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Duplication and functional divergence of Apolipoprotein D confer lepidopteran wing metabolic benefits

ABSTRACT: P3 stage wing proteomic of wild-type silkworms and BmApoD2 mutant.

INSTRUMENT(S):

ORGANISM(S): Bombyx Mori (silk Moth)

SUBMITTER: Shunze Jia

LAB HEAD: Huabing Wang

PROVIDER: PXD031659 | Pride | 2025-05-06

REPOSITORIES: Pride

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	Rawdata_1.tar.gz	Other
	Rawdata_2.tar.gz	Other
	Rawdata_3.tar.gz	Other
	Rawdata_4.tar.gz	Other
	Rawdata_5.tar.gz	Other

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Publications

Evolutionary Novelty of Apolipoprotein D Facilitates Metabolic Plasticity in Lepidopteran Wings.

Jia Shunze S Li Rongqiao R Li Yinghui Y Huang Yuxin Y Liu Minmin M Zhou Yanyan Y Liang Yanting Y Hao Zhihua Z Xu Yusong Y Wang Huabing H

Molecular biology and evolution 20241201 12

Understanding metabolic plasticity of animal evolution is a fundamental challenge in evolutionary biology. Owing to the diversification of insect wing morphology and dynamic energy requirements, the molecular adaptation mechanisms underlying the metabolic pathways in wing evolution remain largely unknown. This study reveals the pivotal role of the duplicated Apolipoprotein D (ApoD) gene in lipid and energy homeostasis in the lepidopteran wing. ApoD underwent significant expansion in insects, wit ...[more]

PMID: 39665685

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Horizontal Gene Transfer and Gene Duplication of β-Fructofuranosidase Confer Lepidopteran Insects Metabolic Benefits.

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wing scale LC-MSMS ANALYSIS RAW DATA

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