Resveratrol ( 4 mg / kg ig ) promoted DTH response of mouse which was suppressed by ethanol ( 16 % w / v ) consumption .

白藜芦醇（4mg/kg）灌胃给药能对抗乙醇（16%， w/v）对小鼠DTH反应的抑制作用；

At 13 % ( w / v ) SPI the swelling ratio of SPI gel was 30 % . Addition of KCl did not produce obvious effect on equilibrium water content ( EWC ) but produced much effect on distribution of frozen and non-frozen water in SPI gel ;

当SPI浓度为13%，大豆蛋白凝胶溶胀率为30%，氯化钾对凝胶平衡水含量（ EWC）影响不显著，对凝胶中非冻结水和中间水的含量有影响；

Its application could achieve 62.8 % higher alcohols removal rate under the conditions including natural liquor pH room temperature addition of 5 % ( w / v ) resin and 40 min shaking .

在酒液自然pH值、室温条件下，添加5%（ w/v）树脂，振荡40min，高级醇去除率可达到62.8%；

The results showed that the optimum conditions were as follows : methyl alcohol as the solvent the ratio of oil to methyl alcohol 12.0 ( W / V ) extraction temperature 32 extracting 4 times for once 10 min.

通过实验得到的最佳工艺条件为：以甲醇为溶剂，油与甲醇比为1∶2.0（ W/V），温度32℃，萃取次数4次，每次萃取时间10min。

The experimental results show that addition of 0.5 % ( W / V ) pectin and 0.1 % ( W / V ) glucose into film forming solutions of SPI can increase mechanical strength and decrease permeability of water vapor and oxygen .

结果表明，在大豆分离蛋白成膜液中添加0.5%（ W/V）的果胶和0.1%（W/V）的葡萄糖能有效增加膜的机械强度，降低膜对水蒸汽、氧气的透性。

RGI isomerized glucose ( 30 % w / v ) to fructose with isomerization rate of 54.8 % at 90 ° C pH 7.0 and 5 h.

在90°C、pH7.0和5h下，rGI异构化30%（ w/v）葡萄糖液为果糖的异构化率达到54.8%。

Dissolving the freeze-dried sericin protein with HFIP as the solvent and eventually making into 5 % ( w / v ) solution .

以HFIP为溶剂将冻干的丝胶蛋白溶解，最终制成5%（ w/v）的溶液。

PVP was found to be more effective in reducing the burst release of proteins in acidic conditions ( pH 1.2 ) . In addition the absorption of the drugs into the hydrogels slightly increased when 1 % ( w / v ) PVP was added .

PVP的加入对于凝胶粒子在酸性介质（ pH1.2）中的减少突释作用更明显，此外，当加入 体积分数为1%的PVP，水凝胶对药物的吸附稍有增加。

The concentration of concentrated solution is 1 ∶ 5 ( W / V ) and alcohol concentration is 70 % in the processing of alcohol-precipitation .

醇沉时白及水提浓缩液的浓度为1∶5（ W/V）、白及水提浓缩液的含醇量达70%。

The inducing effects were not evident under the treatment of two salts of similar concentration like KNO3 and NaCK KNO3 and ( NH4 ) 2SO4 NaCl and ( NH4 ) 2SO4 mixed with 0.1 % ( w / v ) lysozyme .

用相近浓度的双盐，即KNO3和NaCl、 KNO3和（NH4）2SO4、NaCl和（NH4）2SO4分别配合0.1%的溶菌酶处理，诱导效果亦不佳。

Under optimal pH 4 ~ 5 temperature 30 ~ 33 ℃ sugar-concentration 16 % ~ 19 % ( W / V ) the immobilized yeast cells can produce 24 ~ 25 g alcohol / liter / hour .

在温度3033℃，pH45，糖浓度16%～19%（ W/V）发酵条件下，每升固定化酵母细胞每小时可产酒精24～25g；

Results The best extracting condition was with 45 % ethanol to operate heating circumfluence at 90 ℃ for 3 times and 30 minutes per time and the ratio 1:10 ( w / v ) .

结果在90℃下，用45%乙醇加热回流3次，每次30min，料液比（ w：v）为1：10时提取效果最好。

Growing cells of Anabaena cylindrica A. variabilis and Anacystis nidulans were treated with 0.05 % lysozyme ( w / v ) and 2 & 5mmol · 1 ~ ( - 1 ) EDTA at 35 ℃ in hypertonic solution .

在高渗溶液中，用0.05%溶菌酶和 2&5mmol·1~（-1）EDTA处理 蓝藻柱孢鱼腥藻 、多变鱼腥藻和组囊藻细胞。

Collagen fibre was soaked in a 0.1 % ( w / v ) Ca ( OH ) _2 solution at 10 ℃ for 6 days while the ratio of bone to solution was 1:6 renewing the alkali solution per 24h .

胶原纤维以料液比1：6（ w/v），于10℃下浸泡在0.1%（ w/v）的氢氧化钙溶液中处理6d，每24h更换碱液；

Results : The optimum extraction process condition was : pH5 ~ 6 4g / 100ml bile of adsorbent 7 % ( w / v ) of ammonium sulphate stirring time for 4h .

结果：pH值5～6、吸附剂用量 4g/100ml胆汁、硫酸铵盐浓度70%、搅拌吸附时间4h为胆红素的最佳提取工艺条件。

The optimal water contents of enzyme reaction in hexcone was 0.06 ( W / V ) % .

在正已烷中酶反应最适水含量为0.06（ W ／ V）%。

The result showed that the optimal extraction process was 80 ℃ 2.5 h 3 times as well as the ratio 1 ∶ 10 ( w / v ) .

结果表明：水浴温度80℃，料液比1∶10（ w/v），提取时间2.5h，提取3次为大籽獐牙菜多糖提取的最佳工艺；

The optimal conditions are that the rapeseed cake is treated with 90 % ethanol adding small amount of additives the total ratio of rapeseed and solvent is 1 ∶ 10 ( W / V ) at 70 ℃ for 6 times ( once 45 minute ) .

研究结果表明，较佳的工艺条件为：以加入少量添加剂的90%乙醇为溶剂，总溶料比为10∶1（ V/W），萃取温度为70℃，每次萃取时间为45min，萃取6次。

The samples were pretreated with 5 % KOH ( W / V ) and stored at - 4 ℃ .

用 5%KOH作样品预处理，并贮于一4℃冰箱中。

0.01 & 0.05 % ( w / v ) Ca K P S and 0.0001 % ( w / v ) Cu Zn Fe have promoting effect onthe mycelium and fruiting body ;

试验结果显示：0.01&0.05%（ w/v）的钙、钾、磷、硫及0.0001%（w/v）的铜、锌、铁对平菇菌丝体及子实体的生长发育有较好的促进作用。

In flask the yield of GA3 higher by 40 % than the control in the condition that 2.0 % ( W / V ) would be each fed to the optimal initial medium after 60 h and 108 h cultivation .

发酵60h和108h各补加2%（ W/V）豆油，发酵192h，在摇瓶发酵水平上，GA3的产量较淀粉发酵培养基发酵提高了40%。

All of the three strains are facultative aerobe and able to tolerant 11.53 % ( W / V ) of NaCl and 85.3 ℃ . They are adapt to the harsh environment of oil deposit .

三株菌均可耐盐度 11.53%的NaCl和85.3℃的高温，兼性厌氧生长，能适应较苛刻的油层环境，适用于油层法。

The optimum concentration of carbon was 0.5 % and 1 % ( w / v ) .

碳源最佳浓度为0.5%和1%（ w/v）。

In vitro all selected excipients ( concentration range 0.1 to 1 % w / v w_2007 ) could increase the transport amount of GCV in the everted gut sac model .

结果表明：当辅料浓度范围为0.11%（ w/v）时，在离体的外翻肠囊模型中，所有试验的辅料的各浓度组均能增加更昔洛韦的跨膜转运量。

In the mean time 10 % ( w / v ) of the PCL solution also was prepared with HFIP .

以HFIP为溶剂的10%（ w/v）的PCL溶液也同时制备。

NaOH pretreatment was significantly higher than the other two pre-treatment methods at 100 ℃ according to 1:10 ( w / v ) solid-liquid ratio of 2 % NaOH with four hours to deal with the saccharification rate of 88.1 % can be achieved .

NaOH预处理明显高于其它两种预处理方式，在100℃下，按1：10（ w/v）的固液比用2%NaOH处理4h后，糖化率可达到88.1%。

The optimum reaction condition obtained by orthogonal experiments are ultrasonic wave power 250W substrate to petroleum ether ratio 1 ∶ 8 ( W / V ) extracting 2 times and for 20 min each time .

最后用正交法确定最佳工艺条件：在超声波功率 250w的条件下，石油醚作为提取剂、物料比1∶8、提取2次，每次20min。

The product of saponification was isolated by a liquid-liquid phase separation with the upper phase of di-ether and the lower phase of 2 % ( W / V ) NaCl solution .

用乙醚和2%（ W/V）的氯化钠水溶液液&液萃取皂化反应产物。

Through repeatedly freezing and thawing alternatively in the presence of phosphate buffer combined with ultrasonic fragmentation the CPC is efficiently extracted by being precipitated in 50 % ( W / V ) solid ammonium sulphated resulting in 13.1 % recovery of C-phycocyanin .

首先对钝顶螺旋藻中藻蓝蛋白的提取和纯化方法进行了改进。采用磷酸盐缓冲液循环冻融联合 超生波破碎法，50%硫酸铵沉淀获得CPC，提取率达到13.1%。