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猫体内循环胃泌素IV组分的一种可能来源。

A possible origin of circulating gastrin component IV in cats.

作者信息

Blair E L, Grund E R, Lund P K, Sanders D J

出版信息

J Physiol. 1977 Dec;273(3):561-72. doi: 10.1113/jphysiol.1977.sp012110.

Abstract
  1. Blood circulating in the cat is known to contain relatively large concentrations of gastrin components corresponding to Rehfeld's Components III and IV, whereas human blood has mostly Components II and III. 2. Synthetic cat gastrin 17NS was continuously injected into chloralose anaesthetized cats and at 1, 10 and 40 min after the start of injection there were significantly greater concentrations of immunoreactive gastrin Component IV than Component III in arterial blood (P less than 0.025 in each case). These concentrations were also greater than the total arterial gastrin concentration in the basal state. 3. Cat blood with EDTA incubated at 37 degrees C with synthetic cat and natural porcine gastrins 17NS produced Component IV. Hunan blood with EDTA incubated in a similar way with natural and synthetic human gastrins 17NS did not produce any detectable Component IV. Cat blood incubated with natural porcine and synthetic cat gastrin 17NS at 0 degrees C did not produce any Component IV. 4. We conclude that there may be an enzyme or enzymes in cat blood which cause the conversion of gastrin 17NS to Component IV.
摘要
  1. 已知猫血液循环中的胃泌素成分浓度相对较高,与雷费尔德的成分III和IV相对应,而人血中主要是成分II和III。2. 将合成的猫胃泌素17NS持续注入用氯醛糖麻醉的猫体内,在注射开始后1、10和40分钟,动脉血中免疫反应性胃泌素成分IV的浓度显著高于成分III(每种情况P均小于0.025)。这些浓度也高于基础状态下的动脉血总胃泌素浓度。3. 含有乙二胺四乙酸(EDTA)的猫血在37℃下与合成猫胃泌素和天然猪胃泌素17NS一起孵育会产生成分IV。含有EDTA的人血以类似方式与天然和合成人胃泌素17NS一起孵育未产生任何可检测到的成分IV。猫血在0℃下与天然猪胃泌素和合成猫胃泌素17NS一起孵育未产生任何成分IV。4. 我们得出结论,猫血中可能存在一种或多种酶,可导致胃泌素17NS转化为成分IV。

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