单倍体育种技术

国内外辣椒（C.annuum）单倍体育种技术研究进展

The research development of pepper ( C.annuum ) haploid breeding technology in the world

该研究将对指导小黑麦单倍体育种技术提供了坚实的理论依据。

The results will give some theoretical direction for triticale breeding .

海淀组培室所创建的辣椒花药培养单倍体育种技术属植物生物技术领域。

The technology of cayenne anther culture monoploid breeding they set up belongs to the area of plant biological technology .

‘华富’品种是采用单倍体育种技术，由‘富士’苹果花药培养选育出的高品质新品种。

' Huafu ' is a new variety of high qualities selected by anther-culture of ' Fuji ' with the technology of haploid-breeding .

指出了目前小孢子培养研究中存在的主要问题，并对单倍体育种技术的研究和应用作了展望。

We also listed the major problems in the research of pepper haploid breeding technology and made prospects of the potential application of anther and isolated microspore culture .

利用大麦小孢子加倍单倍体育种技术平台，二年内就可获得种性稳定的株系，四年内即可参加新品种区试。

Stable-lines could be developed through platform of microspore culture derived DH ( double haploid ) breeding technique within two years and stable variety could be produced within 4 years .

以花药培养为主的单倍体育种技术在植物种质改良方面具有重要作用，它在农业和园艺植物中已得到了广泛的应用，单倍体育种技术具有其他种质改良方法所不可比拟的优良特性。

Haploid breeding technique , mainly involving anther culture , plays a very important role in idioplasm melioration in plants . Now it has been broadly applied to the fields of agriculture and horticulture . Haploid breeding technique has some dominant characteristics as compared with other breeding methods .

小麦单倍体辐射诱变育种技术研究

Techniques of radiation induced haploid breeding of Wheat

加倍单倍体（DH）育种技术是现代生物技术育种的重要研究领域。该技术具有效率高、成本低的优点，已在农业和园艺植物的品种改良中得到广泛应用。

Characterized by its high efficiency and low cost , the double haploid ( DH ) breeding method is a very important research area in modern biotechnological plant breeding , and wide use of it has been made in agriculture as well as horticulture crops .

生物技术在百合品种改良上主要应用于种质资源的离体保存，离体胚培养以克服远缘杂交不亲和性，花药培育与单倍体育种，利用转基因技术定向修饰性状，以及良种快速繁育等。

Biotechnology has been applied widely in lily breeding , such as in vitro conservation of germplasm , embryo culture to overcome the incompatibility of distant hybridization , anther culture and haploid breeding , genetic modification , tissue culture and so on .