Claim · model-written summary
Culture filtrates of R. stolonifer and M. laxa did not change cuticular membrane permeability
- Taxon
- nectarine
Prunus persica var. nucipersicae0 - Treatment
- Culture filtrates of R stolonifer and M laxae1
- Interactor
- R stolonifer
Rhizopus stolonifere1pathogen - Second interactor
- M laxa
Monilinia laxae1pathogen - Outcome
- cuticular membrane permeabilitye1
- Direction
- did not changee1
Not reportedComparator
Verbatim
e0“in vivo degradation of the epidermis of nectarine fruit by Rhizopus stolonifer and Monilia laxa”
e1“Culture filtrates of R stolonifer and M laxa did not change cuticular membrane permeability”
Title
C. Nguyen-The; A. Chamel Agronomie 1991. doi:10.1051/agro:19910205
Other claims from this paper (4)
- Intervention effect Both fungi caused a marked deterioration in the epidermis of nectarine fruit
- Mechanism Pectinolytic enzymes probably cause the deterioration of nectarine fruit epidermis by the fungi
- Mechanism Penetration of nectarine fruit epidermis by M. laxa and R. stolonifer does not apparently involve cutinolytic enzymes
- Mechanism The reaction probably takes place in cuticular microcracks on the nectarine fruit surface