The monofunctional furocoumarins, the 6-methylangelicins, were tested for their antiproliferative activity with various animal models and for genotoxicity in micro-organisms and in mammalian cells. The most active compound was 6,4,4'-trimethylangelicin, which showed a high antiproliferative effect and reduced genotoxicity in comparison with 8-methoxypsoralen (8-MOP). Some of these compounds were also tested clinically by topical application on 17 patients with psoriasis. They appeared to be more active than 8-MOP in clearing psoriasis without inducing skin phototoxicity. The methylangelicins also caused skin pigmentatio
In an investigation to find monofunctional reactants for DNA which can act as new agents in the phot...
New bioisoters of psoralen, obtained by replacing carbon 8 of the central benzene ring with a nitrog...
BACKGROUND. Furocoumarins are natural and synthetic compounds with high chemotherapeutic potency und...
The possible presence of methylpsoralens as undesired inquinants in synthetic methylangelicins has b...
Three derivatives of angelicin (1) [4′-methyl-, 4,4′-dimethyl-, and 4′,5-dimethylangelicin (2a-c)] h...
The interactions both in the ground and in the excited state between various methylangelicins, previ...
The photobiological properties of a series of pyranocoumarin derivatives having linear (xanthyletine...
The molecular basis for the clinically observed differences in the skin photosensitizing activity an...
The photobiological activity of a series of psoralen isosters carrying a nitrogen atom at 8 position...
With the aim of obtaining new agents for the photochemotherapy of psoriasis, we have prepared monofu...
The in vitro antiproliferative activity and in vivo phototoxicity of some methyl derivatives of 5-me...
A number of new tetracyclic psoralen derivatives were studied. The fourth ring is constituted by cy...
Furocoumarins comprise natural and synthetic compounds: linear molecules, so called psoralens, and t...
Photosensitizers are used in the treatment of epidermal proliferation and differentiation disorders ...
Linear furocoumarins, also known as psoralens, are clinically useful photo-activated pharmaceuticals...
In an investigation to find monofunctional reactants for DNA which can act as new agents in the phot...
New bioisoters of psoralen, obtained by replacing carbon 8 of the central benzene ring with a nitrog...
BACKGROUND. Furocoumarins are natural and synthetic compounds with high chemotherapeutic potency und...
The possible presence of methylpsoralens as undesired inquinants in synthetic methylangelicins has b...
Three derivatives of angelicin (1) [4′-methyl-, 4,4′-dimethyl-, and 4′,5-dimethylangelicin (2a-c)] h...
The interactions both in the ground and in the excited state between various methylangelicins, previ...
The photobiological properties of a series of pyranocoumarin derivatives having linear (xanthyletine...
The molecular basis for the clinically observed differences in the skin photosensitizing activity an...
The photobiological activity of a series of psoralen isosters carrying a nitrogen atom at 8 position...
With the aim of obtaining new agents for the photochemotherapy of psoriasis, we have prepared monofu...
The in vitro antiproliferative activity and in vivo phototoxicity of some methyl derivatives of 5-me...
A number of new tetracyclic psoralen derivatives were studied. The fourth ring is constituted by cy...
Furocoumarins comprise natural and synthetic compounds: linear molecules, so called psoralens, and t...
Photosensitizers are used in the treatment of epidermal proliferation and differentiation disorders ...
Linear furocoumarins, also known as psoralens, are clinically useful photo-activated pharmaceuticals...
In an investigation to find monofunctional reactants for DNA which can act as new agents in the phot...
New bioisoters of psoralen, obtained by replacing carbon 8 of the central benzene ring with a nitrog...
BACKGROUND. Furocoumarins are natural and synthetic compounds with high chemotherapeutic potency und...