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Table 1 Summary of reported cases of TAK with coronary involvement treated with drug-eluting stent and/or drug-coated balloon dilation

From: Restenosis after excimer laser coronary atherectomy and drug-coated balloon dilation in Takayasu’s arteritis: a case report and review of the literature

Literature

Age

Sex

Stenosis of coronary artery in CAG 1

Involved coronary artery and PCI or surgery 1

Pre-PCI medicine 2

Post-PCI medicine 3

PCI Follow-up duration 4

Symptoms after PCI

Follow-up CAG after PCI

Furukawa Y, 2005 [12]

53

F

Stenosis of LMCA (90%) and distal bifurcation.

The 1st PCI: Ostial LMCA: bare metal stent; The 2nd PCI: LMCA-ISR:

sirolimus-eluting stent.

Pred.

Not reported.

6 months.

Asymptomatic.

Minimal luminal narrowing in the LMCA and ostial LCX.

Amir O, 2006 [16]

22

F

Stenosis of LMCA (60%).

Ostial LMCA: paclitaxel-eluting stent.

Anti-inflammatory therapy for 3 weeks (undetailed).

Steroid therapy.

3 months.

Asymptomatic.

An unimpeded stent without new lesions.

Sakai H, 2006 [28]

37

F

Stenosis of LMCA.

The 1st: CABG;

Post-CABG PCI: LMCA-LAD: zotarolimus-eluting stents;

LMCA-LCX: zotarolimus-eluting stents.

Not reported.

Steroid therapy.

4 months.

Asymptomatic.

No new coronary lesions.

Park JS, 2009 [17]

37

M

Stenosis of ostial LAD (95%) and LCX (95%) and RCA (99%).

Ostial LAD: paclitaxel-eluting stent; Ostial LCX: paclitaxel-eluting stent; Ostial RCA: paclitaxel-eluting stent.

Pred.

Pred.

6 months.

Asymptomatic.

A patent stent without new lesions.

Lee K, 2010 [13]

35

F

The 1st CAG: Stenosis of LMCA and RCA;

The 2nd CAG: ISR of ostial RCA.

The 1st PCI:

Ostial LMCA: paclitaxel-eluting stent; RCA: bare metal stent;

The 2nd PCI:

ISR of RCA: sirolimus-eluting stent.

Not reported.

No use of immunosuppressants.

5 years.

Relapse of angina.

3rd CAG showing severe restenosis at LMCA and RCA.

The patient took CABG.

Terasawa A, 2010 [18]

66

F

Stenosis of LMCA at anastomosis to graft (history of Bentall operation).

Ostial LMCA: sirolimus-eluting stent.

No use of steroid therapy.

Steroid therapy.

12 months.

Asymptomatic.

No new coronary lesions.

Lee HK, 2011 [14]

54

F

The 1st CAG:Stenosis of ostial LMCA (60%);

The 2nd CAG: LMCA-ISR (75%);

The 3rd CAG: Restenosis of the in-stent site (≥ 90%).

The 1st PCI: LMCA: a stent;

The 2nd PCI: LMCA: paclitaxel-eluting stent;

The 3rd: CABG.

No use of anti-inflammatory therapy.

No use of anti-inflammatory therapy.

3 months.

Asymptomatic after the 1st PCI. Chest pain and dyspnea after the 2nd PCI. Asymptomatic after CABG.

No new stenosis or graft stenosis 1 year after CABG.

Cheng Z, 2011 [19]

27

F

Stenosis of LMCA (95%) and ostial RCA (90%).

Ostial LMCA: sirolimus-eluting stent.

Pred.

Not reported.

Not reported.

Asymptomatic.

Not reported.

Yokota K, 2012 [29]

52

F

The 1st CAG: Stenosis of the proximal LAD;

The 2nd CAG: ISR of LAD (75%);

The 3rd and 4th CAG:Stenosis only in the stent site with no other plaque progression or new stenosis.

The 1st PCI: proximal LAD: sirolimus-eluting stent;

The 2nd PCI: LAD-ISR: sirolimus-eluting stent;

The 3rd and 4th PCI: no stent implantation.

Steroid therapy (The drug was withdrawn due to the inactivity of the arteritis).

Steroid therapy (starting after the 4th PCI).

About 2 years.

Repeated chest pain during 1st to 4th PCI.

Patent stent site.

Isser HS, 2013 [20]

15

F

Stenosis of ostial LMCA (90%) and normal LAD, LCX and RCA.

Ostial LMCA: zotarolimus-eluting stent.

Not reported.

Steroid therapy.

1 year.

Asymptomatic.

A patent stent in LMCA.

Soeiro Ade M, 2013 [15]

33

F

The 1st and 2nd CAG:Not reported;

The 3rd CAG: LAD-ISR (75%).

The 1st PCI: LMCA: bare metal stent;

The 2nd PCI: sirolimus-eluting stent;

The 3rd: CABG.

MTX and Pred.

Pred, MMF and chloroquine after CABG.

18 months.

Chest pain after 2nd PCI. Asymptomatic after CABG.

No new stenosis or graft stenosis.

Camuglia AC, 2015 [21]

21

F

Stenosis of LMCA with a normal RCA.

Ostial LMCA: bioresorbable vascular scaffold.

Not reported.

Pred and Aza.

8 months.

Asymptomatic.

No new coronary lesions.

Rigatelli G, 2016 [22]

41

F

Stenosis of LMCA and RCA.

Ostial LMCA: paclitaxel-eluting stent; RCA: paclitaxel-eluting stent.

Not reported.

Steroid therapy.

Not reported.

Asymptomatic.

Not reported.

Empen K, 2017 [30]

24

F

The 1st CAG: Stenosis of LMCA;

The 2nd CAG: LMCA-ISR.

The 1st PCI:

Ostial LMCA: everolimus-eluting stent;

The 2nd: CABG.

Not reported.

Pred and CTX (after 1st PCI); Pred and tocilizumab (after 2nd CAG and before CABG).

Not reported.

Recurrent angina after 1st PCI. Asymptomatic after CABG.

Not reported.

Macedo LM, 2019 [31]

23

F

The 1st CAG: Stenosis of LAD and LCX;

The 2nd CAG: Stenosis of LMCA and venous graft (70%) with normal arterial graft.

The 1st: CABG;

Post-CABG PCI: Venous graft-LAD: drug-eluting stent.

Not reported.

Pred and MTX after CABG; Not reported after PCI.

Not reported.

Chest pain after CABG. Asymptomatic after post-CABG PCI.

Not reported.

Sammel AM, 2019 [32]

55

F

The 1st CAG: Stenosis of ostial LAD (99%) and RCA (100%);

The 2nd CAG: ISR of ostial LAD (90%);

The 3rd CAG: Stenosis of LAD and venous graft (95%).

The 1st PCI: LAD: zotarolimus-eluting stent;

The 2nd: CABG.

Not reported.

DAPT after the 1st PCI; Immunosuppressive therapy with Pred and MTX 6 months after CABG.

36 months.

Chest pain after the first PCI and CABG. Asymptomatic after immunosuppressive Drugs.

Not reported.

Shimizu T, 2020 [33]

55

F

The 1st CAG:

Stenosis of ostial LAD (90%) and LCX (99%);

The 2nd CAG:

Restenosis of ostial LAD, ostial LCX and LMCA.

The 1st PCI: Ostial LAD: coronary atherectomy catheter and paclitaxel-coated balloon;

The 2nd: CABG.

Not reported.

Pred after CABG.

12 months.

Asymptomatic after CABG and Pred prescription.

Not reported.

Madhavan MV, 2020 [34]

17

F

The 1st CAG: Stenosis of LMCA, ostial RCA (60%), and right-to-left collaterals;

The 2nd CAG: Stenosis of SVG-RCA, LIMA-obtuse marginal (70 and RIMA-LAD (70%).

The 1st: CABG;

Post-CABG PCI:

LMCA: zotarolimus-eluting stents.

Steroid therapy.

Pred, MTX and tocilizumab.

6 months.

Recurrent chest pain after CABG. Asymptomatic after post-CABG PCI.

No performance due to the patient’s refusal.

Zhou S, 2021 [23]

22

F

Stenosis of ostial LMCA and RCA.

Staged PCI:

RCA: sirolimus-eluting stent.

Not reported.

Pred and MTX.

15 months.

Asymptomatic.

Regression of ostial LMCA and a patent RCA stent

Chiew KLX, 2021 [24]

47

F

Stenosis of LAD and LMCA.

Proximal LAD to LMCA: drug-coated balloon.

Aza.

Aza first. After the follow-up CAG, Pred, and tocilizumab were used, but lastly, only MTX.

4 months.

Asymptomatic.

No new stenosis.

Chen Q, 2022 [35]

41

F

The 1st CAG: Stenosis of ostial LMCA (40%), LAD (75% in proximal segment and 90% in middle segment), LCX (80%) and ostial RCA (90%);

The 2nd CAG: Stenosis of ostial LMCA (75%) with patent stent in LAD.

The 1st PCI:

LAD: zotarolimus-eluting stent; RCA: zotarolimus-eluting stent.

Not reported.

Steroid therapy was stopped until there was no increase in CRP and ESR.

Not reported.

Chest discomfort after the 1st CAG, and she refused post-PCI CABG.

Not reported.

  1. 1 CAG and PCI represent the first coronary angiography and percutaneous coronary intervention after the first admission; 2 Pre-medicine refers to the use of anti-inflammatory/ immunosuppressive drugs before DES/DCB; 3 Post-medicine refers to the use of anti-inflammatory/ immunosuppressive drugs after DES/DCB; 4 The time refers to the interval between follow-up CAG after DES/DCB.
  2. Abbreviation: F: female; M: male; Aza: azathioprine; BMS: bare-metal stent; CABG: coronary artery bypass graft surgery; CAG: coronary artery angiography; CRP: C-reactive protein; CTX: cyclophosphamide; DES: drug-eluting stent; ESR: erythrocyte sedimentation rate; LAD: left anterior descending; LMCA: left main coronary artery; LCX: left circumflex artery; LIMA: left internal mammary artery; MMF: mycophenolate mofetil; MTX: methotrexate; PCI: percutaneous coronary interventions; Pred: prednisolone; RCA: right coronary artery; SVG: saphenous vein graft