Rewiring of gene networks underlying mite allergen-induced CD4+Th-cell responses during immunotherapy

Jones Anya C.; Anderson Denise; Troy Niamh M.; Mallon Dominic; Hartmann Rochelle; Serralha Michael; Holt Barbara; Bosco Anthony; Holt Patrick G.

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Rewiring of gene networks underlying mite allergen-induced CD4+Th-cell responses during immunotherapy

机译：在免疫疗法期间，基因网络的基因网络重新加热诱导的CD4 + Th细胞应答

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Background Multiple regulatory mechanisms have been identified employing conventional hypothesis-driven approaches as contributing to allergen-specific immunotherapy outcomes, but understanding of how these integrate to maintain immunological homeostasis is incomplete.

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来源
《Allergy》 |2020年第9期|共12页
作者
Jones Anya C.; Anderson Denise; Troy Niamh M.; Mallon Dominic; Hartmann Rochelle; Serralha Michael; Holt Barbara; Bosco Anthony; Holt Patrick G.;
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作者单位

Univ Western Australia Telethon Kids Inst Perth WA Australia;

Univ Western Australia Telethon Kids Inst Perth WA Australia;

Univ Western Australia Telethon Kids Inst Perth WA Australia;

Fiona Stanley Hosp Dept Clin Immunol Perth WA Australia;

Fiona Stanley Hosp Dept Clin Immunol Perth WA Australia;

Univ Western Australia Telethon Kids Inst Perth WA Australia;

Univ Western Australia Telethon Kids Inst Perth WA Australia;

Univ Western Australia Telethon Kids Inst Perth WA Australia;

Univ Western Australia Telethon Kids Inst Perth WA Australia;

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原文格式 PDF
正文语种 eng
中图分类医学免疫学;
关键词
CD4(+) Th cells; immunotherapy; inhalant allergy; network analysis; rhinitis;

机译：CD4（+）细胞;免疫疗法;吸入剂过敏;网络分析;鼻炎;

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Rewiring of gene networks underlying mite allergen-induced CD4+Th-cell responses during immunotherapy

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