药用稻

药用野生稻基因组文库构建与大片段DNA转化

Construction of a Genomic Library of Oryza Officinalis and Transformation of Large DNA Fragments

非AA染色体药用野生稻的利用研究

Utilization on Oryza officinalis Wall without AA chromosome in breeding programs

药用野生稻（OryzaofficinalisWalleXWatt，基因组型CC）是具有重要研究和利用价值的遗传资源。

Oryza officinalis Wall ex Watt ( C genome ) is an important reservoir of useful genes .

用荧光显微镜技术观察药用野生稻（OryzaofficinalisWall）和转基因水稻的不亲和性

Observation of the Sexual Incompatibility Between Wild Rice ( Oryza officinalis Wall ) and Transgenic Rice by Fluorescence Microscope

结果表明：药用野生稻亲本Pc和种间杂交后代品系Ac鄄1、Ac鄄3对稻纵卷叶螟表现较高抗虫性，可为选育抗虫品种提供参考。

The results showed that medical wild rice ( Pc ) and the hybrid Ac-1 and Ac-3 had the strong-resistance to rice leaf roller , which could be used in rice insect-resistant breeding .

B5和B14是药用野生稻与栽培品种杂交得到的转育材料，对褐飞虱表现为高抗。

B5 and B14 derived their resistance for BPH from wild rices .

与Pi-2（t）基因连锁的栽培稻BAC克隆在药用野生稻和栽培稻中的比较物理定位

Comparative Physical Map of Linked Markers of Pi-2 ( t ) Gene in Oryza officinalis and Oryza sativa with BAC-FISH

RTSV和Glh在药用野生稻中的物理定位

Physical Map of RTSV , Glh in Oryza officinalis with BAC-FISH

广西药用野生稻遗传多样性的分子评价

Molecular Appraisal of the Genetic Diversity of the O.officinalis in Guangxi

药用野生稻杂交后代对稻纵卷叶螟的抗性试验

Rice Leaf Roller-resistance of Filial Generation of Medical Wild Rice

普通野生稻和药用野生稻种子休眠性的研究

Study on seed dormant traits of common wild rice and medicinal wild rice

稻属种间杂交转移药用野生稻抗褐飞虱基因研究

Studies on Resistance to Brown Planthopper ( BpH ) of Hybrid between Oryza Sativa and Oryza Officinalis

从细胞学水平推断转基因栽培稻是否有可能通过基因交流影响药用野生稻的遗传多样性。

Officinalis straightly and simply , and to conclude whether transgenic rice would influence the genetic diversity through gene flow .

一个嵌合型药用野生稻7号染色体单体附加系及其回交后代的分析

Analysis of a Mosaic Monosomic Alien Addition Line of Rice with Chromosome 7 of Oryza officinalis C-Genome and Its Backcross Progeny

野生稻候选抗病基因的克隆及白叶枯抗性鉴定药用野生稻杂交后代对白叶枯病的抗性

The Cloning of Wild Rice Candidate Disease Resistance Genes and the Identification of Resistance to Rice Leaf Blight Blight Resistance of Hybrid Offspring of Oryza officinalis