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- The ultraweak bioluminescence r elated to the mitosis and metabolism of a plant sample is strengthened after the sample is illuminated by light. 与有丝分裂和生长代谢有关的植物超弱发光在光诱导下得以加强;
- Study on the Correlation among Wheat Delayed Ultraweak Bioluminescence Physiology-Ecology Change under the Stress of Acid Rain 酸雨胁迫下小麦微弱延迟发光及其生理、生态变化相关性研究
- Keywords Metsulfuron-methyl;Bensulfuron-methyl;Anabaena flos-aquae;effect;acetolactate synathase;ultraweak bioluminescence; 甲磺隆;苄嘧磺隆;水华鱼腥藻;生长效应;乙酰乳酸合成酶;超弱发光;
- ultraweak bioluminescence 超弱发光
- Statistical Testing in Ultra-Weak Bioluminescence Image[J]. 引用该论文 陈天明;俞信;王苏生.
- Bioluminescence was probably caused by fluorescence enzyme. 蜜环菌的发光可能是由荧光酶引起的。
- Meanwhile,sperm ATP level was estimated by bioluminescence. 并采用生物发光法测定各组精子ATP含量。
- Numerical Modeling of Bioluminescence Distributions in the Coastal Ocean. 沿海生物体发光分布的数值模拟。
- The ultraweak biophoton emission(UBE) of different period grain in rice were measurated. 摘要本实验对水稻籽粒灌浆过程中不同时期籽粒进行了超弱发光测定。
- The ultraweak photon emission was observed from plant seedling at stage of germination by using PIAS. 摘要采用光子计数成像系统(IAS)植物幼苗萌发过程的超弱发光进行观察。
- Using this method a human palm ultraweak luminescence photon image is processed. 并用此方法处理了人手掌的超微弱发光光子图像。
- The entire process, from detection to bioluminescence, takes less than a second, beating any human handiwork to date. 整个过程,从进行探测到生物发光还不到一秒的时间,超过了人类迄今任何手工操作的水平。
- Ultraweak photon emission (UPE) from biological syste ms is a kind of spontaneous phenomenon in nature and occurs in all living organi sms. 花生种子萌发过程中超弱发光强度变化呈双峰曲线,分别对应于种子萌发早期事件的吸涨和呼吸激增;
- The entire process,from detection to bioluminescence,takes less than a second,beating any human handiwork to date. 整个过程,从进行探测到生物发光还不到一秒的时间,超过了人类迄今任何手工操作的水平。
- The emission of light that does not derive energy from the temperature of the emitting body, as in phosphorescence, fluorescence, and bioluminescence. 发冷光:不是由于发光体的热量而来的光的发射,比如在磷光,荧光和生物性发光中。
- "To be able to detect the presence of the cells by bioluminescence was really a breakthrough," says Blau. “为了能够侦测到的细胞生物是真正的突破,说:”布劳。
- It showed that PIAS could objectively display the spontaneous ultraweak photon, and this results provided experimental basis for research mechanism of ultraweak photon emission. 光子成像系统可客观地比较生物自发超弱发光,为进一步研究超弱发光机理提供实验基础。
- Bioluminescence occurs when the natural chemical energy produced within an organism is converted to light energy. 发光时发生的自然产生的化学能在一个生物体转化为光能。
- Over 10% alcohol concentration would make Armillaria mellea decrease or loss the ability of bioluminescence. 1%25的乙醇浓度能够促进蜜环菌的发光,10%25以上的乙醇浓度就会使蜜环菌的发光减弱乃至丧失;
- Some other indexes relevant to bioluminescence or chemiluminescence were also found. 同时也发现了一些新的与生物或化学发光有关的细胞学指标。