荧光强度

570型粘附式细胞仪对DNA分子荧光强度的测试

Measurement of DNA molecular fluorescence intensity with ACAS 570

肾组织IgG荧光强度，B组与C组比较，无明显差别（P0.05）。

Fluorescence intensity had no significant difference in B group and C group ( P0.05 ) .

人精子中蛋白激酶C活性及荧光强度的比较

Comparison of Activity and Fluorescence Strength of PKC in Human Sperm

掠发射X射线荧光强度的实验研究

The Experimental Research of Intensity of Grazing-Emission X-Ray Fluorescence Failure to Launch

近一步用Bio一assayReader对标记重组菌株进行荧光强度的检测，选择激发滤光片为485二、发射滤光片为52Onm。

Furthermore , fluorescence intensity of recombinant strains detection by instrument of Bio-assay Reader .

激发因子是X射线荧光强度理论计算中的重要参数。

Excitation factor is one of the key factors in the calculation of theoretical intensities in X-ray fluorescence spectrometry .

分别添加长链烷烃和糖淀粉都能引起激基缔合物的荧光强度减弱和单体荧光强度的增强，表明An和长链烷烃共簇集，与糖淀粉形成包结物。

The addition of long chain hydrocarbon and amylose resulted in the reduction of excimer emission and the enhancement of monomer fluorescence .

纳米Y2O3：Eu~（3+）粉体荧光强度的增强

Enhancement of the Luminescent Intensity of Nano-Scale Y_2O_3 : Eu ~ ( 3 + ) Powders

在cDNA作用下，核酸适体分子变为双螺旋状态，荧光强度显著升高。

In the presence of cDNA , the aptamers formed double helix , and fluorescence intensity increased .

随脂蟾毒配基作用浓度和时间的延长，癌细胞核荧光强度减弱，细胞核DNA含量明显降低。

With the prolongation of time and increase of concentration of resibufogenin , fluorescence intensity of cancer cell nucleus reduced and the content of cell nucleus DNA decreased obviously .

且污染严重的湖泊，相应沉积物DOM荧光强度强。

Moreover , the more polluted the lake was , the stronger fluorescent intensity of DOM was in sediments .

质膜糖蛋白IIb／IIa平均荧光强度实验组与对照组相比，无显著差异（P＞0.05）；

There were no significant difference in the GP IIb / IIIa ( p > 0 05 );

当细胞浓度小于1×106cells/mL时，色氨酸、NAD（P）H和FAD的荧光强度与细胞浓度均呈线性关系。

When the concentrations of cells less than 1 X 106 cells / mL , there is linear relationship between fluorescence intensity and concentration .

结果500μg/mlFA可使线粒体荧光强度呈双相变化。

Results FA with the concentration of 500 μ g / ml led the diphasic variation of the fluorescent intensity of mitochondria .

但是，当细胞浓度超过1×106cells/mL时，细胞的色氨酸荧光强度趋于饱和，而NAD（P）H和FAD的荧光强度仍随细胞浓度的增大而增强。

When the concentrations of cells higher than 1 × 106 cells / mL , tryptophan fluorescence intensity is saturated with the increasing cell concentration .

配合物的荧光强度随着Ag+的进一步配位而显著增加，这是由于光诱导电子转移效应（PET）的抑制。

The luminescence of the complex is noticeable enhanced upon complexation with Ag + , which is due to the suppressing of photoinduced electron transfer ( PET ) process .

与原始的CdTe量子点相比，所合成的CdTe/PNIPAM杂化微球表现出了随温度变化而荧光强度发生显著变化的行为。

Compared with the original CdTe QDs , the CdTe / PNIPAM microspheres exhibited a temperature-dependent fluorescence properties .

测试结果表明垒层掺Si使量子阱的生长速度增加，掺Si量子阱的光荧光强度比未掺Si量子阱的光荧光强度增强了13倍。

The results show that the growth rate of MQW increases with Si-doping and the intensity from MQW with Si-doped is strong as 13 times as that of undoped MQW .

通过对光纤荧光强度与自吸收率r的比较，揭示了自吸收行为对太阳能收集器尺寸的限制作用。

After that , fluorescence intensity of POFs was compared with the self-absorption ratio of fluorescence materials , and the results revealed the confinement on the size of solar concentrators by self-absorption behavior .

结果表明，低浓度阴离子表面活性剂与ST形成缔合物，导致ST的吸收与荧光强度降低；

The results showed that STformed complex with ASmolecule when the concentration of ASwas low , and the absorbance and fluorescence intensities of ST , therefore , decreased .

CCl4与微粒体膜作用后，ANS荧光强度降低并出现红移。

The fluorescence intensity of ANS was decreased and red-shifted after CCl4 treatment of the membranes .

Eosin5NCS在弱酸性介质中的荧光强度明显高于在弱碱性介质中的荧光强度，但荧光强度随溶液pH的变化较敏感，需要小心控制。

The fluorescence intensity of eosin-ITC in weak acidic medium is higher obviously than that of in weak basic medium , but it is sensitive to change of pH , be careful to use .

研究了Si掺杂对GaAlInP/GaInP多量子阱光学特性的影响，结果表明Si可显著提高量子阱的荧光强度。

In the end , The influence of Si-doping to the characteristics of AlGaInP / GaInP multiple quantum wells was studied , The PL intensity of MQW structure obviously changed with Si-doping .

结果表明，紫甘薯花色苷对DNA有保护作用，并且随着紫甘薯花色苷含量的增加荧光强度逐渐降低。

The results showed that anthocyanin of purple sweet potato can protect DNA . In addition , The fluorescence intensity of DNA-EB compound was decreased gradually along with the addition of anthocyanin contents of purple sweet potato .

PCR动力学数学模型是根据PCR技术的原理提出的，能够准确描述PCR反应产物分子数量积累规律的动力学方程，给出了PCR产物数量或者荧光强度与初始模板数量及其他反应条件间的函数关系。

This model describes the function relation between product quantity or fluorescence intensity and initial template number and other reaction conditions , and can reflect the accumulating rule of PCR product molecule accurately .

IFNγ、TSH均以剂量依赖方式显著增加RFs表达ICAM1的阳性百分比和增强平均荧光强度（P<0.05），TSH的作用弱于IFNγ的刺激作用。

IFN γ and TSH significantly enhanced the expression of ICAM 1 of RFs in dose dependent manners ( P < 0.05 ) .

用PMA预先处理细胞24h后，再给予金丝桃素刺激发现荧光强度并没有进一步下降。

However , after stimulation with a 24 h preincubation of PMA and 5 concentrations of hypericin , no further decrease was observed .

且Rd－LPS培育后肝细胞、窦壁内皮细胞胞浆内荧光强度增高幅度显著高于S－LPS培养后的增高幅度。

The increase of fluorescent intensity of LPS in the cytoplasm of hepatocytes and sinusoidal endothelial cells after incubation with S-LPS was much higher than that of Rd-LPS .

分别检测各组细胞内荧光强度变化，细胞P-糖蛋白、蛋白激酶Cα蛋白表达情况，及5种肿瘤药物半数抑制浓度及耐药指数变化。

Multidrug resistance index to common five anticancer drugs of different concentrations of BCT and immunocytochemistry was performed to detect the expression of PKC - α protein . P-gp protein levels of the cells of each group were determined by Western blot .

不同浓度的HBIG干预乙肝病毒感染的JAR细胞，细胞内HBsAg的荧光强度无统计学差异（P0.05）。

There were no differences of fluorescence intensity of HBsAg in JAR cells with HBV infection treated with different concentrations of HBIG ( P 0.05 ) . 3 .