Background Ablative fractional lasers enhance uptake of topical therapeutics and the
concept of fractional laser-assisted drug delivery has now been taken into clinical practice …

Background Topically applied drugs have a relatively low cutaneous bioavailability.
Objective This article reviews the existing applications of laser assisted drug delivery, a …

Despite exciting advances in gene editing, the efficient delivery of genetic tools to
extrahepatic tissues remains challenging. This holds particularly true for the skin, which …

Purpose Most methods to increase transdermal drug delivery focus on increasing stratum
corneum permeability, without addressing the need to increase permeability of viable …

Traditionally, the skin is considered as a protective barrier which acts as a highly
impermeable region of the human body. But in recent times, it is recognized as a specialized …

Advances in materials science and bionanotechnology have allowed the refinements of
current drug delivery systems, expected to facilitate the development of personalized …

In the decade since their advent, ablative fractional lasers have emerged as powerful tools
to enhance drug delivery to and through the skin. Effective and highly customizable, laser …

A photothermal ablation‐enhanced transdermal drug delivery methodology is developed
based on hollow copper sulfide nanoparticles (HCuSNPs) with intense photothermal …

Nanotechnology has opened new vistas in nano drug formulation and fabrication. In the
market many different types of nano drugs are now available, which are not only much safer …

Introduction: Using lasers can be an effective drug permeation-enhancement approach for
facilitating drug delivery into or across the skin. The controlled disruption and ablation of the …