞ᓜԖྏរ˯Ă 4 ז 6
࣎͡۞ᖸඕڍҬͼ̙˘Ą̚Ϊѣ REPAIR- AMIྏរពϯĂࡪڼᒚΞͽࢫҲ 12 ࣎͡
̰۞׀൴া፟த5 1Ąҭдϫ݈ᖸॡมܜ۞
BOOSTྏរĂ 18 ࣎͡ᖸಡӘݒࡪڼ ᒚ֭ពгᆧΐν͕ވड̶த5 2ĄΩ˘͞
ࢬĂᙯٺۡତڦडᔺకϨϠܜו፬Я̄ڼᒚ ሀёĂ˵ѣᙷҬ۞ඕኢĄд FIRSTLINE-AMI ྏ រ̚ĂۡତڦडᔺకϨϠܜו፬Я̄ົᆧΐ 4࣎͡ޢ̈́ 12 ࣎͡ޢ۞ν͕ވड̶த53Ąҭܕ
ֽ൴ܑ۞ˬ࣎ᓜԖࡁտ ( ܑˬ )ݒ൴னۡତڦ डᔺకϨϠܜו፬Я̄ڼᒚ۞ڼᒚᐹٺ၆
Ą̙࿅ۡତڦडᔺకϨϠܜו፬Я̄۞
щБّҌ͌д STEMMI54 MAGIC Cell-3-DES55
ྏរ̚ᙋ၁̙֭ົᆧΐ͚ߛٸཉޢГব৫۞፟
தĄ
ٙͽĂტЪϫ݈۞ᓜԖྏរඕڍĂΞਕࢋඈ
ࡪڼᒚ۞үϡ፟ᖼĂؕڼᒚ۞ॡมᕇĂᅃ ӄᘽۏ۞Ъ׀ֹϡĂ̈́ѣड़ڼᒚ۞ࡪᙷඈజ
ܑ˟Ĉᙯٺާّ͕҉ୟঽଈତצលࡪڼᒚ̝ᓜԖྏរ
Trial Setting Processing and delivery of stem cells Primary end-point Results BOOST52,56
REPAIR- AMI51,57
ASTAMI58
Jassens et al.59
MAGIC Cell-3-DES55
60 pts with STEMI re- ceiving primary PCI (30 pts treated with BMCs at mean 4.8 days after PCI) 199 pts with STEMI receiving primary PCI with BMS (101 pts treated with BMCs at mean 4.3 days after P- CI)
100 pts with STEMI receiving primary PCI with stenting (47 pts treated with BMC at mean 6 days after PCI) 67 pts with STEMI re- ceiving primary PCI (33 pts treated with BMCs at 1 day after P- CI)
50 pts in AMI arm re- ceiving DES stenting, mean administration day: 4 days
Intracoronary (IC) infusion into IRA with unfractionated 2.5 x 109BMCs ( including 9.5 x 106 CD34+ cells)
IC infusion into IRA with Ficoll- separated 2.4 x 108BMCs ( includ- ing 3.6x106 CD34+/CD45+ &
2.5x106 CD34+/CD133+/CD45+
cells)
IC infusion into IRA with Ficoll- separated 7x107BMC ( including 7x105CD34+ cells)
IC infusion into IRA with Ficoll- separated 3x108BMCs ( including 2.8x106 CD34+ cells & 2x106 CD133+)
PBSCs collected at the day after G-CSF 10ɢg/kg for 3 days; IC infu- sion at IRA with 1-2x109mononu- clear cells
LVEF by MRI
LVEF by LV angiography
LVEF by SPECT, echocardiogra- phy, & MRI
LVEF by MRI
LVEF by MRI
6mo: increased LVEF in BMC group
18mo: No difference be- tween two groups
4 mo: LVEF improved in BMC group
12mo: reduced combined end-point of death, recur- rent MI, or revasculariza- tion in BMC group 6mo:no benefits
4mo: no difference in LVEF; reduced infarct size and improved regional function in BMC group
6mo:IC infusion of PBSCs improved LVEF
ܑˬĈֹϡᔺకϨϠܜו፬Я̄ٺާّ͕҉ୟঽଈ̝ᓜԖྏរ
Trial Setting Subcutaneous G-CSF Markers for peripheral
Primary end-point Results use after PCI stem cells
G-CSF-STEMI60
STEMMI61
REVIVAL-262
44 pt. with STE- MI, receiving PP- CI with BMS stenting 78 pt. with STEMI of <12 h receiving primary PCI
114 pt. with STEMI of <12 h receiving primary PCI
10ɢ g/kg for 5 days
10ɢ g/kg for 6 days
10ɢ g/kg for 5 days
CD34+/CD133+
Cd34+/CD31+
CD34+/c-kit+
CD45-/CD34- CD45-/CD34- /CXCR4+
CD45-/CD34- /VEGFR2+
CD34+
Global and re- gional LV func- tion at 7days and 3 months by MRI LV wall
thickening from baseline to 6 months by MRI
Infarct size by Tc99msestamibi from baseline to 4-6 months
No benefits
No benefits
No benefits; no improvement in LVEF by MRI
ᗃޢĂ̖Ξਕѣࡎّ۞ඕኢĂ˵̙ٺ
ధкˠ˧̈́ۏ˧ĂՀཨਖ਼˞ᇹѣ൴णሕ˧۞ڼ ᒚሀёĄ
ૄЯវᗁጯ၆ٺާّ݄͕া֨
࣎ˠ̼ᗁᒚ۞ᇆᜩ
֨ާّ݄͕া۞൴Ϡᑕྍߏٙѣڼᒚ۞
ໂϫᇾĄ˵ಶߏԱПᐍཏঽଈ֭ΐૻଠטП ᐍЯ̄۞ڼᒚĂͽഇࢫҲާّ݄͕া۞൴ϠதĄ
ੵ˞˘ֱ็̏ۢ۞ПᐍЯ̄ĂּтĈ٩ă
ҕᑅăᎤԌঽăҕඈĂ࣎ˠ็ຏצّ ( ge- netic susceptibility ) ˵ֽצࢦෛĄॲፂϫ݈
۞ࡁտĂާّ݄͕া֭ܧϤಏ˘ૄЯٙౄјĂӈ ᛳ ٺ к ૄ Я ۞ ܧ ͩ ็ ͞ ё Ą ϫ ݈ Ӏ ϡ genome-wide scanning͞ёĂ̏གྷ̶ژДफ 296
࣎ छ Ă Ա ז ࣎ Ξ ਕ ۞ ૄ Я Ą ˘ ࣎ ߏ Ҝ ٺ 12q22ĂకϨኳயۏࠎ leukotriene A4 hydrolase ( LTA4 )63ĂΩ˘࣎д 13q12-13 ĂకϨኳயۏࠎ 5-lipooxygenase activation protein ( FLAP )64Ą
࣎ᅔ৵࠰൴ۆࡪ፬৵--Ϩˬ ( leukotriene )
۞Ъјѣᙯ ( ဦ˘ ) ĄӀϡ࣎ૄЯ༊үᇾ
ĂԱ 191 Ҝᛳٺ͕҉ୟПᐍ۞ঽଈĂග
̟ FLAP ԩڼᒚĂᙋ၁ΞͽࢫҲϨˬ B4
྿ 26%65Ąϫ݈ีᘽۏซҖ˭˘ՎᓜԖྏរ ᙋ၁ߏӎਕૉࢫҲ͕҉ୟ۞፟தĄ дΞ֍
۞ֽĂົѣດֽкૄЯ࠹ᙯ۞̶̄ᇾజ൴ ଧĂ˵ֹ࣎ˠ̼ᗁᒚՀᔌٺΞҖĄ
ڼᒚ͔̝ར၁
ᔵ઼࡚͕םੰ઼࡚͕̈́ጯົ੫၆ާّ
݄͕া۞ڼᒚ͔ᐌ̙ᕝ൴ܑ۞ࡁտᙋፂᜈ
۞ՀາĂҭன၁ᓜԖ˯၆ٺঽଈ۞᜕ߏӎѣར मĂߏ࣎ܕֽ౯צࢦෛ۞ᛉᗟĄ҃ CRUSDAE ࡁ տĂಶߏ੫၆઼࡚ဩ̰࿅ 400 छᗁੰĂଂ 2001 ѐĂ̶ژ࿅ 165,000 Ҝܧ ST ˯̿ݭާّ݄
͕াঽଈĂ၁ᅫତצᗁᒚ᜕۞ېڶĄፋវ҃
֏Ă၆ٺڼᒚ͔۞ᏲଂּͧπӮࠎ 74% Ąͽ
ٙᅮฟϲ۞ᘽۏ҃֏ĂҲٺπӮ۞ࠎĈާّഇڼ ᒚٙᅮ۞ glycoprotein IIb/IIIa inhibitors ćੰ
ϡᘽ̚۞ angiotensin converting enzyme inhibitors
clopidogrel66Ą
ᔵϫ݈ԧ઼۞၁ᅫᆸࢬેҖڼᒚ۞ѣᙯ
ྤफ़ĂٙᏜĺ̝̋ϮĂΞͽԽĻĂੵ˞Ր າ̝ۢዶĂ˵ᑕᇜ˧ٺ၁াᗁጯ۞၁ኹĂֽ೩
ԧ઼ᗁᒚ᜕ݡኳĄ
זϫ݈Ϥٺާّ݄͕া۞ڼᒚ۞ซՎĂ̏གྷ
̂̂ࢫҲާّഇ۞Ѫ˸தĄдՐՀԆච۞ڼᒚ ඉரТॡĂ˵ᑕྍ҂ᇋтңቁ၁гдᓜԖ˯ેҖ
ٙޙᛉ۞ڼᒚཉĄѩγĂд 1 9 7 0 ѐௐ˟ۍ ňThe Heartʼn̚Ă Paul Dudley White ೩ז֨۞
ࢦࢋّĈňthe most advance of all . . . is the em- phasis on the prevention of the very diseases which we have prided ourselves to be so clever to diagnose and to treat.ʼnٙͽĂѣड़֨ާّ݄͕া۞൴ ϠĂᑕྍ̖ߏڼᒚ۞ໂϫᇾĄ
ણ҂͛ᚥ
1. Indications for fibrinolytic therapy in suspected acute myocar- dial infarction: collaborative overview of early mortality and major morbidity results from all randomised trials of more than 1000 patients. Fibrinolytic Therapy Trialists' (FTT) Collaborative Group. Lancet 1994; 343: 311-22.
2. Smith SC, Jr., Feldman TE, Hirshfeld JW, Jr., et al. ACC/A- HA/SCAI 2005 Guideline Update for Percutaneous Coronary Intervention-Summary Article: A Report of the American College of Cardiology/American Heart Association Task Force on Practice Guidelines (ACC/AHA/SCAI Writing Committee to Update the 2001 Guidelines for Percutaneous Coronary Intervention). J Am Coll Cardiol 2006; 47: 216-35.
3. Boersma E. Does time matter? A pooled analysis of randomized clinical trials comparing primary percutaneous coronary inter- ဦ˘ĈϨˬ A4 ̈́Ϩˬ B4 ̝ϠۏЪјश
vention and in-hospital fibrinolysis in acute myocardial infarc- tion patients. Eur Heart J 2006; 27: 779-88.
4. McNamara RL, Herrin J, Bradley EH, et al. Hospital improve- ment in time to reperfusion in patients with acute myocardial in- farction, 1999 to 2002. J Am Coll Cardiol. 2006; 47: 45-51.
5. De Luca G, Ernst N, Zijlstra F, et al. Preprocedural TIMI flow and mortality in patients with acute myocardial infarction treat- ed by primary angioplasty. J Am Coll Cardiol 2004; 43: 1363- 7.
6. Thiele H, Scholz M, Engelmann L, et al. ST-segment recovery and prognosis in patients with ST-elevation myocardial infarc- tion reperfused by prehospital combination fibrinolysis, pre- hospital initiated facilitated percutaneous coronary intervention, or primary percutaneous coronary intervention. Am J Cardiol 2006; 98: 1132-9.
7. Primary versus tenecteplase-facilitated percutaneous coronary intervention in patients with ST-segment elevation acute my- ocardial infarction (ASSENT-4 PCI): randomised trial. Lancet 2006; 367: 569-78.
8. Keeley EC, Boura JA, Grines CL. Comparison of primary and facilitated percutaneous coronary interventions for ST-elevation myocardial infarction: quantitative review of randomised trials.
Lancet 2006; 367: 579-88.
9. Le May MR, Wells GA, Labinaz M, et al. Combined angioplasty and pharmacological intervention versus thrombolysis alone in acute myocardial infarction (CAPITAL AMI study). J Am Coll Cardiol 2005; 46: 417-24.
10.Henriques JP, Zijlstra F, Ottervanger JP, et al. Incidence and clin- ical significance of distal embolization during primary angio- plasty for acute myocardial infarction. Eur Heart J 2002; 23:
1112-7.
11. Ali A, Cox D, Dib N, et al. Rheolytic thrombectomy with per- cutaneous coronary intervention for infarct size reduction in acute myocardial infarction: 30-day results from a multicenter randomized study. J Am Coll Cardiol 2006; 48: 244-52.
12.Kaltoft A, Bottcher M, Nielsen SS, et al. Routine thrombecto- my in percutaneous coronary intervention for acute ST-segment- elevation myocardial infarction: a randomized, controlled trial.
Circulation 2006; 114: 40-7.
13.De Luca G, Suryapranata H, Stone GW, et al. Adjunctive me- chanical devices to prevent distal embolization in patients un- dergoing mechanical revascularization for acute myocardial in- farction: a meta-analysis of randomized trials. Am Heart J 2007;
153: 343-53.
14.Kunadian B, Dunning J, Vijayalakshmi K, et al. Meta-analysis of randomized trials comparing anti-embolic devices with stan- dard PCI for improving myocardial reperfusion in patients with acute myocardial infarction. Catheter Cardiovasc Interv 2007;
69: 488-96.
15.Burzotta F, Trani C, Romagnoli E, et al. Manual thrombus-as- piration improves myocardial reperfusion: the randomized evaluation of the effect of mechanical reduction of distal em- bolization by thrombus-aspiration in primary and rescue angio-
plasty (REMEDIA) trial. J Am Coll Cardiol 2005; 46: 371-6.
16.Lefevre T, Garcia E, Reimers B, et al. X-sizer for thrombecto- my in acute myocardial infarction improves ST-segment reso- lution: results of the X-sizer in AMI for negligible embolization and optimal ST resolution (X AMINE ST) trial. J Am Coll Cardiol 2005; 46: 246-52.
17.Stone GW, Webb J, Cox DA, et al. Distal microcirculatory pro- tection during percutaneous coronary intervention in acute ST- segment elevation myocardial infarction: a randomized con- trolled trial. JAMA 2005; 293: 1063-72.
18.Gick M, Jander N, Bestehorn HP, et al. Randomized evaluation of the effects of filter-based distal protection on myocardial per- fusion and infarct size after primary percutaneous catheter in- tervention in myocardial infarction with and without ST-seg- ment elevation. Circulation 2005; 112: 1462-9.
19.Silva-Orrego P, Colombo P, Bigi R, et al. Thrombus aspiration before primary angioplasty improves myocardial reperfusion in acute myocardial infarction: the DEAR-MI (Dethrombosis to Enhance Acute Reperfusion in Myocardial Infarction) study. J Am Coll Cardiol 2006; 48: 1552-9.
20.Laarman GJ, Suttorp MJ, Dirksen MT, et al. Paclitaxel-eluting versus uncoated stents in primary percutaneous coronary inter- vention. N Engl J Med 2006; 355: 1105-13.
21.Spaulding C, Henry P, Teiger E, et al. Sirolimus-eluting versus uncoated stents in acute myocardial infarction. N Engl J Med 2006; 355: 1093-104.
22.Braunwald E, Antman EM, Beasley JW, et al. ACC/AHA 2002 guideline update for the management of patients with unstable angina and non-ST-segment elevation myocardial infarction-- summary article: a report of the American College of Cardiology/American Heart Association task force on practice guidelines (Committee on the Management of Patients With Unstable Angina). J Am Coll Cardiol 2002; 40: 1366-74.
23.de Winter RJ, Windhausen F, Cornel JH, et al. Early invasive versus selectively invasive management for acute coronary syn- dromes. N Engl J Med 2005; 353: 1095-104.
24.Bavry AA, Kumbhani DJ, Rassi AN, et al. Benefit of early in- vasive therapy in acute coronary syndromes: a meta-analysis of contemporary randomized clinical trials. J Am Coll Cardiol 2006; 48: 1319-25.
25.Hoenig MR, Doust JA, Aroney CN, et al. Early invasive versus conservative strategies for unstable angina & non-ST-elevation myocardial infarction in the stent era. Cochrane Database Syst Rev 2006; 3: CD004815.
26.Shantsila E, Watson T, Lip GY. Aspirin resistance: what, why and when? Thromb Res 2007; 119: 551-4.
27.Lev EI, Patel RT, Maresh KJ, et al. Aspirin and clopidogrel drug response in patients undergoing percutaneous coronary inter- vention: the role of dual drug resistance. J Am Coll Cardiol 2006;
47: 27-33.
28.Cuisset T, Frere C, Quilici J, et al. High post-treatment platelet reactivity identified low-responders to dual antiplatelet therapy at increased risk of recurrent cardiovascular events after stent-
ing for acute coronary syndrome. J Thromb Haemost 2006; 4:
542-9.
29.Sabatine MS, Cannon CP, Gibson CM, et al. Addition of clopi- dogrel to aspirin and fibrinolytic therapy for myocardial infarc- tion with ST-segment elevation. N Engl J Med 2005; 352: 1179- 89.
30.Montalescot G, Sideris G, Meuleman C, et al. A randomized comparison of high clopidogrel loading doses in patients with non-ST-segment elevation acute coronary syndromes: the AL- BION (Assessment of the Best Loading Dose of Clopidogrel to Blunt Platelet Activation, Inflammation and Ongoing Necrosis) trial. J Am Coll Cardiol 2006; 48: 931-8.
31.Cuisset T, Frere C, Quilici J, et al. Benefit of a 600-mg loading dose of clopidogrel on platelet reactivity and clinical outcomes in patients with non-ST-segment elevation acute coronary syn- drome undergoing coronary stenting. J Am Coll Cardiol 2006;
48: 1339-45.
32.Sabatine MS, Cannon CP, Gibson CM, et al. Effect of clopido- grel pretreatment before percutaneous coronary intervention in patients with ST-elevation myocardial infarction treated with fibrinolytics: the PCI-CLARITY study. JAMA 2005; 294: 1224- 32.
33.Verheugt FW, Montalescot G, Sabatine MS, et al. Prehospital fibrinolysis with dual antiplatelet therapy in ST-elevation acute myocardial infarction: a substudy of the randomized double blind CLARITY-TIMI 28 trial. J Thromb Thrombolysis 2007;
23: 173-9.
34.Smith SC, Jr., Feldman TE, Hirshfeld JW, Jr., et al. ACC/A- HA/SCAI 2005 Guideline Update for Percutaneous Coronary Intervention--summary article: a report of the American College of Cardiology/American Heart Association Task Force on Practice Guidelines (ACC/AHA/SCAI Writing Committee to Update the 2001 Guidelines for Percutaneous Coronary Intervention). Circulation 2006; 113: 156-75.
35.Braunwald E, Antman EM, Beasley JW, et al. ACC/AHA guide- lines for the management of patients with unstable angina and non-ST-segment elevation myocardial infarction: executive summary and recommendations. A report of the American College of Cardiology/American Heart Association task force on practice guidelines (committee on the management of pa- tients with unstable angina). Circulation 2000; 102: 1193-209.
36.Bolognese L, Falsini G, Liistro F, et al. Randomized compari- son of upstream tirofiban versus downstream high bolus dose tirofiban or abciximab on tissue-level perfusion and troponin re- lease in high-risk acute coronary syndromes treated with per- cutaneous coronary interventions: the EVEREST trial. J Am Coll Cardiol 2006; 47: 522-8.
37.Stone GW, Bertrand ME, Moses JW, et al. Routine upstream ini- tiation vs deferred selective use of glycoprotein IIb/IIIa in- hibitors in acute coronary syndromes: the ACUITY Timing tri- al. JAMA 2007; 297: 591-602.
38.Kastrati A, Mehilli J, Neumann FJ, et al. Abciximab in patients with acute coronary syndromes undergoing percutaneous coro-
nary intervention after clopidogrel pretreatment: the ISAR-RE- ACT 2 randomized trial. JAMA 2006; 295: 1531-8.
39.Montalescot G, Barragan P, Wittenberg O, et al. Platelet glyco- protein IIb/IIIa inhibition with coronary stenting for acute my- ocardial infarction. N Engl J Med 2001; 344: 1895-903.
40.Three-year duration of benefit from abciximab in patients re- ceiving stents for acute myocardial infarction in the randomized double-blind ADMIRAL study. Eur Heart J 2005; 26: 2520-3.
41.Gibson CM, Kirtane AJ, Murphy SA, et al. Early initiation of eptifibatide in the emergency department before primary per- cutaneous coronary intervention for ST-segment elevation my- ocardial infarction: results of the Time to Integrilin Therapy in Acute Myocardial Infarction (TITAN)-TIMI 34 trial. Am Heart J 2006; 152: 668-75.
42.Antman EM, Anbe DT, Armstrong PW, et al. ACC/AHA guide- lines for the management of patients with ST-elevation my- ocardial infarction; A report of the American College of Cardiology/American Heart Association Task Force on Practice Guidelines (Committee to Revise the 1999 Guidelines for the Management of patients with acute myocardial infarction). J Am Coll Cardiol 2004; 44: E1-E211.
43.Sabatine MS, Morrow DA, Montalescot G, et al. Angiographic and clinical outcomes in patients receiving low-molecular- weight heparin versus unfractionated heparin in ST-elevation myocardial infarction treated with fibrinolytics in the CLARI- TY-TIMI 28 Trial. Circulation 2005; 112: 3846-54.
44.Stone GW, McLaurin BT, Cox DA, et al. Bivalirudin for patients with acute coronary syndromes. N Engl J Med 2006; 355: 2203- 16.
45.Yusuf S, Mehta SR, Chrolavicius S, et al. Comparison of fon- daparinux and enoxaparin in acute coronary syndromes. N Engl J Med 2006; 354: 1464-76.
46.Yusuf S, Mehta SR, Chrolavicius S, et al. Effects of fondaparinux on mortality and reinfarction in patients with acute ST-segment elevation myocardial infarction: the OASIS-6 randomized trial.
JAMA 2006; 295: 1519-30.
47.Lincoff AM, Bittl JA, Harrington RA, et al. Bivalirudin and pro- visional glycoprotein IIb/IIIa blockade compared with heparin and planned glycoprotein IIb/IIIa blockade during percutaneous coronary intervention: REPLACE-2 randomized trial. JAMA 2003; 289: 853-63.
48.Rouleau J. Improved outcome after acute coronary syndromes with an intensive versus standard lipid-lowering regimen: re- sults from the Pravastatin or Atorvastatin Evaluation and Infection Therapy-Thrombolysis in Myocardial Infarction 22 (PROVE IT-TIMI 22) trial. Am J Med 2005; 118 (Suppl 12A):
28-35.
49.Hulten E, Jackson JL, Douglas K, et al. The effect of early, in- tensive statin therapy on acute coronary syndrome: a meta-anal- ysis of randomized controlled trials. Arch Intern Med 2006; 166:
1814-21.
50.Orlic D, Kajstura J, Chimenti S, et al. Bone marrow cells re- generate infarcted myocardium. Nature 2001; 410: 701-5.
51.Schachinger V, Erbs S, Elsasser A, et al. Improved clinical out- come after intracoronary administration of bone-marrow-de- rived progenitor cells in acute myocardial infarction: final 1- year results of the REPAIR-AMI trial. Eur Heart J 2006; 27:
2775-83.
52.Meyer GP, Wollert KC, Lotz J, et al. Intracoronary bone mar- row cell transfer after myocardial infarction: eighteen months' follow-up data from the randomized, controlled BOOST (BOne marrOw transfer to enhance ST-elevation infarct regeneration) trial. Circulation 2006; 113: 1287-94.
53.Ince H, Petzsch M, Kleine HD, et al. Prevention of left ventric- ular remodeling with granulocyte colony-stimulating factor af- ter acute myocardial infarction: final 1-year results of the Front- Integrated Revascularization and Stem Cell Liberation in Evolving Acute Myocardial Infarction by Granulocyte Colony- Stimulating Factor (FIRSTLINE-AMI) Trial. Circulation 2005;
112: I73-80.
54.Jorgensen E, Ripa RS, Helqvist S, et al. In-stent neo-intimal hy- perplasia after stem cell mobilization by granulocyte-colony stimulating factor Preliminary intracoronary ultrasound results from a double-blind randomized placebo-controlled study of pa- tients treated with percutaneous coronary intervention for ST- elevation myocardial infarction (STEMMI Trial). Int J Cardiol 2006; 111: 174-7.
55.Kang HJ, Lee HY, Na SH, et al. Differential effect of intracoro- nary infusion of mobilized peripheral blood stem cells by gran- ulocyte colony-stimulating factor on left ventricular function and remodeling in patients with acute myocardial infarction ver- sus old myocardial infarction: the MAGIC Cell-3-DES ran- domized, controlled trial. Circulation 2006; 114: I145-51.
56.Wollert KC, Meyer GP, Lotz J, et al. Intracoronary autologous bone-marrow cell transfer after myocardial infarction: the BOOST randomised controlled clinical trial. Lancet 2004; 364:
141-8.
57.Schachinger V, Erbs S, Elsasser A, et al. Intracoronary bone mar- row-derived progenitor cells in acute myocardial infarction. N Engl J Med 2006; 355: 1210-21.
58.Lunde K, Solheim S, Aakhus S, et al. Intracoronary injection of mononuclear bone marrow cells in acute myocardial infarction.
N Engl J Med 2006; 355: 1199-209.
59.Janssens S, Dubois C, Bogaert J, et al. Autologous bone mar- row-derived stem-cell transfer in patients with ST-segment ele- vation myocardial infarction: double-blind, randomised con- trolled trial. Lancet 2006; 367: 113-21.
60.Engelmann MG, Theiss HD, Hennig-Theiss C, et al. Autologous bone marrow stem cell mobilization induced by granulocyte colony-stimulating factor after subacute ST-segment elevation myocardial infarction undergoing late revascularization: final results from the G-CSF-STEMI (Granulocyte Colony- Stimulating Factor ST-Segment Elevation Myocardial Infarction) trial. J Am Coll Cardiol 2006; 48: 1712-21.
61.Ripa RS, Jorgensen E, Wang Y, et al. Stem cell mobilization in- duced by subcutaneous granulocyte-colony stimulating factor to improve cardiac regeneration after acute ST-elevation myocar- dial infarction: result of the double-blind, randomized, placebo- controlled stem cells in myocardial infarction (STEMMI) trial.
Circulation 2006; 113: 1983-92.
62.Zohlnhofer D, Ott I, Mehilli J, et al. Stem cell mobilization by granulocyte colony-stimulating factor in patients with acute my- ocardial infarction: a randomized controlled trial. JAMA 2006;
295: 1003-10.
63.Helgadottir A, Manolescu A, Helgason A, et al. A variant of the gene encoding leukotriene A4 hydrolase confers ethnicity-spe- cific risk of myocardial infarction. Nat Genet 2006; 38: 68-74.
64.Helgadottir A, Manolescu A, Thorleifsson G, et al. The gene en- coding 5-lipoxygenase activating protein confers risk of my- ocardial infarction and stroke. Nat Genet 2004; 36: 233-9.
65.Hakonarson H, Thorvaldsson S, Helgadottir A, et al. Effects of a 5-lipoxygenase-activating protein inhibitor on biomarkers as- sociated with risk of myocardial infarction: a randomized trial.
JAMA 2005; 293: 2245-56.
66.Tricoci P, Peterson ED, Roe MT. Patterns of guideline adher- ence and care delivery for patients with unstable angina and non- ST-segment elevation myocardial infarction (from the CRU- SADE Quality Improvement Initiative). Am J Cardiol 2006; 98:
30Q-35Q.
Advances in the Therapy of Acute Coronary Syndrome
Hung-Ju Lin, and Ming-Fong Chen
Acute coronary syndrome consists of two categories: ST-elevation myocardial infarction (STEMI) and non- ST-elevation acute coronary syndrome (NSTE ACS). Recent results of clinical trials relating to STEMI were fo- cused at how to shorten myocardial ischemic time, and how to reduce the distal embolization resulting from pri- mary percutaneous intervention (PCI). As to the former, ASSENT-4 PCI trial did not find facilitated PCI improved the clinical outcomes. As to the later, clinical trials about routine use of thrombectomy or distal protection devices did not have consistent results, and even some of them revealed the association with the routine use of the de- vices and the outcome of increased infarct area. Besides, whether early invasive strategy is better than selective invasive strategy in patients with NSTE ACS was not confirmed in the 1-year follow-up of ICTUS trial. The long- term result might be essential to the final conclusion. Up to date, clinical evidence on the stem cell-based ther- apy in STEMI treatment did not show the consistent and robust improvement of left ventricular ejection fraction or other clinical outcomes, no matter with infusion route of bone marrow cells or with subcutaneous injection of granulocyte-colony stimulating factor. More knowledge of mechanism of stem cell-based therapy may be need- ed to make a significant progress. In addition to exhaustive efforts to put the advances in therapy for acute coro- nary syndrome into clinical practice, utilizing the advances in genomic medicine might be a critical step to achieve the ultimate treatment goal-modifying environmental and genetic risks to avoid irreversible myocardial damage.
( J Intern Med Taiwan 2008; 19: 91- 102 )
Department of Internal Medicine, National Taiwan University Hospital, Taipei, Taiwan