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- 01GQ7DK773K21NDA59A1D8C2D1 classification C3.
- 01GQ7DK773K21NDA59A1D8C2D1 date "2021".
- 01GQ7DK773K21NDA59A1D8C2D1 language "eng".
- 01GQ7DK773K21NDA59A1D8C2D1 type conference.
- 01GQ7DK773K21NDA59A1D8C2D1 subject "Biology and Life Sciences".
- 01GQ7DK773K21NDA59A1D8C2D1 isbn "9788880802211".
- 01GQ7DK773K21NDA59A1D8C2D1 isbn "9788880802242".
- 01GQ7DK773K21NDA59A1D8C2D1 presentedAt urn:uuid:65a1111b-b30a-44a6-a64a-866e9331e847.
- 01GQ7DK773K21NDA59A1D8C2D1 abstract "Global pressure on the continued large-scale use of chemical fungicides has made way for the era of agro-bioloicals. Immense potential lies in the discovery and validation of a potent and resilient biocontrol organisms to combat agricultural pests. Yet, the implementation is hampered by fluctuant efficiency due to the poor survival of these organisms in an agro-ecosystem. Fusarium graminearum (Fg), the most potent species in the Fusarium head blight disease complex in wheat is devastating to cereal crops worldwide. It decreases the grain yield and causes mycotoxin contamination, rendering the harvest worthless at heavy infestations. In this study whole ear microbiomes were extracted from 3 different wheat (Triticum eastivum) and 1 spelt (Triticum spelta) cultivars in the field. These microbiomes were inoculated on wheat spikes in a detached spike assay through spray application, followed by Fg spray inoculation. This infection cycle was repeated 4 times, in parallel lines for the 4 unique starting points. Every time selecting, isolating and re-applying the microbiome from the least infected spikelets from previous cycles onto the next. After 4 cycles, 94 single cell isolates were obtained of the best preforming line. All 94 isolates were tested as biocontrol agent against Fg in a detached leaf infection assay. This novel method provided several potential candidates for in planta control of Fg.".
- 01GQ7DK773K21NDA59A1D8C2D1 author 2DE8BEF4-F0EE-11E1-A9DE-61C894A0A6B4.
- 01GQ7DK773K21NDA59A1D8C2D1 author F8E6AD2E-F0ED-11E1-A9DE-61C894A0A6B4.
- 01GQ7DK773K21NDA59A1D8C2D1 author F9AFC8DA-F0ED-11E1-A9DE-61C894A0A6B4.
- 01GQ7DK773K21NDA59A1D8C2D1 author urn:uuid:9ce11e83-e057-45da-a28b-c2b2da03b984.
- 01GQ7DK773K21NDA59A1D8C2D1 dateCreated "2023-01-20T11:04:06Z".
- 01GQ7DK773K21NDA59A1D8C2D1 dateModified "2024-10-29T17:43:53Z".
- 01GQ7DK773K21NDA59A1D8C2D1 editor urn:uuid:4bf1409c-2826-4ff0-a2a4-af5879cb60d1.
- 01GQ7DK773K21NDA59A1D8C2D1 name "From field to isolate, a novel method for selecting ear colonizing bacteria to control Fusarium graminearum in wheat, comparing in vitro and in planta efficacy".
- 01GQ7DK773K21NDA59A1D8C2D1 pagination urn:uuid:211cd2c3-730d-494a-97af-729d5060e3fa.
- 01GQ7DK773K21NDA59A1D8C2D1 publisher urn:uuid:6b2dbcc8-6791-4209-9342-96fd6b1863d2.
- 01GQ7DK773K21NDA59A1D8C2D1 sameAs LU-01GQ7DK773K21NDA59A1D8C2D1.
- 01GQ7DK773K21NDA59A1D8C2D1 sourceOrganization urn:uuid:41fa304b-2a11-4d42-a48b-f0b51dc2a0d4.
- 01GQ7DK773K21NDA59A1D8C2D1 sourceOrganization urn:uuid:f71b91ea-2c05-4a22-bbb1-e22cc37966e2.
- 01GQ7DK773K21NDA59A1D8C2D1 type C3.