Important advances have been made within the past several years in understanding diseases at the molecular and cellular levels, which may enable the application of somatic gene therapy to a wide variety of genetic and acquired diseases. The initial clinical trials involving somatic gene therapy have demonstrated that gene transfer into human subjects can be performed safely and with public acceptance. This review focuses on use of the epidermis as a target tissue for gene therapy and assesses various delivery systems for both ex vivo and in vivo approaches. In addition, we discuss candidate diseases that may be amenable to epidermal gene therapy and the advantages of employing transgenic mouse model systems to test the efficacy of a given g...
Background: Transgenic animals have greatly enhanced our understanding of the contribution of variou...
Ex vivo gene therapy is one of the current strategies being tested to treat genodermatoses such as e...
Direct transfer of new genetic information to keratinocytes in epidermis may prove effective in trea...
Important advances have been made within the past several years in understanding diseases at the mol...
Important advances have been made within the past several years in understanding diseases at the mol...
Efficient gene transfer with extended gene expression is essential for successful treatment of skin ...
To try epidermis as a target for somatic gene therapy we studied transfected primary human keratinoc...
Human epidermis consists of a stratified epithelium mainly composed of keratinocytes and relies on a...
For long-term cutaneous gene therapy, the therapeutic gene must be targeted to stem cells and be sta...
Abstract:In the last 20 years epidermal stem cells have been extensively used for tissue regeneratio...
Genetic mutations affecting the capacity of basal keratinocytes to adhere firmly to the underneath d...
The introduction and expression of exogenous genetic material in cultured cells has provided a power...
Dominant mutations that interfere with the assembly of keratin filaments cause painful and disfiguri...
Stable and safe corrective gene transfer in stem keratinocytes is necessary for ensuring success in ...
Junctional epidermolysis bullosa (JEB) is a group of severe, inherited skin diseases caused by mutat...
Background: Transgenic animals have greatly enhanced our understanding of the contribution of variou...
Ex vivo gene therapy is one of the current strategies being tested to treat genodermatoses such as e...
Direct transfer of new genetic information to keratinocytes in epidermis may prove effective in trea...
Important advances have been made within the past several years in understanding diseases at the mol...
Important advances have been made within the past several years in understanding diseases at the mol...
Efficient gene transfer with extended gene expression is essential for successful treatment of skin ...
To try epidermis as a target for somatic gene therapy we studied transfected primary human keratinoc...
Human epidermis consists of a stratified epithelium mainly composed of keratinocytes and relies on a...
For long-term cutaneous gene therapy, the therapeutic gene must be targeted to stem cells and be sta...
Abstract:In the last 20 years epidermal stem cells have been extensively used for tissue regeneratio...
Genetic mutations affecting the capacity of basal keratinocytes to adhere firmly to the underneath d...
The introduction and expression of exogenous genetic material in cultured cells has provided a power...
Dominant mutations that interfere with the assembly of keratin filaments cause painful and disfiguri...
Stable and safe corrective gene transfer in stem keratinocytes is necessary for ensuring success in ...
Junctional epidermolysis bullosa (JEB) is a group of severe, inherited skin diseases caused by mutat...
Background: Transgenic animals have greatly enhanced our understanding of the contribution of variou...
Ex vivo gene therapy is one of the current strategies being tested to treat genodermatoses such as e...
Direct transfer of new genetic information to keratinocytes in epidermis may prove effective in trea...