Current Status and Management Strategies of Atherosclerotic Cardiovascular Disease from The Perspective of Cardio-Renal-Metabolic Syndrome
YIN Yuzhe,LI Zhe,WU Yongjian
(Coronary HeartDiseaseCenter,Fuwai Hospital,ationalCenterforCardiovascularisease,ChneseAcademyofedical
Science and Peking Union Medical College,Beijing 1Ooo37 ,China)
【Abstract】Cardiovascular-kidney-metabolic(CKM)syndromeisasystemicdiseasecausedbythepathophysiologicalinteractions among obesiy,dabeteschonicidneydiseaseandcardiovasculardisease.Atherosleroticcardiovasculardisease(ASCV),soeofthe mostimportantcadiovaslardiseasesitsprevetiondanagentaeteoretomprovetprogosisofadiovascularisaih theintroductionoftheconceptofCKMsyndrome,moreandmoreatentionhasbeenpaidtoASCVDbycombining themanagementofother systemsoutsidethecardiovascularsystem.ThisreviewtakesASCVDinCKMsyndromeastheentrypointtodeplydiscusstheepidemiological status,pathophsiologicalmechanismandtreamentmaagentstategiesofACVDintecontextofCKsydroe.Itiscomededto carryutcomprehensivemanagementof ACVDthoughultidisciplinarydiagosisandtreatmentandestablishasystematicsrenngforall ages to establish an earlier and more eective management plan for this population.
【Keywords】Cardiovascular-kidney-metabolicsyndrome;Atheroscleroticcardiovasculardisease;Type2diabetesmelitus;Chronic kidney disease
隨著人口老齡化、不健康生活方式和飲食習慣的改變,心血管疾?。╟ardiovasculardisease,CVD)、慢性腎臟?。╟hronickidneydisease,CKD)和代謝性疾病,如2型糖尿?。╰ype2diabetesmellitus,T2DM)、代謝綜合征等的患病率不斷上升,成為威脅人類健康的主要疾病。越來越多的研究[提示腎臟、心血管系統和全身代謝危險因素之間存在更加綜合廣泛的交互作用。近期AHA提出心血管-腎臟-代謝(cardiovascular-kidney-metabolic,CKM)綜合征,其定義為由肥胖、糖尿病、CKD和CVD[包括心力衰竭(heartfailure,HF)、心房顫動、冠心病、腦卒中和外周動脈疾病之間的病理生理相互作用導致的全身性疾病[2-3]。動脈粥樣硬化性心血管疾?。╝therosclerotic cardiovascular disease,ASCVD)作為最重要的CVD之一,常伴隨著全身多器官臟器共病。ASCVD、T2DM、CKD具有部分相同的危險因素,如高血壓、血脂異常、肥胖、吸煙等,通過共同病理生理途徑加速動脈粥樣硬化進程[1]。然而在臨床實踐中,這些疾病往往在病程后期才被發現和治療,且跨學科協同治療比例偏低,導致ASCVD治療效果受到限制。隨著CKM綜合征概念的提出,全流程、多角度干預CVD、CKD和T2DM等慢性疾病成為防治ASCVD的新策略。本綜述以ASCVD綜合管理為切入點,深人探討在CKM綜合征這一概念背景下,ASCVD的流行病學現狀、病理生理機制及治療管理策略,以期為相關臨床實踐提供參考。
1CKM綜合征相關的ASCVD的流行病學現狀
AHA把CKM綜合征劃分為四期,涵蓋從無明顯危險因素到臨床CVD的連續過程[2]。本節將依照各分期介紹其流行病學現狀。
1.1 IV期CKM綜合征
V期CKM綜合征定義為伴有肥胖、代謝危險因素或CKD 的臨床
。Amold等[4]評估了美國 530 747例T2DM患者的疾病共存情況,約 51% 患有三種或以上其他CKM疾病,包括高血壓、高脂血癥、冠心病和各期CKD等。Ostrominski等[5]研究發現,與單獨患HF的患者相比,伴有三種CKM共病的患者發生心血管死亡或HF加重的風險最高( H R=2 .16, 95%C I1.72~ 2.72)。對19025例中國T2DM患者隨訪54260人年發現,與非糖尿病相關腎病(diabetic kidney disease,DKD)組相比,有白蛋白尿的DKD患者無論是否合并估算腎小球濾過率(estimated glomerular filtrationrate,eGFR)下降,全因死亡率、CVD、HF入院及CKD進展的風險均增高[6]
1.2 Ⅲ期CKM綜合征
Ⅲ期CKM綜合征為亞臨床CVD期,此期患者具有肥胖、代謝異常或CKD等危險因素,并存在亞臨床ASCVD證據[2]。亞臨床動脈粥樣硬化指無癥狀個體經頸動脈、股動脈超聲,超聲心動圖或冠狀動脈CT等非侵入性影像學檢查偶然發現的動脈粥樣硬化證據[7]。NEFRONA 隊列研究[8]納入了2445 例無既往CVD的3\~5期CKD患者,結果顯示基線時伴有T2DM的CKD患者斑塊發生率更高,隨訪24個月后T2DM患者斑塊進展更快。進一步研究發現,在患有T2DM的CKD參與者中,基線時存在斑塊的區域數量是首次心血管事件的唯一預測變量,顯示在Ⅱ期CKM綜合征對亞臨床ASCVD干預的重要性。
1.3 I\~Ⅱ期CKM綜合征
I\~Ⅱ期CKM綜合征人群雖然尚未出現亞臨床或臨床CVD,但已存在肥胖、代謝紊亂等危險因素,亦與未來ASCVD風險相關[2]。對UKBiobank隊列的研究[0]發現,即使缺乏其他代謝異常,體重指數(bodymassindex,BMI) gt;30kg·m的人群未來ASCVD風險仍是正常人群的1.18倍。對38297例無T2DM及其他傳統ASCVD危險因素的受試者隨訪約11年發現,隨著糖耐量異常的加重,ASCVD 發病風險亦增加[]納入226955例20\~39歲韓國年輕人的隊列研究[12]指出,血壓、膽固醇和血糖等代謝因素介導了肥胖對中年時期ASCVD的發生發展。
2CKM綜合征相關的ASCVD的病理生理機制
2.1代謝功能障礙是CKM綜合征發生發展的始動因素
過多或功能失調的脂肪組織是CKM綜合征發生發展的始動因素[3]。肥胖個體脂肪組織巨噬細胞浸潤明顯增多,促氧化和促炎介質在全身組織積聚,誘導胰島素抵抗與代謝紊亂[13]。Huang等[14]研究發現,異位沉積在冠狀動脈病變處的脂肪組織促進M1型巨噬細胞活化,分泌多種炎癥因子,參與冠心病發生發展。腎周和腎內異常脂肪積聚可能導致高血壓和血壓變異性異常[15]
2.2代謝功能障礙引起ASCVD的機制
胰島素抵抗、T2DM等代謝性疾病是ASCVD的主要危險因素。高血糖可通過蛋白激酶C、晚期糖基化終末產物等多種機制損傷血管內皮,引起內皮功能障礙和炎癥反應,促進斑塊進展[16]。胰島素抵抗可引起巨噬細胞凋亡增加和對凋亡細胞的吞噬清除減少,可能導致凋亡后壞死增加,脂質豐富核心變大,炎癥更嚴重和更復雜、易損的斑塊[17]
2.3 腎功能不全引起ASCVD的機制
CKD是ASCVD的獨立危險因素,可通過多種機制加速動脈粥樣硬化進程。Peng等[18]指出,CKD可能通過氧化應激、炎癥、交感神經激活等多種途徑與心血管系統相互作用,形成惡性循環,導致不良預后。CKD的炎癥狀態與過氧化可直接損傷血管內皮,并通過誘導單核細胞黏附、遷移和浸潤等加速動脈粥樣硬化斑塊形成[19]
CKM綜合征的發生發展涉及心腎功能、糖代謝、脂代謝等,多系統、多器官的調控。在無ASCVD,僅有早期危險因素時即CKM綜合征的I期和Ⅱ期時,各項危險因素之間即相互影響,誘導ASCVD發生。在亞臨床及臨床ASCVD期,各合并癥之間相互作用,加速心腎損傷和ASCVD進展。因此,在CKM綜合征早期及時對其病理生理相互作用進行干預,對控制和延緩CKM綜合征進展具有重要意義。
3CKM綜合征角度的ASCVD藥物治療
3.1鈉-葡萄糖耦聯轉運體2抑制劑
3.1.1ASCVD相關臨床證據
多項大型隨機對照研究(randomizedcontrolledtrial,RCT)證實了鈉-葡萄糖耦聯轉運體2(sodiumglucoselinkedtransporter2,SGLT2)抑制劑在ASCVD二級預防中的獲益。在EMPA-REGOUTCOME試驗[20]中,恩格列凈顯著降低了心血管死亡、非致命性心肌梗死和非致命性卒中的主要復合終點,心血管死亡降低 38% 。在CANVAS研究[2I]中,卡格列凈可使T2DM伴ASCVD或高危因素患者的主要不良心血管事件(major adverse cardiovascularevent,MACE)風險顯著降低( H R=0 .86, 95% CI 0.75\~0.97)。DECLARE-TIMI58研究22顯示,達格列凈并未顯著降低MACE風險和全因死亡率,但減少了心血管死亡。總之,多項RCT支持SGLT2抑制劑可減少ASCVD患者心血管死亡,但對心肌梗死和卒中二級預防獲益尚不明確[23]
3.1.2ASCVD危險因素相關臨床證據
SGLT2抑制劑對ASCVD多個危險因素具有積極影響。薈萃分析[24]顯示,SGLT2抑制劑可使T2DM患者收縮壓下降 3.62mmHg (
,舒張壓下降1.~70mmHg,且降壓效應呈劑量依賴性。SGLT2抑制劑具有顯著的減重作用,DURATION-8研究[25]顯示艾格列凈聯合依司那肽治療可使超重/肥胖T2DM患者52周內體重降低 3.4kg ?;诮陙?8項RCT的薈萃分析[26]證實,SGLT2抑制劑可影響T2DM患者脂肪組織分布,顯著降低內臟脂肪、皮下脂肪和異位肝臟脂肪含量。此外,SGLT2抑制劑還具有降低血漿腎素活性、改善血管內皮功能等多靶點作用[27]
3.2胰高血糖素樣肽-1受體激動劑
3.2.1ASCVD相關臨床證據
胰高血糖素樣肽-1(glucagon-likepeptide-1,GLP-1)受體激動劑可顯著改善ASCVD預后。LEADER試驗[28]納入9340例T2DM合并ASCVD或高心血管風險患者,利拉魯肽可使MACE風險下降 13% ,心血管死亡風險下降 22% 。SUSTAIN-6研究[29]發現,
劑量司美格魯肽可使該人群MACE風險降低 26% ,卒中風險降低 39% 。REWIND研究[30]顯示,度拉糖肽可使MACE風險下降 12% ,卒中風險下降 24% 。納入8項心血管結局試驗的薈萃分析[3]顯示,對于高ASCVD風險的T2DM患者,GLP-1受體激動劑可使MACE風險降低達 14% ?!?023ESC糖尿病患者心血管疾病管理指南》[32]指出,對于ASCVD高風險及極高風險者,推薦應用GLP-1受體激動劑和/或SGLT2抑制劑(I級推薦A類證據)。
3.2.2ASCVD危險因素相關臨床證據
GLP-1受體激動劑可顯著降低T2DM患者的頸動脈內膜中層厚度,改善亞臨床動脈粥樣硬化進展[33]GLP-1受體激動劑具有顯著的降糖、減重效應。SUSTAIN系列研究[34]表明, 1.0mg 司美格魯肽治療
30周可使糖化血紅蛋白A1c(glycosylatedhemoglobinA1c,HbA1c)下降 1.55% 減重 4.53kg ,獲益隨劑量增加而增多。AWARD研究[35]發現, 1.5mg 度拉糖肽較格列美脲在HbA1c控制和體重改善上效果更優。此外,GLP-1受體激動劑對血脂有調節作用,薈萃分析[36]顯示利拉魯肽可降低低密度脂蛋白膽固醇、總膽固醇和甘油三酯水平。
3.3非甾體鹽皮質激素受體拮抗劑
FIDELIO-DKD 和 FIGARO-DKD 試驗[37-38]顯示,非奈利酮可顯著降低T2DM伴CKD人群心血管復合風險。FIDELITY研究的亞組分析[39]進一步表明,非奈利酮的心血管獲益不受有無ASCVD病史影響,基線合并ASCVD者從非奈利酮治療中的獲益更大。現有證據支持非奈利酮可降低伴CKD的T2DM患者ASCVD風險,但在無CKD人群中預防ASCVD的效果尚不明確。
4CKM綜合征的器官消融治療
考慮到CKM綜合征存在慢性交感神經激活狀態,交感神經消融術可能是相比藥物治療更強效且穩定的干預方式。去腎神經術(renaldenervation,RDN)通過消融圍繞腎動脈的交感神經以抑制交感神經系統過度激活,現已作為難治性高血壓的一種治療選擇。高潤霖團隊[40]的最新研究顯示,RDN聯合三聯降壓藥物治療在6個月時顯著降低了24小時平均收縮壓和診室血壓,證實了RDN在中國人群的有效性和安全性。RDN對血壓的控制存在長期益處,多項長期隨訪中,RDN的降壓效果維持至術后3年及以上[41]。對于不同基線ASCVD風險評分患者,RDN均顯示出相似的診室和24小時血壓降低效果,但基線ASCVD風險較高者3年不良事件發生率較高[42]。此外,RDN可能對代謝調節產生有益影響。動物研究[43]顯示,RDN組小鼠斑塊大小增加延緩,且可減少循環中性粒細胞和單核細胞積聚,改善斑塊炎癥。研究[44]發現,RDN可顯著降低難治性高血壓患者術后3個月的空腹血糖、胰島素、C肽水平,改善胰島素抵抗。RDN降壓外的臨床潛力仍需進一步探索。
肝臟作為代謝的核心器官,交感神經系統的過度活化可導致糖代謝失調及脂肪代謝異常。肝動脈消融(hepaticarterydenervation,HADN)通過減少肝臟交感神經傳導,顯著改善糖脂代謝并降低肝臟胰島素抵抗[45]。目前已有幾項人體 HADN 研究開始進行。COMPLEMENT研究(NCT02278068)[46]是在新西蘭進行的首個人體HADN的可行性研究,1年初步研究表明,46例受試者中沒有報告嚴重不良事件。DeLIVER研究(NCT04285554)[47]旨在評估使用集成射頻去神經支配系統(iRF系統)進行HADN在T2DM受試者中的安全性和性能,尚未公布研究結果。
5CKM綜合征的風險預測
隨著CKM綜合征概念的提出,ASCVD的早期預防關口進一步前移。AHA建議在整個生命過程中定期篩查CKM綜合征危險因素,并且明確規定了篩查周期[2]。對于Ⅱ期及以下CKM綜合征個體,建議每年評估BMI、血壓、空腹血糖和血脂,積極控制代謝危險因素;對于II\~V期CKM綜合征,應增加篩查頻率,每3\~6個月復查腎功能、尿蛋白、心臟超聲等指標,以早期發現靶器官損害證據。
中國最新的心血管病一級預防指南48建議將T2DM或3/4期CKD患者直接列為CVD高危人群進行干預,無需再進行10年和余生風險評估。PREVENT模型是由AHA心腎代謝健康科學委員會最新開發的性別特異性模型,可用于預測10年和30年總心血管風險,包括ASCVD 和HF 事件[49-50]。相較既往ASCVD預測模型,PREVENT模型不僅涵蓋了傳統危險因素,還首次引入了eGFR和尿蛋白-肌酐比值水平,并且根據性別和種族進行校準。此外,該模型還增加了不良健康社會決定因素,將社會背景對CKM綜合征的影響納人考慮。PREVENT模型有望成為臨床常規應用的CKM綜合征風險評估工具。
CKM綜合征理念強調CKD、CVD和T2DM之間的共病機制和疾病譜系,為ASCVD超早期防治提供新思路。臨床醫生應充分認識心腎代謝危險因素的聚集效應,將降壓、調脂、降糖、腎臟保護作為高危人群的常規防治策略。對于合并CKD、T2DM的高危個體,即使尚未發生ASCVD,也應考慮盡早啟動治療,延緩疾病進程。此外,CKM綜合征患者應定期評估ASCVD風險,及時發現和干預無癥狀ASCVD[2]。未來亟須開展前瞻性隊列和RCT研究,進一步探索CKM綜合征背景下ASCVD的發病機制和最佳防治措施,推動心血管領域精準醫學發展。
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