胸內腎 的英文怎麼說
中文拼音 [xiōngnèishèn]
胸內腎
英文
thoracic kindney-
The steady dead generation and time that was caused by the isolated virus was certain by chicken embryo which was inoculated on seven or nine days. the histopathological changs of the infectious stunting syndrom were studied by the way of ordinary paraffin section and he dying. the experimental result were as follows : the test proved that the changes of the chicken embryo were different in different stage. the chicken embryo dead in a week after it inoculated. the body was dropsy and hemorrhage. dead before it hatched out, the embyo body were dropsy, pale and slime. the liver was yellow and swolled, gallbladder ( vesica fellea ) was filled with bile. bursa and glandula thymus analosis. the kindey dropsy. bowel lamina were humble, dilatation. gas and yellow foam were filled the bowel. histopathological changes were that, in early stage, obvious changes of liver and kindey were dropsy, hemorrhage and necrosis. two types eosinophilic intranuclear inclusion bodies including large round and little granular were present in cells of the above organs. the obvious changes of bursa were dropsy, adverse folliiculated growth and little lymphocytes proliferating, 19 - 21 days chicken embryo, one or two big empty vacuoles were prensent in cells of liver and kindey. the number of the folliculi was growing, the vacuoles between cells were larger
膽囊充盈、其內充滿稀薄的膽汁;法氏囊、胸腺萎縮,腸道擴張、腸壁菲薄、內充滿氣體及黃色泡沫狀物;腎臟腫大。病理組織學變化方面,早期肝臟、腎臟、腸主要以出血、水腫和壞死為主,且肝細胞核及腎小管的上皮細胞核內均發現有核內包涵體,包涵體呈嗜酸性,為大型圓形包涵體或不規則的顆粒狀;法氏囊則以水腫、濾泡發育不良、小型淋巴細胞數量增多為主。 19 21日齡雞胚肝細胞、腎小管上皮細胞的胞漿內出現1 2各大的空泡,法氏囊濾泡數目增多細胞間有較大空隙。There are 9 divisions as following : gastroenterology, hepatology and pancreatology, cardiology, pulmonology, nephrology, endocrinology and metabolism, hematology and oncology, rheumatology immunology and allergology, and infectious diseases
共有10個臨床科,包括了一般內科、胃腸內科、肝膽胰內科、心臟血管內科、胸腔內科、腎臟內科、內分泌新陳代謝內科、血液腫瘤內科、過敏免疫風濕內科、及感染內科。This correlation exists not only between different organs but also in the same organ. the mol - ratio of selenium and mercury is about 1 : 1 in liver, gland, spleen, stomach and lungs when selenium and mercury were administered simultaneously with 2 : 1 mol - ratio, especially in stomach. and female rats have the higher probability of 1 : 1 mol - ratio accumulation of selenium and mercury than male ones
本文首次報道了除肝臟和腎臟外,大鼠心臟、大腦、胸腺、肺、脾、胃、肌肉、睪丸等組織之間及同一組織內,汞與硒含量呈高度的正相關性;當硒、汞聯合高劑量組注入大鼠體內時,肝臟、胸腺、脾、胃、肺等組織中硒、汞以大約1 : 1摩爾比的特徵積累,尤其在大鼠的胃中,硒、汞的積累方式更容易表現為1 : 1摩爾比的形式;同時,雌性大鼠體內硒、汞以1 : 1摩爾比形式積累的幾率比雄性大鼠為大。Ct of may 9st showed : moderate pleural effusion on both sides with pleural thickening adhesions on the right side ; ascites ; chronic cholecystitis, intrahepatic bile ducts dilation, which needed to be inestigate ; density of right kidney was higher than that of the left, with the necessity of reinforcement ; combining with the history, obstruction of small intestine was suggested
5月9日復查ct示:雙側中量胸腔積液並右側胸膜增厚粘連;腹水;慢性膽囊炎,肝內膽管擴張原因待查;右腎上極密度較左側為高,建議必要時增強;結合病史,考慮小腸梗阻表現。The results showed that the interaction between selenium and mercury in rats mostly is the antagonism on the both acute toxicity tests and sub - chronic ones. liver, kidney, gland, heart, spleen, lungs, stomach and testis of rats are the target organs of mercury, selenium and their joint poison. and liver, kidney and spleen are three most important target organs
研究結果表明,大鼠體內硒與汞的急性和亞慢性相互作用主要表現為拮抗作用;大鼠肝臟、腎臟、胸腺、心臟、脾、肺、胃和睪丸等組織器官都是硒、汞及其聯合毒物的靶器官,其中肝臟、腎臟、脾臟是三個主要靶器官;肝臟中汞與硒的含量呈高度正相關,腎臟中汞與硒的含量呈負相關,但相關性不甚好。The results showed that : significant increase in dna migration and comet frequency in the spleen, thymus, bone marrow and peripheral lymphocytes were induced after intraperitoneal treatment of mtx at a dose of 1. 25 ~ 5mg / kg. no obvious increase in dna single strand breaks was observed in the liver, kidney, testicle and stomach of the mice with the same treatment. the migration of nuclear dna and comet frequency of spleen, thymus, bone marrow and peripheral lymphocytes in the dose - response study showed a dose - dependent increase
實驗結果:腹腔注射5mg kgmtx后3h可誘發小鼠體內脾細胞、骨髓細胞、胸腺細胞和外周血淋巴細胞的dna單鏈斷裂且隨時間延長損傷程度增大,於12h達到高峰,但未觀察到對肝、腎、胃和睪丸細胞的山窗民科大學碩士學位論文影響;核dna損傷程度隨著用藥劑量的增大而增大。Effects of radiation on the synthesis of adrenomedullin and endothelin in vascular smooth muscle cells of rat
射線輻射對大鼠胸主動脈平滑肌細胞腎上腺髓質素和內皮素生成的影響分享友人