Morrison D C
J Invest Dermatol. 1978 Jul;71(1):85-91. doi: 10.1111/1523-1747.ep12544433.
Co-workers and I examined the early events in the interaction of rat peritoneal mast cells with a number of noncytotoxic mast cell stimuli. These studies demonstrated that an interaction limited to the cytoplasmic membrane is sufficient to induce a secretory mast cell response. Additional experiments suggested that a continued interaction between the stimulus and the membrane receptor is required for maintenance of the secretory response. We have provided evidence to support the concept that different mast cell activators interact with different receptors on the cell membrane and initiate distinct biochemical pathways leading to secretion. Finally, we have shown that pretreatment of mast cells with concentrations of a stimulus that, by themselves, are incapable of initiating a secretory response can profoundly affect the ability of mast cells to respond fully to a subsequent challenge with an optional concentration of stimulus.
我和同事们研究了大鼠腹膜肥大细胞与多种无细胞毒性的肥大细胞刺激物相互作用的早期事件。这些研究表明,仅局限于细胞质膜的相互作用就足以诱导肥大细胞产生分泌反应。进一步的实验表明,刺激物与膜受体之间持续的相互作用是维持分泌反应所必需的。我们提供了证据支持这样一个概念,即不同的肥大细胞激活剂与细胞膜上不同的受体相互作用,并启动导致分泌的不同生化途径。最后,我们表明,用本身无法引发分泌反应的刺激物浓度对肥大细胞进行预处理,可深刻影响肥大细胞对随后用任意浓度刺激物进行刺激时充分做出反应的能力。