...转载 高压对黑腹果蝇生长发育、表型变异和分子水平上影响的研究摘要 所属专业: 吉林大学 高静水压(high hydrostatic pressure,HHP)是一种极端条件,泛指一切高于常压的压力条件。
基于36个网页-相关网页
国内外对高压作用下的酶解做了一些工作，但主要是以静态超高压（High Hydrostatic Pressure， HHP）作为研究手段的，比如Ehna Pefias等H3研究了超高压对大豆蛋白酶解产物的影响；叶怀义等［5］...
基于32个网页-相关网页
技术文摘 关键词:高静压，树莓，多酚氧化酶，动力学 [gap=1178]Key words：high hydrostatic pressure;raspberry;polyphenol oxidase;kinetic
基于28个网页-相关网页
... 中国食品科技网 - 【正文快照】 超高压技术(Ultrahigh Pressure Processing,UHPP)也称高静压技术(High Hydrostatic Pressure,HHP),是一种新型的非热加工手段,被誉为“当今世界十大尖端科技之一”,它在瞬间能把压力传到物料的各个部位,..
基于8个网页-相关网页
High hydrostatic pressure extraction 超高压提取
High hydrostatic pressure processing 压加工技术 ; 又称为高静压技术 ; 高压加工技术
high hydrostatic pressure sterilization 超高压杀菌
ultra high hydrostatic pressure 超高静水压力
high hydrostatic pressure vessel 高静水压容器
high hydrostatic pressure thawing 高静水压解冻
high hydrostatic pressure technology 高静压技术
hydrostatic high pressure 流体静高压 ; 超高压技术 ; 压技术
Our results indicate that high hydrostatic pressure-induced mutational breeding can be used as an effective approach for the crop improvement.
研究结果表明,高静水压技术是一种有效的改良作物品系的新诱变工具。
参考来源 - 高静水压诱导黄瓜稳定遗传变异系的分子分析(英文)PD98059,a MAPK-ERK1/2inhibitor , increased the proliferation of cardiac fibroblasts stimulated by high hydrostatic pressure ( 0.185±0.011 vs 0.155±0.010,P <0.05)and the expression of STAT3 protei(n1.83±0.23vs 1.58±0.22,P <0.05).
PD98059组增强高静水压的促增殖(0.185±0.011vs 0.155±0.010,P<0.05)并且增加STAT3蛋白表达(1.83±0.23vs 1.58±0.22,P<0.05)。
参考来源 - 心肌营养素However, they retain many of the epitopes necessary to elicit a satisfactory antibody response at the immune system. High hydrostatic pressure has been investigated as a potential method for viral inactivation and for feasible vaccine production.
因此,超高压技术在病毒疫苗的研制中具有潜在的应用价值。
参考来源 - 超高压对甲型流感病毒感染性和免疫性影响的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Experimental results showed that high hydrostatic pressure could passivate POD significantly.
试验结果表明：高静压处理可显著钝化草莓POD活性。
Result showed that the pressure, temperature and pressure holding time were the major affecting factors for high hydrostatic pressure inactivation while the ramp rate and depressurization rate not.
结果表明：温度、压力和保压时间对灭活大肠杆菌影响显著，升压速度和卸压速度对灭活大肠杆菌影响不显著。
The properties of piezoelectric ceramics at high electric power and hydrostatic pressure are concerned for the application in underwater acoustic transducers.
特别对于水声换能器应用而言，压电陶瓷在大功率高静压力下的性能是人们十分关心的。
应用推荐