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Genomic Innovations, Transcriptional Plasticity and Gene Loss Underlying the Evolution and Divergence of Two Highly Polyphagous and Invasive Helicoverpa Pest Species | |
Source Publication | BMC Biology |
2017 | |
Volume | 15Issue:1Pages: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 | |
Document Type | 期刊论文 |
Identifier | http://ir.ioz.ac.cn/handle/000000/12911 |
Collection | 农业虫害鼠害综合治理研究国家重点实验室 |
Recommended Citation 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. |
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Genomic innovations,(2361KB) | 期刊论文 | 作者接受稿 | 开放获取 | CC BY-NC-SA | View Download |
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