CammELTowersGHNMitchellJC: 1975, UV-mediated antibiotic activity of some Compositae species. Phytochemistry14:2007–2011.
2.
DanielsF: 1965, A simple microbiological method for demonstrating phototoxic compounds. J Invest Dermatol44:259–263.
3.
IsonAEDavisCM: 1969, Phototoxicity of quinoline methanols and other drugs in mice and yeast. J Invest Dermatol52: 193–198.
4.
KaganJGabrielR: 1980, Candida utilis as a convenient and safe substitute for the pathogenic yeast C. albicans in Daniels' phototoxicity test. Experientia36:587–588.
5.
KavliGVoldenG: 1984, The Candida test for phototoxicity. Photodermatology1:204–207.
6.
KnoxJPSamuelsRIDodgeAD: 1987, Photodynamic action of hypericin. In: Light-activated pesticides, ed. HeitzJRDownumRR, pp. 265–270. American Chemical Society, Washington, DC.
7.
KnudsenEA: 1983, Seasonal variation in the content of phototoxic compounds in giant hogweed. Contact Dermatitis9: 281–284.
8.
RoweLDNormanJOCorrierDE: 1987, Photosensitization of cattle in southeast Texas: Identification of phototoxic activity associated with Cooperia pedunculata. Am J Vet Res48:1658–1661.
9.
TowersGHNChampagneDE: 1987, Fungicidal activity of naturally occurring photosensitizers. In: Light-activated pesticides, ed. HeitzJRDownumKR, pp. 231–240. American Chemical Society, Washington, DC.
10.
WatCJohnsTTowersGHN: 1980, Phototoxic and antibiotic activities of plants of the Asteraceae used in folk medicine. J Ethnopharmacol2:279–290.
11.
WeinbergEHSpringerST: 1981, The evaluation in vitro of fragrance materials for phototoxic activity. J Soc Cosmet Chem32:303–316.
12.
ZaynounST: 1978, The quantitative analysis of bergapten in perfumes. J Soc Cosmet Chem29:247–263.