A recent study of controlled release of a model small-molecule drug from poly (lactide-co-glycolide) microspheres prepared by the single-emulsion method found that the diffusion constant of the drug through the polymer was best related to the polymer's molecular weight according to

1. Two hydrogels are prepared from two different candidate polymers for controlled release of a protein drug, interleukin-2(IL-2). The gels exhibit the same swelling ratio at equilibrium, but gel A(formed by cross-linked polymer A, repeat unit molecular weight Mo= 100 g/mole)has

A recent study of controlled release of a model small-molecule drug from poly(lactide-co-glycolide) microspheres prepared by the single-emulsion method found that the diffusion constant of the drug through the polymer was best related to the polymers molecular weight according

5 points/problem(20 points total) 1. Two hydrogels are prepared from two different candidate polymers for controlled release of a protein drug, interleukin-2(IL-2). The gels exhibit the same swelling ratio at equilibrium, but jel a (formed by cross-linked polymer A, repeat unit molecular weight Mo= 100 g/mole)has a molecular weight between cross-links of 3,000 g/mole, while gel B (formed from cross linked polymer B, Mo=95 g/mole) has a molecular weight between crosslinks of

Chapter 2. Cell-Matrix Interactions. [that determine biomaterials function in vitro and in vivo] A. How cells pull onto and deform the matrix to which they attach themselves. B. Cell-matrix interactions control the spontaneous closure of wounds in organs. C. What happens when regeneration is induced?

C. Synthesis of biologically active scaffolds (regeneration templates) 1. History of biologically active scaffolds (regeneration templates). 2. Physical chemistry of collagen: Melting of collagen quaternary structure (thromboresistance). Melting of collagen tertiary structure (gelatinization). 3. Synthesis of ECM analogs: lonic complexation

Biodegradable solid polymeric Materials Today course overview and administrative details Intro to concepts covered Chemistry and physical chemistry of biodegradable polymeric solids Hand-outs course syllabus Course administrative details Readin Third-Generation Biomedical Materials. \LL Hench and j M. Polak. Science 295

12.1 脂肪酸是脂质的关键组分 12.2 常见的膜脂分子有三类 12.3 磷脂和糖脂在水相介质易形成双分子层 12.4 生物膜的大多数功能由膜蛋白执行 12.5 脂质和很多膜蛋白在膜平面上能迅速扩散 12.6 真核细胞的胞内膜形成包裹的区室

一、学科平台和专业核心课程 1有机化学/有机化学 2有机化学实验 3化工原理 4分析化学 5分析化学实验 6物理化学 7线性代数 8工程制图与 Auto CAD 二、专业方向课程 1化学反应工程 2化学工艺学 3化工设计基础 三、专业选修课程 1计算机在化工中的应用 2专业英语 3材料现代分析方法 4生物技术制药基础 四、集中实践课程 1专业综合实验 2化工原理课程设计 3毕业实习 4毕业论文（设计）

蛋白质和核酸是生命现象的物质基础,是参与生物体内各种生物变化最重要的组分。蛋 白质存在于一切细胞中,它们是构成人体和动植物的基本材料,肌肉、毛发、皮肤、指甲、 血清、血红蛋白、神经、激素、酶等都是由不同蛋白质组成的。蛋白质在有机体中承担不同 的生理功能,它们供给肌体营养、输送氧气、防御疾病、控制代谢过程、传递遗传信息、负 责机械运动等。核酸分子携带着遗传信息,在生物的个体发育、生长、繁殖和遗传变异等生 命过程中起着极为重要的作用