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34mm Cuff Study for Endovascular Repair of Abdominal Aortic Aneurysms

Prospective, Multicenter, Single Arm Phase II Study of the Powerlink 34mm Cuff for the Endovascular Repair of Abdominal Aortic Aneurysms

Status
Completed
Phases
NA
Study type
Interventional
Source
ClinicalTrials.gov
Registry ID
NCT00706394
Enrollment
19
Registered
2008-06-27
Start date
2007-08-10
Completion date
2013-09-30
Last updated
2021-11-01

For informational purposes only — not medical advice. Sourced from public registries and may not reflect the latest updates. Terms

Conditions

Abdominal Aortic Aneurysm

Keywords

Powerlink, 34mm, Abdominal Aortic Aneurysm, EVAR

Brief summary

Study of anatomical fixation with a 34mm proximal extension

Detailed description

The 34mm proximal extension stent graft is intended to augment the primary 28mm infrarenal bifurcated stent graft to accommodate patient anatomy (neck diameters up to 32mm) and provide an effective seal to prevent/repair proximal Type I endoleaks.

Interventions

DEVICEEndologix Powerlink 34 mm stent graft cuff

Endovascular abdominal aortic aneurysm repair

Sponsors

Endologix
Lead SponsorINDUSTRY

Study design

Allocation
NA
Intervention model
SINGLE_GROUP
Primary purpose
TREATMENT
Masking
NONE

Eligibility

Sex/Gender
ALL
Age
18 Years to No maximum
Healthy volunteers
No

Inclusion criteria

* 18 years old or older * Informed consent understood and signed * Will comply with protocol follow-up requirements * Candidate for conventional open surgical repair * Aneurysm outer diameter is one or more of the following: * greater than or equal to 4.0cm * greater than or equal to 3.0cm (saccular aneurysm) * greater than or equal to twice the normal aortic outer diameter * rapidly growing (greater than or equal to 5mm over 6 months) * Proximal non-aneurysmal aortic neck fixation length greater than or equal to 1.5cm between the renal arteries and the aneurysm * Non-aneurysmal proximal aortic neck inner diameter between 23 and 32mm * Iliac artery internal diameter greater than or equal to 8 mm

Exclusion criteria

* Life expectancy \<2 years * Participating in another clinical study * Pregnant or lactating women * Acutely ruptured/leaking aneurysm * Traumatic vascular injury * Other medical or psychiatric problems * Contraindication to non-ionic contrast media or anticoagulants * Coagulopathy or bleeding disorder * Active systemic or localized groin infection * Indispensable inferior mesenteric artery * Connective tissue disease (e.g., Marfan's Syndrome) * Creatinine level \>1.7 mg/dl * Renal transplant patient * Proximal attachment site \>60º angle to the aneurysm body * Iliac arteries \>90º angle * \<1.5 cm of non-aneurysmal common iliac artery above the iliac bifurcation on both sides \[One internal iliac artery is required to remain patent\] * Thrombus \>30% at implantation site

Design outcomes

Primary

MeasureTime frameDescription
Number of Participants With Proximal Type I Endoleak at Each TimepointFive yearsPercentage of patients with Type Ia endoleaks at each timepoint (discharge, 1, 6, 12, 24, 36, 48 and 60 months).

Secondary

MeasureTime frameDescription
Number of Participants With Type III Endoleaks at Each Timepoint5 YearsPercentage of patients with a Type III endoleaks at the timepoints (1, 6, 12, 24, 36, 48 and 60 Months) as reported by CoreLab.
Number of Participants With Stent Fracture at Each Timepoint5 YearsPercentage of patients with a stent fracture over the timepoints (1, 6, 12, 24, 36, 48 and 60 Months) as reported by the CoreLab.
Number of Participants With Stent Graft Obstruction at Each Timepoint5 YearsPercentage of patients with a stent graft obstruction at each timepoint (1, 6, 12, 24, 36, 48 and 60 Months) as reported by Corelab.
Number of Participants With Migration at Each Timepoint5 YearsPercentage of patients presenting a migration at each timepoint (1, 6, 12, 24, 36, 48, 60 Months) as reported by Corelab.
Number of Participants With Successful Delivery and Deployment of the Device1 MonthSuccessful delivery and deployment of the device with no complication.
Number of Participants With Aneurysm Diameter Change at Each Timepoint5 YearsPercentage of patients with a decrease, stable or increase aneurysm diameter at 6, 12, 24, 36, 48 and 60 Months compared to 1 Month as reported by CoreLab.
Maximum Diameter Measurements5 YearsMaximum Diameter changes compared to the pre-operative at each timepoint (1, 6, 12, 24, 36, 48 Months).
Aneurysm Volume Measurements5 YearsAneurysm Volume changes over each time point (1, 6, 12, 24, 36, 48 and 60 Months) compared to pre-operative as reported by CoreLab.
Number of Participants With Type II Endoleaks at Each Timepoint5 YearsPercentage of patients with Type II endoleak at each time point (1, 6, 12, 24, 36, 48 and 60 Months) as reported by CoreLab.

Countries

United States

Participant flow

Participants by arm

ArmCount
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck Anatomy
Powerlink 34mm cuff stent graft Endologix Powerlink 34 mm stent graft cuff: Endovascular abdominal aortic aneurysm repair
19
Total19

Baseline characteristics

CharacteristicSingle Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck Anatomy
Age, Continuous73 years
STANDARD_DEVIATION 8.3
Aneurysm Diameter Distribution
<30mm
0 Participants
Aneurysm Diameter Distribution
30mm to 39mm
0 Participants
Aneurysm Diameter Distribution
40mm to 49mm
2 Participants
Aneurysm Diameter Distribution
50mm to 59mm
14 Participants
Aneurysm Diameter Distribution
60mm to 69mm
2 Participants
Aneurysm Diameter Distribution
70mm to 79mm
0 Participants
Aneurysm Diameter Distribution
>79mm
1 Participants
Mean Aneurysm Measurements
Distall non-aneurysmal left iliac diameter
13 mm
STANDARD_DEVIATION 2.6
Mean Aneurysm Measurements
Distal non-aneurysmal neck diameter
31 mm
STANDARD_DEVIATION 1.4
Mean Aneurysm Measurements
Distal non-aneurysmal right iliac diameter
13 mm
STANDARD_DEVIATION 2.3
Mean Aneurysm Measurements
External Iliac Diameter
9.3 mm
STANDARD_DEVIATION 1.2
Mean Aneurysm Measurements
Left Distal Seal Zone Length
38 mm
STANDARD_DEVIATION 13
Mean Aneurysm Measurements
Length Proximal Neck to Distal Left Iliac
169 mm
STANDARD_DEVIATION 23
Mean Aneurysm Measurements
Length Proximal Neck to Distal Right Iliac
171 mm
STANDARD_DEVIATION 23
Mean Aneurysm Measurements
Length Proximal Neck to Left Proximal Iliac
122 mm
STANDARD_DEVIATION 21
Mean Aneurysm Measurements
Maximum Aneurysm Diameter
57 mm
STANDARD_DEVIATION 12
Mean Aneurysm Measurements
Proximal non-aneurysmal left iliac diameter
15 mm
STANDARD_DEVIATION 3.4
Mean Aneurysm Measurements
Proximal non-aneurysmal neck diameter
28 mm
STANDARD_DEVIATION 1.9
Mean Aneurysm Measurements
Proximal non-aneurysmal right iliac diameter
15 mm
STANDARD_DEVIATION 2.7
Mean Aneurysm Measurements
Proximal Seal Zone lenght
27 mm
STANDARD_DEVIATION 11
Mean Aneurysm Measurements
Right Distal Seal Zone Length
41 mm
STANDARD_DEVIATION 13
Medical History
Angina
2 Participants
Medical History
Arrhythmia
6 Participants
Medical History
CABG
3 Participants
Medical History
Cancer
4 Participants
Medical History
Cerebrovascular Disease
6 Participants
Medical History
Coagulopathy
1 Participants
Medical History
Congestive Heart Failure
3 Participants
Medical History
COPD
11 Participants
Medical History
Coronary artery Disease
10 Participants
Medical History
Diabetes
3 Participants
Medical History
Family History of AAA
3 Participants
Medical History
Gastrointestinal abnormality
7 Participants
Medical History
Hypercholesterolemia
14 Participants
Medical History
Hypertension
17 Participants
Medical History
Liver Disease
0 Participants
Medical History
Peripheral Occlusive Arterial Disease
9 Participants
Medical History
Prio MI (< 6 mo)
0 Participants
Medical History
Prio MI (>6 mo)
1 Participants
Medical History
Prior Abdominal Surgery
7 Participants
Medical History
PTCA/Stent
4 Participants
Medical History
Renal Failure
1 Participants
Medical History
Smoking (ever)
19 Participants
Medical History
Valve Replacement
1 Participants
Medical History
Valvular Disease
2 Participants
Race (NIH/OMB)
American Indian or Alaska Native
0 Participants
Race (NIH/OMB)
Asian
0 Participants
Race (NIH/OMB)
Black or African American
0 Participants
Race (NIH/OMB)
More than one race
0 Participants
Race (NIH/OMB)
Native Hawaiian or Other Pacific Islander
0 Participants
Race (NIH/OMB)
Unknown or Not Reported
0 Participants
Race (NIH/OMB)
White
19 Participants
Region of Enrollment
United States
19 Participants
Sex: Female, Male
Female
1 Participants
Sex: Female, Male
Male
18 Participants

Adverse events

Event typeEG000
affected / at risk
deaths
Total, all-cause mortality
6 / 19
other
Total, other adverse events
7 / 19
serious
Total, serious adverse events
14 / 19

Outcome results

Primary

Number of Participants With Proximal Type I Endoleak at Each Timepoint

Percentage of patients with Type Ia endoleaks at each timepoint (discharge, 1, 6, 12, 24, 36, 48 and 60 months).

Time frame: Five years

ArmMeasureGroupValue (COUNT_OF_PARTICIPANTS)
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Proximal Type I Endoleak at Each TimepointDischarge1 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Proximal Type I Endoleak at Each Timepoint1 Month0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Proximal Type I Endoleak at Each Timepoint6 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Proximal Type I Endoleak at Each Timepoint12 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Proximal Type I Endoleak at Each Timepoint24 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Proximal Type I Endoleak at Each Timepoint48 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Proximal Type I Endoleak at Each Timepoint60 Months0 Participants
Secondary

Aneurysm Volume Measurements

Aneurysm Volume changes over each time point (1, 6, 12, 24, 36, 48 and 60 Months) compared to pre-operative as reported by CoreLab.

Time frame: 5 Years

Population: Results are provided as the number of events over the number of patients with the follow-up image available.

ArmMeasureGroupValue (MEAN)Dispersion
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyAneurysm Volume Measurements1 Month213 cm3Standard Deviation 136
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyAneurysm Volume Measurements6 Months217 cm3Standard Deviation 136
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyAneurysm Volume Measurements12 Months213 cm3Standard Deviation 136
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyAneurysm Volume Measurements24 Months164 cm3Standard Deviation 49
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyAneurysm Volume Measurements36 Months163 cm3Standard Deviation 51
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyAneurysm Volume MeasurementsPre-operative203 cm3Standard Deviation 125
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyAneurysm Volume Measurements48 Months166 cm3Standard Deviation 60
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyAneurysm Volume Measurements60 Months161 cm3Standard Deviation 47
Secondary

Maximum Diameter Measurements

Maximum Diameter changes compared to the pre-operative at each timepoint (1, 6, 12, 24, 36, 48 Months).

Time frame: 5 Years

Population: Results are provided as the number of events over the number of patients with the follow-up image available.

ArmMeasureGroupValue (MEAN)Dispersion
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyMaximum Diameter Measurements24 Months52 mmStandard Deviation 17
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyMaximum Diameter MeasurementsPre-operative56 mmStandard Deviation 15
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyMaximum Diameter Measurements1 Month57 mmStandard Deviation 15
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyMaximum Diameter Measurements6 Months56 mmStandard Deviation 16
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyMaximum Diameter Measurements12 Months56 mmStandard Deviation 18
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyMaximum Diameter Measurements36 Months46 mmStandard Deviation 8
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyMaximum Diameter Measurements48 Months45.5 mmStandard Deviation 9
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyMaximum Diameter Measurements60 Months47.3 mmStandard Deviation 13
Secondary

Number of Participants With Aneurysm Diameter Change at Each Timepoint

Percentage of patients with a decrease, stable or increase aneurysm diameter at 6, 12, 24, 36, 48 and 60 Months compared to 1 Month as reported by CoreLab.

Time frame: 5 Years

Population: Results are provided as the number of events over the number of patients with the follow-up image available.

ArmMeasureGroupCategoryValue (COUNT_OF_PARTICIPANTS)
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint6 MonthsStable11 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint6 MonthsIncrease0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint24 MonthsIncrease0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint6 MonthsDecrease3 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint12 MonthsDecrease3 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint12 MonthsStable9 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint12 MonthsIncrease0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint24 MonthsDecrease6 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint24 MonthsStable10 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint36 MonthsDecrease6 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint36 MonthsStable3 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint36 MonthsIncrease0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint48 MonthsDecrease4 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint48 MonthsStable3 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint48 MonthsIncrease0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint60 MonthsDecrease3 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint60 MonthsStable2 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Aneurysm Diameter Change at Each Timepoint60 MonthsIncrease1 Participants
Secondary

Number of Participants With Migration at Each Timepoint

Percentage of patients presenting a migration at each timepoint (1, 6, 12, 24, 36, 48, 60 Months) as reported by Corelab.

Time frame: 5 Years

Population: Results are provided as the number of events over the number of patients with the follow-up image available.

ArmMeasureGroupValue (COUNT_OF_PARTICIPANTS)
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Migration at Each Timepoint1 Month0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Migration at Each Timepoint6 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Migration at Each Timepoint12 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Migration at Each Timepoint24 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Migration at Each Timepoint36 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Migration at Each Timepoint48 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Migration at Each Timepoint60 Months0 Participants
Secondary

Number of Participants With Stent Fracture at Each Timepoint

Percentage of patients with a stent fracture over the timepoints (1, 6, 12, 24, 36, 48 and 60 Months) as reported by the CoreLab.

Time frame: 5 Years

Population: Results are provided as the number of events over the number of patients with the follow-up image available.

ArmMeasureGroupValue (COUNT_OF_PARTICIPANTS)
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Stent Fracture at Each TimepointDischarge0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Stent Fracture at Each Timepoint1 Month0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Stent Fracture at Each Timepoint6 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Stent Fracture at Each Timepoint12 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Stent Fracture at Each Timepoint24 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Stent Fracture at Each Timepoint36 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Stent Fracture at Each Timepoint48 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Stent Fracture at Each Timepoint60 Months0 Participants
Secondary

Number of Participants With Stent Graft Obstruction at Each Timepoint

Percentage of patients with a stent graft obstruction at each timepoint (1, 6, 12, 24, 36, 48 and 60 Months) as reported by Corelab.

Time frame: 5 Years

Population: Results are provided as the number of events over the number of patients with the follow-up image available.

ArmMeasureGroupValue (COUNT_OF_PARTICIPANTS)
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Stent Graft Obstruction at Each Timepoint1 Month0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Stent Graft Obstruction at Each Timepoint6 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Stent Graft Obstruction at Each Timepoint12 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Stent Graft Obstruction at Each Timepoint24 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Stent Graft Obstruction at Each Timepoint36 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Stent Graft Obstruction at Each Timepoint48 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Stent Graft Obstruction at Each Timepoint60 Months0 Participants
Secondary

Number of Participants With Successful Delivery and Deployment of the Device

Successful delivery and deployment of the device with no complication.

Time frame: 1 Month

ArmMeasureValue (COUNT_OF_PARTICIPANTS)
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Successful Delivery and Deployment of the Device19 Participants
Secondary

Number of Participants With Type II Endoleaks at Each Timepoint

Percentage of patients with Type II endoleak at each time point (1, 6, 12, 24, 36, 48 and 60 Months) as reported by CoreLab.

Time frame: 5 Years

Population: Results are provided as the number of events over the number of patients with the follow-up image available.

ArmMeasureGroupValue (COUNT_OF_PARTICIPANTS)
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Type II Endoleaks at Each Timepoint1 Month4 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Type II Endoleaks at Each Timepoint6 Months2 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Type II Endoleaks at Each Timepoint12 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Type II Endoleaks at Each Timepoint24 Months2 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Type II Endoleaks at Each Timepoint36 Months1 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Type II Endoleaks at Each Timepoint48 Months1 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Type II Endoleaks at Each Timepoint60 Months0 Participants
Secondary

Number of Participants With Type III Endoleaks at Each Timepoint

Percentage of patients with a Type III endoleaks at the timepoints (1, 6, 12, 24, 36, 48 and 60 Months) as reported by CoreLab.

Time frame: 5 Years

Population: Results are provided as the number of events over the number of patients with the follow-up image available.

ArmMeasureGroupValue (COUNT_OF_PARTICIPANTS)
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Type III Endoleaks at Each Timepoint60 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Type III Endoleaks at Each Timepoint1 Month0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Type III Endoleaks at Each Timepoint6 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Type III Endoleaks at Each Timepoint12 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Type III Endoleaks at Each Timepoint24 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Type III Endoleaks at Each Timepoint36 Months0 Participants
Single Arm 34mm Infrarenal Cuff for Treatment of Patients With Larger Aortic Neck AnatomyNumber of Participants With Type III Endoleaks at Each Timepoint48 Months0 Participants

Source: ClinicalTrials.gov · Data processed: Feb 4, 2026