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Cry1Ac-transgenic Populus × xiaohei Disrupts Digestive Physiology and Energy Homeostasis to Impair 20E-Dependent Molting in Hyphantria cunea Larvae

Yue-Cheng Zhao (26275397) et al. · figshare
Figshare · Datasets · License: CC BY-NC 4.0
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biochemistrybiotechnologycell-biologydevelopmental-biologyecologygeneticsmolecular-biologyphysiology
Plant-delivered Cry proteins effectively control lepidopteran pests, but how midgut injury develops into systemic metabolic and developmental dysfunction remains unclear. Here, fourth instar Hyphantria cunea larvae were fed wild-type (WT), pair-fed wild-type (PF-WT), or Cry1Ac-transgenic Populus
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