Claim · model-written summary
ABI5 expression was upregulated in husk under starvation stress.
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MacadamiaNot reportedMaterialCompoundInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingValueQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
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Verbatim
t0“Macadamia under Starvation Stress”
e2“In the husk, the expression of genes related to sugar metabolism and signaling (NI, HXK2, TPS, and TPP), as well as the biosynthesis of ethylene (ACO2 and ACS) and ABA (NCED1.1 and AAO3), was significantly upregulated by starvation stress”
e4“as well as the stress-responsive transcription factors (AP2/ERF, HD-ZIP12, bZIP124, and ABI5)”
Title
Weihai Yang; Peijin Xiang Horticulturae 2022. doi:10.3390/horticulturae8050398
Other claims from this paper (17)
- Observation Severe fruit drop occurred 3 to 5 days after starvation stress treatment.
- Intervention effect Glucose, fructose and sucrose contents decreased significantly in husk and seed under starvation stress, before massive fruit shedding.
- Intervention effect Fructose and sucrose in the pedicel decreased significantly under starvation stress.
- Intervention effect Starvation stress reduced GA3 and ZR contents in the pedicel and seed.
- Intervention effect Starvation stress enhanced ABA level in the pedicel and seed.
- Intervention effect Starvation stress did not obviously change hormone levels in the husk.
- Intervention effect IAA content decreased considerably in husk and seed after treatment.
- Intervention effect IAA content increased remarkably in the pedicel after treatment.
- Intervention effect NI, HXK2 and TPS expression was upregulated in husk under starvation stress.
- Intervention effect TPP expression was upregulated in husk under starvation stress.
- Intervention effect ACO2 and ACS expression was upregulated in husk under starvation stress.
- Intervention effect NCED1.1 and AAO3 expression was upregulated in husk under starvation stress.
- Intervention effect BG expression was suppressed in husk during massive fruit abscission.
- Intervention effect Aux/IAA22 and GH3.9 expression was suppressed during massive fruit abscission.
- Intervention effect AP2/ERF, HD-ZIP12 and bZIP124 expression was upregulated in husk under starvation stress.
- Observation NI and AP2/ERF expression in pedicel was upregulated early in fruit shedding.
- Observation NI and AP2/ERF expression in pedicel was downregulated during the period of severe fruit drop.