Titlebook: Current Research Topics in Plant Virology; Aiming Wang,Xueping Zhou Book 2016 Springer International Publishing Switzerland 2016 gene sile

BIAS

https://doi.org/10.1007/978-3-642-33335-4d the crosstalk between antiviral and endogenous branches of silencing. We summarize the current status of knowledge about the viral counter-defense strategies acting at various steps during virus infection in plants with the focus on representative, well studied silencing suppressor proteins. Final

大范圍流行

Helmut Herrmann,Herbert Buckschtudies then led to the dissection of molecular functions of many host factors that promote each step of the viral replication process. The development of . systems with TBSV, such as yeast cell-free extract and purified active replicase assays, together with proteomics, lipidomics and artificial ves

摘要

Alveoli

Helmut Herrmann,Herbert Buckschtance. However, viruses have the potential to rapidly evolve to overcome resistance whether it is natural or engineered. Therefore, it is essential that we understand factors that influence the durability of resistance traits to maximize their longevity. In this chapter, we briefly highlight differe

echnic

H. Linde,K. Schwarzenberger,K. Eckertviruses that are not phloem-limited and subtly modify PD. These move cell-to-cell either as a vRNA-MP complex, not requiring the capsid protein (CP), and are exemplified as . (TMV); or as a vRNA-MP-CP complex, most likely a non-virion form, and are exemplified as . (PVX). The second type is a divers

cloture

Gallery of Portraits and Other Picturesugh sieve elements to distant tissues. While many studies have examined virus cell-to-cell movement, few have focused on the molecular mechanisms regulating virus long-distance movement. Finely characterizing long-distance movement of viruses is challenging because of the inter-dependence of cell-to

伙伴

Lei Chen,Jiahuang Ji,Zihong Zhangurely antagonistic entities of destruction to one where viruses are in a mutually beneficial relationship with their hosts. Additionally, we discuss the current work that plant virology has put forth regarding the evolutionary mechanisms, the life histories, and the deep evolution of viruses.

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