704 138
ၡāāࢋ
ᙯᔣෟĈܜု ( Longevity )
јΑҁ̼ ( Successful aging )
ૄЯ ( Gene )
Ϡ߿௫ၚ ( Lifestyle )
Ꭾঽഇᑅᒺ ( Compression of morbidity ) ҁˠা࣏ཏ ( Geriatric syndrome )
͔֏
Б͵ࠧˠ˾ϒдҁ̼Ąд̂кᇴ̍ຽ઼̼
छĂѐ᛬࿅ 85 ໐۰Ă˫Ⴭ "ҁҁˠ ( the old- est old )"Ăᛳٺˠ˾ᇴᆧܜԣ۞ѐ᛬ᆸĂ֭ͷ ߏᗁᒚྤ۞ޘֹϡཏĄ тң߿ܜ˳ͷܲ
ઉăѣ߿˧ăϠ߿ΑਕᅪᘣĂ̏གྷјࠎࢦ
ࢋ۞ኝᗟĂܕѐֽᙯٺјΑҁ̼ ( successful ag- ing )̝ࡁտ˵ѣֽк̝ᔌ๕Ąώቔტኢࢋ
ፋ྆˞ˠᙷ၆ٺܜုјΑҁ̼፟ᖼ۞˞ྋĂͽ ܮѣӄٺޙϲܳซܜုјΑҁ̼۞ඉரĂ֭ͷ
၆Ϗֽࡁտ۞͞ШᓜԖ၁ચ̝൴ण೩ֻޙᛉĄ
ܜု ( longevity )
Ϡۏ۞ုצૄЯᒖဩᇆᜩĄ˘ีΔለᗕ ࡪࡩ۞ࡁտ1πӮု۞็ّ ( heritability ) ࠎ 20% ז 30% Ąٽ֏̝âཏˠдု͞ࢬ۞
តளĂҌ͌ѣ 7 0 % ߏЯᒖဩमҾٙౄјĄтڍ
˘ਠˠ็ז˘इΞͽѣπӮု۞ૄЯតள ( polymorphisms )Ăࣇ۞௫ၚᒖဩߏՙؠ ܜုᄃӎ̝ᙯᔣĄ˘ีࡁտពϯĂָ۞ઉ࠹
ᙯҖࠎĂࠎഇုᆧΐ 10 ѐ2Ą˘тధкኑ
ᗔ۞়ঽĂုפՙٺкૄЯᒖဩ۞к͞ࢬ
࠹̢үϡĄԱ็Я৵ѣӄٺሏϠۏ၆ࢦࢋ
ᒖဩו፬۞ͅᑕĂֹԧࣇਕૉ੫၆˘࣎ˠ็ጯ
۞ј೩࣎Ҿ̼۞ָᒖဩԼච̝ޙᛉĄּ
тĂтڍ˘࣎ˠૄЯјᛳٺൺု۞Пᐍ ཏĂԧࣇᑕΞЪந۞ഇ୕ࢴԼតΞਕࢫҲП ᐍޘćтڍૄЯ۞ј̏གྷᛳҲПᐍཏĂࢋͽ
ࢴ۞ԼតΝซ˘Վഴ͌ПᐍޘĂड़ڍ࠹༊ѣ ࢨĄ
˘ăု۞ૄЯՙؠЯ৵
ညޝк়ঽ˘ᇹĂଣ৶ု۞ૄЯՙؠЯ
৵ĂΞͽଂࡁտܑனໂൺု۞็়ّঽٕု
ໂܜ۞ංѣछฟؕĄ
(˘)ѝҁা ( progeroid syndrome )
ѝҁা3ͽ࿅ѝ۞ҁ̼̈́ုൺࠎপᕇĄ
̚Ăරৼা ( Werner syndrome, WS ) ߏវߖҒវ ᔳّ ( autosomal recessive ) ็۞็়ঽĂ
ͽൺ۞ုࠎপᕇ ( πӮΪѣ 47 ѐ۞ု )Ă֭
Ꭾଈᇃھ۞ᖐᒺăજਔඓېർ̼ăѷᐝጀă ௐ˟ݭᎤԌঽăϨ̰ᅪኳழᗫ3ĄጱҌරৼ
া۞ૄЯள૱Ăߏ˘࣎Щࠎ WRN ( RecQ helicase family ) ۞ૄЯ൴Ϡࡎត҃ಉεΑਕĂ͔ధк јវᖐΐిซҖኑᄦّҁ ( replicative senes- cence )3Ąኑᄦّҁ۞ࡪĂЯࠎࡪฉഇ፬ Ժᄦ ( cyclin-dependent kinase inhibitors ) ۞ үϡ҃ڱซҖѣක̶ෘĂጱࡪᔵх߿ҭГ
˵ڱ̶ෘֹ҃ᖐᆧϠĂ҃ͷซˢኑᄦّҁ ഇ۞ࡪົдૄЯܑன˯൴ϠԼតĂЯ҃யϠᆐ
̂۞ܑݭԼត ( phenotypic changes )4Ąјវࡪ
۞ኑᄦّҁĂΞਕΞͽྋᛖ˘ਠҁˠ൴Ϡᇃھ
ᖐᒺ҃ጱᖐጡءΑਕੜ̼̝ன෪3Ą ݣܛ-РႬҢѝҁা ( Hutchinson-Gilford progeria, HGP ) ߏΩ˘វߖҒវᔳّ็۞ѝ ҁ া Ă ᓜ Ԗ ܑ ன જ ਔ ඓ ې ർ ̼ ă ҉ ҇ ഴ ͌ া ( sarcopenia )ăኳழᗫඈ3ĄঽૄЯࠎЩࠎͯ
ᆸకϨ A ૄЯ ( lamin A, LMNA ) ̝ពّԺט ( dominant negative )ࡎតĂጱ८̰ቯͯᆸకϨ ( nuclear lamina)ள૱҃ᇆᜩϒ૱ૄЯ̝ᖼᐂᄃᖼ ᛌ̈́ߖҒវኑᄦĂซ˘ՎֹᖐࡪΐిซҖࣟ
˸ ( apoptosis ) ҃ΐిᖐࡪ۞ฉᖼ ( turnover )Ă
ֹᖐࡪΐిซˢ˯̝ኑᄦّҁ3Ąѣ
۞ߏĂдϒ૱ҁ̼۞ˠវᖐࡪ˵Ξͽ൴னᙷ Ҭ۞ͯᆸకϨ A ૄЯតள҃ҡᐌ८̰ቯͯᆸకϨ
̝ඕၹள૱5ĂЯѩᙷҬ۞ૄЯ፟ᖼΞਕΞͽྋ ᛖҁ̼۞ߙֱன෪Ą
(˟)Ѻ໐ˠ༄ ( centenarians )
ѣ˘ֱૄЯ૱֍ٺѺ໐ˠ༄҃Ⴭࠎܜုૄ
ЯĄ̙࿅Հࣃڦຍ۞Ăˠ༄ྵ͌ᇷᜨٺ֖ͽጱ
೩ѝѪ˸̝ᒖဩĄధкᙋፂӘ෦ԧࣇܜုߏΞ ͽ็۞ĂѺ໐ҁˠ۞ͭϓѣٺ၆˝ࢺ۞
፟ົΞͽ߿ז˘Ѻ໐6ĂѺ໐ҁˠ۞Έԙؗ؏˵
ѣٺ၆˩ˣࢺ۞፟ົΞͽ߿ז࠹Тޘ۞
᛬Ă֭ͷѪ˸தਕϠᜈгҲٺ၆۞˘
Ηͽ˭7ĄѺ໐ҁˠᄃΈԙؗ؏ΞਕдϠ۞
ѝഇᇷᜨٺᙷҬ۞ᒖဩҖࠎЯ৵Ă̙࿅఼૱ᐌ
ॡมĂᒖဩҖࠎЯ৵ĂּтۤགྷгҜăϠ߿
ሀёăاҝгડඈĂౌు႙൴Ϡ̶ڡĄЯѩĂ тڍѺ໐ҁˠ۞Έԙؗ؏۞Ϡхᐹ๕ࢋϤٺᒖ ဩЯ৵Ăᐹ๕ᑕྍᐌѐ᛬˭ࢫĄҭ࠹ͅ۞ĂϠ хᐹ๕̙֭ົᐌॡมᅍഴĂΞ֍ѩᐹ๕̙Ⴝ
৷ϤᒖဩЯ৵ՙؠĂ҃ѣ็Я৵۞ᇆᜩĄ ܜုព҃ٽ֍гপҾ۞়ঽԩّ࠹ᙯĄ ЯѩĂ൴னૄЯᄃܜု۞࠹ᙯّĂ༊ົֹ
ˠ༄ٺ૱ˠ۞়ঽԩّ̝፟ᖼՀΐځ६̼Ą੫ ၆Ѻ໐ˠ༄ซҖ۞࠹ᙯّࡁտ ( New England American, Mormon, Ashkenazi Jewish, Islandic, Okinawan, Japanese, Italian, Irish, DutchඈЧี
Щ۞ࡁտ )6, 8-11Ă̏གྷពϯೀΞਕ۞ܜုૄЯٕ
Ϡநੈि็ᅍྮश̝֎ҒĂּт HLA -DR112ă PON113ă IGF-114ă PAPR-115ă superoxide dismu- tases16 ኳᔁྮश̚۞̶̄17ĄΩγĂЯࠎ Ѻ໐ˠ༄ᄃΈԙؗ؏ѣ࠹༊ᙷҬ۞ܜု้ШĂԧ ࣇϺΞͽᖣϤࡁտˠ༄̈́Έԙؗ؏ٙВТጾѣ
̝ૄЯតளĂֽԱזܜုૄЯ18Ąາࡻॾᜋˠ༄
ࡁտ̚Ăˠ༄۞ૄЯಶజोֽྫྷΈԙؗ؏ซҖ
ͧྵĂᓁВѣᛳٺ 137 ࣎छल۞ 308 ࣎ˠ۞ૄЯ జৼˢ̶ژĄॲፂϓᇴ̶ژĂαཱིߖҒវ˯۞
˘࣎ડાѣ็ాᗆ ( linkage ) ̝ன෪19Ą࿅
ޘ SNP ̶ژĂវᖼொకϨኳ ( microso- mal transfer protein ) ۞ߙপؠγព̄ૄЯݭ ( exonic genotype )జᄮࠎᄃܜု࠹ᙯ20ĄҭߏĂ ྋᛖֱ៍၅ّኳ۞ঽּ၆ࡁտ ( case-control
association studies )ٙז۞ඕڍᑕྍᖰຕĄੵ˘
ਠྍݭࡁտ̝૱֍યᗟγĂืڦຍࡁտనࢍ˯ߏ ӎᏴፄ˞Ъዋ۞ˠүࠎ၆Ąٙͽࠎ˞រᙋ
ֱܐՎ۞ࡁտඕڍĂซ˘Վ੫၆̙ТˠซҖՀ
̂ఢሀ̝ᙯాّࡁտߏυࢋ۞ĄϏֽ۞ࡁտ˵ื
ሏྍૄЯ̈́ٙயϠ̝కϨኳ۞Ϡۏ߿ّĂͽ
ֹԧࣇ၆ٺܜု۞፟ᖼՀΐᒢྋ21Ą
˟ăု۞ᒖဩՙؠЯ৵
(˘)ࢴΙྮ֧༼ט ( calorie restriction )
ࢴΙྮ֧༼טѣӀٺܜုϫᇾ۞྿јĄ ధкજۏ၁រĂٺѐᅅٕјѐજۏ۞ࢴΙ
ྮ֧ഴ͌ 3 0 % ٕͽ˯ĂΞͽ֨ధкᄃҁ̼
ѣᙯ۞ၙّঽ̝൴ϠĂ֭ͷពؼܜྍۏ̝
ܜု22ĄࢴΙྮ֧༼ט۞ҁဂĂᔁిதྵ
ၙĂវྵҲĂకϨኳ̈́Νউ८Ꭴ८ᅕউ̼̝ଐ ڶྵᅅĂТॡѣྵҲ۞ҕ୵फ৵̈́ D H E A
፧ޘ23ĄࡶТᇹ۞ܜഇࢴΙྮ֧༼טϡٺˠ ᙷٕߏϠഇޝܜ۞ࣲ֯જۏĂߏӎΞͽய ϠᙷҬ۞ඕڍĂϫ݈̪ۡତᙋፂĄᔵᄲтѩĂ ϫ݈ቁ၁̏ѣ˘ֱมତᙋፂ͚ࢴΙྮ֧༼ט ਕૉдˠវயϠᄃ၁រજۏᙷҬ۞ඕڍĄ
͟ώল ( ՞ᘰĂ Okinawa ) اҝ͵ࠧ˯͌
֍ܜု۞ˠ˾Ă Kagawa2 4੫၆͟ώ՞ᘰاϔ۞
ࢴซҖ̶ژĂ൴னѐᅅጯϠࢴ۞Ιྮ֧ᇴ่
ѣ͟ώгડጯϠᛷפณ̝ 6 2 % Ą՞ᘰјˠ
۞ࢴĂಶకϨኳ̈́ኳ۞ᓁณֽᄲĂᄃ͟ώ
гડߏ˘ᇹ۞ćҭߏಶΙྮ֧ᇴ҃֏Ăݒྵ͟
ώ઼छπӮࣃ͌˞ 2 0 % Ą՞ᘰاϔЯࠎཝҕგ
়ঽăᒛাٕ͕ঽ҃Ѫ˸۞ˠᇴ̶Ҿ่ѣ͟ώ
г͞۞ 59% ă 69% ă 59% Ą՞ᘰاϔࡶߏ ᗓฟ՞ᘰ҃ז͟ώг͞اҝĂ֭ͷ٦ୢࣇ
ࣧѣ۞Ϡ߿͞ёĂѪ˸த̪ͧاҝٺ՞ᘰ۞
ˠֽ25Ą
Ϡۏ 2 ཱི ( Biosphere 2 ) ۞၁រ˵ຍγг೩
ֻ˞˘ѨᙯٺࢴΙྮ֧༼ט۞ˠវྏរĄϠۏ
ߏ˘࣎ࢬ᎕྿ 12750 π͞Ѽ֭ͽࠟሬ̈́ܛᛳ ᄃγࠧ۞ˠౄᒖဩĂ྆ࢬ۞Ϡၗೀͼҋගҋ
֖Ăྫྷγ̝ࠧมೀͼ՟ѣۏኳ۞߹఼Ąଂ 1991 ѐ 9 ͡ 26 ͟ז 1993 ѐ 9 ͡ 26 ͟Ă 8 Щઉјѐ ˠ ( 4 ЩշˠĂ 4 Щ̃ˠ ) ҝдϠۏ 2 ཱི྆ࢬĂ д߱ॡม̰ĂϠۏ ( Β߁ཏˠ)ᄃγࠧԆБ
Ąҭߏ̙ض۞Ă߱ॡมങ۞ࢴۏдณ˯
͌ٺܐ۞ҤზĂٺߏ 8 Щјѐˠགྷ።˞ຍफ़
̝γ۞ࢴΙྮ֧༼טĂॡมܜ྿ѐ26Ąགྷ࿅
˞߱ॡม۞ࢴΙྮ֧༼טĂ 8 Щјѐˠੵ
˞൴Ϡព۞វࢦഴᅅγĂ̙ኢߏдϠநጯăҕ
୵ጯă፬৵͞ࢬٕߏϠۏ̼ጯᇾ˯࠰Ξͽ࠻ז ត̼27Ă҃ͷֱត̼ᄃ̝݈ҁဂ၁រ۞ඕڍ࠹
༊ćপҾߏĂ 8 Щјѐˠវ̰ѣྵҲ۞ҕᎤă ҕ୵फ৵ăϥېཛྷ፬৵ ( T3 ) ፧ޘ̈́ DHEA ፧ ޘĄ
ܕĂд઼઼࡚छϠࡁտੰ̂˧۞ྤӄ
˭Ă Heilbronn ඈˠ28ϒซҖ˘ีᚑᖰ۞ࢴΙ
ྮ ֧ ༼ ט ۞ ᐌ ፟ ᓜ Ԗ ၆ ྏ រ Ă ᖎ Ⴭ CALERIEĄௐ˘ล߱۞၁រјڍϺٺ 2006 ѐ Ώ൳ٺ J A M A Ăࢋϫᇾߏຐۢវࢦ࿅ࢦ
۞ઉˠдซҖܜ྿̱࣎͡۞ࢴΙྮ֧༼ט ޢĂߏӎົдវăϥېཛྷΑਕăউ̼۞ᑅ˧˯
ͽ̈́˘ֱᄃܜု࠹ᙯ۞Ϡநણᇴ͞ࢬ൴ϠԼតĄ
྆ "ᄃܜု࠹ᙯ۞Ϡநણᇴ" ۞ߏҕफ
৵፧ޘăវ̈́ Dehydroepiandrosterone ( DHEA )
፧ޘĂЯࠎॲፂ઼࡚˘ี̂ఢሀ۞݈ᖀّᖸ៍
၅၁រ- Baltimore Longitudinal Study of Aging ( BLSA )23Ăඕڍҕ۩ཛफ৵ࣃҲăҕ
୵̚ D H E A ፧ޘҲٕߏវྵҲ۞ˠĂྵѣΞ ਕ߿۞˳ĂЯѩˬ࣎ᇾ૱జүࠎˠᙷܜု̝
ᇾĄ
CALERIEྏរ̚ѣ 48 Щઉշّّ̃జ ᐌ̶፟੨זαĂ၆ତצ۞ࢴΙྮ֧ณࠎ ਕณᅮՐ۞ 100% â۞ࢴΙྮ֧͌˞ᅮՐ ณ۞ 2 5 % â۞ࢴΙྮ֧͌˞ᅮՐณ۞
1 2 . 5 %̝γᔘᗝγᖣϤྻજঐਈ 12.5% ۞ਕ ณĂΩγ˘ՏˠΪᛷפܧ૱ҲΙ۞ࢴ ( 890 kcal /d ) ۡזវࢦ˭ࢫ྿ֽࣧ۞ 15% Ă̝ޢᛷ פ֖ͽჯѩវࢦ̝Ιྮ֧ณĄඕڍĂࢴ Ιྮ֧༼טቁ၁ਕૉࢫҲҕ۩ཛफ৵ࣃវ
Ă۰ౌᄃˠᙷܜုѣᙯܼĄགྷ።ࢴΙྮ֧
༼ט۞צྏ۰Ă˵ѣྵҲ۞ᔁిதҡᐌྵҲ۞
ҕϥېཛྷ፬৵ ( T3 ) ፧ޘͽ̈́ྵ͌۞ DNA উ̼
ّຫच ( oxidative damage of DNA )Ąԧࣇϫ݈̙
ۢࢴΙྮ֧༼ט۞ॡมՀܜͷצྏ۰ᇴϫՀк
۞ᓜԖྏរĂΞӎயϠᙷҬ۞ඕڍĂࠤҌߏѣؼ
ܜု۞ड़ڍĄҭࢴሤณ۞༼טΞͽ྿јܜု
ٙᅮጾѣ۞ϠநᇾĂ̙ߏΪѣሴ֗ഴ۲҃̏Ą (˟)Ϡ߿ݭၗ ( lifestyle factors )
1.ᔖҺПᐍ̝Җࠎ
̙Ӏٺܜုϫᇾ۞ПᐍҖࠎѣ٩ඵă̙։
ࢴ௫ၚă͌ྻજăಅ੧ăϠۏຏߖăତᛈᒖ ဩ߲ۏăПᐍّҖࠎă߉ϡ߲ݡĄଂ͵ࠧ˯̍ຽ
઼̼छ۞ࢍ ( Β߁ᄂᝈд̰ )ĂΞͽ൴னౄј ˠᙷѝీ۞ࣧЯ̙γͼᄃѩ̷࠹ᙯĄέ៉ඵᝒ
۰ѣ 480 ༱ˠĂ̂ࡗՏѐѣ 19,000 ˠѪٺᄃӛඵ ѣᙯ۞়ঽ2 9Ąҋଂ 1982 ѐͽֽĂᒛা˘ۡߏ έ៉ˠϔѪЯ۞ࢋࣧЯĄӛඵົጱ۱ᒛĂ҃
۱ᒛ˘ۡߏέ៉̣૱֍ᒛা̝˘29ĄܕѐֽЯ ᎤԌঽăҕᑅ̈́ཝҕგ়ঽ҃Ѫ˸۞ˠᇴϒԣ
ిᆧΐ29Ăˬ়ঽϒрౌᄃࢴͻ߿જ ѣᙯĄ̍ຽ̼ౌξֽ̼ٙ۞Ϲ఼൴ण̏གྷጱ
ЯᖚຽٕϹ఼ְ߇Ѫ˸ˠ˾۞ԣిۊ̿29Ąд έ៉ੵ˞ඵă੧ᕠຼ̝γĂ˵ѣֽк۞ѐ ᅅˠӛࢴ߲ݡĂּтщܧă flunitrazepam ٕ ۰ FM2 ă MDMA ٕ۰ ecstacy29ĄֱПᐍ۞
ҖࠎĂܳјధкˠࡻѐѝీćຐܜѺ໐Ăυื
ᔖҺߖ˯ѩᙷೋ௫Ą
2.ଂְઉ۞Ϡ߿үि߿જ ( healthy lifestyle )
ଂְઉ۞Ϡ߿үिĂΞͽܳซܜုϫᇾ۞
྿јĄ̚۞ઉϠ߿үि߿જ۞ߏઉ۞
ࢴăѣఢޠ۞ଂְܡ˧ ( resistance ) ᄃѣউ ( aer- obic )ྻજăᘦؠгჯྵҲ۞֗វኳณᇴ ( B- MI )ͽ̈́ᔖҺӛඵĄ
ಶͽд՞ᘰซҖ۞ࡁտֽᄲĂاϔܜု۞
ࣧЯࠎңĉࡁտ՞ᘰاϔ۞ܜုᄃઉ۞Ϡ
߿ሀёѣᙯܼĄ՞ᘰاϔ۞ࢴͽങۏّࢴՄࠎ
ĂͷҲៃăҲ۹Ă۹ͽಏ̮̙۹ ( monounsaturated fat ) ࠎćѩγĂѣఢޠ۞֗
វ߿જ ( ྺг̍ү็ᄅᔏ ) ˵ߏࣇϠ߿۞
˘ొЊ30Ą
˘ ี ੫ ၆ ࡚ ઼ ΐ э ۞ ૄ ༛ ೇ ᓜ щ ि ͟ ົ ( Seventh Day Adventist )јࣶ۞ઉࡁտĂ൴ன
ିົјࣶ̝ٙͽѣྵ˘ਠˠܜ۞ုĂߏЯࠎ ѣઉ۞Ϡ߿үि߿જĄඕڍĂಏ৷۞ઉ
ࢴăྻજ̈́ᔖҺӛඵΞͽࠎഇ۞ုؼܜ 7Ҍ 10 ѐ2Ą
Ωγâี੫၆ᑪࢶֲཱྀ̋اϔซҖ۞ܜ྿
4 0ѐ̝݈ᖀّ៍၅၁រ ( H o n o l u l u H e a r t Program/Honolulu Asia Aging Study )31Ăඕڍ
Ϊࢋߏ̚ѐฟؕಶѣઉ۞Ϡ߿௫ၚĂপҾߏצ
ඈିֈăѣૻ۞೪˧ ( high grip strength ) ͷ՟
ѣ࿅ࢦ ( overweight )ăˬᅕϟڵҕা ( hy- pertriglyceridemia )ăҕᎤ ( hyperglycemia)ă
ҕᑅ ( hypertension )ăӛඵͽ̈́੧࿅ณ۞ଐ ڶĂಶΞͽֳצྵܜ˳ͷઉ۞˘ϠĄֱ൴ னĂᄃ՞ᘰࡁտԆБЪĂளѡТ̍Ą
ᓁ̝Ăܜု֭ܧѺ໐ˠ༄̈́छٙপѣĂ Ϊࢋߏ̈́ѝଂְઉ۞Ϡ߿үिͷᅈᗓ̙Ӏܜု
۞ПᐍҖࠎĂˠˠѣ፟ົ߿۞˳ͷઉĄଂ݈
ѣήྖᄲ "ˬ໐ؠ˘Ϡ"Ăனѣ۞ࡁտ࠻ֽĂ̚ѐ ॡഇ۞˘ֱϠநᇾĂ֖ͽീϏֽܜု้̝
ШĄ
јΑҁ̼ ( successful aging )
ˠࣇԓ୕щֳѐĂӈֹˠϠ̏ߏ́วĂݒ
ֶਕҺੵϠநണᅪĂჯྵ۞ᄮۢă֗វ
ۤົΑਕĂߏјΑҁ̼32ĄјΑҁ̼۞ҁˠĂ ӈֹڱܜုĂѐ̂ొЊ۞ॡมౌਕჯઉ
Ă̙҃Тٺ˘ֱҁˠᔵ߿˳ݒ߿̙рĄѐ
᛬ߏޝкၙّঽ۞ПᐍЯ̄ĂధкҁˠᎮଈ˘
ࠤҌᇴၙّঽĄ༊̂кᇴҁѐˠЯЧёЧᇹ۞
ၙّঽٙࡴĂ҃ѣޘ̙˘۞Ϡ߿Αਕᅪᘣ̈́Ϡ
߿ݡኳָ̙۞ଐԛॡĂ ݒ˵ѣ˘ཏҁˠֶਕ
ૉჯೀͼϒ૱۞Ϡ߿ΑਕĂͷᜈрೀѐĂۡ
זତܕϠႽᐝ۞݈˘߱ॡม̖னΑਕಉε̝
ଐԛ32Ąೱ֏̝Ăҁˠ̝มхдໂ̝̂मளّĂ
҃јΑ۞ҁ̼ឰ໐ᇴᆧ˞Ϡ۞ຍཌྷಈॆĄ ࡁ տ ј Α ҁ ̼ ۞ ҁ ˠ ࡗ ҫ ҁ ˠ ۞ 35.8%Ă၁ࠎᇴ̙͌33ĄјΑҁ̼ҁˠ۞хдĂ ҥᙋ˞ Fries ٺ 1980 ѐٙ೩۞Ꭾঽഇᑅᒺᄲ ( Compression of Morbidity Paradigm )34ĂϺӈт ڍਕૉؼቤϠநᅪᘣٕ۰ঽې۞൴ϠĂ҃ͷ ؼቤ۞ѐᇴ̂ٺϠഇؼܜ۞ѐᇴâ࣎ˠд
ѐٚצ়ঽٙࡴ۞ॡมΞͽజᑅᒺĂಶтТဦ
˘ ( d ) ٙϯĄ࠹ͅ۞Ăт่ѣϠഇ۞ؼܜ҃
՟ѣؼቤϠநᅪᘣٕ۰ঽې۞൴ϠĂٕߏޢ ۰ؼቤ۞ޘ̙̈́Ϡؼܜ۞ޘĂົֹ˘
࣎ˠдѐٚצ়ঽٙࡴ۞ॡม̙ҭ՟ѣഴ͌ࠤ ҌߏؼܜĂಶтТဦ˘ ( b ) ( c ) ٙϯĄ
F r i e s༊ॡ೩ѩีᎮঽഇᑅᒺᄲॡĂ֭
̙ࠎ༊ॡ̂кᇴጯ۰ᄮТĂЯࠎ֭՟ѣ͚۞ᙋ ፂĄ҃Ϥٺܕֽᗁጯԣి۞൴णĂֹధкၙ
ّঽͽజѣड़ଠטĂּтҕᑅăᎤԌঽă݄
ېજਔ়ঽăᙯ༼ۆ۞ଠטăˠ̍ᙯ༼ആೱఙ ඈĂͽ̈́ԧࣇ၆ٺ˘ֱ૱֍়ঽ̏൴णѣड़۞
֨͞ёĂּт̂བᒛᎡᑭă߹ຏ۱ۆෂ۞
ࠪࡺăͽܠ̽ڒ়͕֨ঽඈĂԧࣇϒϫ༜
Ꭾঽഇᑅᒺ۞ᔌ๕35Ąଂధк̂ఢሀ۞አߤ35Ă Β߁ National Long-Term Care Survey ̈́ National Health Interview SurveyĂౌΞͽ൴னҋ 1982 ѐ ฟؕҁˠ֗វണᅪϒͽ̂ࡗՏѐ 2% ۞ిத̙ᕝ
۞ഴ͌Ă࠹ྵٺѪ˸தՏѐ 1% ۞˭ࢫిதߏԣ
кĂ֖ͽᙋځҌ͌д઼࡚Ꭾঽഇᑅᒺϒు႙ซ Җ̚ĄᎮঽഇᑅᒺਕࠎன̫͟ৈᚑࢦ۞ҁˠઉ
યᗟ೩ྋՙ͞ёĂЯࠎਕֹۤົ̚ᅮࢋତצ ᗁᒚ̷ᜪ۞ҁˠഴ͌ĂЯѩԧࣇڟᇐ࠻זᎮ ঽഇᑅᒺ۞ᔌ๕ϒд˯ႊĄ
҃Ăᇹ۞ᔌ๕Ξͽᜈк˳ĉଂ 1 8 5 0 ѐͽֽˠᙷഇုಶ̙ᕝͽۡቢ˯̿۞͞ёᆧ ΐĂ҃ͷϏֽ˵Ҭͼ՟ѣഴቤᆧΐ۞ᔌ๕36ĂΪ
ࢋုؼܜ۞ిத࿅Ꭾঽؼቤ۞ిޘĂ˵ಶߏ ᙷҬဦ˘ ( b ) ۞ଐԛĂᎮঽഇᑅᒺົঐεĄٙ
ͽԧࣇϫ݈ࢵࢋ̝ચĂߏࢋԱՀѣड़۞ؼᏵᎮ ঽ̝͞ڱĂͽჯٕࠤҌΐిᎮঽ۞ؼޢిޘĂ ͽ྿Ꭾঽഇᑅᒺ̝ඕڍĄ
јΑҁ̼۞ҁˠ૱ѣͽ˭পᇈ33Ĉ̙٩ඵă
֗វ߿જณ̂ăྵкۤϹ߿જăр۞ઉҋԧෞ
ᆊăྵ͌۞֗វ়ঽă՟ѣᇎাă՟ѣᄮۢΑ ਕᅪᘣă՟ѣᙯ༼ۆᎤԌঽĄ݈ᖀّ៍၅၁រ Ә෦ԧࣇĂઉ۞Ϡ߿௫ၚቁ၁Ξͽѣड़гֹᎮ ঽؼቤ൴ϠĄྻજăᔖҺ٩ඵăᅈᗓ۲ࡡăᛷפ ઉࢴᙋ၁ΞͽࢫҲ֗វᅪᘣ ( disability ) ۞൴ Ϡ3 3Ąࢦࢋ۞ߏĂֱϠ߿௫ၚౌߏΞͽԼត
۞Ă҃ͷӈֹߏѐࡔ̂˞̖ฟؕԼචϠ߿үिĂ
ֶົѣઉ˯۞ड़ৈ33ĄϤѩΞ֍Ăઉܳซ ( health promotion ) ၆ٺјΑҁ̼̝ࢦࢋّĄѩ γĂଠטͷᔖҺ૱֍ၙّঽ̝ПᐍЯ̄Ξͽѣड़
֨ၙّঽĂ༊˵ߏјΑҁ̼ࢦࢋ୧І33Ą ࡁտ̚ѐॡഇ۞˘ֱઉᇾΞͽۢ
ѐߏӎΞͽјΑҁ̼3 7 , 3 8Ăּт͕ҕგ়ঽП ᐍЯ̄ă֗វኳณᇴă֗វ߿જΑਕ ( ͘ొ೪
˧ăᙔӱྏរ ( squatting test ) ) ඈĄΩγâֱ
૱֍۞ҁˠયᗟ3 9ĂညߏᄮۢΑਕᅪᘣăᇎ
াăࣆăε༰ăវࢦ࿅ᅅăຶোăෛ˧ᅪᘣă
˧ᅪᘣඈĂ࠰ᄃ֗វΑਕᅪᘣ۞னѣᙯĄЯ ѩଯજјΑҁ̼Ăੵ˞၆ٺၙّঽ೩ֻፋЪّᗁ ᒚᜪăઉܳซγĂՀυืචϡຽ೩ѝ൴ன
˯ҁˠ૱֍યᗟĂ᎕ໂග̟ڼᒚٕԼචĂᔖҺ ᗁّયᗟĂՀࢦࢋ۞ߏϫᇾଂڼᕽ়ঽொᖼ זϠ߿Αਕ̈́ݡኳ۞೩̿ĂЯࠎ։р۞Ϡ߿Αਕ
̈́ݡኳ˜јΑҁ̼̝८͕Ą
ဦ̚ፖቢܑॡมĂνᙝᐝܑϯᎮঽฟؕ۞ॡมĂΠ ᙝᐝܑϯѪ˸۞ॡมĂѷҒ͞॰ܑϯ֗צၙّঽٙࡴ
҃ѣϠ߿Αਕᅪᘣ۞ॡഇĂα࣎ဦϯ̶Ҿ۞ຍޥ̝̈́
ม۞मளт˭̝ᄲځĈ(a)నனдҁˠπӮд 55 ໐ ฟؕಶЯၙّঽٙࡴ҃ѣޘ̙˘۞Ϡ߿Αਕᅪᘣ̈́Ϡ
߿ݡኳָ̙Ă҃πӮုࠎ 75 ໐ć(b)ࡶԧࣇΪߏຐႽ Ᏹڱֹုؼܜ(ΠᐝΠொ)҃ϏֹᎮঽؼޢ൴ϠĂ
ֹۤົ̂̚кᇴҁˠ߿۞˳ݒ߿̙рĂѐٚצ়
ঽٙࡴ۞ॡม҃ͅᆧΐ( ᐝᗓត̂ĂᎮঽഇؼ ܜ)ć(c)ࡶԧࣇ̙ҭֹုؼܜ(ΠᐝΠொ)Ăᔵ
˵ֹᎮঽؼޢ൴Ϡ(νᐝΠொ)Ăҭؼޢ۞ѐᇴᄃု
ؼܜ۞ѐᇴ࠹༊Ăҁˠѐٚצ়ঽٙࡴ۞ॡม֭՟ѣ Լត(ᐝᗓ̙តĂᎮঽഇ̙ត)Ăֶᅮࢋ࠹༊
ޘ۞ᗁᒚᜪć(d) ࡶԧࣇ̙ҭֹုؼܜ(ΠᐝΠ
ொ)ĂՀֹᎮঽؼޢ൴Ϡ(νᐝΠொ)Ă҃ͷؼޢ۞ѐᇴ
ྵုؼܜ۞ѐᇴܜĂҁˠѐٚצ়ঽٙࡴ۞ॡม
జᒺൺ(ᐝያܕĂᎮঽഇᑅᒺ)Ă߿˳ͷрĄᎮঽ ഇᑅᒺᄃӎפՙٺᐝ̝࠹၆ொજĄ
ဦ˘ĈᎮঽഇᑅᒺநኢ
34ඕኢᄃᅈഀ
јΑҁ̼ܜုࠎ᛬̼ۤົ͟ৈᚑࢦ۞
ᗁᒚયᗟ೩ֻྋՙ۞͞ڱĄˠᙷုϤૄЯᒖ ဩЯ৵ՙؠĂܜု่̙ᅮࢋઉ۞Ϡ߿௫ၚĂ҃
ͷѣᏥ֗វ̰д၆়ঽ۞ԩّĂޢ۰ᄃૄЯѣ࠹
༊۞ᙯܼĂͷΞͽᖣϤѺ໐ҁˠ็ጯ۞ࡁտᒔ
Հஎˢ۞˞ྋĄѩγĂܜഇᖸࡁտˠ༄̈́
̝̄̃ૄЯݭ ( genotype ) ᄃܑݭ ( phenotype )Ă
ѣӄٺՀซ˘Վ˞ྋૄЯᄃᒖဩЯ৵۞Ϲ̢ү ϡĄ၆ٺࢴΙྮ֧༼טͽ̈́Ϡ߿௫ၚ၆ု
۞ᇆᜩĂ˵ᅮࢋซ˘Վ۞ࡁտֽរᙋĄѩγԧ ࣇ่̙ຐࢋ߿˳Ă˵ຐࢋ߿рĂјΑ۞ҁ̼
Ξͽቁܲன̫ᗁᒚซՎٙؼܜ۞Ϡѣр۞ݡ ኳĄࠎ˞ਕૉјΑ۞ҁ̼Ăܲઉ۞Ϡ߿௫ၚ
֭ͷᔖҺၙّঽ۞ПᐍЯ̄ߏυࢋ۞ĄϏֽᅮࢋ
ซ˘Վ۞ࡁտֽቁؠপؠ۞̬ˢԼតନ߉ߏӎΞ ͽܳซјΑҁ̼ĂপҾߏፋЪّгͽ֗វΑਕ̈́
Ϡ߿ݡኳࠎࢦᕇ۞ᗁᒚᜪሀёĄѩγĂԧࣇ˵
ᅮࢋޙϲᓜԖෞҤᇾĂϡͽᎡᏴΞਕ೩ѝ൴ Ϡ֗វΑਕੜ̼۞ˠĂͽӀӈѝ̬ˢĄ
ણ҂͛ᚥ
1.Ljungquist B, Berg S, Lanke J, McClearn GE, Pedersen NL. The effect of genetic factors for longevity: a comparison of identi- cal and fraternal twins in the Swedish Twin Registry. J Gerontol A Biol Sci Med Sci 1998; 53: M441-6.
2.Fraser GE, Shavlik DJ. Ten years of life: is it a matter of choice?
Arch Intern Med 2001; 161: 1645-52.
3.Kipling D, Davis T, Ostler EL, Faragher RG. What can progeroid syndromes tell us about human aging? Science 2004; 305: 1426- 31.
4.Shelton DN, Chang E, Whittier PS, Choi D, Funk WD.
Microarray analysis of replicative senescence. Curr Biol 1999;
9: 939-45.
5.Scaffidi P, Misteli T. Lamin A-dependent nuclear defects in hu- man aging. Science 2006; 312: 1059-63.
6.Atzmon G, Schechter C, Greiner W, Davidson D, Rennert G, Barzilai N. Clinical phenotype of families with longevity. J Am Geriatr Soc 2004; 52: 274-7.
7.Perls TT, Wilmoth J, Levenson R, et al. Life-long sustained mor- tality advantage of siblings of centenarians. Proc Natl Acad Sci U S A 2002; 99: 8442-7.
8.Ikeda A, Iso H, Toyoshima H, et al. Parental longevity and mor- tality amongst Japanese men and women: the JACC Study. J Intern Med 2006; 259: 285-95.
9.Karasik D, Hannan MT, Cupples LA, Felson DT, Kiel DP.
Genetic contribution to biological aging: the Framingham Study.
J Gerontol A Biol Sci Med Sci 2004; 59: 218-26.
10.Norton MC, Skoog I, Franklin LM, et al. Gender differences in the association between religious involvement and depression:
the Cache County (Utah) study. J Gerontol B Psychol Sci Soc Sci 2006; 61: P129-36.
11.Schoenmaker M, de Craen AJ, de Meijer PH, et al. Evidence of genetic enrichment for exceptional survival using a family ap- proach: the Leiden Longevity Study. Eur J Hum Genet 2006; 14:
79-84.
12.Takata H, Suzuki M, Ishii T, Sekiguchi S, Iri H. Influence of ma- jor histocompatibility complex region genes on human longevi- ty among Okinawan-Japanese centenarians and nonagenarians.
Lancet 1987; 2: 824-6.
13.Bonafe M, Marchegiani F, Cardelli M, et al. Genetic analysis of Paraoxonase (PON1) locus reveals an increased frequency of Arg192 allele in centenarians. Eur J Hum Genet 2002; 10: 292- 6.
14.Kojima T, Kamei H, Aizu T, et al. Association analysis between longevity in the Japanese population and polymorphic variants of genes involved in insulin and insulin-like growth factor 1 sig- naling pathways. Exp Gerontol 2004; 39: 1595-8.
15.Cottet F, Blanche H, Verasdonck P, et al. New polymorphisms in the human poly(ADP-ribose) polymerase-1 coding sequence:
lack of association with longevity or with increased cellular poly(ADP-ribosyl)ation capacity. J Mol Med 2000; 78: 431-40.
16.Andersen HR, Jeune B, Nybo H, Nielsen JB, Andersen-Ranberg K, Grandjean P. Low activity of superoxide dismutase and high activity of glutathione reductase in erythrocytes from centenar- ians. Age Ageing 1998; 27: 643-8.
17.Barzilai N, Atzmon G, Schechter C, et al. Unique lipoprotein phenotype and genotype associated with exceptional longevity.
JAMA 2003; 290: 2030-40.
18.McCarthy MI, Kruglyak L, Lander ES. Sib-pair collection strategies for complex diseases. Genet Epidemiol 1998; 15: 317- 40.
19.Puca AA, Daly MJ, Brewster SJ, et al. A genome-wide scan for linkage to human exceptional longevity identifies a locus on chromosome 4. Proc Natl Acad Sci U S A 2001; 98: 10505-8.
20.Geesaman BJ, Benson E, Brewster SJ, et al. Haplotype-based identification of a microsomal transfer protein marker associat- ed with the human lifespan. Proc Natl Acad Sci U S A 2003;
100: 14115-20.
21.Nebel A, Schreiber S. Allelic variation and human longevity. Sci Aging Knowledge Environ 2005; 2005: pe23.
22.Weindruch R, Sohal RS. Seminars in medicine of the Beth Israel Deaconess Medical Center. Caloric intake and aging. N Engl J Med 1997; 337: 986-94.
23.Roth GS, Lane MA, Ingram DK, et al. Biomarkers of caloric re- striction may predict longevity in humans. Science 2002; 297:
811.
24.Kagawa Y. Impact of Westernization on the nutrition of
Japanese: changes in physique, cancer, longevity and centenar-
ians. Prev Med 1978; 7: 205-17.
25.Mizushima S, Yamori Y. Nutritional improvement, cardiovas- cular diseases and longevity in Japan. Nutr Health 1992; 8: 97- 105.
26.Weyer C, Walford RL, Harper IT, et al. Energy metabolism af- ter 2 y of energy restriction: the biosphere 2 experiment. Am J Clin Nutr 2000; 72: 946-53.
27.Walford RL, Mock D, Verdery R, MacCallum T. Calorie re- striction in biosphere 2: alterations in physiologic, hematolog- ic, hormonal, and biochemical parameters in humans restricted for a 2-year period. J Gerontol A Biol Sci Med Sci 2002; 57:
B211-24.
28.Heilbronn LK, de Jonge L, Frisard MI, et al. Effect of 6-month calorie restriction on biomarkers of longevity, metabolic adap- tation, and oxidative stress in overweight individuals: a ran- domized controlled trial. JAMA 2006; 295: 1539-48.
29.Shui-bian C, Hsiu-lien L, Tseng-chang S. Taiwan year book 2006. In: Hue-chuan K, CHU K, eds: Government information office; 2007.
30.Suzuki M, Wilcox BJ, Wilcox CD. Implications from and for food cultures for cardiovascular disease: longevity. Asia Pac J Clin Nutr 2001; 10: 165-71.
31.Willcox BJ, He Q, Chen R, et al. Midlife risk factors and healthy survival in men. JAMA 2006; 296: 2343-50.
32.Rowe JW, Kahn RL. Human aging: usual and successful. Science 1987; 237: 143-9.
33.Depp CA, Jeste DV. Definitions and predictors of successful ag- ing: a comprehensive review of larger quantitative studies. Am J Geriatr Psychiatry 2006; 14: 6-20.
34.Fries JF. Aging, natural death, and the compression of morbid- ity. N Engl J Med 1980; 303: 130-5.
35.Freedman VA, Martin LG, Schoeni RF. Recent trends in dis- ability and functioning among older adults in the United States:
a systematic review. JAMA 2002; 288: 3137-46.
36.Oeppen J, Vaupel JW. Demography. Broken limits to life ex- pectancy. Science 2002; 296: 1029-31.
37.Daviglus ML, Liu K, Pirzada A, et al. Favorable cardiovascular risk profile in middle age and health-related quality of life in older age. Arch Intern Med 2003; 163: 2460-8.
38.Stenholm S, Sainio P, Rantanen T, et al. High body mass index and physical impairments as predictors of walking limitation 22 years later in adult Finns. J Gerontol A Biol Sci Med Sci 2007;
62: 859-65.
39.Cigolle CT, Langa KM, Kabeto MU, Tian Z, Blaum CS. Geriatric conditions and disability: the Health and Retirement Study. Ann Intern Med 2007; 147: 156-64.
40.Olshansky SJ, Hayflick L, Carnes BA. Position statement on hu- man aging. J Gerontol A Biol Sci Med Sci 2002; 57: B292-7.
Longevity and Successful Aging
I-Chien Wu, Liang-Cheng Hahn, and Xi-Zhang Lin