Mathematical models of epidermal and dermal transport, which includes transport of a solute through vehicle and various layers of the skin, metabolism in the skin and its subsequent distribution and clearance into systemic circulation from underlying tissues, play an essential role in development of topical and transdermal drug products and are reviewed in this chapter
Skin drug delivery can be subdivided into topical and transdermal administration. Transdermal admini...
Skin, separating the vital organs of a human body, is a desirable route for drug delivery. However, ...
© 2014 Springer Science+Business Media. Purpose: To develop in-silico model for predicting percutane...
Topical delivery to the various regions of the skin and underlying tissues, transdermal drug deliver...
Many drugs are presently delivered through the skin from products developed for topical and transder...
There is a significant hype in the medical sector for the transdermal administration of drugs as it ...
There is a significant hype in the medical sector for the transdermal administration of drugs as it ...
As the largest organ of the human body, the skin provides an exceptional heterogeneous interface to ...
The stratum corneum forms the outermost layer of the skin and is essentially a multilamellar lipid m...
In this work, a two-pathway mathematical model for transdermal drug delivery with iontophoresis is p...
Purpose:To model and interpret drug distribution in the dermis and underlying tissues after topical ...
A mathematical model is presented for the description of transdermal drug delivery from a matrix-typ...
The assessment of the follicular penetration of chemicals into the human skin is of high importance ...
Mathematical models of skin permeability play an important role in various fields including predictio...
Drugs have been applied to the skin to treat superficial disorders and for cosmetic purposes since a...
Skin drug delivery can be subdivided into topical and transdermal administration. Transdermal admini...
Skin, separating the vital organs of a human body, is a desirable route for drug delivery. However, ...
© 2014 Springer Science+Business Media. Purpose: To develop in-silico model for predicting percutane...
Topical delivery to the various regions of the skin and underlying tissues, transdermal drug deliver...
Many drugs are presently delivered through the skin from products developed for topical and transder...
There is a significant hype in the medical sector for the transdermal administration of drugs as it ...
There is a significant hype in the medical sector for the transdermal administration of drugs as it ...
As the largest organ of the human body, the skin provides an exceptional heterogeneous interface to ...
The stratum corneum forms the outermost layer of the skin and is essentially a multilamellar lipid m...
In this work, a two-pathway mathematical model for transdermal drug delivery with iontophoresis is p...
Purpose:To model and interpret drug distribution in the dermis and underlying tissues after topical ...
A mathematical model is presented for the description of transdermal drug delivery from a matrix-typ...
The assessment of the follicular penetration of chemicals into the human skin is of high importance ...
Mathematical models of skin permeability play an important role in various fields including predictio...
Drugs have been applied to the skin to treat superficial disorders and for cosmetic purposes since a...
Skin drug delivery can be subdivided into topical and transdermal administration. Transdermal admini...
Skin, separating the vital organs of a human body, is a desirable route for drug delivery. However, ...
© 2014 Springer Science+Business Media. Purpose: To develop in-silico model for predicting percutane...