Molecular Plant Breeding

Molecular Plant Breeding Instructions for Authors Submission of Papers

分子植物育种作者投稿指南

Setup of Molecular Plant Breeding Laboratory

分子植物育种实验室的设置

Molecular Plant Breeding Instructions Authors Manuscript Preparation

分子植物育种论文编写指南

Molecular Plant Breeding & An International Journal Serving Transgenic Breeding , Marker Assisted Breeding and Conventional Breeding

分子植物育种&为转基因育种、分子标记辅助育种及常规育种服务的国际化科学杂志

Insect and drought resistant crops that require small amounts of fertilizer can be designed through molecular plant breeding .

通过分子植物育种，可以设计出需要少量化肥的抗虫抗旱作物。

It has more beneficial to adapt those protocols as technology platform in the lab of molecular plant breeding due to its good practicability , which could meet the demands of the researches in fields of molecular biology and biotechnology .

这些方法作为分子植物育种实验室的技术平台具有非常好的实用性，能满足常规的分子生物学及生物工程技术研究的要求。

This paper has introduced the necessary instruments and equipments in laboratory of molecular plant breeding based on the objectives and functions for molecular plant breeding researches , and also has discussed how to get the ideas for choosing and buying the instruments and equipments .

本文依据分子植物育种实验室的最基本的目标和功能，介绍了分子植物育种实验室必备的仪器设备和化学试剂，并对仪器设备的选配进行了讨论。

The Application and Potential Prospects of Molecular Marker-assisted Selection in Plant Breeding

分子标记辅助选择在植物育种中的应用与前瞻

Chemically speaking , polygenic control should make a greater range of both qualitative and quantitative molecular defenses available through plant breeding .

从化学角度来看，多基因控制似能为植物育种工作提供更多质和量方面的分子防御。