Claim · model-written summary
The NagGHAaAb pathway is nonrandomly distributed across Massilia species.
- Outcome
- nonrandomly distributed across Massilia speciese0
MassiliaVerbatim
e0“This pathway regulates root growth and is nonrandomly distributed across Massilia species”
Title
Qin Han; Guanghui Zhu; Chenxi Li; et al. The ISME Journal 2026. doi:10.1093/ismejo/wrag082
Other claims from this paper (8)
- Observation Massilia efficiently colonizes roots.
- Intervention effect Massilia promotes root elongation.
- Intervention effect The M117 strain of Massilia significantly inhibits salicylic acid-related immune signaling, which is required for M117-mediated root elongation.
- Intervention effect M117 directly degrades SA and thereby reduces SA levels in the roots.
- Observation Integrated omics revealed multiple SA hydrolytic pathways in M117.
- Observation The NagGHAaAb pathway of M117 is strongly induced by SA.
- Mechanism The NagGHAaAb pathway regulates root growth.
- Intervention effect M117 colonization enriches specific bacterial taxa within roots.
Lathyrus oleraceus