Walker T S, Winkler H H
Infect Immun. 1981 Jan;31(1):480-6. doi: 10.1128/iai.31.1.480-486.1981.
Bartonella bacilliformis was cultivated on a solid medium, and two bartonella colonial morphologies were differentiated and designated colony types T1 and T2. Although both T1 and T2 bartonellae adhered to human erythrocytes in vitro, approximately twice as many T2 bartonellae adhered as did T1. Maximum adherence required bartonella energy, most likely proton motive force-dependent motility. Bartonellae did not penetrate or lyse erythrocytes in vitro. Bartonellae adhered poorly to alpha- or beta-glucosidase-treated erythrocytes, but pronase or subtilisin treatment of erythrocytes stimulated adherence. This indicates that bartonellae probably adhere to an erythrocyte glycolipid moiety.
杆菌状巴尔通体在固体培养基上培养，区分出两种巴尔通体菌落形态，并命名为T1和T2菌落类型。虽然T1和T2巴尔通体在体外均能黏附于人红细胞，但T2巴尔通体的黏附数量约为T1的两倍。最大黏附需要巴尔通体能量，很可能是质子动力依赖的运动性。巴尔通体在体外不会穿透或裂解红细胞。巴尔通体对α-或β-葡萄糖苷酶处理的红细胞黏附性差，但胰蛋白酶或枯草杆菌蛋白酶处理红细胞可刺激黏附。这表明巴尔通体可能黏附于红细胞糖脂部分。
