[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"health-study-detail:100476921":3},{"organization":4,"outcomesModule":7,"designInfo":40,"detailedDescription":48,"studyPopulation":39,"armGroups":49,"interventions":61,"overallOfficials":67,"centralContacts":71,"locations":77,"responsibleParty":197,"collaborators":201,"id":204,"slug":39,"hasResults":205,"nctId":206,"briefTitle":207,"officialTitle":208,"acronym":209,"eligibilityCriteria":210,"healthyVolunteers":205,"sex":211,"minAge":212,"maxAge":39,"enrollmentInfo":213,"targetDuration":39,"studyType":216,"phases":217,"briefSummary":219,"conditions":220,"keywords":222,"overallStatus":80,"whyStopped":39,"lastUpdateSubmitDate":226,"lastUpdatePostDateStruct":227,"startDateStruct":230,"completionDateStruct":232,"leadSponsor":234,"locationsCount":235},{"fullName":5,"class":6},"University Hospital, Geneva","OTHER",{"primaryOutcomes":8,"secondaryOutcomes":13,"otherOutcomes":39},[9],{"measure":10,"description":11,"timeFrame":12},"Incidence of forearm radial artery occlusion","US Doppler","At hospital discharge (assessed up to day 5)",[14,17,20,24,26,28,31,35],{"measure":15,"description":16,"timeFrame":12},"Incidence of vascular access site-related bleeding","EASY criteria and BARC criteria",{"measure":18,"description":19,"timeFrame":12},"Incidence of vascular access site-related complication","Clinical assessment",{"measure":21,"description":22,"timeFrame":23},"Incidence of radial artery spasm","Angiographic assessment","During intervention (up to day 1)",{"measure":25,"description":11,"timeFrame":12},"Incidence of distal radial artery occlusion",{"measure":27,"description":19,"timeFrame":12},"Total hemostasis time",{"measure":29,"description":30,"timeFrame":12},"Incidence of vascular access site-related pain","Visual Analogue Scale (VAS, 0-10, lower scores represent less pain)",{"measure":32,"description":33,"timeFrame":34},"Incidence of hand dysfunction","Michigan Hand Outcomes Questionnaire (MHQ: 0-100, lower pain scores denote less pain, other high scores denote better hand performance) and QuickDASH Outcome Measure Questionnaire (0-100, lower scores indicate lower level of disability)","At hospital discharge (assessed up to day 5) and at 1 year",{"measure":36,"description":37,"timeFrame":38},"Rate of target lesion failure","Composite of cardiac death, target vessel myocardial infarction, or clinically indicated target lesion revascularization.","At 1 year",null,{"allocation":41,"interventionModel":42,"interventionModelDescription":39,"primaryPurpose":43,"observationalModel":39,"timePerspective":39,"maskingInfo":44},"RANDOMIZED","PARALLEL","TREATMENT",{"masking":45,"maskingDescription":39,"whoMasked":46},"SINGLE",[47],"OUTCOMES_ASSESSOR","The radial artery has become the standard vascular access site for most percutaneous coronary interventions (PCI) and is recommended by the most recent 2018 European Society of Cardiology\u002FEuropean Association for Cardio-Thoracic Surgery guidelines on myocardial revascularization, irrespective of clinical presentation. Patients undergoing PCI of complex coronary lesions, such as a chronic total occlusion (CTO), left main (LM) coronary artery disease, complex bifurcation lesions, or heavily calcified lesions, have however been either absent or under-represented in most trials supporting these guidelines.\n\nThe small size of the radial artery remains an important limitation for the use of large bore guiding catheters (\\>6 F), restricting thereby the treatment of highly complex lesions through the transradial approach. The 7F GLIDESHEATH SLENDER® (Terumo Corp., Tokyo, Japan) is a dedicated radial sheath with a thinner wall and hydrophilic coating. It combines an inner diameter compatible with any 7F guiding catheter and an outer diameter smaller than current 7F sheaths.\n\nA prospective, multicenter, observational study including 60 patients demonstrates that a transradial access (TRA) using the 7F GLIDESHEATH SLENDER® (Terumo Corp., Tokyo, Japan) for complex coronary interventions is feasible and associated with a high rate of procedural success and a low rate of vascular complications.\n\nIn the Complex Large-Bore Radial Percutaneous Coronary Intervention (COLOR) randomized trial, 388 patients with planned PCI for complex coronary lesions were randomly allocated to a 7F TRA or 7F transfemoral access (TFA). Conventional TRA was associated with a significant reduction in clinically relevant access- site bleeding or vascular complications without affecting procedural success when compared to TFA among patients undergoing complex PCI with a 7F large bore access.\n\nThe use of the distal radial artery has recently emerged as a promising alternative access route to further reduce the risk of radial artery occlusion (RAO) and has been endorsed by recent International Consensus documents. The feasibility of a distal radial access (DRA) for coronary angiography and\u002For PCI has been demonstrated in several observational clinical registries and small-sized randomized clinical trials. In the recent prospective, multicenter, open label, randomized, controlled DIStal vs Conventional RADIAL access (DISCO RADIAL) trial, DRA was associated with low and similar rates of RAO at discharge when compared to conventional TRA among patients undergoing coronary angiography and\u002For PCI. There is however limited evidence on the feasibility and safety of 7F DRA for PCI. The potential advantages of DRA when compared to TRA are contrasted by a slightly smaller size of the distal radial artery potentially impacting on device selection and procedural planning and by its less predictable course, due to the pronounced tortuosity and angulation of the vessel, leading to an overall higher number of puncture attempts, a longer time to achieve arterial access and a higher rate of access failure. These limitations may preclude the use of DRA for PCI of complex coronary lesions when a large bore guiding catheter is needed. There is however limited evidence on the feasibility and safety of 7F DRA for PCI.\n\nIn a prospective, multicenter, observational study including 41 patients undergoing CTO PCI using a left DRA with a 7F GLIDESHEATH SLENDER® (Terumo Corp., Tokyo, Japan), technical success was achieved in 90.3% of patients and procedural success was achieved in 78.1% of patients. No post-procedural DRA RAO were detected by clinical assessment and Doppler ultrasound examination, and no radial artery occlusions at the site of the forearm were found. Doppler ultrasound imaging of the DRA at one month was available in 67.6% of patients, with only one case (4.3%) of DRA RAO. This proof-of-concept study demonstrates that DRA using a 7F GLIDESHEATH SLENDER® (Terumo Corp., Tokyo, Japan) for CTO PCI is feasible and associated with a high procedural success rate and low vascular access-site complication rates.\n\nNo randomized clinical trial to date has however compared the feasibility and safety of a 7F DRA versus 7F TRA for PCI of complex coronary lesions, such as chronic total occlusions (CTO), left main coronary artery disease, heavily calcified lesions, complex bifurcations, or other complex coronary lesions for whom the operator anticipates that a 7F guiding catheter is indicated.",[50,56],{"label":51,"type":52,"description":53,"interventionNames":54},"Distal radial access","EXPERIMENTAL","Distal radial access using 7Fr Glidesheath Slender sheath (Terumo Corp., Japan)",[55],"Procedure: Complex PCI with Ultimaster family drug-eluting stent (Terumo Corp., Japan)",{"label":57,"type":58,"description":59,"interventionNames":60},"Conventional radial access","ACTIVE_COMPARATOR","Conventional radial access using 7Fr Glidesheath Slender sheath (Terumo Corp., Japan)",[55],[62],{"type":63,"name":64,"description":65,"armGroupLabels":66,"otherNames":39},"PROCEDURE","Complex PCI with Ultimaster family drug-eluting stent (Terumo Corp., Japan)","Large-bore radial access for complex PCI with Ultimaster family drug-eluting stent (Terumo Corp., Japan)",[57,51],[68],{"name":69,"affiliation":5,"role":70},"Juan F. Iglesias, MD","PRINCIPAL_INVESTIGATOR",[72],{"name":73,"role":74,"phone":75,"phoneExt":39,"email":76},"Véronique Menoni","CONTACT","+41795530516","veronique.menoni@hug.ch",[78,93,104,115,126,141,154,167,180],{"facility":79,"status":80,"city":81,"state":39,"zip":39,"country":82,"countryCode":83,"cosmosGeoPoint":84,"geoPoint":89,"contacts":90},"Clinique St. Joseph Arlon - Groupe Vivalia","RECRUITING","Arlon","Belgium","BE",{"type":85,"coordinates":86},"Point",[87,88],5.81667,49.68333,{"lat":88,"lon":87},[91],{"name":92,"role":70,"phone":39,"phoneExt":39,"email":39},"Giuseppe Colletti, MD",{"facility":94,"status":80,"city":95,"state":39,"zip":39,"country":82,"countryCode":83,"cosmosGeoPoint":96,"geoPoint":100,"contacts":101},"CHU Saint-Pierre","Brussels",{"type":85,"coordinates":97},[98,99],4.34878,50.85045,{"lat":99,"lon":98},[102],{"name":103,"role":70,"phone":39,"phoneExt":39,"email":39},"Panagiotis Xaplanteris, MD",{"facility":105,"status":80,"city":106,"state":39,"zip":39,"country":82,"countryCode":83,"cosmosGeoPoint":107,"geoPoint":111,"contacts":112},"CHU de Charleroi","Charleroi",{"type":85,"coordinates":108},[109,110],4.44448,50.41136,{"lat":110,"lon":109},[113],{"name":114,"role":70,"phone":39,"phoneExt":39,"email":39},"Adel Aminian, MD",{"facility":116,"status":80,"city":117,"state":39,"zip":39,"country":82,"countryCode":83,"cosmosGeoPoint":118,"geoPoint":122,"contacts":123},"Hôpital de La Louvière - Site Jolimont","La Louvière",{"type":85,"coordinates":119},[120,121],4.18785,50.48657,{"lat":121,"lon":120},[124],{"name":125,"role":70,"phone":39,"phoneExt":39,"email":39},"Claudiu Ungureanu, MD",{"facility":127,"status":80,"city":128,"state":39,"zip":39,"country":129,"countryCode":130,"cosmosGeoPoint":131,"geoPoint":135,"contacts":136},"Agaplesion Bethesda Krankenhaus Bergedorf","Hamburg","Germany","DE",{"type":85,"coordinates":132},[133,134],9.99302,53.55073,{"lat":134,"lon":133},[137],{"name":138,"role":74,"phone":139,"phoneExt":39,"email":140},"Karsten Schenke, MD","+40725541261","kardiologie.bkb@agaplesion.de",{"facility":142,"status":80,"city":143,"state":39,"zip":39,"country":144,"countryCode":145,"cosmosGeoPoint":146,"geoPoint":150,"contacts":151},"Patras University Hospital","Pátrai","Greece","GR",{"type":85,"coordinates":147},[148,149],21.73508,38.2462,{"lat":149,"lon":148},[152],{"name":153,"role":70,"phone":39,"phoneExt":39,"email":39},"Grigorios Tsigkas, MD",{"facility":155,"status":80,"city":156,"state":39,"zip":39,"country":157,"countryCode":158,"cosmosGeoPoint":159,"geoPoint":163,"contacts":164},"Humanitas Research Hospital","Milan","Italy","IT",{"type":85,"coordinates":160},[161,162],9.18951,45.46427,{"lat":162,"lon":161},[165],{"name":166,"role":70,"phone":39,"phoneExt":39,"email":39},"Gabriele L Gasparini, MD",{"facility":168,"status":80,"city":169,"state":169,"zip":39,"country":170,"countryCode":171,"cosmosGeoPoint":172,"geoPoint":176,"contacts":177},"Basel University Hospital","Basel","Switzerland","CH",{"type":85,"coordinates":173},[174,175],7.57327,47.55839,{"lat":175,"lon":174},[178],{"name":179,"role":70,"phone":39,"phoneExt":39,"email":39},"Gregor Leibundgut, MD",{"facility":181,"status":80,"city":182,"state":183,"zip":184,"country":170,"countryCode":171,"cosmosGeoPoint":185,"geoPoint":189,"contacts":190},"Geneva University Hospitals","Geneva","Canton of Geneva","1205",{"type":85,"coordinates":186},[187,188],6.14569,46.20222,{"lat":188,"lon":187},[191,195],{"name":192,"role":74,"phone":193,"phoneExt":39,"email":194},"Maëlle Achard, RN","+41795533553","maelle.achard@hcuge.ch",{"name":196,"role":70,"phone":39,"phoneExt":39,"email":39},"Sophie Degrauwe, MD",{"type":198,"investigatorFullName":199,"investigatorTitle":200,"investigatorAffiliation":5,"oldNameTitle":39,"oldOrganization":39},"SPONSOR_INVESTIGATOR","IGLESIAS Juan Fernando","Principal investigator",[202],{"name":203,"class":6},"University of Bern","100476921",false,"NCT05490238","DIStal Versus COnventional Radial Access for COMPLEX Large-bore Percutaneous Coronary Intervention","DIStal Versus COnventional Radial Access for COMPLEX Large-bore Percutaneous Coronary Intervention (DISCO COMPLEX)","DISCO COMPLEX","Inclusion Criteria:\n\n* Age ≥18 years.\n* Patients presenting with CCS or ACS, including unstable angina or NSTEMI.\n* Patients planned for PCI of complex coronary lesions, such as CTO, left main coronary artery disease, heavily calcified lesions, complex bifurcations, or other complex coronary lesions in whom the operator anticipates that a 7F guiding catheter is indicated.\n* Patients able to provide written informed consent.\n\nExclusion Criteria:\n\n* Patients with acute ST-segment elevation myocardial infarction.\n* Patients with cardiogenic shock.\n* Patients on chronic hemodialysis.\n* Patients with contraindications to TRA, such as occlusive upper arm peripheral artery disease, or known anatomic variants prohibiting TRA on both sides.\n* Patients with medical conditions that may cause non-compliance with the study protocol and\u002For may confound the data interpretation.\n* Patients unable to provide written informed consent.","ALL","18 Years",{"count":214,"type":215},708,"ESTIMATED","INTERVENTIONAL",[218],"NA","The use of the distal radial artery has recently emerged as a promising alternative access route to further reduce the risk of radial artery occlusion (RAO) and has been endorsed by recent International Consensus documents. The feasibility of a distal radial access (DRA) for coronary angiography and\u002For PCI has been demonstrated in several observational clinical registries and small-sized randomized clinical trials. In the recent prospective, multicenter, open label, randomized, controlled DIStal vs Conventional RADIAL access (DISCO RADIAL) trial, DRA was associated with low and similar rates of RAO at discharge when compared to conventional TRA among patients undergoing coronary angiography and\u002For PCI. There is however limited evidence on the feasibility and safety of 7F DRA for PCI.\n\nIn a prospective, multicenter, observational study including 41 patients undergoing CTO PCI using a left DRA with a 7F GLIDESHEATH SLENDER® (Terumo Corp., Tokyo, Japan), technical success was achieved in 90.3% of patients and procedural success was achieved in 78.1% of patients. No post-procedural DRA RAO were detected by clinical assessment and Doppler ultrasound examination, and no radial artery occlusions at the site of the forearm were found. Doppler ultrasound imaging of the DRA at one month was available in 67.6% of patients, with only one case (4.3%) of DRA RAO. This proof-of-concept study demonstrates that DRA using a 7F GLIDESHEATH SLENDER® (Terumo Corp., Tokyo, Japan) for CTO PCI is feasible and associated with a high procedural success rate and low vascular access-site complication rates.\n\nNo randomized clinical trial to date has however compared the feasibility and safety of a 7F DRA versus 7F TRA for PCI of complex coronary lesions, such as chronic total occlusions (CTO), left main coronary artery disease, heavily calcified lesions, complex bifurcations, or other complex coronary lesions for whom the operator anticipates that a 7F guiding catheter is indicated.",[221],"Vascular Access Site Occlusion",[223,224,225],"Radial artery access","Distal radial artery","Complex PCI","2025-12-14",{"date":228,"type":229},"2025-12-19","ACTUAL",{"date":231,"type":229},"2023-08-31",{"date":233,"type":215},"2027-06-01",{"name":199,"class":6},9]