Claim · model-written summary
Reduced lupin alkaloid content increased probing time of A. fabae.
Verbatim
e0“total time of probing of A . fabae , A . craccivora , A . pisum , and M . persicae increased with a reduced alkaloid content”
t0“narrow‐leafed lupin”
Title
Jasmin Philippi; Edgar Schliephake; Hans‐Ulrich Jürgens; et al. Entomologia Experimentalis et Applicata 2015. doi:10.1111/eea.12313
Other claims from this paper (11)
- Association Reduced lupin alkaloid content increased probing time of A. craccivora.
- Association Reduced lupin alkaloid content increased probing time of A. pisum.
- Association Reduced lupin alkaloid content increased probing time of M. persicae.
- Association Alkaloid content did not influence M. albifrons probing.
- Observation More than 93% of aphids had sieve element phases on susceptible Bo083521AR.
- Observation Only 37.5% of A. pisum showed phloem phases on alkaloid-rich Azuro.
- Observation Only 55.0% of A. fabae showed phloem phases on alkaloid-rich Azuro.
- Association Aphids usually had longer sieve element phases on low-alkaloid than resistant genotypes.
- Observation M. albifrons had its longest phloem phase on Azuro.
- Mechanism Phloem parameters showed most significant differences, suggesting sieve element factors affect aphid feeding.
- Mechanism Kalya feeding behavior indicates additional plant factors beyond total alkaloids affect aphids.