N. H. Andersen; St. F. Brady; C. M. Harris; Th. M. Harris; E. Hecker; K. B. Hindley; D. N. McGregor; J. A. Marshall; Rob Springer Verlag GmbH (2011) Pehmeäkantinen kirja
W. R. T. Darwall; K. G. Smith; D. J. Allen; R. A. Holland; I. J. Harrison; E. G. E. Brooks Union Internationale pour la Conservation de la Nature et de ses Ressources,Switzerland (2011) Pehmeäkantinen kirja
E. Owen; T. Smith; M. A. Steele; S. Anderson; A. J. Duncan; M. Herrero; J.D. Leaver; C.K. Reynolds; J.I. Richards; Ku-v 5m Publishing (2004) Pehmeäkantinen kirja
Spencer D. Wade; Caroline M. Sawicki; Megann K. Smiley; Michael A. Cuddy; Steven Vukas; Paul J. Schwartz John Wiley & Sons Inc (2024) Pehmeäkantinen kirja
N. H. Andersen; St. F. Brady; C. M. Harris; M. Harris; E. Hecker; K. B. Hindley; D. N. McGregor; J. A. Marshall; Roberts Springer Verlag GmbH (1974) Kovakantinen kirja
Maureen K. Day; James C. Cavendish; Paul M. Perl; Michele Dillon; Mary L. Gautier; William V. D'Antonio New York University Press (2025) Pehmeäkantinen kirja
N. N. Dutta; F. Hammar; D. Haralampidis; N. G. Karanth; S. H. Krishna; G. Kunze; A. König; E. Nagy; R. Orlich; Osbourn Springer-Verlag Berlin and Heidelberg GmbH & Co. KG (2010) Pehmeäkantinen kirja
Melissa A. Bailey; Matthew C. Cooper; Frank D. Davis; William K. Doran; John B. Flood; Margaret S. Lopez; John F. Martin Rowman & Littlefield (2016) Kovakantinen kirja
Maureen K. Day; James C. Cavendish; Paul M. Perl; Michele Dillon; Mary L. Gautier; William V. D'Antonio New York University Press (2025) Kovakantinen kirja
K P Herrmann; D R S Talbot; O B Pedersen; I M Mihovsky; Konstantin Z Markov; V M Levin; S K Kanaun; B Johannesson; Jeuli World Scientific Publishing Co Pte Ltd (1994) Kovakantinen kirja
J K M Aps; M De Bruyne; R Jacobs; H S Brand; N D'Hondt; H Ghaeminia; A E Gerritsen; L Witteman; B Kreps; Kruijt Spanjer Bohn Stafleu Van Loghum (2015) Kovakantinen kirja
K. Biemann; N.K. Boardman; B. Breyer; S. P. Burg; W. L. Butler; D.J. David; P. S. Davis; A. E. Dimond; A. C Hildebrandt Springer-Verlag Berlin and Heidelberg GmbH & Co. KG (1962) Kovakantinen kirja
The verrucarins and roridins are secondary metabolites of the soil fungi Myrothecium verrucaria (Albertini et Schweinitz) Ditmar ex Fries and Myrothecium roridum Tode ex Fries. The species Myrothecium belongs to the fungi imperfecti, order of Moniliales, family Tubercularia- ceae (30, 17, 32). The distinction between these and other closely related fungal species is difficult. It has been studied and discussed by various authors (82, 16, 55, 75, 62, 43). Myrothecium species are parasitic on leaves of Gardenia, tomatoes, violets, kidney beans, snapdragons and other common plants. They are also found on decaying tissue and in soil. It was known earlier that cultures of the two species mentioned exhibit cellulolytic properties due to the presence of a very active cellulase which was used for the treatment of cellulose during the production of textiles [for leading references see (42, 66)]. The first investigation of the secondary metabolites of these micro- organisms was carried out by BRIAN and MCGOWAN (16). They isolated a crystalline compound, designated as glutinosin and assigned the formula C4sH60016, from cultures of Metarrhizium glutinosum S. Pope, which in fact is a Myrothecium species (82, 55). Glutinosin exhibited anti- fungal activity. Eight years later BOWDEN and SCHANTZ (14) described the isolation and characterization of a dermatitic or skinirritating crystal- line compound melting at 38 , and possessing the formula C H 04, 1s 22 from culture filtrates of Myrothecium verrucaria. They suspected the presence of additional biologically active substances.