第一节 概述 第二节 MHC的基因构成 第三节 HLA分子结构与功能 第六节 HLA在医学上的意义 第四节 HLA多态性的遗传基础 第五节 HLA分型

木材是天然高分子有机体,和低分子物质组 成。构成木材细胞壁( cell wall)的主要物 质是由纤维素( cellulose)、半纤维素 ( hemicellulose)、木素( lignin)等组成, 这三种物质的分子结构和性质以及它们之间 的关系,决定了木材的各种性质,并且对木 材的加工工艺和木材产品的特性有很大影响。 例如:三者都有OH( hydroxyl),这就 决定了木材具有吸湿性,木材在大气中会失 水干缩和吸湿膨胀,产生了木材体积不稳定 性。另外在胶合过程、涂饰过程中,化学处 理有滞火、防腐、改性、制浆等都涉及到许 多木材化学方面的知识

第一节 紫外吸收光谱分析基本原理 第二节 紫外—可见分光光度计 第三节 紫外吸收光谱的应用 第一节 红外光谱分析基本原理 第二节 红外光谱与分子结构 第三节 红外分光光度计 第四节 红外谱图解析

6—1离子键理论 6—2共价键理论 6—3金属键理论(简介) 6—4分子间作用力

Biological recognition in vivo Engineering biological recognition of biomaterials: adhesion/migration peptides Engineering biological recognition of biomaterials: enzymatic recognition and cytokine Reading S.E. Sakiyama-Elbert and J.A. Hubbell, Functional Biomaterials: Design of Novel

Lecture 3: Degradable Materials with Biological Recognition Last time: Theory of hydrolytic polymer erosion Enzymatic degradation of polymers Designing Biodegradable Macromolecules Today: Biological recognition in vivo Engineering biological recognition of biomaterials: cell adhesion/migration Reading: S.E. Sakiyama-Elbert and J.A. Hubbell, 'Functional Biomaterials: Design of Novel

Example: HIV-1 DNA vaccine delivered with boosters to elevate Ab titers2: Mechanical and electrical devices that can provide digitized release typically require larger devices and surgical implantation(e.g. Pharm. Res. 1, 237(1984); also have high cost

Lecture 7: Hydrogel Biomaterials: Structure and Physical Chemistry Last Day: programmed/regulated/multifactor controlled release for drug delivery and tissue engineering

Lecture 6: Biodegradable Polymers for Tissue Engineering Last time: enzymatic degradation of solid polymers Engineering biological recognition of polymers Toda Designing polymers for tissue engineering Reading

Lecture 9: Polyelectrolyte Hydrogels Last Day: Physical hydrogels Structure and chemistry Toda polyelectrolyte hydrogels, complexes, and coacervates rolyte multilayer theory of swelling in ionic hydrogels Reading S.K. De et aL., 'Equilibrium swelling and kinetics of pH-responsive hydrogels: Models experiments, and simulations