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临床试验/NCT06944639
NCT06944639已完成不适用

Comparative Analysis of Three Types of Collagen Membranes Exposed to the Oral Environment: a Randomized Clinical Trial

Andrea Ravida1 个研究点 分布在 1 个国家目标入组 25 人开始时间: 2025年4月28日最近更新:
干预措施

试验速览

阶段
不适用
状态
已完成
发起方
入组人数
25
试验地点
1
主要终点
Degradation rates of three different collagen membranes simulating exposure to the oral environment.

研究概览

简要总结

This study is being done to compare how quickly three different types of collagen membranes break down when they are exposed to the mouth. These membranes are often used in dental and oral surgery to help with healing and tissue growth. The goal is to find out if one membrane lasts longer than the others, which may help doctors choose the best option for different procedures.

In this study, the membranes will be placed in the mouth in a specific area near the gums of the upper back teeth. The study is designed so that neither the patients nor the researchers evaluating the results will know which membrane is which (this is called a double-blind study). Over time, researchers will measure how much each membrane has broken down. This information may help improve treatment planning and patient outcomes in dental care.

详细描述

The study was designed as a double-blinded, single-center, randomized clinical trial. Three different types of collagen membranes, ribose cross-linked (RCL) OSSIX Agile, glutaraldehyde cross-linked (GCL) - BioMend Extend, and non-cross-linked (NCL) Jason MB GmbH, were selected for the study.

During the first visit, digital intraoral impressions and clinical pictures will be taken, periodontal charts filled, and oral hygiene sessions conducted by trained hygienists. Two weeks later, during the second visit, patients will be reexamined to exclude any signs of inflammation. Membranes will be cut to a uniform size of 8*10 mm by an assistant prior to placement. They will be placed in a randomized mesiodistal order on the buccal mucosa, apical to the gingival margins of maxillary premolar and molar teeth (the future position will be evaluated on the intraoral scanned model). To fix the membranes, a vestibular sling suture without any perforation (PTFE 3/0) will be used. A light-cured periodontal dressing (Barricaid, Dentsply Caulk, Dentsply Int. Inc., York, PA, USA) will be placed on the buccal site to fix a knot and two other points on the membrane to fix it to the suture. Standard intraoral pictures will be taken. Patients will be instructed to avoid hard foods, brushing in the area of the membrane, and excessive movements to prevent dislocation of the structure. The same oral hygiene products will be provided to all patients.

Follow-up visits will be scheduled at 3, 7 and 10 days. At the 10-day follow-up clinical evaluation will be performed to assess any perforation. A set of pictures will be taken. Membranes integrity will be analyzed by two blinded examiners using a Scale.

研究设计

研究类型
Interventional
分配方式
Randomized
干预模型
Parallel
主要目的
Treatment
盲法
Triple (Participant, Care Provider, Outcomes Assessor)

入排标准

年龄范围
18 Years 至 —(Adult, Older Adult)
性别
All
接受健康志愿者

入选标准

  • ≥ 18 years old
  • Good overall health (ASA I or ASA II)
  • Good oral health

排除标准

  • Patients with gingival pathologies
  • Individuals with uncontrolled chronic diseases or immunocompromised.
  • Pregnant Patients
  • Patients who are currently breastfeeding

研究组 & 干预措施

Jason - OSSIX - BioMend

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane Jason MB GmbH Non-cross-linked (NCL) (Device)

Jason - OSSIX - BioMend

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane BioMend Extend Glutaraldehyde cross-linked (Device)

Jason - OSSIX - BioMend

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane OSSIX Agile Ribose cross-linked (RCL) (Device)

Jason - BioMend - OSSIX

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane Jason MB GmbH Non-cross-linked (NCL) (Device)

Jason - BioMend - OSSIX

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane BioMend Extend Glutaraldehyde cross-linked (Device)

Jason - BioMend - OSSIX

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane OSSIX Agile Ribose cross-linked (RCL) (Device)

OSSIX - Jason - BioMend

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane Jason MB GmbH Non-cross-linked (NCL) (Device)

OSSIX - Jason - BioMend

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane BioMend Extend Glutaraldehyde cross-linked (Device)

BioMend - OSSIX - Jason

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane BioMend Extend Glutaraldehyde cross-linked (Device)

BioMend - OSSIX - Jason

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane OSSIX Agile Ribose cross-linked (RCL) (Device)

BioMend - Jason - OSSIX

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane Jason MB GmbH Non-cross-linked (NCL) (Device)

OSSIX - Jason - BioMend

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane OSSIX Agile Ribose cross-linked (RCL) (Device)

OSSIX - BioMend - Jason

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane OSSIX Agile Ribose cross-linked (RCL) (Device)

OSSIX - BioMend - Jason

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane Jason MB GmbH Non-cross-linked (NCL) (Device)

OSSIX - BioMend - Jason

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane BioMend Extend Glutaraldehyde cross-linked (Device)

BioMend - OSSIX - Jason

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane Jason MB GmbH Non-cross-linked (NCL) (Device)

BioMend - Jason - OSSIX

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane BioMend Extend Glutaraldehyde cross-linked (Device)

BioMend - Jason - OSSIX

Active Comparator

Possible unique ordering of the 3 different membranes to which participants may be randomized

干预措施: Membrane OSSIX Agile Ribose cross-linked (RCL) (Device)

结局指标

主要结局

Degradation rates of three different collagen membranes simulating exposure to the oral environment.

时间窗: 10 days

Membrane integrity will be analyzed by two blinded examiners through photographs, using a scale from 0 to 5 where 0 means integrity and 5 represents complete resorption.

次要结局

  • Degradation rates of three different collagen membranes simulating exposure to the oral environment.(3 and 7 days)

研究者

发起方
Andrea Ravida
申办方类型
Other
责任方
Sponsor Investigator
主要研究者

Andrea Ravida

Assistant Professor and Program director

University of Pittsburgh

研究点 (1)

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