Profile

David Margolis

Member of the Graduate Faculty | Assistant Professor, Physiology | Assistant Professor, Orthopaedic Surgery | Faculty Director, Vertically Integrated Projects | Assistant Professor, Biomedical Engineering

Orthopedic Surgery

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Overview

Research

TUCSON COLLABORATIVE COMMUNITY CARE REDUCES 911 CALL VOLUME IN TUCSON, AZ
2022·bachelors
RECOVERY FROM CIPROFLOXACIN INDUCED TENDINOPATHY
2021·bachelors

Technologies & Patents(4)

Force Sensing System for Surgical Self-Retaining Retractors
2023·Technology
Composite Filament for 3D Printing of Resorbable Bone Scaffolds
2022·Technology
Hybrid Filament Creation for 3D Printing of Resorbable Bone Scaffolds
2019·Technology
An Implantable Miniaturized and Soft Wireless Sensor to Monitor Tissue and Bone Deformation
2018·Technology

News(1)

Researchers Develop Ultra-Thin 'Computer on the Bone'
2021

People

Profile

David Margolis

Student Thesis/Dissertation(2)

TUCSON COLLABORATIVE COMMUNITY CARE REDUCES 911 CALL VOLUME IN TUCSON, AZ

RECOVERY FROM CIPROFLOXACIN INDUCED TENDINOPATHY

Technologies & Patents(4)

Force Sensing System for Surgical Self-Retaining Retractors

Composite Filament for 3D Printing of Resorbable Bone Scaffolds

Hybrid Filament Creation for 3D Printing of Resorbable Bone Scaffolds

An Implantable Miniaturized and Soft Wireless Sensor to Monitor Tissue and Bone Deformation

News(1)

Researchers Develop Ultra-Thin 'Computer on the Bone'

Profile

David Margolis

Student Thesis/Dissertation(2)

TUCSON COLLABORATIVE COMMUNITY CARE REDUCES 911 CALL VOLUME IN TUCSON, AZ

RECOVERY FROM CIPROFLOXACIN INDUCED TENDINOPATHY

Technologies & Patents(4)

Force Sensing System for Surgical Self-Retaining Retractors

Composite Filament for 3D Printing of Resorbable Bone Scaffolds

Hybrid Filament Creation for 3D Printing of Resorbable Bone Scaffolds

An Implantable Miniaturized and Soft Wireless Sensor to Monitor Tissue and Bone Deformation

News(1)

Researchers Develop Ultra-Thin 'Computer on the Bone'