肠腺

chánɡ xiàn
  • Intestinal gland;enteraden;Galeati's glands
肠腺肠腺
  1. 断奶越早,仔猪十二指肠腺及肠腺糖原阳性反应较弱。

    The earlier the weaning , the weaker the glycogen positive reaction of brunner 's gland and enteraden .

  2. 在空肠肠腺密度、空肠绒毛高度、空肠绒毛杯状细胞各项指标中,野猪与长白猪两猪种间有差异(p>0.05),但差异不显著。

    There were no significant differences in density of jejunum enteraden , the height of jejunum villus and the goblet cell of jejunum villus between the wild boar and Landrace pig .

  3. 外源RNA促进小鼠肠腺辐射损伤恢复的研究

    Restorative effect of exogenous RNA on the intestinal crypts in mice after abdominal γ - irradiation

  4. 结果:小肠RNA可降低受照小鼠肠系膜淋巴结细菌移位率和血中内毒素含量,明显提高受腹部照射小鼠空肠的肠腺存活率(P<0.01)。

    Intestinal RNA can significantly increase the crypt survival rate of jejunum ( P < 0.01 ) .

  5. [结果]ATP可明显提高受腹部照射小鼠空肠的肠腺存活率和cGMP含量;

    [ Results ] ATP can significantly increase the survival rate and the content of cGMP ;

  6. 肠腺长度第1周龄极显著低于对照组(P0.01),第2周龄显著低于对照组(P0.05)。

    Compared with control group , the length of intestinal gland was obviously low at 1 week ( P0.01 ) and 2 weeks ( P0.05 ) .

  7. 结果显示:SS阳性细胞主要分布于小肠上皮细胞之间及固有膜肠腺周围。

    The results showed the SS-positive cells of the small intestinal mainly distributed around intestinal gland and between the epithelial cells of small intestine .

  8. 所有数据经SPSS13·0统计处理。结果(1)小肠RNA可明显提高腹部照射小鼠空肠的肠腺存活率(P<0·01);

    The experimental data were analyzed with SPSS 13.0 . Results Intestinal RNA significantly increased the crypt survival rate of jejunum in mice after irradiation ( P < 0.01 ) .

  9. 试验结果提示盲肠粘膜上皮细胞和肠腺上皮细胞的着色可能是iNOS被诱导表达的结果。

    The results suggested the staining of epithelial cells and glands in the cecal mucosa was supposed to be the expression of iNOS .

  10. 低功率He-Ne激光对~(60)Co-γ射线损伤后小鼠小肠肠腺修复的影响

    Effects of Low Level He-Ne Laser on the Repair of Intestinal Crypt Injured by ~ ( 60 ) Co - γ rays is in Mice

  11. 受腹部照射小鼠在小肠RNA注入后6h肠腺存活率比照射对照组提高21.40%;

    The survival of mouse intestinal crypt of the abdominal irradiated mice increased 21.4 % at 6h after intestinal RNA injection as compared with that of the irradiated control group .

  12. VOnKossa钙染色表明盲肠粘膜上皮细胞和肠腺上皮细胞内钙含量增加明显(P<0.01)并呈持续增加状态。

    Tenella infecting . Von Kossa calcium coloration indicate the content of calcium in caecum epithelium have a obvious increase ( P < 0.01 ) .

  13. 结果表明,CCK-8-IR细胞主要位于肠腺的底部,少数位于绒毛上皮。

    It was found that the CCK-8 immunoreactive ( CCK-8-IR ) cells were maidy localized in the lower parts of intestinal glands , while only a few could be observed on the epithelium of villi .

  14. DFF45/ICAD和P57~(KIP2)在人大肠腺癌发生发展过程中的作用研究

    Study the Role of DFF45 / ICAD and P57 ~( KIP2 ) in the Carcinogenesis and Progression of Human Colorectal Adenocarcinomas

  15. 结果表明,(1)小鼠受照射后6h空肠肠腺存活率即开始降低,4d时降至最低值;

    The results showed ( 1 ) A decrease in the survival of mouse intestinal crypt began 6h after the irradiation , and the lowest survival rate appeared on the fourth day .

  16. 方法:应用国产的CMIAS真彩色医学图象分析系统,对93例胃腺癌,63例肠腺癌癌细胞核进行DNA测定。

    Methods : The nuclei DNA in 93 cases of gastric adenocarcinoma and 63 cases of enteral adenocarcinoma were detected with Colour Medical Cell Image Analysis System ( CMIAS ) made in China .

  17. 目的考察金复康对给予致癌剂DMH(二甲肼)后大鼠结肠肠腺细胞增殖和凋亡动力学特性的影响。

    Objective : To study the effect of JinFuKang in rat colonal crypt mitosis and apoptosis cell kinetics after exposure to DMH , a carcinogen .

  18. 实验结果表明照射对照段空肠于72h后已无再生肠腺,而注入段空肠仍有80彩的肠腺存在,肠腺内可见未分化细胞。

    Three days later , about 80 % of the crypts of Lieberkuhn was found to be regenerated in the intestinal segment received the cell administration , while in the irradiated control mice no regenerating crypt was visible .

  19. 结果发现,Leu-7免疫反应(Leu-7-IR)细胞主要分布于胃腺和肠腺的底部。

    The results showed that Leu-7-immunoreactive ( Leu-7-IR ) cells were scattered throughout the mucosa of the gastric antrum and the duodenum .

  20. nocens寄生于空肠后部、回肠、盲肠、直肠和泄殖腔的绒毛和肠腺上皮细胞及固有膜中。

    Nocens invaded posterior jejunum , ileum , ceca , rectum and cloaca . Developmental stages were localized within the epithelial cells of villi and crypts and in lamina propria .

  21. 肠腺密度则随体重增加而缓慢增加。

    The density of glands increased slowly with growing of BW .

  22. 游离空肠段肠腺分泌规律及病理学变化

    An experimental study of secretion and histology of free jejunal flap

  23. 从狗小肠粘膜中提取肠腺生长抑制因子

    Extract Crypt Growth Inhibitor from Intestinal Mucosa of the Dog

  24. 肠腺反应与粘膜上皮相似。

    The intestinal glands were similar to mucosal epithelial in lectins reaction .

  25. 胃粘膜肠腺化生、异型增生和胃癌组织中癌基因异常表达及其意义

    Oncogenetic Expression in Intestinal Metaplasia , Dysplasia of Gastric Mucosa and Gastric Carcinoma

  26. 用可调控靶向无肠腺病毒载体携带抗癌基因治疗恶性肿瘤的研究

    Construction of Regulatable Cancer Targeted Gutless Adenovirus Vector Carrying Anticancer Gene to Treat Malignant Tumor

  27. 姜曲海猪小肠绒毛和肠腺生长发育的研究

    Studies on Growth of the Villus and Intestinal Glands of Small Intestine of the Jiang-qu-hai Pigs

  28. 胎儿阑尾淋巴组织发生与炎性样肠腺关系的探讨

    The inquiry of the relation between ontogeny of lymphatic tissue and inflammatory-like intestinal gland in human fetal appendices

  29. 第15周时,可见十二指肠中的肠腺延伸入粘膜下层形成粘液性细胞组成的十二指肠腺。

    At 15th week , intestinal gland in duodenum extend into submucosa to form mucous cell 's duodenal gland .

  30. 在十二指肠的杯状细胞边缘和肠腺有明显的杂交信号。

    In the duodenum , it is significant hybridization signal in the edge of goblet cells and intestinal glands .