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We pride ourselves in an ‘outside-the-box’ approach to understanding the mechano-biological response of the knee joint and to developing innovative approaches to the clinically relevant problem of knee joint degeneration after injury. Our models span the spectrum from cells, to tissues, to joints and as such allow for a comprehensive study of the effect of injury and repair on joint tissue response.
The goal of Dr. Maher’s laboratory is to understand the relationship between knee joint contact mechanics and the biological response of articular cartilage and meniscus. This information is used to direct the development of implants, scaffolds, or modified surgical techniques to intervene in the degenerative process that occurs after injury. Her laboratory is currently developing biomaterials for joint restoration that can be used to treat young active patients with chondral or meniscal defects early in the course of the problem, thus delaying the need for a total joint replacement.
The Maher team has built multi-scale, multi-system models to help them understand how knee-specific factors affect joint contact mechanics and how injury affects the mechanics of the knee joint. They are using the models to assess the ability of scaffolds/ implants to restore pre-injury mechanics to the knee joint and to assess the ability of implants to integrate with the host tissue. One such implant for the treatment of cartilage defects is currently at an advanced level of pre-clinical testing, supported in part by the BioAccelerate NYC Program.
Our laboratory consists of mechanical engineers, biologists, chemical engineers and orthopaedic surgeons from the Sports Medicine Service. We have multidisciplinary collaborations with statisticians, and computational engineers which enable us to combine state-of-the-art cadaveric, computational, statistical, tissue explant and patient-based models.
Suzanne Maher, PhD, Associate Scientist & Laboratory Director
Ashley Pekmezian, BS
Research position available:
Post-doctoral fellowship in cadaveric simulator testing
Amy Lerner, PhD - University of Rochester
Tom Santner, PhD - The Ohio State University
Erin Leatherman, PhD - Kenyon College
Markus Wimmer, PhD - Rush University
Susan Chubinskaya, PhD - Rush University
Matthew Posner, PhD - United States Military Academy West Point
Funmi Adebayo, PhD, Assistant Dean of Inclusion and Diversity, University of Massachusetts at Amherst, MA
Aliza Allon, PhD, McKinsey and Company
Devon Charlton, MD, Medical Resident, Danbury Hospital
Kirsty Culley, PhD, Science Engagement Manager at Anglia Innovation Partnership LLP
Patrick Donnelly, PhD, School of Dental Medicine, University of Pittsburgh
Jordan Green, University of Chicago Medical School
Hongqiang Guo, PhD, Senior Data Scientist at GNS Healthcare
Horng-Chaung Hsu, MD, Professor and Chairman Department of Orthopaedic Surgery, China Medical University Hospital, Taichung, Taiwan.
Kiwon Joh, Co-Founder at Blocklink Ventures
Mehdi Khoshgoftar, PhD, Sr. Computational Material Scientist at ASML and Adjunct Assistant Scientist at HSS
Cathal Moran, Professor of Orthopaedics and Sports Medicine; Consultant Orthopaedic Surgeon, Sports Surgery Clinic, Ireland
Kenneth W Ng, PhD, Assistant Medical Director for Health Science Communications
Lorenzo Pio Serino, Development Scientist, Orthox, UL
Alexander Shields, BS, Full time student at Duke University
Hongsheng Wang, PhD, Hardware Engineer, Google Wearable Technologies
Florian Wanivenhaus, Balgrist University Hospital, Department of Orthopaedics, University of Zurich, Switzerland
Supansa Yodmuang, PhD, Assistant Scientist, University of Thailand
John Anderson, MD, Rothman Institute Orthopaedics
Asheesh Bedi, MD, Ann Arbor, Michigan
Nicole Belkin, Columbia Orthopaedics
Robert Brophy, MD, Washington University Physicians
Saddiq El-Amin, MD, PhD, Southern Illinois University School of Medicine
Sommer Hammoud, MD, Rothman Institute Orthopaedics
Ian Hutchinson, Albany Medical College
Aaron Krych, MD, The Mayo Clinic
Moira McCarthy, MD, Hospital for Special Surgery
Michael Suk, Chairman, Department of Orthopaedic Surgery, Geisinger
Steven Thornton, MD, Texas Orthopaedic Associates
Dean Wang, MD, University of California, Irvine
Dr. Mehdi Khoshgoftar is currently an Adjunct Assistant Scientist at HSS. Dr. Khoshgoftar has interests in multiscale mechanics of (bio)materials and (bio)structures. In particular, he is interested in computational biomechanics of the knee joint and soft orthopaedic tissues such as articular cartilage and meniscus. Dr. Khoshgoftar obtained his doctoral degree in Biomedical Engineering from Eindhoven University of Technology, Netherlands, in 2012 with Prof. Keita Ito and Dr. Rene van Donkelaar. His doctoral research focused on computer-aided tissue engineering of articular cartilage. Prior to joining Prof. Suzanne Maher’s lab at HSS, Dr. Khoshgoftar completed a Postdoctoral Fellowship at Radboud University (Nijmegen, Netherlands) with Prof. Nico Verdonschot. His research focused on the design and mechanical evaluation of anatomically shaped polycarbonate urethane total meniscus implant. Dr. Khoshgoftar has also worked as a patent engineer in a European patent organization, Deltapatents, in the Netherlands.