查询词典 rabbit

Arterially perfused rabbit left ventricular preparations were used in the present study to simulate LQT2 by perfusing with d-sotalol. Transmembrane action potentials from epicardium and endocardium were recorded simultaneously, together with a trasmural ECG, in arterially perfused rabbit left ventricular preparations by use of 2 separate intracellular floating mocroelectrodes.

为探讨心室肌跨壁复极离散和心脏兴奋的恢复性质在长QT综合征室性心律失常发生过程中的作用，应用冠状小动脉灌流的兔左室肌楔形组织块标本，分模型组和对照组，采用浮置玻璃微电极法同步记录心室肌内、外膜心肌细胞动作电位和跨壁心电图。

Disney Characters A timeline of character debuts Before Mickey 1924 Alice (of The Alice Comedies, a series of 56 silent cartoons) 1927 Oswald the Lucky Rabbit (star of 26 silent cartoons) Recurring Characters: Mickey and Friends 1928 Mickey Mouse and Minnie Mouse, in Steamboat Willie 1929 Peg-Leg Pete, in The Barn Dance 1929 Clarabelle Cow and Horace Horsecollar, in The Plow Boy 1930 Pluto (AKA "Rover"), in The Chain Gang 1932 Goofy (AKA "Dippy Dawg,""George Geef"), in Mickey's Revue 1934 Donald Fauntleroy Duck, in The Wise Little Hen 1937 Huey, Dewey, and Louie Duck, in the Donald Duck Sunday comics 1937 Daisy Duck (AKA "Donna Duck"), in Don Donald 1943 Chip 'n' Dale, in Private Pluto Stars of Disney Feature Films 1937 Snow White, in Snow White and the Seven Dwarfs 1940 Pinocchio and Jiminy Cricket, in Pinocchio 1941 Dumbo, in Dumbo 1942 Bambi, in Bambi 1950 Cinderella, in Cinderella 1951 Alice and the White Rabbit, in Alice in Wonderland 1953 Peter Pan and Tinkerbell, in Peter Pan 1955 Lady and Tramp, in Lady and the Tramp 1959 Aurora, in Sleeping Beauty 1961 Pongo, Perdita, and the pups, in 101 Dalmatians 1967 Mowgli and Baloo, in The Jungle Book 1974 Robin Hood and Maid Marian, in Robin Hood 1986 Basil, in The Great Mouse Detective 1989 Ariel, in The Little Mermaid 1991 Belle and Beast, in Beauty and the Beast 1992 Jasmine and Aladdin, in Aladdin 1994 Simba, Timon, and Pumbaa, in The Lion King 1995 Buzz Lightyear and Woody, in Toy Story 1995 Pocahontas, in Pocahontas 1996 Esmerelda, in The Hunchback of Notre Dame 1998 Hercules and Megara, in Hercules 1998 Mulan and Mushu, in Mulan 2001 Milo Thatch, in Atlantis: The Lost Empire 2001 Lilo and Stitch, in Lilo And Stitch 2002 Sulley, in Monsters, Inc.

狄斯耐人物一个个性初次登场的时间期限在米奇之前 1924 爱丽丝(爱丽丝喜剧，一系列的 56幅沈默的卡通) 1927 奥斯瓦德幸运的兔子(26幅沈默的卡通的星)回到个性：米奇和朋友 1928 米老鼠和米妮老鼠，在汽船威利 1929 钉-腿的彼得，在谷仓跳舞方面 1929 Clarabelle 母牛和贺瑞斯 Horsecollar，在犁男孩中 1930 冥王星，在链组织中 1932 古菲(AKA&脑筋不正常的 Dawg，&&乔治 Geef&)，在米奇的讽刺时事的滑稽剧 1934 唐纳德 Fauntleroy 鸭子，在明智的小母鸡中 1937 Huey ，杜威和中尉鸭子，在唐纳德鸭子星期日连环图画中 1937 黛西没入水中(AKA&堂娜鸭子&)，在君唐纳德 1943 削'n'山谷，在私人的冥王星狄斯耐特征电影的星 1937 下雪水于白色，在雪白色的和七个矮子 1940 童话中的主角和表示温和的惊讶蟋蟀，在童话中的主角 1941 Dumbo，在 Dumbo 1942 Bambi，在 Bambi 1950 灰姑娘，在灰姑娘 1951 爱丽丝和白色的兔子，在奇境的爱丽丝 1953 彼得平锅和 Tinkerbell，在彼得平锅 1955 淑女和重步声，在淑女和重步声中 1959 奥罗拉，在睡着的美人 1961 在 101只大麦町中的 Pongo ， Perdita，和学生 1967 Mowgli 和 Baloo，在丛林中订购 1974 罗宾头巾和少女圣母玛利亚崇拜者，在罗宾头巾 1986 罗勒，在伟大的老鼠侦探中 1989 瞪羚，在小的美人鱼中 1991 美女和畜牲，在美人和畜牲中 1992 茉莉属植物和安拉丁，在安拉丁 1994 Simba ， Timon 和 Pumbaa，在狮子星国王中 1995 发出嗡嗡声 Lightyear 和多树木的，在供玩耍的故事中 1995 风中奇缘，在风中奇缘 1996 Esmerelda，在 Notre 夫人的驼背中 1998 大力英雄和 Megara，在大力英雄 1998 Mulan 和 Mushu，在 Mulan 2001 Milo 盖屋顶的材料，在阿特兰提斯：失去的帝国 2001 Lilo 和一针，在 Lilo 和一针 2002 Sulley，在怪物，公司 2003 奈莫舰长，在发现奈莫舰长方面 2004 幼鲑，在难以置信人中

The hemolysin consists three components,B,L1,and L2(35.36.and 45kDa,respeotively),combinations of all three moieties produed the unique ring-shaped zone of hemolysis,increased rabbit vascuolar permeability,caused fluid accumulation in rabbit ileum loop and appeared cellulotoxic reaction on Vero cells.

溶血素由B、L1和L2 3种成份组成，分子量分别为35、36和45kDa 3种成份的协同作用在血琼脂上引起靶状溶血，使兔皮肤血管通透性增加，兔小肠肠段结扎产生积液反应，Vero细胞形态学改变。

Objective: To investigate the efficacy and feasibility of mitomycin C drug delivery system as a new glaucoma anti-scarring agent by observing its effects on a rabbit model of glaucoma filtration surgery and side effects on eyelid,conjunctiva,cornea,and anterior champer of rabbit eye.

目的：研究丝裂霉素C缓释系统(mitomycin C drug delivery system，MMC DDS)对兔眼滤过性手术后抗瘢痕形成的疗效及对兔眼局部组织的毒副作用，探讨其作为青光眼滤过性手术后抗瘢痕形成的辅助用药的可行性和有效性。

The RT-PCR product was inserted into pTG19-T vector and transformed into E. coli successfully. By blastn, the sequence results of Kunming mus musculus were in complete accordance with the conservative sequence of Genbank NR_003278 (791bp-1153bp). By Blastn in NCBI, the sequence with little difference among animals was confirmed to be conservative. After Blastn, fourteen complete CDS coding for different animals were chosen. According to VECTOR NIT 9.0 software, the similarities between Kunming mus musculus and bos taurus, homo sapiens, erinaceus europaeus, cricetulus griseus, sus scrofa, dasypus novemcinctus, rattus norvegicus, rabbit, equus caballus, macaca fascicularis, didelphis virginiana, monodelphis domestica and vombatus ursinus was 67%, 100%, 100%, 36%, 100%, 100%, 67%, 100%, 100%, 92%, 99%, 99% and 99%. In the phylogenetic tress constructed with the forteen 18S rRNA by Treeview, the Kunming mus musculus clustered with cricetulus griseus, sus scrofa and rabbit, which was nearer to cricetulus griseus and was most far away from macaca fascicularis.(3) After sencodary structure analyses of 18S rRNA of mus musculus, an oligonucleotide fragment for RNAi was designed and synthesized, which was transformed into plasmid, and restriction enzyme analyses and sequencing results should the expression plasmid pGPH1/ GFP/Neo-mouse-sh 18S rRNA were constructed for RNAi successfully.

结果①通过RT-PCR检测显示18S rRNA基因在小鼠卵巢组织和单个GV期、MⅠ期卵母细胞中均有表达，且在未成熟卵母细胞中，MⅠ期的表达明显强于GV期的表达；②RT-PCR产物克隆测序结果显示：昆明小鼠18S rRNA基因保守区序列与基因库序列[NR_003278保守区部分(791bp～1153bp)]完全一致；Blastn比对结果发现：在不同物种中差异较小，选出14种生物18S rRNA全序列经VECTOR NIT 9.0软件分析，提示昆明小鼠18SrRNA与牛、人类、刺猬、中国仓鼠、猪、犰狳、褐鼠、兔子、马、食蟹猴、负鼠、短尾猊、袋熊的18S rRNA的相似率依次为67%，100%，100%，36%，100%，100%，67%，100%，100%，92%，99%，99%，99%；Clustal 1.81和Treeview构建出的分子进化树表明：在上述14种生物中昆明小鼠与中国仓鼠进化关系最近，与兔子、猪聚成一簇，与食蟹猴进化关系最远；③根据18S rRNA二级结构设计并合成RNA干扰寡核苷酸片段，重组质粒经过限制性内切酶及测序表明成功构建了pGPH1/GFP/Neo-mouse-sh 18S rRNA干扰表达质粒。

Results. Semiquantitative assessment of histologic changes indicated that 4-week-old rabbit was equivalent to fetus to 2-year-old human and 160-week-old rabbit was equivalent to 11- to 30-year-old human, particularly 11- to 16-year-old, which corresponds to transition period from notochordal to fibrocartilaginous NP.

结果：组织学改变上的半定量测定显示，4个月的兔子相当于2岁的孩子，160个月大的兔子相当于11到30岁大的成人，尤其相当于11到16个月大，相对地，这段时间正好是脊索向纤维软骨NP转换的时期。

Results. Semiquantitatie assessment of histologic changes indicated that 4-week-old rabbit was equialent to fetus to 2-year-old human and 160-week-old rabbit was equialent to 11- to 30-year-old human, particularly 11- to 16-year-old, which corresponds to transition period from notochordal to fibrocartilaginous NP.

结果：组织学改变上的半定量测定显示，4个月的兔子相当于2岁的孩子，160个月大的兔子相当于11到30岁大的**，尤其相当于11到16个月大，相对地，这段时间正好是脊索向纤维软骨NP转换的时期。

Add LHRH and LHRH-PE40 onto the section of cervical carcinoma tissue, then add rabbit anti-PE40 serum and fluorescin isothiocyanate-labeled goat anti-rabbit IgG and observe the fluorescence intensity under fluorescent microscope.

另取宫颈癌组织切片，分别加LHRH-PE40和LHRH后，再加兔抗PE40血清和羊抗兔IgG-异硫氰酸荧光素，在荧光显微镜下观察荧光强度。

Methods After succeeding in culturing rabbit retinal Müller cells and preparing AGEs-BSA in vitro, We observed the effects of AGEs on cultured rabbit retinal Müller cells in different interferent times (3d and 9d) by flow cytometry.

培养兔视网膜Müller细胞，体外制备AGEs及其对照物，实验分为牛血清白蛋白AGE作用3d组、AGE-BSA作用9d组、AGE-BSA对照3d组、AGE-BSA对照9d组、空白对照3d组及空白对照9d组。

Methods: After transferred pcDNA3.1/hTM plasmid into rabbit artery by high-pressure injection, rabbit common iliac artery were cut and anastomosed again. At the 14 days and 28days after second operation, we checked inside diameter of anastomotic stoma and blood flow velocity by color Doppler. The treated artery were sliced and stained by Verhoeff. Local neointima formation and the ratio stenosis of intervascular were calculated by computer.

用注射式加压转染的方式对兔动脉壁转染pcDNA3.1/hTM质粒，再制造动脉损伤-阻滞模型，于术后14天、28天用彩色多普勒观察活体吻合口内径和血流流速；再做病理切片Verhoeff染色，观察血管内膜增生的程度、部位，计算血管内膜面积、中膜面积和血管狭窄率。

Objective To investigate the effects of interleukin-1 β converting enzyme gene on the biologic characteristics of ovarian cancer cells.

目的 探讨白细胞介素-1 β转换酶的表达，对卵巢癌细胞生物学特性的影响。

Campylobacter: This illness is the most commonly identified cause of diarrheal illness in the world.

弯曲：这种病是最常见的原因查明腹泻病，在世界上。