Chronic irradiation of hairless mice with UVB leads to elastosis as evidenced by both histologic means and an increase in skin desmosine content. Treatment with topical all-trans- or 13-cis-retinoic acid causes dose-dependent increments in the area of the dermal “repair zone”; skin desmosine content increases during irradiation but does not change significantly after irradiation is discontinued and retinoic acid treatment commenced. During the course of the irradiation the animals develop permanent wrinkles on the exposed dorsal surface, which can be recorded in plastic impressions. The extent of wrinkling can be quantitated and it has been demonstrated that topically applied retinoic acids lead to the complete effacement of these surface f...
To clarify the mechanism of long-term repetitive UVA irradiation in photoaging of the skin, we evalu...
Connective tissue alterations were induced in hairless mouse skin by ultraviolet (UV) irradiation. H...
All-trans retinoic acid (RA) has been shown to enhance subepidermal repair in photoaged hairless mic...
Chronic irradiation of hairless mice with UVB leads to elastosis as evidenced by both histologic mea...
The effects of all-trans retinoic acid(t-RA)on photodamaged and normal non-irradiated skin were exam...
The effects of all-trans retinoic acid(t-RA)on photodamaged and normal non-irradiated skin were exam...
Photodamaged connective tissue in animal and human skin is characterized by excessive accumulations ...
All-trans retinoic acid (RA) has been shown to enhance subepidermal repair in photoaged hairless mic...
Topically applied retinoic acids have been found to enhance the gene expression for collagen types I...
All-trans retinoic acid (tRA) was previously shown to be active in wrinkle reduction in the hairless...
UVA, in high-dose single exposures, can, like UVB, be deleterious to skin. Dermal damage resulting f...
To assess the ability of sunscreens to protect connective tissue from actinic damage, hairless mice ...
Chronic UV irradiation profoundly damages the dermis of human and animal skin. These alterations wer...
In clinical studies, the formation of facial wrinkles has been closely linked to the loss of elastic...
In clinical studies, the formation of facial wrinkles has been closely linked to the loss of elastic...
To clarify the mechanism of long-term repetitive UVA irradiation in photoaging of the skin, we evalu...
Connective tissue alterations were induced in hairless mouse skin by ultraviolet (UV) irradiation. H...
All-trans retinoic acid (RA) has been shown to enhance subepidermal repair in photoaged hairless mic...
Chronic irradiation of hairless mice with UVB leads to elastosis as evidenced by both histologic mea...
The effects of all-trans retinoic acid(t-RA)on photodamaged and normal non-irradiated skin were exam...
The effects of all-trans retinoic acid(t-RA)on photodamaged and normal non-irradiated skin were exam...
Photodamaged connective tissue in animal and human skin is characterized by excessive accumulations ...
All-trans retinoic acid (RA) has been shown to enhance subepidermal repair in photoaged hairless mic...
Topically applied retinoic acids have been found to enhance the gene expression for collagen types I...
All-trans retinoic acid (tRA) was previously shown to be active in wrinkle reduction in the hairless...
UVA, in high-dose single exposures, can, like UVB, be deleterious to skin. Dermal damage resulting f...
To assess the ability of sunscreens to protect connective tissue from actinic damage, hairless mice ...
Chronic UV irradiation profoundly damages the dermis of human and animal skin. These alterations wer...
In clinical studies, the formation of facial wrinkles has been closely linked to the loss of elastic...
In clinical studies, the formation of facial wrinkles has been closely linked to the loss of elastic...
To clarify the mechanism of long-term repetitive UVA irradiation in photoaging of the skin, we evalu...
Connective tissue alterations were induced in hairless mouse skin by ultraviolet (UV) irradiation. H...
All-trans retinoic acid (RA) has been shown to enhance subepidermal repair in photoaged hairless mic...