Monilinia fructicola - Open Access .click

Mycologia, 1996
The mating behavior of Monilinia fructi? cola was evaluated by examining the single ascospore progeny from 82 apothecia collected in the San Joa- quin Valley of California. The results show that indi? vidual apothecia generated populations of genetically diverse progeny as defined by the segregation of my? celial incompatibility genes.
Themis Michailides
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Mycoviruses in Monilinia fructicola

Mycological Research, 2004
DsRNAs were detected in 36 of 49 Monilinia fructicola isolates from stone fruit orchards in New Zealand. The dsRNA profiles were highly variable, even between isolates from a single tree. Comparison of pathogenicity on detached fruit, in vitro growth rate, and sporulation of 14 isolates showed no obvious correlation with presence of dsRNAs.
Pi-Fang, Tsai, Michael N, Pearson, Ross E, Beever +2 more
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Enzymes of glucose catabolism in Monilinia fructicola

Mycopathologia et Mycologia Applicata, 1969
All enzymes of the Embden-Meyerhof-Parnas pathway were detected in cell-free extracts ofMonilinia fructicola. Hexokinase activity was dependent on the presence of the fluoride ion. The glyceraldehyde-3-phosphate dehydrogenase reaction lasted only a short time.
F M, Huber, D, Gottlieb
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Production of appressoria by Monilinia fructicola

Mycological Research, 1992
Germ-tubes of Monilinia fructicola were shown to be capable of producing simple appressoria on apricot fruit surfaces or in vitro on firm or relatively unyielding surfaces, without addition of nutrients. Their formation was favoured by buffering to pH 4–5. More complex lobate appressoria were induced in vitro by traces of apricot juice. Synthetic
R.H. Cruickshank, G.C. Wade
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brown rot
2. zero hunger
stone fruit

monilinia
ascomycota
3. good health

15. life on land
peach
prunus