Transdermal drug delivery has given cardinal contribution to medical practices. First-
generation transdermal delivery of small, lipophilic, low-dose drugs and second-generation …

Nanostructured lipid carriers (NLCs) were employed to formulate a lipophilic drug into
hydrophilic polymeric microneedles (MNs). Hyaluronic acid (HA) was selected as a …

Although fat grafts are considered the ideal soft-tissue fillers, the main concern dealing with
this technique is not being able to predict long-term graft survival due to high absorption …

Silicon microneedle patches were investigated, alone or in combination with lipid
microparticles (LMs), as a system to improve the in vitro skin penetration of the antioxidant …

The objective of the present work was to investigate the effects of 3 combinatorial techniques
(microneedle (MN), electroporation (EP), and sonophoresis (SN)) on the in vitro skin …

Introduction: The application of nanotechnologies to the cancer field for therapeutic, imaging
or diagnostic purposes represents an advanced and very attractive approach to overcome …

A systematic study was undertaken to gain more insight into the mechanism of transdermal
delivery of nanoencapsulated model dyes across microneedle (MN)-treated skin, a complex …

The buccal mucosa (inner cheek) is an attractive site for delivery of immunotherapeutics,
due to its ease of access and rich antigen presenting cell (APC) distribution. However, to …

We demonstrated previously that low-level diode laser irradiation with an indocyanine green-
loaded nanosphere coated with chitosan (ICG-Nano/c) had an antimicrobial effect, and thus …

The synthesis of novel fluorescent materials represents a very important step to obtain
labeled nanoformulations in order to evaluate their biological behavior. The strategy of …