The maximum flux of solutes penetrating the epidermis has been known to depend predominantly on solute molecular weight. Here we sought to establish the mechanistic dependence of maximum flux on other solute physicochemical parameters
At normal conditions there is a substantial water gradient over the skin as it separates the water-r...
PURPOSE: The purpose of this work was to assess the molecular properties that influence solute perme...
1. Drug delivery through the skin has been used to target the epidermis, dermis and deeper tissues a...
One of the most important determinants of dermatological and systemic penetration after topical appl...
One of the most important determinants of dermatological and systemic penetration after topical appl...
In principle, maximum transepidermal fluxes of solutes should be similar for different vehicles, exc...
In this study, we present a modeling study on the prediction of transdermal permeability of both hyd...
The effect of solute molecular size on iontophoresis across excised human skin has been investigated...
The skin permeability (Kp) defines the rate of a chemical penetrating across the stratum corneum. Th...
The solubilities of theophylline in, and fluxes through skin from, isopropyl myristate, octanol, dim...
Understanding the permeation of hydrophilic molecules is of relevance to many applications including...
This study sought to examine the extent the ionic mobility-pore model, used to describe epidermal io...
The effect of dermal clearance on epidermal concentrations of topically applied drugs is poorly unde...
At normal conditions there is a substantial water gradient over the skin as it separates the water-...
The outermost layer of skin (i.e., the stratum corneum, SC) is the interface that separates the wate...
At normal conditions there is a substantial water gradient over the skin as it separates the water-r...
PURPOSE: The purpose of this work was to assess the molecular properties that influence solute perme...
1. Drug delivery through the skin has been used to target the epidermis, dermis and deeper tissues a...
One of the most important determinants of dermatological and systemic penetration after topical appl...
One of the most important determinants of dermatological and systemic penetration after topical appl...
In principle, maximum transepidermal fluxes of solutes should be similar for different vehicles, exc...
In this study, we present a modeling study on the prediction of transdermal permeability of both hyd...
The effect of solute molecular size on iontophoresis across excised human skin has been investigated...
The skin permeability (Kp) defines the rate of a chemical penetrating across the stratum corneum. Th...
The solubilities of theophylline in, and fluxes through skin from, isopropyl myristate, octanol, dim...
Understanding the permeation of hydrophilic molecules is of relevance to many applications including...
This study sought to examine the extent the ionic mobility-pore model, used to describe epidermal io...
The effect of dermal clearance on epidermal concentrations of topically applied drugs is poorly unde...
At normal conditions there is a substantial water gradient over the skin as it separates the water-...
The outermost layer of skin (i.e., the stratum corneum, SC) is the interface that separates the wate...
At normal conditions there is a substantial water gradient over the skin as it separates the water-r...
PURPOSE: The purpose of this work was to assess the molecular properties that influence solute perme...
1. Drug delivery through the skin has been used to target the epidermis, dermis and deeper tissues a...