Results 151 to 160 of about 182,862 (296)
Genetic Recombination without Sexual Reproduction in Aspergillus niger
G. Pontecorvo, J. A. Roper, Emma Forbes
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High biological activity of pyridazine carboxamides against a wide range of Ascomycetes led to identification of a new biochemical target for agrochemical fungicides – serine palmitoyl transferase. Abstract BACKGROUND Plant pathogens pose a significant threat to global agriculture and, thus to world food supplies, requiring the development of ...
Lionel Nicolas+13 more
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Whole-genome assembly of <i>Aspergillus toxicus</i> and <i>Aspergillus texensis</i>. [PDF]
Byrne AQ, Legan AW, Callicott KA.
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TRACER EXPERIMENTS ON THE MECHANISM OF CITRIC ACID FORMATION BY ASPERGILLUS NIGER
W. W. Cleland, Marvin J. Johnson
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The mechanism of the formation of organic acids by mould fungi. 5. The influence of arsenite on Aspergillus niger [PDF]
M. I. D. Chughtai, T. K. Walker
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Soils amended with chitin or black soldier fly larvae (BSFL) frass reduced Fusarium oxysporum f. sp. lactucae propagules compared to non‐amended soil. Changes observed in microbial communities could be involved. Abstract BACKGROUND Organic soil amendments rich in chitin have demonstrated significant potential promoting suppressive soils.
Paloma Hernández‐Muñiz+3 more
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Aspergillus aortitis in a patient presenting with bilateral acute lower limb ischemia. [PDF]
Metwalli E, Warwick R, Al Shakarchi J.
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Isolation of a Phosphorus-rich Substance of High Molecular Weight from Aspergillus niger. [PDF]
B. Ingelman, Franz Limborg
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Evaluation of electrolyzed water to control fungal trunk pathogens in grapevine nurseries
Electrolyzed water treatments could have promising applications in the grapevine nursery process to prevent or reduce infections caused by fungal trunk pathogens on grapevine propagation material. Abstract BACKGROUND Grapevine producers demand solutions to control fungal trunk pathogens (FTPs) in nurseries.
Mónica Berbegal+6 more
wiley +1 more source