竹红菌素,Hypocrellin
1)Hypocrellin竹红菌素
1.Apoptotic and Necrotic Cell Death Studies of Hypocrellins for Photodynamic Therapy;竹红菌素光动力学作用中细胞的凋亡和坏死
2.Study on extraction and stability of hypocrellin in shiraia bambusicola hemm竹黄中竹红菌素的提取及稳定性研究
英文短句/例句

1.Study on extraction and stability of hypocrellin in shiraia bambusicola hemm竹黄中竹红菌素的提取及稳定性研究
2.Spectrophysics Characteristics and Mechanism for Natural Crude Hypocrel lins天然竹红菌素粗品的光物理特性及机理分析
3.Preparation and Characterization of Hypocrellin Encapsulated in Titanium Dioxide Nanoparticles二氧化钛包裹竹红菌素纳米粒的制备和表征
4.Design, Synthesis, and Photodynamic Property Studies of Novel Hypocrellin Derivatives;新型竹红菌素衍生物的设计、合成及其光动力性质研究
5.Synthesis of Aminated Hypocrellins and Study on Their Photodynamic Activities;竹红菌素胺基衍生物的合成及其光动力作用的研究
6.Spectal Property and Photodynamic Effect of New Hypocrellin Derivatives;新型竹红菌素衍生物的光谱特性及光动力学效应的初步研究
7.Mechanisms of Apoptosis Induced by Photodynamic Therapy with Hypocrellin Derivatives in Pancreatic Cancer Cells Capan-1;竹红菌素衍生物光动力作用诱导人胰腺癌细胞Capan-1凋亡机理的实验研究
8.Determination of Phototherapy Medicine Hypocrellin B by HPLCHPLC法测定光疗药物竹红菌乙素的含量
9.Synthesis and Photodynamic Property Studies of Hypocrellin B Derivatives;竹红菌乙素衍生物的合成及其光动力性质研究
10.Hypocrellin A and Bovine serum of albumin interaction in the spectra竹红菌甲素与牛血清白蛋白相互作用光谱研究
11.Hypocrellin B Concentration Monitoring in vitro in Photodynamic Therapy光动力疗法中竹红菌乙素在细胞中含量的检测
12.Hypocrellin A-Sensitized Photodamage on Human Melanoma B-16 Cell;竹红菌甲素对人黑色素瘤B一16细胞的杀伤效应
13.PROTECTIVE EFFECTS OF NONIONIC MICELLE ON GROUND AND EXCITED STATES OF HYPOCRELLIN B AND ITS BROMINATED PRODUCTS非离子胶束对竹红菌乙素及其溴代物基态和激发态的保护作用
14.An Experimental Study of Photodynamic Effect of Hypocrelline B Liposome on Leghorn Cock Comb竹红菌乙素脂质体对鸡冠皮肤光动力效应的初步研究
15.The Study of the Properties and Practical Preparation of the Photoactivated Pesticides of Hypocrellin B;竹红菌乙素光活化农药实用制剂研制及性能研究
16.Study on Killing Effect of Hypocrellins Bphotodynamic Therapy to the Common Tumor Cells of Chest;竹红菌乙素—光动力疗法对胸部常见肿瘤细胞杀伤效应的研究
17.Photodynamic Properties of a Bispyrrolecarboxamide-Modified Hypocrellin B;寡聚吡咯酰胺修饰的竹红菌乙素衍生物的合成及其光动力性质研究
18.A study on the extraction of purple pigment and its stability紫竹梅紫红色素的提取及稳定性研究
相关短句/例句

hypocrellins竹红菌素
1.Studies on the Sulfonation of Hypocrellins at the 13-Position and the Reaction Mechanism;竹红菌素的13位磺化反应和反应机理
2.Objective To study the killing effect of hypocrellins B-photodynamic therapy (HB-PDT) for lung cancer cell line A549, to compare with that of hematoporphyrin derivative-photodynamic therapy (HpD -PDT), in order to define the superiority of HB-PDT in the therapy of lung cancer.目的 探讨竹红菌素 光动力疗法 (HB PDT)对肺癌细胞的杀伤效应 ,并与第一代光敏剂血卟啉衍生物 (HpD)进行比较。
3.Modern researches reveal that hypocrellins show excellent light-induced activities in visible region.竹红菌素是竹红菌、竹黄菌等几种竹寄生菌的代谢产物,研究表明竹红菌素在可见光区具有优良的光敏活性,是一种潜在的光疗药物,因而受到研究人员的广泛关注。
3)hypocrellin B竹红菌乙素
1.Killing Effect of Elsinochrome A and Hypocrellin B-mediated Photodynamic Therapy on ECV304 Cells:a Comparative Study;痂囊腔菌素A与竹红菌乙素介导的光动力反应对ECV304细胞杀伤效应的比较研究
2.Effect of Photodynamic Therapy Using Hypocrellin B on Choriocapillaris in Rabbits:An Experimental Study;竹红菌乙素-光动力学疗法治疗脉络膜新生血管方案的初步探讨
3.Determination of Phototherapy Medicine Hypocrellin B by HPLCHPLC法测定光疗药物竹红菌乙素的含量
4)hypocrellin A竹红菌甲素
1.Determination of Hypocrellin A in Hypocrella Bambusae by HPLC/DAD;反相高效液相色谱法测定竹红菌中竹红菌甲素的含量
2.Separation and purification of Hypocrellin A from Shiraia bambusicola;竹黄中竹红菌甲素的分离与纯化
3.Determining method for content of hypocrellin A in Shiraia bambusicola;竹黄竹红菌甲素含量测定方法
5)Hypocrelin A竹红菌甲素
1.Spectroscopic Studying of Hypocrelin A 1. Excitant Process of Laser-fluorescence;竹红菌甲素的光谱学研究(I)激光激励的荧光过程
2.A Spectroscopic Study of Hypocrelin A Ⅱ Electron Absorption Spectra;竹红菌甲素的光谱学研究——Ⅱ 电子吸收光谱
3.A Spectroscopic Study of Hypocrelin A Ⅲ. Surface Enhanced Raman Scattering;竹红菌甲素的光谱学研究——Ⅲ.表面增强拉曼散射
6)Hypocrellin B竹红菌素B
1.Photodynamic Therapy Effectiveness of Two Hypocrellin B Dosage Forms on Mice with S180 Cancer;竹红菌素B的两种剂型对小鼠S180肉瘤的光动力作用观察
延伸阅读

红竹红竹介绍 红竹 (Phyllostachys iridescins C.Y.Yao et S.Y.Chen)科属: 竹 科 刚竹属别名: 红壳竹、红鸡竹、红哺鸡竹形态特征: 竿高6—12米,径可达10厘米,幼竿被白粉,一、二年生的竿逐渐出现黄绿色纵条纹,老竿则无条纹;中部节间长17—24厘米,竿环和箨环中度缓隆起。箨鞘紫红色或淡红褐色,边缘紫褐色。笋期4月中、下旬。分布与习性:浙江、江苏、上海、安徽。适应性很强,除积水和盐碱地不能生长外,对土壤的要求也不高。繁殖与栽培:一般采用移植母竹造林,从秋后至初春均可进行。不需要特殊的栽培管理措施,但其竹笋肉嫩甜美,易遭受虫害,必须注意防治。应用:笋量大,笋期长,箨鞘紫红色,边缘紫褐色,背部密生紫褐色长纤毛,色彩美观。适于大面积片植,也可宅旁栽培,供食用并观赏。竹竿坚硬挺拔,竹材用途广泛,是一个多用的好竹种图片: