Claim · model-written summary
Root exudates of hydroponically grown S. ptychanthum elicited a dose-dependent hatching response of tobacco cyst nematode.
- Taxon
- S. ptychanthum
Solanum ptychanthume1 - Treatment
- root exudatese1
- Interactor
- TOBACCO CYST NEMATODEt0pest
- Outcome
- hatching responsee1
- Direction
- elicitede1
- Qualifier
- dose-dependente1
- Setting
- in vitroe3
Not reportedMaterialGeneCompoundOrgan / stageSecond interactorSecond interactor roleComparatorValue
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
t0“TOBACCO CYST NEMATODE”
e1“Linear regression and ANOVA support that hydroponically obtained root exudates from accessions of S. dulcamara, S. ptychanthum, and S. physalifolium elicited a dose-dependent hatching response”
e3“All plants were grown under in vitro conditions”
Title
A. J. Adams; J. A. LaMondia; Richard S. Cowles; et al. Nematropica 2020
Other claims from this paper (5)
- Intervention effect Root exudates of hydroponically grown S. dulcamara elicited a dose-dependent hatching response of tobacco cyst nematode.
- Intervention effect Root exudates of hydroponically grown S. physalifolium elicited a dose-dependent hatching response of tobacco cyst nematode.
- Observation Solanum spp. growing in or around fields may be reservoir hosts for tobacco cyst nematode (hypothesis).
- Recommendation Some Solanum accessions may be used as trap crops for tobacco cyst nematode management (authors recommendation).
- Method / resource Hydroponically produced root exudate may be a more efficient alternative to field-grown plants for nematological studies.