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The Impact of Pathogenicity
Fungal Structure and Organization
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Acta action activity addition amino acids appears Aspergillus Bacteriol become Biochem Biol Biophys Botany branches carbon cell wall changes Chem chemical chromosomes common complex compounds concentration contain culture cycle cytochrome cytoplasm dehydrogenase demonstrated derived division effect electron enzyme et al evidence example extracts factor formation function fungal fungi fungus gene genetic glucose growing grown growth hyphae increase indicated induced inhibition involved isolated known latter light material mechanism medium membrane metabolism method mitochondria mutants mycelium Nature Neurospora Neurospora crassa niger nitrate nitrogen nuclear nuclei observed obtained occur organisms oxidation pathway Penicillium period phosphate Physiol plants possible present Press production protein radiation reaction reduced reported response rhythm Saccharomyces sexual reproduction shown similar species spores structure studies substances suggested synthesis temperature tion transport utilization various yeast York