Serological studies on genotypic relationship among rice varieties.

S. Hsieh
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Abstract

Three rice cultivars, Taichung (n) 1 (indica type) and Taichung 65 and Nakamura (japonica types), were used to immunize rabbits to obtain antisera. Another 37 rice cultivars from various countries were used as antigen sources for studies of antigen-antibody reactions between the two groups of cultivars. When the antisera incited by immunization with seed protein of japonica type cultivars were titred with antigens from known japonica type cultivars, a positive precip itation reaction occured, but no reaction was obtained with antigens from indica type cultivars. In a few cases antigens from a cultivar reacted with both indica and japonica type antisera. The antigens from these intermediate types may have had reating sites for both types of antisera or the antigen complex may have contained two antigen types, one for indica and one for japonica. These intermediate cultivars that appeared to have both indica and japonica antigens may have been selected from japonica x indica crosses. The gel-diffusion technique showed rice cultivars within indica or within japonica could be grouped into subgroups on the basis of the pattern of their precipitated bands. There was no relationship among American rice cultivar for grain length, i.e., long, medium or short japonica and indica type. The serological method would be useful for assigning rice cultivars to japonica or indica types and perhaps to subgroups within these types. Whether it would be useful to rice breeders to pre dictdesirable crosses must await additional study,
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水稻品种间基因型关系的血清学研究。
用3个水稻品种台中(n) 1号(籼稻型)和台中65和中村(粳稻型)免疫家兔获得抗血清。另外以37个不同国家的水稻品种作为抗原源,研究两组品种之间的抗原-抗体反应。用粳稻品种种子蛋白免疫诱导的抗血清,用已知粳稻品种抗原滴入,沉淀反应阳性,而与籼稻品种抗原滴入无反应。在少数情况下,来自一个品种的抗原与籼稻和粳稻型抗血清都有反应。来自这些中间类型的抗原可能对两种类型的抗血清都有反应位点,或者抗原复合物可能包含两种抗原类型,一种是针对籼稻的,一种是针对粳稻的。这些中间品种似乎同时具有籼稻和粳稻抗原,可能是从粳稻×籼稻杂交中选择的。凝胶扩散技术表明,籼稻和粳稻内的水稻品种可以根据其沉淀带的模式划分为亚群。美洲稻品种间籽粒长度,即长、中、短、粳型和籼型之间没有相关性。血清学方法将有助于将水稻品种划分为粳稻或籼稻类型,并可能在这些类型中划分亚群。对于水稻育种者来说,预测理想的杂交是否有用还有待进一步的研究。
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