前言：目的：探讨花生凝集素受体在鼻息肉组织中的表达及意义。
Objective: to determine the expression and significance of the receptor of PNA (peanut agglutinin) in nasal polyps.
花生凝集素PNA能凝集正常LACA小鼠骨髓细胞，但不能凝集白血病细胞。
Peanut agglutinin (PNA) was shown to bind to normal LACA mice bone marrow cells but not to leukemic cells.
分析了对花生凝集素的研究，特别是控制黄曲霉毒素以实现花生的贮藏与加工的安全。
The study on peanut agglutinin was analyzed also, especially the control on aflatoxin to realize the security of preservation and processed.
本文用辣根过氧化物酶标记的麦芽凝集素、大豆凝集素及花生凝集素来研究大、小鼠肝、胰中凝集素受体的分布。
The distribution of lectin receptor in liver and pancreas of rats and mice was investigated using WGA, SBA, PNA labeled with horseradish peroxidase.
大豆凝集素降低了膜脂酰基链和甘油主链的流动性，而花生凝集素则增强了这两个部位的流动性，这与它们的疏水性大小相关。
Soybean lectin reduced while peanut lectin increased the fluidity of fatty acyl chains and glycerol backbone which was related with their hydrophobicity.
为了探讨凝集素的分子识别机制，对A型血专一性凝集素———野花生豆凝集素的寡糖链结构进行了研究。
The structures of oligosaccharides from crotalaria mucronata lectin(CML) with human A blood group specificity were studied to elucidate the molecular recognition mechanism of lectin.
为了探讨凝集素的分子识别机制，对A型血专一性凝集素———野花生豆凝集素的寡糖链结构进行了研究。
The structures of oligosaccharides from crotalaria mucronata lectin(CML) with human A blood group specificity were studied to elucidate the molecular recognition mechanism of lectin.
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