桿菌屬 的英文怎麼說
中文拼音 [gǎnjūnzhǔ]
桿菌屬
英文
bacillus-
H - 13 ( achromobacter ). can facilitate the metamorphosis of ascidian larvae
無色桿菌屬的h - 13能誘導幼體變態。Refer to 8th edition of bergey " s manual of determiminative bacteriology and manual of common determiminative systematic bacteriology, gram staining, motility, production of catalase and oxydase etc were assayed
加擬口)的性質更為相似,因此該菌株應屬類芽抱桿菌屬中的一個新種。The coccus is identified as enterococcus fececalis belonging to enterococcus category and the bacillus is identified as lactobacillus plantarum belonging to lactobacillus, by analysis of complete 16srna sequence and physiological and biochemical characteristics. resistance experiment suggests that enterococcus faecalis is sensitive or semi - sensitive to most drugs, and is semi - sensitive to vancomycin
經過16srna全長序列分析及配合生理生化實驗鑒定,結果顯示球菌為腸球菌屬中的糞腸球菌( enterococcusfaecalis ) ,桿菌為乳酸桿菌屬中的植物乳桿菌( lactobacilluplantarum ) ,是兩株胃腸道內正常定植菌。Any of various rod - shaped, spore - forming, aerobic bacteria of the genus bacillus that often occur in chains and include bacillus anthracis, the causative agent of anthrax
芽孢桿菌一種桿狀,孢子型的好氧型細菌芽孢桿菌屬,經常成串地產生,包括芽孢桿菌蒽屬,它會引起炭疽病。Identification of functional bacteria showed predominant ammonifiers were shewanella, variovorax, chryseobacterium, bacillus or aeromonas ; among 4 selected nitrogen fixers, one ( azorhizobium caulinodans ) belonged to. a - proteobacteria, the other three ( serratia marcescens, klebsiella pneumoniae and citrobacter freundii ) were enterobacteriace, which belongs to - proteobacteria ; 2 nitrate reducers were aeromonas sp. and citrobacter sp.,
對各功能菌群中的優勢菌的鑒定表明,優勢的氨化細菌為希瓦氏菌屬,產堿菌屬,黃桿菌屬,芽孢桿菌屬或氣單胞菌屬;分離到的4個優勢固氮細菌菌株中,一株為基瘤固氮根瘤菌,屬于-變形菌亞門,而另外3株都屬于腸桿菌科,歸于-變形菌亞門。Conclusion a systematic method for preparation of enzyme - mannanse is established, a high productive strain was got after seducing and selecting from nature, confirmed as brachybacterium spa6 research were conducted on medium and culture method of the strain in order to get the suitable cultural condition of fermentation, the experiment result shows the optimium condition is ph7. 0, temperature 36c ; carbon content 2. 5 %, ventilation in abundence, agitation speed 200r / min
結論1 、以從自然界中篩選出的菌株為出發株,經誘變、篩選,得一高產葡甘聚糖酶菌株,初步鑒定為短桿菌屬brachybacteriumspa6 2 、經誘變、三角瓶培養,該菌株的最適培養條件:培養基ph值7 . 0 ,碳源2 . 5 ,振蕩培養, 200r min ,培養溫度36 ,培養48h 。The results of the experimental tests show that nh4cl and k2hpo4, kh2po4 are the most available nutrents to our isolates when they are degrading oils. the most suitable experinment condition is : temperature being 30 c, initial ph being 7 - 8, the shaking rate of the culture flasks is 180 r / min, the concentration of nacl is 1 %. the biodegradation results have shown that our 6 isolates have the effective degradation capability to crude oil ; within 6 days the transforing rate of oil by each single strain is more than 60 %
本研究分離出的6株菌,初步鑒定結果為: sy1為微桿菌屬、 sy2為諾卡氏菌屬、 sy3和sy5為假單胞菌屬、 sy4和sy6為芽孢桿菌屬;實驗結果表明, 6菌株的最佳氮源為氯化銨( nh _ 4cl ) ,最佳磷源為磷酸氫二鉀和磷酸二氫鉀的混合物,最適生長條件為:溫度為30 ,初始ph值為7 8 ,搖床轉速為180r min ,鹽( nacl )濃度為1 ;通過降解實驗得出6株菌對原油都有較強的降解能力,單一菌株在5天後的原油降解率都高於60 , 6株菌對原油的生物降解反應符合一級反應動力學特徵。A bacterium named paneibacillus polymyxa is screened from soil sample of mountain tai. it secrets a large amounts of active substance which can inhibit against several plant and animal diseases , such as candiada albicans 、 aspergillus flavus link and nomuraea rileyi farlow. the determination show that it is a strain of paenibacillus polymyxa through measuring its g + cmol % and the sequences of bases of 16srrna
通過對該菌株進行形態觀察、生理生化實驗、 g + cmol %測定和16srrna堿基序列測定,鑒定該菌株為類芽孢桿菌屬中的一株新的多粘類芽孢桿菌,定名為paenibacilluspolymyxacp _ s316 ,編碼其16srrna的基因為一新基因,已經提交genebank注冊,注冊號為ay292989 ( 2003年6月4日) 。The percentage of autumn degradation bacteria was the biggest, it was 0. 547 %. among degradation bacteria genus, the bacillus proportion in each season was the biggest, that was 44. 44 %, 50. 00 %, 48. 15 % and 47. 22 % in spring, summer, autumn and winter respectively, other bacteria genus ' s proportion were less than bacillus. this was probably related to the basic proterties of soil, the alternation of four seasons, the change of temprature and the difference of vegetation were fairly suitable to the growth of bacillus
在土壤細菌總數上,夏季的細菌數量最多,其次分別為春、秋、冬各季;在土壤中降解氧樂果的細菌數量上,夏季土壤中的降解菌株數量也最多,其次分別為春、秋、冬各季,土壤磷的含量與降解氧樂果細菌的數量之間並沒有太大的相關性( r = 0 . 494 ) ;在降解菌占細菌總數百分比上,秋季降解菌株所佔百分比最大,為0 . 547 % ;在降解菌株中,芽孢桿菌屬( bacillus )在每一季節所佔的比例都是最大的,春、夏、秋、冬分別為44 . 44 % 、 50 . 00 % 、 48 . 15 % 、 47 . 22 % ,其它菌屬所佔比例都比較少,這可能跟土壤的基本性狀有關,春夏秋冬四季的輪換,氣溫的變化,植被的差異,耕作的不同,比較適合抗逆性較強的芽孢桿菌屬( bacillus )的生長。Isolation and identification one alkalibacillus strain
1株堿桿菌屬菌株的分離和鑒定It was found that nine bacterial can produce bacterial cellulose, among them the wood acid bacilli cellulose has the most effective produtivity
目前已經發現有九個菌屬可以產生細菌纖維素,其中以醋酸桿菌屬的木醋桿菌產纖維能力最強。The minimum inhibitory concentrations ( mic ) of imipenem, panipenem and meropenem for 225 clinical isolates was determined by agar dilution method, in comparison to 13 other antimicrobial agents
結果,三種碳青黴烯類抗生素對腸桿菌科細菌具高度抗菌活性,對銅綠假單胞菌、不動桿菌屬、糞腸球菌等亦具良好抗菌作用。Bacillary dysentery is an intestinal infection caused by shigella bacteria which can be found in human gut
桿菌性痢疾是由人體腸道內的志賀氏桿菌屬所引起的腸道感染。Bacillary dysentery is an intestinal infection caused by a group of shigella bacteria which can be found in human gut
桿菌性痢疾是由人體腸道內的志賀氏桿菌屬所引起的腸道感染。Ecological study of bacillus in sediments of marine - cultural pond
養殖場底泥中芽孢桿菌屬細菌的生態學研究Both of them were - proteobacteria. 3 ipb strains closely matched to bacillus megaterium, terrabacter tumescen and janthinobacteriwn lividum. respectively, and 6 opb strains were azospirillum sp.,
2個硝酸鹽還原菌菌株分別為氣單胞菌屬和檸檬酸桿菌屬的菌株,它們也都歸于-變形菌亞門。The isolates were identified as acinetobacter sp. based on the physiological, biochemical and growth tests
根據生理生化及生長試驗,該株菌被鑒定為不動桿菌屬細菌。Isolate w5 and g2 had high similarity with bacillus marisflavi and paenibacillus polymyxa, respectively, and their taxonomic positions need to be determined in the future
結果表明其中5株菌屬于芽孢桿菌屬( bacillus ) ,另外2株菌屬于類芽孢桿菌屬( paenibacillus ) 。The three agents were highly active against enterobacteriaceae, and they also possessed good antimicrobial activity against p. aeruginosa, acinetobacter spp and e. faecalis
帕尼培南與亞胺培南體外抗菌作用相仿,兩者對肺炎克雷伯氏菌、腸桿菌屬等革蘭氏陰性菌作用略遜於美羅培南。Effects of hydroxypropyl - - cyclodextrin on the biodegradation of nitrobenzene by an ancinetbacter species
環糊精對不動桿菌屬菌株降解硝基苯的影響研究分享友人