We're located in the heart of Chicago, Illinois
PHILIPPINE GLOBAL ORTHOPAEDICS COLLABORATIVE
We bridge excellent Filipino orthopedic surgeons to world-class research through our state-of-the-art laboratory, exceptional mentorship, and a collaborative global network.
Collaborate
With Us
Whether you have a groundbreaking idea, a passion for research, or a vision for the future of orthopedics, our team is here to collaborate and help bring it to life.
Explore Our Research
Discover how our laboratory drives groundbreaking orthopedic discoveries—get involved and be part of the innovation!
Who We Are
We’re U.S. orthopedic surgeons, international research fellows, and Chicago-based scientists united by a passion for innovation. Excited to meet you!
Our Medical Researchers
Meet Your A-Team
Professor Farid Amirouche
Director of Orthopedic Research
University of Illinois Chicago
Department of Orthopaedics
Dr. Roma Fe Mabanag, MD
Postdoctoral Research Fellow
University of Illinois Chicago
Medical School: San Beda University, Philippines
Dr. Majd Mzeihem, MD
Postdoctoral Research Fellow
University of Illinois Chicago
Medical School: American University of Beirut
State-of the-Art Laboratory
Leading Technology and Innovation
We use advanced tools, imaging, and computer modeling to study musculoskeletal mechanics, implant performance, and patient-specific motion, cadaveric studies, combining simulations with experimental validation for clinical insight.
Exceptional Mentorship
Learning from World-Class Experts
Our team provides hands-on mentorship from experienced surgeons, researchers, and engineers—offering personalized guidance, collaborative learning, and career-shaping opportunities for future leaders in orthopedic science.
Global Spotlight
Share your work with the world
Collaborating with us gives you opportunities to publish in leading journals, present at international conferences, and contribute to the global conversation on orthopedic research and innovation.
Research Focus
Our research on joint mechanics integrates laboratory experiments, motion analysis, and computer simulations. We are currently focused on clinically relevant studies involving the spine, shoulder, hip, and knee, addressing a wide range of challenges within musculoskeletal biomechanics.
Joint Restoration
Total Joints Arthroplasty
Cartilage Regeneration
Knee Repair
Patellar Instability
Knee Balancing Kinematics/Kinetics
with Soft Tissue
Spine Deformities
Shoulder Injury
Rotator Cuff Repair
Upper Extremity
Biomechanics
Computer Navigation
Sports Medicine
Load frames, MTS and Instron Machine
We use advanced load frames to test materials and human tissue with high precision in force and displacement.
Motion Tracking, and TekScan Mapping
We can capture real-time 3D motion with markers at up to 1000 fps, and map out pressure.
Bio 3D printer, Dr. INVIVO 4D2
We are able to print freeform cell suspensions, hydrogels, thermoplastic filaments, and other materials.
Load frames, MTS and Instron Machine
We use advanced load frames to test materials and human tissue with high precision in force and displacement.
Motion Tracking, and TekScan Mapping
We can capture real-time 3D motion with markers at up to 1000 fps, and map out pressure.
Bio 3D printer, Dr. INVIVO 4D2
We are able to print freeform cell suspensions, hydrogels, thermoplastic filaments, and other materials.
