稻属

稻属植物叶背亚显微结构的观察研究

^ The Observation of Submicrostructure on Leaves - back in Oryza

脂肪酸图谱分析稻属相关种的多样性

Diversity of Oryza Species or Varieties by Fatty Acid Methyl Esters Analysis

利用GISH和C0t-1DNA-FISH对稻属B，C，G基因组的比较分析

Comparative Analysis of B , C , G Genome in Oryza with C_0t-1 DNA-FISH and GISH

染色体组B、C和E之间，以及上述二倍体物种之间的系统发育关系及其在稻属多倍体物种形成中的作用都是稻属系统和进化研究中长期争论的问题。

The phylogenetic relationships among these diploids are still unclear , and polyploidy speciation involving these diploids has long been in debate .

稻属AA染色体组8个种间SSR多样性与亲缘关系

SSR Analysis on Diversity and Genetic Relationship Among Eight AA-genome Oryza Species

水稻CMS相关基因在稻属AA基因组中的分布及其单核苷酸多态性

Distribution and SNPs of the rice CMS-related gene in AA-genome of Oryza species

所获得的各供试稻属AA组种质DNA多态性数据可进一步应用于稻属遗传多样性保护，核心种质构建以及新品种选育等研究。

DNA polymorphism data of all the tested AA-genome germplasm would benefit the genetic resources conversation , core collection construction and genetic improvement of rice .

狗尾草属和稻属MULEs结构与进化关系分析

Structural and Evolutionary Analysis of MULEs from Setaria and Oryza Species

敌稗水解酶ArylAcylamidaseI在稻属（Oryza）植物中的分布

Distribution of the propanil hydrolyzing enzyme aryl acylamidase I in genus Oryza

目的：通过反义RNA技术获取稻属曲霉（AspergillusOryzae）新的表现型。

Objective : To acquire the new clear color phenotype of Aspergillus oryzae by the antisense strategy of siderophore regulation protein ( SREP ) like gene .

稻属NBS-LRR类基因的克隆及抗稻瘟病基因的表达

Cloning of NBS Gene from Oryzae and Expression of Rice Blast Resistance Gene

本研究从DNA分子水平上所确定的稻属AA组稻种之间的遗传和进化关系，有利于完善前人所建立的稻属AA组种质分类体系。

The genetic and evolutional relationships among the AA-genome Oryza species identified at DNA level by this study would be useful in modifying the taxonomical system of these rice species constructed by previous researchers .

构建系统进化图分析，将稻属25个材料聚类为2大类，即AA基因组（相似系数0.72）与BCD基因组（相似系数0.746）。

Phylogenetic diagram analysis : the 25 material in Oryza were clustered to two group - AA genome ( the similarity coefficient 0.72 ) and the BCD genome ( the similarity coefficient 0.746 ) .

稻属植物分种检索表的探讨

A Discussion on the Key to Species in the Genus Oryza

稻属植物21个种颖花稃尖的比较研究

Study on Tip of Lemma in 21 Species of Oryza

稻属叶表皮结构特征及其系统学意义

The structural features of leaf epidermis in Oryza and their systematic significance

对国际热带农业研究所收集的稻属种的柱头外露性状的研究

Studies on the Character of Stigma Exsertion Among Some of Oryza Species

中国稻属植物叶片亚显微结构比较研究

Comparison of Leaf Ultrastructures of Oryza Plants in China

利用多基因序列探讨稻属药稻复合体二倍体物种的系统发育关系

Phylogenetic relationships among diploid species of Oryza officinalis complex revealed by multiple gene sequences

稻属20个种外稃乳突的扫描电镜观察

Study on the Tubercles of Lemma in 20 Species of Oryza with Scanning-electric Microscope

稻属植物种在广州自然条件下的光周期反应和分系研究

Studies on photoperiodic reaction and classified series of genus Oryza species under natural conditions in Guangzhou

用扫描电镜对稻属植物21个种颖花稃尖进行观察，看到外稃尖的两侧各有一个突起或折痕。

The tip of lemma in 21 species of Oryza were studied with electronic scanning microscope .

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

稻属A基因组的分子系统发育&兼论亚洲栽培稻的起源

Molecular Phylogeny of the A-genome Species of Oryza , with a Reference to Origin of the Asian Cultivated Rice

就稻属分类中存在的一些问题进行了讨论，并提出了对稻属的分类建议。

The existing problems were discussed , and the suggestion on the taxonomy of the genus Oryza was given .

主要研究结果如下。1、稻属植物外稃比较分析。

The major results of the present study are as follows . ( 1 ) Comparison of the lemma in Oryza .

这些性状不仅具有种的特异性，而且与亲缘关系远近有关，可以作为稻属分类的依据。

These traits are not only species-specific but also depend on genetic relations , so that they can be used in Oryza classification .

稻属地下茎的生长特性受到许多基因的控制，而与地下茎起始和生长的分子机制一直以来是不清楚的。

The rhizomatous growth habit in rice is controlled by many genes , and the molecular mechanism related to rhizome initiation and elongation is still unknown .

芒的有无、长短和表面微形态在不同稻种间差异也很大。2、稻属植物叶片扇形植硅体的比较分析。

The length and epidermal microstructure of awn showed some difference among rice species . ( 2 ) Comparison of fan phytolith of leaf in Oryza .

由于稻属植物在农业生产中的重要作用，引起了众多的植物分类学家、遗传学家、育种学家和分子生物学家的广泛研究。

Because of its significant importance in the agricultural production , the genus Oryza has attracted much attention of many taxonomists , geneticists , breeders , and molecular biologists for various kinds of research .