ENHANCED TRANSCRIPTOMIC RESILIENCE FOLLOWING INCREASED ALTERNATIVE SPLICING AND DIFFERENTIAL ISOFORM PRODUCTION BETWEEN AIR POLLUTION CONURBATIONS

	ENHANCED TRANSCRIPTOMIC RESILIENCE FOLLOWING INCREASED ALTERNATIVE SPLICING AND DIFFERENTIAL ISOFORM PRODUCTION BETWEEN AIR POLLUTION CONURBATIONS
Source Publication	Atmosphere
	2021
Volume	12 Issue:8
	Pan Shengkai; Feng Xiaokai; Pass Daniel; Adams Rachel A.; Wang Yusong; Dong Xuemin; Lin Zhenzhen; Jiang Chunguo; Jones Tim P.; BeruBe Kelly A.; Zhan Xiangjiang
Document Type	期刊论文
Identifier	http://ir.ioz.ac.cn/handle/000000/15238
Collection	动物生态与保护生物学院重点实验室
Recommended Citation GB/T 7714	Pan Shengkai,Feng Xiaokai,Pass Daniel,et al. ENHANCED TRANSCRIPTOMIC RESILIENCE FOLLOWING INCREASED ALTERNATIVE SPLICING AND DIFFERENTIAL ISOFORM PRODUCTION BETWEEN AIR POLLUTION CONURBATIONS[J]. Atmosphere,2021,12(8).
APA	Pan Shengkai.,Feng Xiaokai.,Pass Daniel.,Adams Rachel A..,Wang Yusong.,...&Zhan Xiangjiang.(2021).ENHANCED TRANSCRIPTOMIC RESILIENCE FOLLOWING INCREASED ALTERNATIVE SPLICING AND DIFFERENTIAL ISOFORM PRODUCTION BETWEEN AIR POLLUTION CONURBATIONS.Atmosphere,12(8).
MLA	Pan Shengkai,et al."ENHANCED TRANSCRIPTOMIC RESILIENCE FOLLOWING INCREASED ALTERNATIVE SPLICING AND DIFFERENTIAL ISOFORM PRODUCTION BETWEEN AIR POLLUTION CONURBATIONS".Atmosphere 12.8(2021).

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