2014
DOI: 10.15389/agrobiology.2014.3.13eng
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BIOLOGICAL RELATIONSHIPS BETWEEN Fusarium FUNGI AND INSECTS (review)

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Cited by 8 publications
(8 citation statements)
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“…Whether aphid mortality would be affected on hosts infected with NIV-producing isolates is not known, and, so, we cannot conclude whether the aphids are being manipulated by the pathogen to be recruited to a poor host environment or whether the host environment is in fact not disadvantageous to the aphids and, therefore, avoidance would not be beneficial. Some Fusarium species are considered to be entomopathogenic [27], and the reactions of meal beetle larvae towards volatiles from wheat grain infected with different species followed a trend of avoidance of volatiles from entomopathogenic species and attraction or neutral response to non-entomopathogenic species, with the exception of F. culmorum [28]. Despite negatively impacting on meal beetle larvae populations, the insects were attracted to the volatiles from F. culmorum infected grain, highlighting that despite their attraction, the aphids tested here may still be negatively impacted on hosts infected with NIV-wt F. graminearum .…”
Section: Discussionmentioning
confidence: 99%
“…Whether aphid mortality would be affected on hosts infected with NIV-producing isolates is not known, and, so, we cannot conclude whether the aphids are being manipulated by the pathogen to be recruited to a poor host environment or whether the host environment is in fact not disadvantageous to the aphids and, therefore, avoidance would not be beneficial. Some Fusarium species are considered to be entomopathogenic [27], and the reactions of meal beetle larvae towards volatiles from wheat grain infected with different species followed a trend of avoidance of volatiles from entomopathogenic species and attraction or neutral response to non-entomopathogenic species, with the exception of F. culmorum [28]. Despite negatively impacting on meal beetle larvae populations, the insects were attracted to the volatiles from F. culmorum infected grain, highlighting that despite their attraction, the aphids tested here may still be negatively impacted on hosts infected with NIV-wt F. graminearum .…”
Section: Discussionmentioning
confidence: 99%
“…The frequency of host‐mediated interactions between pests and pathogens can be influenced by the volatile chemistry of the host plants (Gagkaeva et al ., ). Infected hosts may emit different VOCs into the environment compared to healthy hosts, and these chemical signals may be perceptible to nearby arthropods (Drakulic et al ., ).…”
Section: Indirect Interactions Between Fhb or Fer And Arthropodsmentioning
confidence: 97%
“…(Mongrain et al ., ; Saladini et al ., ). A recent review (Gagkaeva et al ., ) focused on the potential positive or negative interferences between arthropods and specific Fusarium species, with more aggressive pathogens being described as antagonists to arthropods and weaker pathogens offering potential symbiotic or commensal relationships; however, the significance of these interactions on host susceptibility, FHB disease progress and/or mycotoxin accumulation were not explored. There are differences in the size and shape of conidia produced by Fusarium species; F. langsethiae , F. poae and F. verticillioides produce small, almost spherical microconidia, whereas others such as F. avenaceum , F. culmorum and F. graminearum produce larger boat‐shaped septate macroconidia (Leslie & Summerell, ).…”
Section: Overview Of Fusarium Disease Epidemiologymentioning
confidence: 99%
“…Виды рода Fusarium характеризуются высокой метаболической активностью и адаптационной пластичностью (3). В первую очередь они известны как наносящие вред сельскому хозяйству, вызывающие заболевания и токсикозы у растений и животных.…”
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