Taniguchi K, Nii Y, Ogawa K
Department of Veterinary Anatomy, Faculty of Agriculture, Iwate University, Japan.
Neurosci Lett. 1993 Aug 20;158(2):185-8. doi: 10.1016/0304-3940(93)90260-r.
Lectin-binding patterns in the accessory olfactory bulb (AOB) of the golden hamster were investigated histochemically with 21 biotinylated lectins. The AOB was divided into rostral and caudal halves according to binding patterns of 16 lectins, WGA, s-WGA, LEL, STL, DSL, BSL-II, DBA, SBA, BSL-I, VVA, SJA, PNA, ECL, UEA-I, Con A and PSA. The caudal half of the AOB was further subdivided into anterior 2/3 and posterior 1/3 by 10 lectins, WGA, s-WGA, BSL-II, DBA, SBA, BSL-I, VVA, SJA, PNA and ECL. In addition, the rostral half of the AOB was subdivided into anterior 1/4 and posterior 3/4 by one lectin, PNA. Thus, the AOB of the golden hamster was divided into 4 divisions on the basis of lectin-binding patterns.
用21种生物素化凝集素对金黄仓鼠副嗅球（AOB）的凝集素结合模式进行了组织化学研究。根据16种凝集素（WGA、s-WGA、LEL、STL、DSL、BSL-II、DBA、SBA、BSL-I、VVA、SJA、PNA、ECL、UEA-I、Con A和PSA）的结合模式，将AOB分为吻侧和尾侧两半。根据10种凝集素（WGA、s-WGA、BSL-II、DBA、SBA、BSL-I、VVA、SJA、PNA和ECL），AOB的尾侧半进一步细分为前2/3和后1/3。此外，根据一种凝集素PNA，AOB的吻侧半细分为前1/4和后3/4。因此，金黄仓鼠的AOB根据凝集素结合模式分为4个分区。
