The unique potential of stem cells to proliferate and differentiate into various types of tissues
has opened new doors of hope in the area of regenerative medicine. Nano technology is …

Publisher Summary This chapter elaborates the impact of nanotechnology on dental
implants. Recent studies have shown that nanometer-controlled surfaces have a great effect …

Recent advancements in engineering tools and techniques coupled with the extrapolation of
nanotechnology in the field of dentistry have rendered dental implant therapy as the most …

Stem cell-based regenerative medicine has become the most striking field in biomedicine.
Stem cell research in dental implant field has also been explored. This paper summarizes …

Nanotechnology can be employed in changing the implant surface chemistry and
topography which can in turn affect osteointegration, the most crucial aspect for implant …

New therapeutic approaches benefit from recent advances in stem cell biology and material
sciences. The combination of stem cells with sophisticated nanostructured materials and …

The emergence of nanotechnology within dental fields has sparked great interest in their
potential applications. This chapter focuses on the application of nanotechnology in dental …

The field of regenerative medicine has recently made marked advances in stem cell
research. Adult stem cells, called somatic or tissue stem cells that can only be differentiated …

The long‐term clinical success of dental implants is related to their early osseointegration.
This paper reviews the different steps of the interactions between biological fluids, cells …

With the increasing demand for advances in diagnosis and treatment modalities,
nanotechnology is being considered as a groundbreaking and viable research subject. This …