Sentence examples for device for bone from inspiring English sources

Designed for use in a dental health care setting, we propose a method and device for bone mineral density (BMD) assessment using the middle phalanx of the 3rd digit as our anatomical measurement site.

In this paper, several experimental analyses have been performed, complemented by the use of Abaqus/CAE finite element analysis, in order to develop a high-power ultrasonic cutting device for bone surgery using a new configuration of cymbal transducer, which is optimised for operation at high displacement and high input power.

In this study, we introduce a new prototype ultrasonic cutting device for bone surgery based on a class V flextensional cymbal transducer, configured for use in power ultrasonics applications, which removes many of the geometrical restrictions on the cutting tip of Langevin-based transducers.

Hyodo et al. [30] have recently reported a traction cable device for bone segment transport in the canine femur using an interlocking intramedullary rod for fixation.

The purpose of this study was to verify the modeling accuracy of various products, and to produce custom-made devices for bone augmentation in individual patients requiring implantation.

We wanted to write this short final chapter on current challenges and future needs in biomaterials and devices for bone disorders based on our perspective after working in the field for over 15 years.

Although issues remain in designing a new generation of ceramic devices for bone replacement and regeneration, a personalized approach based on tissue engineering in association with the implementation and development of versatile additive manufacturing technologies appears very promising.

Sumida et al. investigated custom-made titanium devices for bone augmentation compared to conventional titanium meshes in 26 patients [15].

Several efforts to develop wireless sensing or telemetric devices for bone strain monitoring have been reported[7 16].

Its use in drug delivery applications has been explored in several fields, including therapeutic devices for bone and dental tissue engineering, coronary stent implants, and carriers for transplanted cells.

Because of their biocompatibility, they are commonly utilized to produce surgical fibers and devices for bone fracture internal fixation [ 1, 2].