Orthopedic implants are increasing in global prevalence, with hundreds of thousands of
operations performed annually. However, a significant proportion of these operations …

Surface biofunctionalization aims to create cell-instructive surfaces that control the behavior
of cells and modulate cellular interactions by incorporating cell signaling moieties at the …

Surface functionalization of an implantable device with bioactive molecules can overcome
adverse biological responses by promoting specific local tissue integration. Bioactive …

Tuning the material properties in order to control the cellular behavior is an important issue
in tissue engineering. It is now well-established that the surface chemistry can affect cell …

Highly negatively charged particles were fabricated via an innovative plasma-assisted
approach for the removal of heavy metal ions. Thiophene plasma polymerization was used …

Surface bio‐engineering of polymeric nanoparticles (PNPs) has emerged as a cornerstone
in contemporary biomedical research, presenting a transformative avenue that can …

In the oral cavity, dental implants are exposed to an environment rich in various microbes
that can produce infectious biofilms on the implant surface. Here we report the development …

Prevention and treatment of biomaterial-associated infections (BAI) are imperative
requirements for the effective and long-lasting function of orthopedic implants. Surface …

Surface bio-functionalization through covalent attachment of bioactive molecules is a
promising approach to facilitate rapid bone-implant integration. Radical-rich plasma polymer …

Surface-functionalized polymeric nanoparticles have advanced the field of nanomedicine as
promising constructs for targeted delivery of molecular cargo as well as diagnostics and …