Research
Research
Embedded Files
Dissertation Research
Dissertation Research
Characterizing Foot Morphology and Function in Genetic Subtypes of Charcot-Marie-Tooth Disease
Characterizing Foot Morphology and Function in Genetic Subtypes of Charcot-Marie-Tooth Disease
My dissertation research focuses on computational modeling of bone, muscle, and nerve morphology in individuals with Charcot-Marie-Tooth Disease. I am using multiple modalities of medical imaging along with statistical shape modeling to mathematically describe differences between genetic subtypes of CMT.
Undergraduate and Medical School Research
Undergraduate and Medical School Research
Lisfranc Bone Density and Morphology
Lisfranc Bone Density and Morphology
University of Utah Orthopaedic Research Laboratory
University of Utah Orthopaedic Research Laboratory
Designed semi-automatic micro-CT segmentation methods and used those to examine bone mineral density patterns and articular surface morphology in the Lisfranc complex
Hindfoot and Midfoot Bone Viscoelasticity
Hindfoot and Midfoot Bone Viscoelasticity
University of Arizona Human Movement and Biomechanics Lab
University of Arizona Human Movement and Biomechanics Lab
Studying compression maintenance over time in response to different types of screws and fixation devices, insertion torque, and screw retightening in cadaveric models for midfoot and hindfoot fusion
Playing-Related Pain in Musicians
Playing-Related Pain in Musicians
Fred Fox School of Music and UArizona Orthopaedic Surgery
Fred Fox School of Music and UArizona Orthopaedic Surgery
Honors thesis project using motion capture biomechanics patient reported outcomes to study musician movement and playing-related pain
Osseointegration Biomechanics
Osseointegration Biomechanics
Walter Reed National Military Medical Center - Extremity Trauma and Amputation Center of Excellence
Walter Reed National Military Medical Center - Extremity Trauma and Amputation Center of Excellence
Studied biomechanics and functional outcomes of transfemoral osseointegration as part of the National Institutes of Health Biomedical Engineering Summer Internship Program
Distal Tibia Osteotomy Guide
Distal Tibia Osteotomy Guide
Paragon 28 sponsored senior design project with the University of Arizona College of Engineering
Paragon 28 sponsored senior design project with the University of Arizona College of Engineering
Designed and tested a surgical guide for distal tibial osteotomies with uniplanar and biplanar functionality that won the 2020 Engineering Design Day Competition
Percutaneous Hip Pin Placement Guide
Percutaneous Hip Pin Placement Guide
University of Arizona Human Movement and Biomechanics Lab
University of Arizona Human Movement and Biomechanics Lab
Tested and made design modifications on a surgical guide for intertrochanteric fracture reduction that decouples the degrees of freedom in the hip to allow better ourcomes with minimally invasive surgery
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