Sentence examples for precise prosthetic from inspiring English sources

Instead of using plaster to create a messy and often inaccurate mold, doctors can now create a 3D model in minutes using a scanner, and print a precise prosthetic in just hours.

Alginate materials are considered unsuitable for precise fixed prosthetic rehabilitation due to their tendency to undergo spontaneous syneresis.

This challenges the possibility of precise naturalistic cortical prosthetic control in patient groups with peripheral disconnection.

Our results suggest that the recall of cortical motor commands is impoverished in the absence of kinaesthetic feedback, challenging the possibility of precise naturalistic cortical prosthetic control.

Early results (after one year) show the importance of the restoration of the normal mechanics of the hip joint by the preservation or the restoration of normal length of the femoral neck, the exact correction of anteversion, and the precise fit of the prosthetic head to the acetabulum.

Better understanding of physiological kinematics and anatomic relationships with reference to the ankle joint has allowed for improved prosthetic design and more precise surgical techniques, potentially creating promising superior clinical outcomes.

Prosthetic imaging was more precise with the CT scanner analysis, particularly the borders of the implant were easier to individualize.

Fried, S.I., Hsueh H.A., & Werblin F.S. (2006) A method for generating precise temporal patterns of retinal spiking using prosthetic stimulation.

These results challenge the notion that patients with disconnected neural pathways can still volitionally recall precise motor commands that could be decoded for naturalistic prosthetic control, and suggest that precise naturalistic prosthetic control requires a preserved sensorimotor feedback loop.

Electrical connections between nerves and a prosthetic device enable amputees to discern precise, graded sensory intensity ranging from light touch to intense pressure.

A major assumption of brain machine interface research is that patients with disconnected neural pathways can still volitionally recall precise motor commands that could be decoded for naturalistic prosthetic control.