Sentence examples for implantation provided from inspiring English sources

Electrochemical tests showed that anodic films with nickel ion implantation provided relatively higher corrosion resistance both in acidic and in basic solutions.

These concentrations may be expected to effectively decontaminate the prosthesis-related interfacial gap directly after implantation, provided that these bacteria are sensitive for gentamicin.

These concentrations may be expected to effectively decontaminate the prosthesis-related interfacial gap directly after implantation, provided that the bacteria are sensitive for gentamicin, but appeared insufficient to kill the gentamicin-resistant strain.

Additional posterior fixation after cage implantation provided superior biomechanical stability but increased the risk of neurological damage or damage to the muscle and ligament surrounding the spine from the additional posterior surgery.

These concentrations may be expected to effectively decontaminate the prosthesis-related interfacial gap directly after implantation, provided that these bacteria are sensitive for gentamicin, as a gentamicin-sensitive bacterium did not survive in the interfacial gap over a time period of 24 h, irrespective of the antibiotic-loaded bone cement involved.

Overall, the results of cochlear implantation provide evidence of the effectiveness of cochlear implant use in improving speech perception in OPA1-M pandents, and contribute to shedding light on the mechanisms and site of lesion of the primary degeneration affecting the auditory periphery.

Elastic deformation of press-fitted acetabular cups during implantation provides primary stability.

Carbon ion implantation provides an effective pre-treatment method for ta-C coated Ti-6Al-4V substrate material.

Additionally, it is shown that non-mass analyzed implantation provides similar performance as mass-analyzed implantation, yet at a much lower capital cost.

Identification of uterine molecules crucial to uterine receptivity and/or embryo implantation provides the opportunity to design a diagnostic screening toolkit for uterine receptivity or targeted drug discovery for treating implantation-based infertility.

This multidisciplinary engineering science attempts to meet the reparative and regenerative needs of tissues and organs based on the notion of design and fabrication of scaffolds- porous, three-dimensional "trellis-like" biomimetic structures that, on implantation, provide a viable environment to recuperate and regenerate damaged cells.