Purpose The study's starting point is to find a low-cost and best-fit solution for comfortable
movement for a recreational runner with knee pain using an orthopedic device. It is a case …

The field of dentistry is witnessing a transformative surge in innovative materials, propelling
dentistry into the era of Dentistry 4.0. This chapter undertakes a comprehensive review of …

ABSTRACT 3D-printing enables fabricating insoles with locally variable mechanical
properties that can better redistribute plantar pressure by altering the mechanical structure …

The recent availability of a wide range of additively manufactured materials has facilitated
the translation from prototype-limited to application-ready 3D printed components. As such …

Background: Flatfoot deformity is a common condition in children and teenagers that may
increase the risk of knee, hip, and back pain. Most of the insoles suggested to treat flatfoot …

The study of the phenomena occurring in the plantar region is remarkably intriguing,
especially when performing a normal gait cycle where the foot is under loading conditions …

This work presents a proof-of-concept study on the use of additive manufacturing for
developing customised lattice topology insoles, with the aim of redistributing plantar …

Soft tissue simulants are materials designed to mimic the properties of human soft tissues,
and their emerging need is particularly evident in various fields such as medicine, surgery …

It was found in Indian apartments and residential flats, barefoot slips and falls are frequent.
Because of a lack of information about how to avert such accidents, they are frequently …

Introduction Hemiplegic gait is a mix of errors and compensatory movements that are
caused by those areas of the body that are still working. Proprioceptive input has been used …