Claim · model-written summary
Disease severity differences among the four Puccinia triticina strains at different temperatures were most significant at 26 C.
- Taxon
- Puccinia triticina
Puccinia triticinat0 - Outcome
- disease severity differences among the four strains at different temperaturese0
- Qualifier
- most significant at 26°C ( p < 0.05)e0
Verbatim
e0“The analysis of disease severity differences among the four strains at different temperatures revealed that the differences were most significant at 26°C ( p < 0.05)”
t0“Puccinia triticina”
Title
Yaqiong Zhao; Yashi Guan; Miaomiao Liu; et al. Frontiers in Microbiology 2025. doi:10.3389/fmicb.2025.1546550
Other claims from this paper (5)
- Intervention effect The numbers of haustorial mother cells and haustoria of high-temperature resistant strains were not significantly affected by high-temperature stress, unlike temperature-sensitive strains.
- Observation The number of hyphal branches of the four strains was less affected by high-temperature stress.
- Observation Expression of five HSP genes (PtHsp90-1, PtHp, PtHspHSS1, PtHsp60, PtHspSSB) reached its maximum at 6 hpi under high-temperature stress.
- Mechanism The authors conclude that HSP genes play a crucial role in high-temperature resistance during germination of Pt urediospores.
- Mechanism The authors conclude that early urediospore germination (0-12 h) and formation of haustorial mother cells and haustoria (12-24 h) were key stages in resisting high-temperature stress in wheat leaf rust.
