. Development of cytochemical methods for the study of ascospore wall biogenesis and maturation. Ascomycetes; Ascospores; Fungi. '^. 104 <::.. ^jH i Figure LFA labeling on A. sphaerospora. A) on an ascospore (1/80 lectin dilution); B) on an ascospore (1/40 lectin dilution); C) sugar negative control (1/80 lectin dilution) on an ascospore. Con A Con A labeling on A. sphaerospora was different than for the previous lectins. In this case the lectin labeled the ascospore walls strongly (fig. A-C) and an inner layer of vegetative cell walls or the plasma membrane of these cells (fig. 5.
. Development of cytochemical methods for the study of ascospore wall biogenesis and maturation. Ascomycetes; Ascospores; Fungi. '^. 104 <::.. ^jH i Figure LFA labeling on A. sphaerospora. A) on an ascospore (1/80 lectin dilution); B) on an ascospore (1/40 lectin dilution); C) sugar negative control (1/80 lectin dilution) on an ascospore. Con A Con A labeling on A. sphaerospora was different than for the previous lectins. In this case the lectin labeled the ascospore walls strongly (fig. A-C) and an inner layer of vegetative cell walls or the plasma membrane of these cells (fig. & OB) and a similar area on the ascus walls (fig. A), but nothing more on these later wall systems (figs. & D, and A & B). Electron transparent areas within vegetative cells and asci were labeled when higher concentrations of the lectin were used (fig. ).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Lusk, Demaris
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Keywords: ., bookcentury1900, bookco, booksubjectascomycetes, booksubjectfungi
