高渗溶液

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。

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 .

在此基础上采用聚乙二醇（PEG-6000）高渗溶液进行人工模拟水分胁迫，试验研究湿地松种子对水分胁迫的生态学响应，揭示了湿地松种子的抗旱机理。

Based on this , The artificial water stress treatment was conducted with polyethylene glycol ( PEG-6000 ) hypertonic solution , so that we can find the response of seeds of Pinus elliottii to water stress and drought-resistant mechanism .

用高渗溶液PEG6000模拟干旱胁迫，对7个玉米品种进行发芽和幼苗培养试验。

The germination test for 7 Maize varieties was conducted under PEG 6000 stress .

采用聚乙二醇（PEG6000）高渗溶液模拟水分胁迫的方法，研究了水分胁迫对苜蓿幼苗细胞膜透性、渗透调节物质和保护酶活性的影响。

The effect of water stress on cell membrane permeability , osmotic adjustment and protective enzyme activity of alfalfa seedling were studied by means of PEG-6000 solution .

在30%的PEG6000高渗溶液培养条件下，种子吸水速度快、萌发时间短、吸水率小、相对发芽势和发芽率高的品种，具有较强的抗旱性。

It was shown that the cultivars with high water absorbing speed , low water absorbing rate , short germination time and high relative germination speed and percentage had good drought resistance in the culture with 30 % PEG ( 6000 ) liquid .

研究水稻种子萌发特性和抗旱性关系的高渗溶液法

Relationship Between Rice Seed Germination and Its Drought Resistance Under Osmotic Stress

甘蔗愈伤织组对高渗溶液的生理反应及其抗旱性

Physiological responses of callus of sugarcane cultivars to hypertonic culture solution and their drought-resistance

通过高渗溶液人工胁迫方法可以筛选出一些耐高渗溶液人工胁迫的橡胶籽苗（砧木材料）。

Some rubber seedlings standing high-osmotic stresses could be selected out by using the hypertonic solution .

采用高渗溶液人工胁迫筛选耐高渗胁迫的材料宜采用新鲜橡胶树种子。

It was essential to use fresh rubber seeds for selection the seedling , which could stand high-osmosis stress .

结果：经低渗/高渗溶液加去垢剂和蛋白酶抑制剂处理，犬血管的细胞全部脱除，细胞外基质保持完好。

Results : A multistep process involving hypotonic and hypertonic solutions , detergents and proteinase inhibitor may remove all cells with the extracellular matrix well conserved .

高渗溶液人工胁迫选出的橡胶籽苗在生理生化特性及生长发育方面与清水浸泡和沙播对照有明显的差异。

There were some significant differences in the physiological and biochemical characteristics and growth and development of rubber seedlings between that selected by hypertonic solution and water or germinated in sandy forcing bed .

高渗NaCl溶液治疗实验性肿瘤的初步观察

Preliminary observation on the treatment of experimental tumor with hyperosmotic NaCl solution

复方高渗NaCl溶液治疗小鼠S（180）的疗效及免疫状态观察

Therapeutic effect of complex hyperosmotic NaCl solution on Sarcoma 180 and effect on its immune status

结论：以高渗葡萄糖溶液治疗EHF优于平衡盐液。

Conclusion : Treatment of EHF with HGS as fluid therapy is superior to treatment with RS.

并通过观察其对ICAM-1、PMN、CD11b和Fas表达的影响，探讨高渗盐溶液对早期严重失血性休克救治的特殊用途及其机理。

The effects of hypertonic saline solution on ICAM-1 , PMN , CD11b and Fas were observed to explore the mechanism of the protection .

小容量高渗盐溶液能全面抑制肾功能下降的慢性心衰患者RAAS，尤其是醛固酮的抑制作用。

Small volume hypertonic saline solution to fully inhibit the decline in renal function in patients with chronic heart failure , RAAS , aldosterone inhibition .

结论大剂量呋塞米和小剂量高渗盐溶液治疗难治性心力衰竭能很快达到干体重，明显降低BNP水平，心功能得到迅速改善，明显降低30d内的再住院率和病死率。

Conclusion The high-dose furosemide and small-volume HSS group reached dry weight more rapidly , significantly faster reduction in BNP levels and improvement in advanced CHF patients , lower incidence in readmissions and fatality rate in the 30-day study period .

第三脑室注射高渗Nacl溶液可引起肾交感神经活动（RSNA）减弱和血浆肾素活性（PRA）降低，低渗Nacl的作用则相反。

Injection of hypertonic Nacl solution into 3rd ventricle remarkably reduced the renal sympathetic nerves activity ( RSNA ) and plasma renin activity ( PRA ) . The effects of hypotonic Nacl were opposite to hypertonic Nacl . A definite positive correlation between PRA and RSNA has been observed .

应用生理盐水复苏，对心肌细胞Ca2+浓度及线粒体膜电位作用不显著。（2）十二指肠灌注高渗盐溶液使胃内蛋白胨刺激胃酸分泌和GMBF增加的作用减弱；

Compared with NS , compound hyperosmotic solution can improve Ca ~ ( 2 + ) and stabilize mitochondrial membrane potential . ( 2 ) duodenal infusion of hyperosmotic solution might significantly inhibit the GAO and GMBF response to intragastric peptone perfusion ;

高渗钠溶液明显增强豚鼠心肌细胞膜钙离子电流。

Hypertonic solution could significantly enhance the ICa of the myocardium .

高渗葡萄糖溶液佐治流行性出血热232例疗效探讨

Treatment of 232 cases with epidemic hemorrhagic fever by hypertonic glucose solution

复合高渗盐溶液低温灌注治疗内痔术后大出血

Perfusive treatment of piles by compound hypertonic saline solution in low temperature

复方高渗盐溶液对失血性休克大鼠脾脏细胞凋亡的影响

Effects of HSH resuscitation on spleen apoptosis in rats following hemorrhagic shock

高渗盐溶液治疗对烧冲复合伤后血液流变学的作用

The Effect of Hypertonic Saline Solution on the Rheology after Burn-Blast Combined Injury

7.5%高渗盐溶液在合并低血压的颅脑创伤中应用的临床分析

Clinical analysis of 7.5 % hypertonic saline on traumatic brain injury with hypotension

高渗盐溶液对脑损伤的保护作用

Protective Effect of Hypertonic Saline Solutions in Brain Injury

高渗盐溶液复苏对失血性休克机体炎性反应及细胞免疫的影响

Effect of Hypertonic Saline Resuscitation on inflammatory reaction and cell immunity of Hemorrhagic Shock

高渗葡萄糖溶液与乳酸纳溶液对后肢化学感受器的影响

The influence of sodium lactate and hypertonic glucose solution on the chemoreceptors of the hind limbs

结论高渗钠溶液复苏有助于纠正烧伤早期肺损伤。

Conclusion Hypertonic saline solution might be beneficial in the management of early postburn pulmonary injury .

高渗蔗糖溶液并无此类作用，这说明葡萄糖对低温心肌代谢有特异作用。

It was therefore suggested that glucose exerted a specific action on the hypothermic cardiac metabolism .