Improving outpatient physical therapy by Driscoll, Joseph A., M. Eng. (Joseph Allen). Massachusetts Institute of Technology

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The design of an intelligent machine for upper-limb physical therapy by Charnnarong, Jain.

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Fabrication and characterization of beta-prototype MIT Manus : an intelligent machine for upper-limb physical therapy by Adebiyi, Debo A. (Debo Adebayo), 1973-

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A length-adjustable vacuum-powered artificial muscle for wearable physiotherapy assistance in infants by Gollob, Samuel Dutra, Mendoza, Mijaíl Jaén, Koo, Bon Ho Brandon, Centeno, Esteban, Vela, Emir A., Roche, Ellen T.

“…We then conducted a case study in infant physical therapy to demonstrate the capabilities of our actuator. …”
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Methods toward improved lower extremity rehabilitation by Cajigas González, Iahn, 1980-

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Design and Development of a Mobile Motion Capture Suite for Advancing Technology Adoption by Abdo, Hadeel

“…The current design of LabX enables quick customization, creating a robust foundation for broader applications in physical therapy education, in-home remote sensing, and other use cases.…”
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Hallowed hands by Ruppel, Emily (Emily C.)

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Recovery of 3D articulated motion from 2D correspondences by DiFranco, David Edward, 1977-

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Characterization and control of a robot for wrist rehabilitation by Celestino, James R. (James Richard)

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A bidirectional fabric-based soft robotic glove for hand function assistance in patients with chronic stroke by Lim, Daniel Y., Lai, Hwa-Sen, Yeow, Raye C.

“…Additionally, improvements in hand functions by physical therapy beyond six months after the initial onset of stroke are much slower than in the earlier months. …”
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A shoe-integrated sensor system for wireless gait analysis and real-time therapeutic feedback by Morris, Stacy J., 1974-

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Sensemble : a wireless inertial sensor system for the interactive dance and collective motion analysis by Aylward, Ryan P

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Stable, high-force, low-impedance robotic actuators for human-interactive machines by Buerger, Stephen Paul, 1976-

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A study of motor control in healthy subjects and in Parkinson's disease patients by Levy-Tzedek, Shelly

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Low-level laser therapy (808 nm) contributes to muscle regeneration and prevents fibrosis in rat tibialis anterior muscle after cryolesion by Assis, Lívia, Moretti, Ana Iochabel Soares, Abrahão, Thalita Balsamo, de Souza, Heraldo Possolo, Parizotto, Nivaldo Antonio, Hamblin, Michael R.

“…New therapies that could regulate fibrosis and favor muscle regeneration would be important for physical therapy. Low-level laser therapy (LLLT) has been studied for clinical treatment of skeletal muscle injuries and disorders, even though the molecular and cellular mechanisms have not yet been clarified. …”
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