recognition by most T cells from recognition by B iction. In most cases, both th maturati vation of ma the involver diversity o CD4\ and CD class I MHC Activat Engagement of TcR by Peptide: MHC Initiates interaction of th n antigenic Signal Transduction tide displayed though the sp

the B-cell rec and diffict Interaction of aB TCR with Class II MHC-Peptide Early Studies of the T-Cell Receptor complex cel aB and yo T-Cell Receptors: Structure and Roles ficity. Sec Organization and Rearrangement of TCR Genes gen alone by the major histo T-Cell Receptor Complex: TCR-CD3 erty precludes pur

possesses a tightly linked cluster of genes. the ma jor products play roles in intercellular recognition and in dis on of vesicular Stomatitis Virus Peptide (top) Class I Molecule H-2K General Organization and Inheritance of the MHC MHC Molecules and Genes that Detailed Genomic Map of MHC Genes Cellular Distribution of MHC Molecules antigens of Regulation of MHC Expression implicated MHC and Immune Responsiveness natural killer

◆ 人白细胞分化抗原 ◆ 黏附分子 ◆ CD和黏附分子及其单抗的临床应用

1、掌握正常菌群、条件致病菌及菌群失调症的概念。 2、掌握消毒、灭菌的含义。 3、熟悉常用的消毒方法

第一节 细胞因子的共同特点 第二节 细胞因子的分类 第三节 细胞因子的生物活性 第四节 细胞因子受体 第五节 细胞因子与临床

lecular association similar to an enzyme-substrate interaction, with an important distinction: it does not lead to an irreversible chemical alteration in either the antibody or the antigen. The association between an anti Fluorescent Antibody Staining Reveals Intracellular body and an antigen involves various noncovalent interac- tions between the antigenic determinant, or epitope, of the ntigen and the variable-region(vH/Vi) domain of the an- a Strength of Antigen-Antibody Interactions tibody molecule, particularly the hypervariable regions

1. 掌握血细胞计数板的使用方法 2. 掌握MACS的原理、方法、结果评价 3. 熟悉细胞分选的方法 4. 熟悉LDA、CD的概念及应用 5. 了解单克隆抗体的制备原理

Kappa Light-Chain Gene Rearrangement the vertebrate immune system is its ability to respond to an apparently limitless array of for eign antigens As immunoglobulin(Ig)sequence data accu- a Genetic Model Compatible with Ig Structure mulated, virtually every antibody molecule studied was found to contain a unique amino acid sequence in its vari a Multigene Organization

一、微生物疾病的诊断  病症观察  显微镜检查  生物化学检验  微生物培养  免疫学技术  分子生物学方法 二、微生物疾病的治疗 三、微生物疾病的预防