Orthopedics
Orthopedic devices, biomaterials, and other interventions play a significant role in addressing a range of musculoskeletal issues. IBEX Preclinical Research Inc. offers quality preclinical research and assessment of devices, biologics and surgical techniques, helping clients achieve objectives like biocompatibility, efficacy, and internal screening due diligence.
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Streamlined Orthopedic Preclinical Research Services
As an orthopedic device research company, your reputation and credibility in the market comes down to rigorous and trustworthy product testing. Ensuring your products meet all safety, efficacy, and regulatory standards is paramount. After we conduct the in-vivo testing of your product, we work with trusted partners who can assist in the biomechanical and histopathological phases of your research.
IBEX Preclinical Research Inc. is your trusted partner for quality orthopedic preclinical research. Veterinary surgeons have extensive experience with orthopedic research specialties such as osteoinductivity testing, long bone segmental defects, spine fusions, drill defects, and osteoarthritis models. Our expertise and commitment to quality healthcare ensures that we accurately replicate clinical scenarios and provide reliable results that reflect real-world conditions.
Get in touchOrthopedic Preclinical Research Service From IBEX
IBEX provides a collaborative environment where you can expect a high level of expertise, attention to detail, and comprehensive support throughout the preclinical research process.
Unlike many laboratories, all of our surgeries are conducted by a veterinarian specifically trained in preclinical research. This means complex procedures are executed with precision and consistency, ensuring reliable and reproducible results that reflect clinical conditions. We use advanced imaging technologies, like X-ray, CT, and MRI machines, to monitor osteoinductivity, bone healing, implant stability, and overall device performance. This capability allows us to support you from initial feasibility testing through regulatory submissions and post submission/approval phases into lot testing and quality assurance for your product.
Contact us today, and let us handle your orthopedic preclinical research for your next product.
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Our Service Process
Contact us today, and let us handle your orthopedic preclinical research for your next product.
- Study Design
- Protocol Development and Ethical Approval
- Surgical Preparation and Device Implantation
- In-vivo Monitoring and Data Collection
- Histopathological and Mechanical Testing
- Data Analysis and Report Generation
- Regulatory Submission Support
- Post-Study Review and Follow-Up
Why Work With IBEX
Extensive Expertise in Orthopedic Models
IBEX has over 20 years of experience conducting complex orthopedic studies, including osteoinductivity, spine fusions, long bone segmental defects, and drill defects.
Commitment to Ethical Standards and Animal Welfare
As an AAALAC-accredited facility, we are dedicated to maintaining the highest animal welfare standards and ethical research practices. This commitment ensures both the integrity of the data and adherence to ethical guidelines throughout the study process.
Customization and Flexibility in Study Design
We offer a high degree of flexibility in study design, allowing you to customize your research protocols based on specific device requirements and intended use for thorough evaluation.
Orthopedic Preclinical Research FAQs
What types of orthopedic devices can be evaluated in preclinical research?
Orthopedic devices tested in preclinical studies range from implants, such as screws, plates, and rods, to advanced biomaterials like osteoinductive bone grafts and scaffolds. These studies can also involve spinal implants, joint replacements, and lot release testing for bone regeneration products aimed at enhancing bone healing and integration.
What animal models are commonly used in orthopedic preclinical research?
Animal models for orthopedic research include rodents (rats and mice), rabbits, canines, sheep and goats. The choice of model depends on the type of study, such as bone defect models, spinal fusion studies, or long bone segmental defect evaluations.
What common endpoints do you evaluate in orthopedic studies?
Common endpoints include bone healing and integration, osteoinductivity, implant stability, mechanical strength, histological outcomes, and the overall safety and biocompatibility of the device or therapy.
How does IBEX Research ensure the quality and accuracy of orthopedic preclinical data?
Our team uses advanced data management systems and internal quality assurance review to adhere to strict regulatory guidelines to maintain the integrity and accuracy of trial data.
Preclinical Research Services
Find these additional services at IBEX:
Soft Tissue Surgery
Interventional and Minimally Invasive Procedures
Custom Procedures
Facility and Equipment
Physician Training
