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Japanese pear (Pyrus serotina Rehd.) has long been cultivated in Japan. Almost all varieties exhibit self-incompatibility (SI). Thus, artificial pollination is necessary, which involves much inconvenient labor. In early research on sterility in Japanese pear, Kikuchi (1928) found that paterclinal incompatibility, when applied to cross-sterility always occurred in matings between some individuals of the F1 generation and their pollen parent variety. Kikuchi's finding, together with the oppositional Sallele hypothesis in SI previously proposed by East and Mangelsdorf (1925) in Nicotiana, led to Terami's analysis (Terami et al., 1946) that seven Salleles (S1-S7) gametophytically control SI among the varieties of Japanese pear. Terami's analyses Received for publication 8 January 1991. This study was supported in part by Grant-in-Aid for special Research on Priority Areas (Project No. 02242102, Cellular and Molecular Basis for Reproductive Processes in Plants) from the Ministry of Education, Science and Culture, Japan. * Present address: Sionogi & CO., LTD. ** Present address: Hyogo Prefecture . *** Present address: Sumitomo Chemical Compa ny, LTD. **** Present address: Mie University .  Present address: Kansai Jogakuin Junior College.  Present address: JICA , Specialist.

Isoelectric Focusing Analysis of Stylar Proteins Associated with Self-incompabibility Alleles in Japanese Pear.