1) aerobic cultivation
需氧培养
2) fostering according need
按需培养
3) anaerobic cultivation
厌氧培养
1.
Microbial communities from different paddy soil are tested with anaerobic cultivations, and researches on the effect when using Fe (OH) 3 as the sole electron acceptor, the use of cellulose as the electron donor have on the iron reduction.
本试验通过来源于不同水稻土微生物群落厌氧培养试验,以Fe(OH)3作为唯一电子受体研究了以纤维素粉作为电子供体时对氧化铁还原的影响。
4) anaerobic culture
厌氧培养
1.
In this paper,the effects of pH value,reductive agent and sugar concentration on the anaerobic culture of B.
以低聚木糖为底物碳源 ,在严格厌氧培养条件下研究了pH值、还原剂和低聚木糖浓度等因素对该糖增殖青春双歧杆菌的影响。
2.
This study used slurry anaerobic culture, synthetic iron oxide system inoculated soil extracts anaerobic culture and inoculated pure iron-reducing bacteria as testing method, in addition to the training system SO24- , discussed the effect of sulfate as competitive electron acceptor on Fe(Ⅲ)reduction in different systems of iron reduction.
本研究采用土壤泥浆厌氧培养、人工合成氧化铁体系接种土壤浸提液厌氧培养及接种铁还原菌纯培养等试验方法,通过向培养体系中添加SO24-,探讨了硫酸盐作为竞争电子受体对不同铁还原体系中Fe(Ⅲ)还原的影响。
3.
The effect of the cellulose as an electronic donor on the iron oxides reduction process was studied with the methods of slurries incubation,paddy soil microbial community anaerobic culture and pure culture.
【方法】以来源于吉林、天津、四川的水稻土为供试材料,分别采用土壤泥浆培养、水稻土微生物群落厌氧培养及纯培养试验方法,研究了添加纤维素作为电子供体对氧化铁微生物还原过程的影响。
5) hyproxic culture
缺氧培养
1.
Results: We found that bFGF could improve the PI value and SPF value of hyproxic cultured endothelial cells by flow cybometry analysis.
方法:在细胞生长至70％-80％融合后,在细胞中加入bFGF后缺氧培养,通过流式细胞仪检测bFGF对细胞周期的影响。
补充资料：按需型心室起搏器
按需型心室起搏器
demand ventricular pacemaker
该起搏器内有一个感知装置，可感知心室自身活动，如果心脏本身的节律比预设的起搏频率快，感知装置即断开起搏器；当患者自己的心率比预设的起搏频率慢时，感知装置又起动人工起搏器。因此对短暂或间歇性心动过缓较为安全。此外节省电能，在埋藏式起搏器中可维持较长时间。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条