Genomic Innovations, Transcriptional Plasticity and Gene Loss Underlying the Evolution and Divergence of Two Highly Polyphagous and Invasive Helicoverpa Pest Species

	Genomic Innovations, Transcriptional Plasticity and Gene Loss Underlying the Evolution and Divergence of Two Highly Polyphagous and Invasive Helicoverpa Pest Species
发表期刊	BMC Biology
	2017
卷号	15 期号:1 页码:Article No. 63
	S. L.Pearce; D.F.Clarke; P.D.East; S.Elfekih; K.H.J.Gordon; L.S.Jermiin; A.McGaughran; J.G.Oakeshott; Han LB(韩丽滨); Zou Z(邹振); P.Batterham; O.R.Edwards; R.Feyereisen; R.A.Gibbs; D.G.Heckel; A.McGrath; C.Robin; S.E.Scherer; K.C.Worley; Y.D.Wu
文献类型	期刊论文
条目标识符	http://ir.ioz.ac.cn/handle/000000/12911
专题	农业虫害鼠害综合治理研究国家重点实验室
推荐引用方式 GB/T 7714	S. L.Pearce,D.F.Clarke,P.D.East,et al. Genomic Innovations, Transcriptional Plasticity and Gene Loss Underlying the Evolution and Divergence of Two Highly Polyphagous and Invasive Helicoverpa Pest Species[J]. BMC Biology,2017,15(1):Article No. 63.
APA	S. L.Pearce.,D.F.Clarke.,P.D.East.,S.Elfekih.,K.H.J.Gordon.,...&Y.D.Wu.(2017).Genomic Innovations, Transcriptional Plasticity and Gene Loss Underlying the Evolution and Divergence of Two Highly Polyphagous and Invasive Helicoverpa Pest Species.BMC Biology,15(1),Article No. 63.
MLA	S. L.Pearce,et al."Genomic Innovations, Transcriptional Plasticity and Gene Loss Underlying the Evolution and Divergence of Two Highly Polyphagous and Invasive Helicoverpa Pest Species".BMC Biology 15.1(2017):Article No. 63.