1.(4) Presentations of Information Controlling i.e., Project Information Portal, the main function of CBD-PIP, the applying of PIP in CBD, and discuss the total programming and implement of Wuhan CBD-PIP.
(4)CBD信息总控的实施手段—PIP,CBD—PIP的主要功能,以及PIP在CBD中的应用,并探讨了武汉王家墩CBD—PIP总体规划与实施。
2.Only [1-9]-PIP folds into two thermodynamically stable structures, while the other peptide models, [1-10]mini-IGF-1, [1-4]PIP, and [1-5]mini-IGF-1, fold into one stable structure as PIP does.
只有[1-9]PIP折叠为两种热力学稳定的二硫键配对结构。 而[1-10]mini-IGF-1,[1-4]PIP及[1-5]mini-IGF-1只折叠为一种稳定的结构。
3.PI phosphate kinases (PIPKs) catalyze the PI phosphate (PIP) to generatethe PI bisphosphate (PIP2), indicating that PIPKs are important enzyme tosynthesize the lipid signaling molecules in eucaryotic cells.
磷脂酰肌醇磷酸激酶(phosphatidylinositol phosphate kinases, PIPKs, 也称作一磷酸磷脂酰肌醇激酶) 以一磷酸磷脂酰肌醇(PIP)为底物,催化生成胞内第二信使——二磷酸磷脂酰肌醇(PIP2),是一类重要的信号分子合成酶。
4.To develop a novel gene-silencing agent for the treatment of progressive renal disease, we designed and synthesized a PIP targeting human CTGF (hCTGF) promoter, and then examined its distribution and effects on hCTGF gene expression in human mesangial cells (HMCs).
为了寻找一种有效的基因失活剂来治疗进展性肾病,我们设计和合成了识别人类CTGF(hCTGF)基因启动子的PIP,并验证它的特异性结合、在培养的人系膜细胞(HMCs)中的分布以及对HMCs CTGF基因表达的影响,为PIP治疗包括进展性肾病在内的CTGF相关性疾病提供实验依据。 本课题分为三个部分。
5.PIF was increased more obviously in the 6 ALI patients with VAPS and PSV modes than in the 8 COPD patients. CF/PIF was(23.3 ± 1.1)% when CF was 10 L/min, more close to 25% (expiratory trigger sensitivity with PSV), meanwhile PIP-Pplat was(1.2±0.3)cmH 2O.
吸入沙丁胺醇后 ,VAPS时的吸气峰流量 (PIF)明显增高 [(2 7 1± 1 3)L/min与 (937 1± 1 9)L/min ,P
6.Conclusion In patients with respiratory failure Type II, MRV resulted in lower PIP, PP, Pm as compared with CMV, PEEPi with MRV mode was significantly lower than that with CMV.
SIMV的PP、Pm低于CMV,差异有显著性(P0.05)结论MRV可降低型呼吸衰竭患者PIP、PP、Pm水平,MRV或可降低PEEPi,有利于撤机。
7.PIP_2 is a pivotal regulator in cell signaling pathway. DAG and IP_3, which are generated from PIP_2 hydrolysis by PLC, act as second messengers to activate PKC and induce intracellular Ca release, respectively.
PIP_2是细胞信号转导通路中的关键调节因子，经磷脂酶C(PLC)水解后可生成DAG及IP_3，二者可作为第二信使，分别激活PKC与促使细胞内钙库释钙。
8.Tidal volume (VT) and minute ventilation(MV) in MRV mode was as the same as that in CMV and SIMV.PIP,PP,Pm,PEEPi and arterial blood gas were recorded during above three modes of ventilation. Results:With MRV PIP,Pp and Pm were significantly lower than that with CMV(P
结果:MRV模式的PIP、PP、Pm明显低于CMV,差异有显著性(P
9.In this paper, 3D Nextel720/Mullite composites have been fabricated by precursor infiltration pyrolysis process (PIP process) using the mixture precursor of TEOS (Si(OC2H5)4) and AIP (A1(OC3H7)3). The controlling of the matrix composition, the temperature of mullite formation and the densification of the composite as well as the interface layer in the composites have been studied.
本文以正硅酸乙酯和异丙醇铝作为先驱体，采用先驱体浸渗热解法(PIP)制备3D Nextel720/莫来石复合材料，研究了先驱体水解工艺对基体成分的影响、分析了莫来石形成温度及复合材料的致密化过程，并对3D Nextel720/莫来石复合材料界面进行了初步探索。
10.Cst was kept in 33 6±8 3 ml/cmH 2O(PEEP 10～15 cmH 2O). The Cst and DO 2 were down gradually (PEEP>15cmH 2O). The peak inspiratory pressure (PIP) was increased ( P
结果 PaO2/FiO2随着PEEP的增高而增加,Cst在PEEP10～15cmH2O时,可稳定在336±83ml/cmH2O水平,当进一步增加时,Cst和DO2也进一步下降,PIP增加。
