Implant biocompatibility - Implant Surfaces

Filter by
Categories
Tags
Authors
Show all

All
Uncategorized

All
Angiogenesis promotion
Antibacterial efficacy
Auditory prosthetics
Bacterial adhesion
Bioactive coatings
Biocompatibility
Biocompatibility Enhancement
Biodegradable coatings
Biointegration
Biointegration enhancement
Biomechanical Considerations
Biomimetic implant surfaces
Cardiovascular stents
Cell adhesion
Coating technologies
Cochlear implants
Controlled degradation
Controlled drug release
Cranial Implants
Custom cranial reconstruction implants
Dental bridges
Dental Implants
Friction reduction
Hip resurfacing implants
Implant biocompatibility
Implant Surfaces
Implantology applications
Maxillofacial implants
Nature-inspired design
Neural electrodes
Orthopedic implants
Orthopedic screws
Osseointegration
Osteointegration
Photocatalytic coatings
Plasma Treatment
Self-cleaning surfaces
Silver nanoparticle coatings
Soft Tissue Adhesion
Stimuli-responsive coatings
Surface coating techniques
Surface Coatings
Surface engineering
Surface functionalization
Surface microstructure
Surface Modification
Surface Roughness
Surface texturing techniques
Surface wettability
Titanium Implants
TMJ implants
Wear resistance
Wear-resistant coatings

All
A. Hakam

May 11, 2024

Published by A. Hakam on May 11, 2024

Unveiling the Role of Surface Microstructure in Controlling Bacterial Adhesion on Implants

Bacterial adhesion and biofilm formation on implant surfaces pose significant challenges in medical device applications. Understanding the intricate relationship between surface microstructure and bacterial adhesion is […]