Drug class
Actinic Keratoses Agents
Actinic keratoses agents represent a functional therapeutic category of topical dermatologic medications and photosensitizers used primarily to treat actinic keratoses—precancerous skin lesions caused by chronic ultraviolet radiation exposure. Read more about Actinic Keratoses Agents
31 drugs in this class 26 manufacturers
Drugs in Actinic Keratoses Agents
CARAC (fluorouracil)
FLUOROURACIL
FLUOROURACIL
DICLOFENAC SODIUM
DICLOFENAC SODIUM
FLUOROURACIL
DICLOFENAC SODIUM
DICLOFENAC SODIUM
Actinic keratoses agents represent a functional therapeutic category of topical dermatologic medications and photosensitizers used primarily to treat actinic keratoses—precancerous skin lesions caused by chronic ultraviolet radiation exposure.
Rather than sharing a single chemical class, these agents work through diverse pharmacologic mechanisms, including antimetabolite inhibition of cellular proliferation, immune response modification, microtubule disruption, cyclooxygenase inhibition, and light-activated generation of cytotoxic reactive oxygen species.
Their central therapeutic role is to clear dysplastic epidermal lesions and reduce the long-term risk of malignant progression to cutaneous squamous cell carcinoma.
Select agents within this grouping are also approved for related dermatologic malignancies, such as superficial basal cell carcinoma.
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fda.gov
Actinic keratoses agents represent a functional therapeutic category of topical dermatologic medications and photosensitizers used primarily to treat actinic keratoses—precancerous skin lesions caused by chronic ultraviolet radiation exposure Their central therapeutic role is to clear dysplastic epidermal lesions and reduce the long-term risk of malignant progression to cutaneous squamous cell carcinoma
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orpdl.org
Actinic keratoses agents represent a functional therapeutic category of topical dermatologic medications and photosensitizers used primarily to treat actinic keratoses—precancerous skin lesions caused by chronic ultraviolet radiation exposure
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nih.gov
Rather than sharing a single chemical class, these agents work through diverse pharmacologic mechanisms, including antimetabolite inhibition of cellular proliferation, immune response modification, microtubule disruption, cyclooxygenase inhibition, and light-activated generation of cytotoxic reactive oxygen species
-
pharmacytimes.com
Rather than sharing a single chemical class, these agents work through diverse pharmacologic mechanisms, including antimetabolite inhibition of cellular proliferation, immune response modification, microtubule disruption, cyclooxygenase inhibition, and light-activated generation of cytotoxic reactive oxygen species Their central therapeutic role is to clear dysplastic epidermal lesions and reduce the long-term risk of malignant progression to cutaneous squamous cell carcinoma
-
nih.gov
Rather than sharing a single chemical class, these agents work through diverse pharmacologic mechanisms, including antimetabolite inhibition of cellular proliferation, immune response modification, microtubule disruption, cyclooxygenase inhibition, and light-activated generation of cytotoxic reactive oxygen species
-
nih.gov
Rather than sharing a single chemical class, these agents work through diverse pharmacologic mechanisms, including antimetabolite inhibition of cellular proliferation, immune response modification, microtubule disruption, cyclooxygenase inhibition, and light-activated generation of cytotoxic reactive oxygen species Select agents within this grouping are also approved for related dermatologic malignancies, such as superficial basal cell carcinoma
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