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Claim · model-written summary
Actinomadura was enriched in the rhizosphere.
- Taxon
- Actinomadura
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Actinomadurae0 - Treatment
- live B. velezensis biofertilizere1
- Interactor
- muskmelon
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Cucumis melot0host - Second interactor
- B. velezensis
Bacillus velezensise1symbiont - Outcome
- Actinomadurae0
- Direction
- enrichede0
- Comparator
- inactivated B. velezensise1
Verbatim
e0“Functional genera such as Actinomadura and Luteitalea , involved in organic matter decomposition and nutrient activation, were enriched in the rhizosphere.”
e1“a field experiment compared inactivated B. velezensis (CK) with live B. velezensis biofertilizer (BV).”
t0“muskmelon”
Title
Yu Tao; Yan Zhou; Shijing Zhou; et al. Scientia Horticulturae 2026. doi:10.1016/j.scienta.2026.114678
Other claims from this paper (15)
- Intervention effect BV increased muskmelon yield by 31.67%.
- Intervention effect BV elevated fruit soluble sugar, soluble protein and vitamin C contents.
- Intervention effect BV significantly restructured rhizosphere and root endosphere microbial communities.
- Intervention effect Luteitalea was enriched in the rhizosphere.
- Intervention effect Chryseobacterium was enriched in the root endosphere.
- Intervention effect Pseudomonas was enriched in the root endosphere.
- Intervention effect Microbial shifts significantly increased soil nitrate nitrogen by 42.06%.
- Intervention effect Microbial shifts significantly increased soil available phosphorus by 34.34%.
- Mechanism URE, CAT and INV activities were upregulated, enhancing carbon and nitrogen transformation.
- Observation Organic nitrogen compounds and nucleotides were upregulated.
- Observation Signaling molecules including benzothiazepines and saccharolipids were upregulated.
- Observation Phenylpropanoid biosynthesis was downregulated.
- Mechanism Metabolomic changes indicate resource allocation shifting from defense to growth promotion.
- Association Microbial communities correlated positively with soil nutrients and beneficial metabolites in the BV network.
- Mechanism The BV microbe–soil–metabolite network synergistically improves nutrient cycling and energy metabolism.