Chronic Inflaming Effect of Nanobacteria on Prostates of Rats 纳米细菌对大鼠前列腺的慢性致炎作用
The relationship between the nanobacteria in the oral ecotope and oral disease 口腔生态环境中的纳米菌与口腔疾病间的关系
That means that nanobacteria probably become coated with proteins or other organic molecules, which stop them from growing like a regular, jagged limestone crystal and instead look like round blobs. 这意味着纳米细菌外面可能包裹着一层蛋白质或其它有机分子。这层物质使它们无法像普通的、外表凹凸不平的石灰石晶体那样逐渐增大,而是外表变得像个圆形块状物。
Role of Nanobacteria in Type ⅲ Prostatitis and Prostatic Calculus 纳米细菌在Ⅲ型前列腺炎和前列腺结石发生中的作用研究
The nanobacteria is isolated from the atherosclerotic plaques of abdominal aortic aneurysm. 腹主动脉瘤粥杆斑块小能分离培养出纳米细菌。
The infection of the nanobacteria may result in calcification and fibrosis of the gallbladder. 胆囊壁的钙化或纤维化可能与纳米细菌感染有关。
The nanobacteria was isolated and cultured and identified in6 atherosclerotic plaques of abdominal aortic aneurysm. 对6例腹主动脉瘤粥样斑块标本进行纳米细菌的分离、培养和鉴定。
The applications of photobiomodulation to laser surgery, acupuncture, bacteria, nanobacteria and the virus with membrane have also been discussed. 本文探讨了光生物调节作用在激光外科、中医针刺、细菌和纳米细菌功能调节和有包膜的病毒的灭活等方面的应用和可能应用。
Study on the Black Pigment Gallstone Formation Caused by Nanobacteria Infection of Bile in Rabbit 胆汁纳米细菌感染致兔胆囊黑色素结石的实验研究
Nanobacteria discovered recently are smallest bacteria as we know now, whose diameter are tens or hundreds nanometer. 最近新发现的纳米细菌是目前已知的最小的细菌,其直径为几十至几百纳米。
Methods: Desirable culture condition, harvest and antipollution method for nanobacteria were investigated. 方法:在纳米细菌的培养过程中,寻找培养的适宜条件,防污染及收获方法。
Detection of nanobacteria by immune electronic microscopy 纳米细菌的免疫电镜检测
In double staining method, Hoechst staining of the samples was negative, but von kossa staining was positive. Hoechst staining of the dental pulp cells was positive. No nanobacteria was found in the other two samples. 双重染色实验中,样本Hoechst染色呈阴性反应,VOnKossa染色呈阳性反应,而牙髓细胞的Hoechst染色可见胞核呈明显阳性反应,有2个样本中未见有细菌生长。
The detection of nanobacteria infection in serum of healthy Chinese people 部分健康成年人群血清中纳米细菌感染的调查
The result of indirect immunofluorescence staining showed that nanobacteria could be binded with fluorescently-labeled antibody, and produce green fluorescence. 6. 间接免疫荧光染色显示纳米细菌被荧光标记抗体结合,荧光显微镜下呈绿色荧光。
Hyperplasy, atrophy, inflammatory infiltration could occur in rabbit gallbladder and liver which was infected with nanobacteria after 3 weeks. 7. 纳米细菌感染家兔后,能使胆囊及肝脏组织在3周内出现增生、萎缩、炎性浸润等病理变化。
HE staining of gallbladder and liver tissue specimens showed that inflammation infiltration occurred in most gallbladders of rabbits infected with nanobacteria ( 22/ 32), and the minor changes occurred in liver. 胆囊HE染色显示,纳米细菌培养物感染组大部分(22/32)家兔胆囊有炎症浸润;肝组织变化轻微。
A range of measures were taken to prevent the nanobacteria from being polluted during its culture. 培养过程中采用一系列措施可有效地避免纳米细菌污染。
The culture in vitro of nanobacteria can lead to rabbit gallstone produce. 4. 纳米细菌体外培养物感染家兔可致家兔胆囊结石形成。