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NCT Number: NCT07363161

BASel Kosten-Effektivitäts-Trial: Drug-coated BALLoon (DCB) vs. Drug-eluting Stent (DES) Strategy in High-risk Patients With Coronary Artery Disease (CAD)

The main objective of this randomized, multicenter, international, open-label clinical trial is to demonstrate that, in the context of percutaneous coronary intervention for complex coronary artery disease, a SeQuent® SCB interventional strategy is non-inferior to a new-generation

DES strategy in terms of a 12- and 36-month composite of Target Vessel Failure (TVF), that includes:

* cardiovascular death (CV death), * target vessel related MI (TV-MI), * clinically indicated target vessel revascularization (ci-TVR), * bleeding according to Bleeding Academic Research Consortium (BARC) Types 3-5.

Eligible subjects will be assigned in a 1:1 ratio to receive treatment of all lesions with either the SeQuent® SCB-based strategy or a DES-based strategy. The randomization will be performed prior to the index procedure once signed informed consent has been obtained and all eligibility criteria have been confirmed.

All Subjects will be followed for clinical outcomes at 3 months, 1, 2, and 3 years. A subset of 138 randomized patients will undergo control angiography after one-year clinical follow-up (+1 month). An independent core laboratory will analyze all baseline angiograms.

If, at 36 months, the non-inferiority of the SeQuent® SCB strategy compared to the DES strategy is achieved, superiority in terms of TVF and BARC Type 3-5 bleeding will be tested.

An optional extension of follow-up to 6 years may be implemented based on interim results and the joint decision of the Steering Committee and the Sponsor. Details regarding this optional extension are provided in the Clinical Investigation Plan.

Recruiting

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Key information

Age range

18 year and older

Sex eligibility

All sexes

Study type

Interventional

Phase

Not applicable

Primary location

Universität des Saarlandes - Klinik für Innere Medizin III, Homburg, Germany

Loading trial locations.

Who can participate

Healthy volunteers accepted: No

Only the study team can determine whether someone qualifies for participation.

Inclusion criteria

  • Subject must be 18 years of age or older
  • Subject can understand risks, benefits, and treatment alternatives of receiving DCB treatment or DES and provide written informed consent before any study-related procedure
  • Subject should have a documented angina pectoris or silent ischemia as assessed by non-invasive testing, or functional invasive assessment, or equivalent (dyspnea, arrhythmia, ≥75% diameter stenosis without stress test at staged procedure), or unstable angina, hemodynamically stable NSTEMI and STEMI more than 48 hours after primary PCI and without residual thrombotic material
  • Subject must be affiliated with a social security system, where applicable

Subject must have at least one of the high clinical or anatomical risk features:

High clinical risk, defined as:

  • DM on treatment (insulin or oral antidiabetic agents), or
  • At least 75 years of age, or
  • CKD (eGFR <60 mL/min/1.73 m2), or
  • Treated for ACS (unstable angina, hemodynamically stable NSTEMI, hemodynamically stable STEMI more than 48 hours after uneventful primary PCI and without residual thrombotic material), or
  • High bleeding risk (defined by Academic Research Consortium criteria - ARC HBR)

OR

High anatomical risk lesions requiring treatment as follows:

  • Multivessel treatment (two or three vessels)
  • True bifurcation with side branch involvement
  • Long lesions (≥36 mm)
  • Lesion likely requiring calcium modification

In the case of multivessel (MV) disease, multiple vessels can be treated provided that all lesions are amenable to treatment with either DCB or DES and vessel size at the site of the lesion is >2.0 mm by visual assessment.

The trial does not restrict the number of target lesions. However, the operator should determine that all target lesions intended to be treated must be suitable for treatment with either DES or DCB. For patients randomized to the DCB arm, the likelihood of requiring provisional stenting must be assessed as less than 30% for each lesion requiring treatment.

Exclusion criteria

  • Primary PCI (acute STEMI patients)
  • Cardiogenic shock
  • Subject enrolled in an active interventional trial
  • Subject not able or unlikely to comply with the planned follow-ups
  • Subject who is pregnant, nursing or planning to become pregnant during the study
  • Subject not able to give informed consent
  • Subject under judicial protection, guardianship or curatorship or patient deprived of their liberty by judicial or administrative decision (where applicable)
  • Subject with a life expectancy <12 months
  • Subjects with known allergies to antiplatelet agents (e.g., acetylsalicylic acid, P2Y12 inhibitors), anticoagulants (e.g., heparin, direct thrombin inhibitors), iodinated contrast media, or mTOR inhibitors (e.g., sirolimus and related compounds)
  • Angiographic exclusion criteria:
  • aorto-ostial lesions,
  • coronary bypass grafts requiring intervention,
  • chronic total occlusion requiring intervention
  • Previous PCI at any time of a vessel intended to be treated (Instent-restenosis lesions excluded)
  • Previous PCI within 30 days, except for recent STEMI, >48 hours after uneventful primary PCI and without residual thrombotic material on coronary angiography

Treatment and study plan

PCI

Device

PCI with SeQuent® SCB

Primary outcomes

  1. Composite of Target Vessel Failure (TVF) and bleeding according to Bleeding Academic Research Consortium (BARC) Types 3-5

    Time frame: at 12 months (after intervention)

  2. Composite of TVF and bleeding BARC 3-5

    Time frame: at 36 months

Secondary outcomes

  1. Composite of TVF and bleeding BARC 3-5

    Time frame: at 3 months

  2. Composite of TVF and bleeding BARC 3-5

    Time frame: at 24 months

  3. Device-oriented Composite Endpoint (DOCE)

    Time frame: at 3 months

    a composite of cardiovascular death (CV death), device failure-related myocardial infarction (MI), and clinically indicated Target Lesion Revascularization (ci-TLR)

  4. DOCE

    Time frame: at 12 months

  5. DOCE

    Time frame: at 24 months

  6. DOCE

    Time frame: at 36 months

  7. TVF

    Time frame: at 3 months

  8. TVF

    Time frame: at 12 months

  9. TVF

    Time frame: at 24 months

  10. TVF

    Time frame: at 36 months

  11. Patient-oriented Composite endpoint (POCE)

    Time frame: at 3 months

    a composite of any death, any MI, any stroke, and any revascularization

  12. POCE

    Time frame: at 12 months

  13. POCE

    Time frame: at 24 months

  14. POCE

    Time frame: at 36 months

  15. Any death

    Time frame: at 3 months

  16. Any death

    Time frame: at 12 months

  17. Any death

    Time frame: at 24 months

  18. Any death

    Time frame: at 36 months

  19. CV death

    Time frame: at 3 months

  20. CV death

    Time frame: at 12 months

  21. CV death

    Time frame: at 24 months

  22. CV death

    Time frame: at 36 months

  23. Cardiac death

    Time frame: at 3 months

  24. Cardiac death

    Time frame: at 12 months

  25. Cardiac death

    Time frame: at 24 months

  26. Cardiac death

    Time frame: at 36 months

  27. Any MI

    Time frame: at 3 months

  28. Any MI

    Time frame: at 12 months

  29. Any MI

    Time frame: at 24 months

  30. Any MI

    Time frame: at 36 months

  31. Target Vessel-Related MI

    Time frame: at 3 months

  32. Target Vessel-Related MI

    Time frame: at 12 months

  33. Target Vessel-Related MI

    Time frame: at 24 months

  34. Target Vessel-Related MI

    Time frame: at 36 months

  35. Peri-procedural MI

    Time frame: at 3 months

    as defined by Drug Coated Balloon Academic Research Consortium (DCB ARC)

  36. Peri-procedural MI

    Time frame: at 12 months

  37. Peri-procedural MI

    Time frame: at 24 months

  38. Peri-procedural MI

    Time frame: at 36 months

  39. Spontaneous MI

    Time frame: at 3 months

    according to 4th Universal Definition of MI

  40. Spontaneous MI

    Time frame: at 12 months

  41. Spontaneous MI

    Time frame: 24 months

  42. Spontaneous MI

    Time frame: at 36 months

  43. BARC type ≥2 bleeding

    Time frame: at 3 months

  44. BARC type ≥2 bleeding

    Time frame: at 12 months

  45. BARC type ≥2 bleeding

    Time frame: at 24 months

  46. BARC type ≥2 bleeding

    Time frame: at 36 months

  47. BARC 3-5 bleeding

    Time frame: at 3 months

  48. BARC 3-5 bleeding

    Time frame: at 12 months

  49. BARC 3-5 bleeding

    Time frame: at 24 months

  50. BARC 3-5 bleeding

    Time frame: at 36 months

  51. Definite stent/lesion thrombosis

    Time frame: at 3 months

  52. Definite stent/lesion thrombosis

    Time frame: at 12 months

  53. Definite stent/lesion thrombosis

    Time frame: at 24 months

  54. Definite stent/lesion thrombosis

    Time frame: at 36 months

  55. Stroke

    Time frame: at 3 months

    ischemic and hemorrhagic

  56. Stroke

    Time frame: at 12 months

  57. Stroke

    Time frame: at 24 months

  58. Stroke

    Time frame: at 36 months

  59. Any TLR

    Time frame: at 3 months

  60. Any TLR

    Time frame: at 12 months

  61. Any TLR

    Time frame: at 24 months

  62. Any TLR

    Time frame: at 36 months

  63. ci-TLR

    Time frame: at 3 months

  64. ci-TLR

    Time frame: at 12 months

  65. ci-TLR

    Time frame: at 24 months

  66. ci-TLR

    Time frame: at 36 months

  67. Any TVR

    Time frame: at 3 months

  68. Any TVR

    Time frame: at 12 months

  69. Any TVR

    Time frame: at 24 months

  70. Any TVR

    Time frame: at 36 months

  71. ci-TVR

    Time frame: at 3 months

  72. ci-TVR

    Time frame: at 12 months

  73. ci-TVR

    Time frame: at 24 months

  74. ci-TVR

    Time frame: at 36 months

  75. Dual Antiplatelet Therapy (DAPT) burden

    Time frame: at 3 months

    total duration of DAPT and/or Single Antiplatelet Therapy (SAPT)

  76. DAPT burden

    Time frame: at 12 months

  77. DAPT burden

    Time frame: at 24 months

  78. DAPT burden

    Time frame: at 36 months

  79. Hospitalization related to study endpoints

    Time frame: at 3 months

  80. Hospitalization related to study endpoints

    Time frame: at 12 months

  81. Hospitalization related to study endpoints

    Time frame: at 24 months

  82. Hospitalization related to study endpoints

    Time frame: at 36 months

  83. Procedure success

    Time frame: at 3 months

    defined as Device success and freedom from in-hospital cardiovascular death, TLR, peri-procedural MI, any stroke, and BARC 3 or 5 bleeding

  84. Procedure success

    Time frame: at 12 months

  85. Procedure success

    Time frame: at 24 months

  86. Procedure success

    Time frame: at 36 months

  87. Device success (DCB)

    Time frame: at 3 months

    defined as successful delivery in time and inflation within 30-60 s of the allocated DCB device at the intended target lesion during an attempt with a DCB not previously used (first use); successful withdrawal of the device system; attainment of a final in-segment or in-lesion residual stenosis of <30% (except in the side branch ostium in nonleft main bifurcation lesions <70%) by visual estimate

  88. Device success (DCB)

    Time frame: at 12 months

  89. Device success (DCB)

    Time frame: at 24 months

  90. Device success (DCB)

    Time frame: at 36 months

  91. Device success (DES)

    Time frame: at 3 months

    defined as successful delivery, balloon expansion, and deployment of the first assigned DES at the intended target lesion; successful withdrawal of the device delivery system; attainment of a final in-stent residual stenosis of <20% by visual estimate

  92. Device success (DES)

    Time frame: at 12 months

  93. Device success (DES)

    Time frame: at 24 months

  94. Device success (DES)

    Time frame: at 36 months

  95. Metal burden

    Time frame: at 3 months

    by assessing the total stent length

  96. Metal burden

    Time frame: at 12 months

  97. Metal burden

    Time frame: at 24 months

  98. Metal burden

    Time frame: at 36 months

  99. In-segment net gain

    Time frame: assessed between 12 and 13 months

    Main angiographic endpoint after completion of the 12-month follow-up

  100. Cost-effectiveness of DCB-based vs. DES-based strategy

    Time frame: at 12 months

  101. Cost-effectiveness of DCB-based vs. DES-based strategy

    Time frame: at 24 months

  102. Cost-effectiveness of DCB-based vs. DES-based strategy

    Time frame: at 36 months

Study contacts

Contact information is provided by the study sponsor or research team.

Franziska Greifzu, Dr.

CONTACT

[email protected]

+49 30 568207371

Jiani Wang, Dr.

CONTACT

[email protected]

+49 151 46206456

Sponsors and collaborators

Lead sponsor

B. Braun Melsungen AG

Industry

Registry information

Official study title

BASKET BALL - a Prospective, Multicenter, International, Open-label, Randomized Clinical Trial Comparing the Sirolimus-DCB Strategy vs. DES Strategy in de Novo High-risk Patients

Acronym: BASKET BALL

Important dates

Study start
2026
Primary completion
2027
Study completion
2031
First posted
Jan 23, 2026
Registry last updated
Jul 20, 2026

OpenTrials presents study information sourced from ClinicalTrials.gov. The official registry record should be consulted for the latest information.

View the official ClinicalTrials.gov record (opens in a new tab)

This listing is for discovery and informational purposes only. It is not medical advice, does not guarantee that a study is recruiting, and does not determine eligibility. Contact the study team and a qualified healthcare professional when considering participation.

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