Archive image from page 110 of Development of cytochemical methods for. Development of cytochemical methods for the study of ascospore wall biogenesis and maturation . developmentofcyt00lusk Year: 1991 101 7 . 1 -â Figure WGA labeling on P. niqrella. A) lower region of ascus with ascospore; B) ascus apex; C) buffer negative control. i. . paraphysis walls but did label vegetative cells in the excipular layers below the hypothecium (fig. & C). Paraphyses were not labeled with WGA either. In both species the WGA labeling was increased with what should have been the sugar negative co
Archive image from page 110 of Development of cytochemical methods for. Development of cytochemical methods for the study of ascospore wall biogenesis and maturation . developmentofcyt00lusk Year: 1991 101 7 . 1 -â Figure WGA labeling on P. niqrella. A) lower region of ascus with ascospore; B) ascus apex; C) buffer negative control. i. . paraphysis walls but did label vegetative cells in the excipular layers below the hypothecium (fig. & C). Paraphyses were not labeled with WGA either. In both species the WGA labeling was increased with what should have been the sugar negative control (fig. 5-5). EY Labs provided N-acetylglucosamine for this purpose. No other negative control was immediately available and therefore none was tried. In addition to specific labeling of the ascus walls, GS-II lectin also specifically labeled electron transparent areas within both the ascus and vegetative cells (fig. ).
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Keywords: 1990, 1991, archive, ascomycetes, ascospores, book, bookauthor, bookdecade, booksponsor, booksubject, bookyear, drawing, fungi, historical, history, illustration, image, lusk_demaris_e_, page, picture, print, reference, university_of_florida_george_a_smathers_libraries_wi, vintage
