- 更多网络例句与中肠相关的网络例句 [注：此内容来源于网络，仅供参考]
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It is indicated that chimozine is relative to the forming of peritrophic membrane and the den-sity of PMb determined whether Nosema Apis Zander can inject in the ventriculus epithelium.
蜜蜂中肠酪素酶与蜜蜂中肠围食膜的形成有关，而围食膜的致密度又决定了蜜蜂微孢子虫能否侵入蜜蜂中肠上皮细胞。
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Foreign gene could destroy larvas mid-intestine, and reduce its appetite. Observation by microscope showed that the gaps between mid-intestine cells was extended in treated larvae, and the nucleus were destroyed, the gap between peritrophic membrane and mid-intestine cells was appeared, parts of peritrophic membrane was broken off from mid-intestine cells.
外源基因对舞毒蛾幼虫的杀虫机理在于破坏幼虫的中肠组织，影响幼虫的取食，使幼虫取食量减少，甚至终止取食；中肠细胞间隙增大，细胞核遭受破坏；围食膜与中肠细胞之间出现空隙，甚至脱落，围食膜不再完整；中肠组织脱落，成为一个严重变形的残架。
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Following attachment to the host immunized with purified antigens, midgut antigens, salivary gland antigens and reinfestation by I. sinensis, the midgut of tick revealed rather strikingly pathological changes, especially of the tick feeding on host immunized with 105KD purfied antigens the basal lamina became thinner, looser, and broken.
中华硬蜱叮咬纯化抗原、中肠抗原、唾液腺抗原免疫接种组和再次感染组宿主后，中肠可发生一系列明显的病理变化，尤以叮咬105KD纯化抗原组宿主后中肠病理变化最为严重。
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Armigera BBMV, on the contrary few membrane proteins can be got by dissoluted in M. separata BBMV, and the concentration of membrane protein in M. separata BBMV is lower than in H.
棉铃虫中肠BBMV解离后得到许多可溶性膜蛋白，相比较粘虫中肠BBMV解离后得到的可溶性膜蛋白条带较少，并且粘虫中肠BBMV可溶性膜蛋白的含量明显低于棉铃虫。
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Armigera and M. separata mid-gut juice, but, other less than 60kD proteins also can be got by M. separata mid-gut juice .4 Many Bt Cry1AcE toxins can be got by the method of precipitate and resolve, which have high purity.
在相同的时间下，粘虫中肠消化液蛋白酶活性比棉铃虫中肠消化液要高；在37℃条件下，棉铃虫中肠消化液经过30和60min将130kD的Bt CrylAc原毒素酶解为60kD的毒素，而粘虫中肠消化液经过30和60min对Bt CrylAc原毒素酶解作用，除得到60kD的毒素外还得到了40kD和分子量更小的蛋白。
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The optimum temperature of protease, lipase, and cellulase was 50℃, 40℃ and 40℃ respectively in both foregut and midgut, while the optimum temperature of amylase was 40℃ in foregut and 30℃ in midgut.
前肠和中肠中蛋白酶活力均在反应温度为50℃时达到最大值，前肠和中肠中脂肪酶和纤维素酶均在反应温度为40℃时达到最大值，而前肠和中肠中淀粉酶最适反应温度分别为40℃和30℃。
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The protease activity in foregut was higher than that of midgut in an acidic condition at pH 5.0-5.8, while in an alkalescence condition at pH 7.0-8.6, the protease activity was higher in midgut than that in foregut. The lipase activity of foregut was high and stable in two pH ranges: 4.2-5.0 and 6.2-7.0, and that of midgut was high at pH 3.8, while the lipase lost enzyme activity at pH over 9.0. The amylase activity was high and stable at pH 6.6-7.4 in both foregut and midgut. The cellulase activity of foregut and midgut was high and stable at pH 6.2-7.4 and 5.4-7.0 respectively.
刺参前肠蛋白酶活力在酸性环境下较中肠高，且在反应pH为5.0-5.8之间酶活力相对稳定，而中肠蛋白酶活力在碱性环境下较前肠高，且在反应pH为7.0-8.6之间酶活力相对稳定；刺参前肠脂肪酶活力随着pH的升高出现两个相对稳定的峰值，分别为4.2-5.0和6.2-7.0区间，中肠脂肪酶活力在pH为3.8时达到最大值，而在pH超过9.0明显失活；刺参前肠和中肠淀粉酶活力在pH变化时表现出相似的变化趋势，在反应pH为6.6-7.4之间酶活力较高且相对稳定；刺参前肠和中肠中纤维素酶活力在pH变化时反应不一致，前肠淀粉酶在反应pH为6.2-7.4之间酶活力较高且相对稳定，中肠纤维素酶活力在反应pH为5.4-7.0之间酶活力较高且相对稳定。
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While , the amylase and lipase activities in stomach were significantly higher than those in intestine and hepatopancreas. In C. asiatica adults, the protease activity was highest in midgut mucosa with lowest in stomach mucosa. The trypsin activity was highest in midgut mucosa and lowest in hindgut mucosa. While, the amylase activity was highest in hindgut mucosa with lowest in foregut mucosa, and the lipase activity in the stomach mucosa was distinctly higher than that in other digestive organ or tissues.
月鳢成鱼蛋白酶活性以中肠粘膜组织和后肠粘膜组织最高，前肠粘膜和肝胰脏次之，胃粘膜最低；胰蛋白酶活性以中肠粘膜组织和前肠粘膜最高，胃粘膜组织次之，肝胰脏小于胃粘膜，后肠粘膜组织的胰蛋白酶活性最小；淀粉酶活性以后肠粘膜组织和中肠粘膜组织最大，肝胰脏次之，胃粘膜组织和前肠粘膜组织最小；脂肪酶活性以胃粘膜组织最大，其他器官组织该酶活性均表现较小。
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Gradients of K(superscript +), Na(superscript +) and protein along midgut were determined. The permeability of midgut segments to K(superscript +), Na(superscript +), Ca(superscript 2+), Mg(superscript 2+) and methyl blue was observed.
对中肠细胞进行了组织切片观察；测定K，Na和蛋白质沿中肠的浓度梯度，并观察了中肠对K，Na，Ca(上标 2+)，Mg(上标 2+)和甲基蓝的通透性。
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There was 4 amino acids in fat body which were different from midgut.
中肠和脂肪体氨基酸序列有4个氨基酸位点不同，中肠丝氨酸Ser-脂肪体为天冬氨酸N、中肠丙氨酸A-脂肪体缬氨酸V、尤其是脂肪体部位中的血红素保守区由甲硫氨酸M变为缬氨酸V，有可能改变了对底物的催化活性，这在比较的其它几种CYP6B家族的基因中没有发现。
- 更多网络解释与中肠相关的网络解释 [注：此内容来源于网络，仅供参考]
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ENTEROBACTERIACEAE IN DAIRYING S K Anand and M W Griffiths：乳中肠杆菌
乳品中的乳化剂和乳化液 EMULSIFIERS AND EMULSIONS IN DAIRY FOO... | 乳中肠杆菌 ENTEROBACTERIACEAE IN DAIRYING S K Anand and M W Griffiths | 粪肠球菌和屎肠球菌 ENTEROCOCCUS FAECALIS AND ENTEROCOCCUS FAEC...
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mesenteron：中肠
mesenterium 肠系膜 | mesenteron 中肠 | mesentery 隔膜
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mesenteron rudiment：中肠原基
mesenteric tumor 肠系膜肿瘤 | mesenteron rudiment 中肠原基 | mesentery forceps 肠系膜镊
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mesenteron;mid-gut：中肠
蛭纲 Hirudinea | 中肠 mesenteron;mid-gut | 中垫 arolium
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mesenteron rudiments：中肠基质
mesenteron 中肠(19,21,24)39 | mesenteron rudiments 中肠基质(20,21,24)39 | mesoblast 中胚叶(14)39
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anterior mesenteron rudiment：前中肠基质
antennal suture 触角缝(103)116 | anterior mesenteron rudiment 前中肠基质(21,24,37)38 | anterior notal wing process 背板翅前突起(168)175
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midgut volvulus：中肠扭转
1.中肠扭转(midgut volvulus) 中肠扭转多见于婴儿及儿童,但也可发生在其他年龄段,甚至成年后,系外科急诊,如果未能及时手术纠治,可因小肠坏死导致短肠与死亡,典型症状为新生儿突发胆汁性呕吐,呕吐尚与十二指肠折叠成角及腹膜束带压迫导致十二指肠梗阻有关,
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midgut volvulus：中肠扭结
混合[性]转位 mixed rotation | 中肠扭结 midgut volvulus | 肠狭窄 intestinal stenosis
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midgut：中肠
十二指肠刚好是胚胎期前肠(foregut)、中肠(midgut)交接点,故接收双重供血. 同样地,位於旁边的胰脏也出现双重供应. 同样地,横结肠是胚胎中肠、后肠(hindgut)相接点,故出现
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midgut loop：中肠袢
midgut 中肠 | midgut loop 中肠袢 | monocyte 单核细胞