医学免疫学名解英文
医学免疫学名词解释63862
第一章免疫(immunity)机体识别和排除抗原性异物,维持机体正常生理平衡和稳定的功能。
免疫防御(immune defense)防止外界病原体的入侵及清除已入侵病原体(如细菌、病毒、真菌、支原体、衣原体、寄生虫等)及其他有害物质。
免疫监视(immune surveillance)随时发现和清除体内出现的“非己”成分,如肿瘤细胞和衰老、凋亡细胞。
免疫自身稳定(immune homeostasis)通过自身免疫耐受和免疫调节两种主要的机制来达到免疫系统内环境的稳定。
免疫应答(immune response)是指免疫系统识别和清除抗原的整个过程。
第二章造血诱导微环境(hemopoietic inductive microenvironment,HIM)由基质细胞及其所分泌的多种细胞因子(IL-3、IL-4、IL-6、IL-7、SCF、GM-CSF 等)与细胞外基质共同构成的造血细胞赖以分化发育的环境。
脾集落形成单位(colony forming unit-spleen,CFU-S)应用同系小鼠骨髓细胞输注给经射线照射的小鼠,可在受体小鼠脾脏内形成由单一骨髓干细胞发育分化而来的细胞集落,包括红细胞、粒细胞和巨核细胞等,此称为脾集落形成单位。
体外培养集落形成单位(colony forming unit-culture,CFU-C)用半固体培养技术,在有造血生长因子存在的条件下,干细胞在体外可以分化为不同谱系的细胞集落,称为体外培养集落形成单位。
初始淋巴细胞(naïve lymphocyte)尚未接触过抗原的成熟B、T 细胞被称为初始淋巴细胞。
淋巴细胞归巢(lymphocyte homing)成熟淋巴细胞离开中枢免疫器官后,经血液循环趋向性迁移并定居于外周免疫器官或组织的特定区域,称为淋巴细胞归巢。
淋巴细胞再循环(lymphocyte recirculation)淋巴细胞在血液、淋巴液、淋巴器官和组织间反复循环的过程称为淋巴细胞再循环。
医学免疫学-免疫名解
第二章1、免疫(immunity ):是指集体识别和排除抗原性异物的功能。
从本质上讲,免疫是机体识别自己,排除非己借以维持内环境稳定的保护机制。
第三章2、淋巴细胞再循环( lymphocyte recirculation ):淋巴细胞在血液、淋巴液、淋巴器官或组织间反复循环的过程。
3、淋巴细胞归巢( lymphocyte homing ):血液中淋巴细胞选择性趋向迁徙并定居于外周免疫器官的特定区域或特定组织的过程。
第四章4、抗原( antigen, Ag ) :是指所有能启动、激活和诱导免疫应答的物质,即是指能被T、B 淋巴细胞表面特异性抗原受体 ( TCR 或BCR)识别及结合,激活T、B 细胞增殖、分化、产生免疫应答效应物质 (特异性淋巴细胞或抗体) ,并能与效应产物发生特异性结合的物质。
5、免疫原性(immunogenicity) :指抗原被T、B 淋巴细胞表面特异性抗原受体( TCR 或BCR )识别及结合,诱导机体产生适应性免疫应答 (活化的T/B 细胞或抗体)的能力。
6、免疫反应性(immunoreactivity) :指抗原与其所诱导产生的免疫应答效应物质(活化的T/B 细胞或抗体)特异性结合的能力。
7、完全抗原(complete antigen) :同时具有免疫原性和免疫反应性的物质,又称为免疫原(immunogen) ,是通常所说的抗原。
8、不完全抗原(incomplete antigen) :只有免疫反应性的物质,又称为半抗原(hapten) 。
9、抗原表位( epitope ):抗原分子中决定抗原特异性的特殊化学基团称为抗原表位,又称抗原决定基。
是抗原与TCR 、BCR 特异性结合的基本单位。
10、共同抗原表位:不同抗原间含有的相同或相似表位。
11、交叉反应:抗体或致敏淋巴细胞与具有相同或相似表位的不同抗原的反应。
12、胸腺依赖性抗原( thymus dependent antigen ,TD-Ag ):种类较多,多为蛋白质类抗原,刺激机体产生的体液免疫必需要Th 细胞的参与。
医学免疫学名解
1.Immunity: refers to all mechanisms used by the body as protection against environmentalagents that are foreign to the body.2.Agents:microorganisms and their products, foods, chemicals, pollen, tumor cells, graft…3.Immune system: immune tissues and organs, immune cells, immune molecules4.5.Affinity: the strength of the binding between a single binding site of an Ab and an Ag6.Avidity: the overall strength of interaction between an Ab and an Ag.7.Agglutination reaction:When the particle Ags interact with the appropriate Ab, they clumptogether and eventually form masses that become large enough to be seen.8.Precipitation reaction:When soluble Ags come in contact with specific Ab, they precipitate.Precipitation can be demonstrated via immunodiffusion in a semisolid medium9.EIA is to use enzyme-labeled Abs or Ags to detect Ag and Ab interactions.10.The enzyme converts a colorless substrate (chromogen) to a colored product.11.Cytolytic test12.Assays for CTL in patients can be performed as a variant of a mixed cell culture using thetarget cells that labelled by radioisotopes.13.APC:A variety of cell types which can take up, process antigen and carry antigen in a form(antigenic peptide-MHC molecule complex) that can stimulate lymphocytes.14.Antigen presentation: The process by which certain cells in the body (APC) express antigenpeptide-MHC molecule complex on their cell surface in a form recognizable by T lymphocytes.15.Vaccine is an immunogenic preparation of dead or attenuated (nonpathogenic) live pathogens,or of its antigens, together with an adjuvant, that is injected to provide immunity to that pathogen。
医学免疫-名词解释
名词解释1.Immunity,免疫指机体识别和排除"非己"物质,维持机体生理平衡和稳定的功能。
2.Immunity defence,免疫防御指防止外界病原体的入侵,并清除已入侵病原体及其他有害物质的一种免疫保护功能。
3.Immunity homeostasis,免疫自稳指机体清除衰老、变性及损伤细胞的功能。
4.Immunology surveillance,免疫监视指机体免疫系统识别和清除由于突变、畸形或病毒感染而表达新抗原的一种生理性保护功能。
5.Lymphocyte homing,淋巴细胞归巢指成熟淋巴细胞离开中枢淋巴器官后,经血液循环趋向性迁移,并定居在外周淋巴器官或组织的特定区域。
6.Antigen,抗原指能与T、B淋巴细胞的TCR或BCR结合,使其增殖、分化、产生抗体或致敏淋巴细胞,并与之结合从而发挥免疫效应的物质。
7.Immunogenicity,免疫原性指抗原刺激机体产生免疫应答,诱导产生抗体或致敏淋巴细胞的能力。
8.Antigenecity,抗原性指抗原与其诱导产生的抗体或致敏淋巴细胞特异性结合的能力。
9.Hapten,半抗原指只具有抗原性而无免疫原性的物质。
10.Epitope,抗原表位指抗原分子中决定抗原特异性的特殊化学集团,是与TCR、BCR或抗体特异性结合的基本结构单位,其种类性质数目和空间结构决定了抗原的特异性,又称抗原决定簇。
11.Sequential epitope,顺序表位又称线性表位,由连续线性排列的短肽构成,主要是T细胞表位。
12.Conformational epitope,构象表位指短肽或多糖残基在空间上形成特定的构象,多见于B细胞表位。
mon epitope,共同抗原表位指不同抗原所含有的相同或相似的抗原表位。
14.Cross-reaction,交叉反应指抗体或致敏淋巴细胞对具有相同和相似表位的不同抗原的反应。
15.Heterophilic antigen,异嗜性抗原指一类与种属无关,存在于人、动物及微生物间的共同抗原,又称Forssman抗原。
(完整版)医学免疫学名词解释
医学免疫学名词解释1.免疫(immunity):机体能够识别“自己”和“异己”,并最终排除“异己”,保护“自己”,维持机体生理功能的稳定。
2.淋巴细胞归巢(lymphocyte homing):成熟淋巴细胞离开中枢免疫器官后,在循环过程中趋向性迁移并定居于外周免疫器官或不同组织的特定区域。
3.淋巴细胞再循环(lymphocyte recirculation):淋巴细胞在血液、淋巴液、淋巴器官或组织间反复循环的过程。
5.抗原(antigen,Ag):是指能与T淋巴细胞、B淋巴细胞的TCR或BCR结合,促使其增殖、分化,产生抗体或致敏淋巴细胞,并与之结合,进而发挥免疫效应的物质。
6.抗原表位(epitope):抗原分子中决定抗原的特异性的特殊化学基团,又称抗原决定簇(antigenic determinant)。
7.交叉反应(cross-reaction):抗体或致敏淋巴细胞结合具有相同和相似抗原表位的不同抗原分子所产生的免疫反应。
8.胸腺依赖性抗原(thymus dependent antigen,TD-Ag):此类抗原刺激B细胞产生抗体时依赖T细胞的辅助,故又称T细胞依赖性抗原。
【示例】TD-Ag:即胸腺依赖性抗原(1分)。
此类抗原刺激B细胞产生抗体时依赖于T 细胞辅助(1分)。
绝大多数蛋白质抗原均属此类抗原(1分)。
9.胸腺非依赖性抗原(thymus independent antigen,TI-Ag):该类抗原刺激机体时产生抗体时无需T细胞的辅助,又称T细胞非依赖性抗原。
10.异嗜性抗原(heterophile antigen):是一类与抗原种属性无关,存在于不同种属动物、植物、微生物之间的共同抗原。
11.超抗原(superantigen,SAg):只需要极低浓度(1~10ng/ml)即可激活2%~20%T细胞克隆,产生极强的免疫应答,这类抗原被称为超抗原。
(SAg不涉及TCR的识别,也不受MHC 分子的限制)12.佐剂(adjuvant):预先或与抗原同时注入体内,可增强机体对该抗原的免疫应答或改变免疫应答类型的非特异性免疫增强剂。
医学免疫学名词解释含英文
医学免疫学名词解释含英文集团档案编码:[YTTR-YTPT28-YTNTL98-UYTYNN08]《医学免疫学》名词解释1.免疫immunity:机体识别和排除抗原性异物的生理反应。
2.抗原Ag:能刺激机体的免疫系统发生免疫应答,并能与免疫应答产物发生特异性结合的物质。
3.表位(抗原决定簇)epitope:抗原分子中决定抗原特异性的特殊化学基团。
4.半抗原hapten:某些小分子物质只可与应答产物特异性结合,而不能刺激机体产生免疫应答。
即只具备免疫反应性,不具备免疫原性的物质。
5.异嗜性抗原heterophilicantigen:存在于人、动物、微生物等不同种属之间的共同抗原。
6.佐剂adjuvant:预先或与抗原同时注入体内,可增强机体对抗原的免疫应答或改变免疫应答类型的非特异性免疫增强物质。
7.抗体Ab:免疫系统在抗原刺激下,由B淋巴细胞或记忆B细胞增殖分化成的浆细胞所产生的、可与相应抗原发生特异性结合的免疫球蛋白。
8.免疫球蛋白Ig:血清中一类主要的蛋白,由α1、α2、β和γ球蛋白组成。
9.超抗原SuperantigenSAg:仅需极低浓度即可非特异性激活高达2%~20%的T细胞克隆,产生极强免疫应答的抗原。
10.单克隆抗体:由单一杂交瘤细胞产生,针对单一抗原表位的特异性抗原。
11.抗体依赖的细胞介导的细胞毒作用(ADCC):抗体Fab段结合病毒感染的细胞或肿瘤细胞表面的抗原表位,其Fc段与NK细胞表面的FcR结合,介导NK细胞直接杀伤靶细胞。
12.互补性决定区(CDR):VH和VL中的3个可形成与抗原表位互补的空间构象的区域。
13.补体Complement:正常人或动物体液中存在的一组与免疫有关,并具有免疫活性的免疫球蛋白。
14.膜攻击复合物(MAC):由补体系统的C5b~C9组成的复合物,可牢固附着于靶细胞表面,最终造成靶细胞死亡溶解。
15.细胞因子CK:由免疫细胞及组织细胞分泌的具有生物学活性的小分子蛋白。
免疫名解
免疫名解1、免疫(immunity):指机体对“自己”或“非已” 的识别, 并排除“非已”以保持体内内环境稳定的一种生理反应。
2、抗原(Antigen,Ag):是指能与T细胞的TCR及B细胞的BCR结合,促使其增殖、分化,产生抗体或致敏淋巴细胞,并与之结合,进而发挥免疫效应的物质。
3、免疫原性(immunogenicity):能刺激机体产生免疫应答,即能使特定的免疫细胞活化、增殖、分化,并产生抗体和致敏T淋巴细胞的特性。
4、抗原性(antigenicity):指与相应抗体或致敏淋巴细胞特异性结合,产生免疫反应的特性。
5、完全抗原(complete antigen):凡具有免疫原性和抗原性的物质称为完全抗原。
6、半抗原(hapten):只有抗原性而无免疫原性的物质称为半抗原或不完全抗原。
7、抗原特异性(specificity):抗原与TCR和BCR间、抗原与抗体间的互相吻合性或针对性、专一性。
8、抗原决定簇(antigenic determinant,AD)或表位(epitope):是存在于抗原分子中决定抗原特异性的特殊化学基团。
通常由5-15个氨基酸残基或5-7个多糖残基或6-8个核苷酸组成。
9、顺序表位:10、构象表位:11、胸腺依赖性抗原(thymus dependent antigen,TD-Ag):刺激B细胞产生抗体时依赖于Th 细胞辅助。
需有T细胞辅助,表位种类多、排列无规律,可引起体液免疫和细胞免疫,可产生IgM、IgG型抗体(以IgG为主),有免疫记忆。
12、胸腺非依赖性抗原(thymus independent antigen ,TI-Ag)刺激机体产生抗体时无需Th细胞的辅助。
不需有T细胞辅助,表位种类单一,但数目多、排列有规律,仅产生IgM型抗体,不能引起细胞免疫,无免疫记忆。
13、免疫佐剂(immunoadjuvant):预先或同抗原一起注射到机体、能增强机体对该抗原的免疫应答或改变免疫应答类型的物质。
医学免疫学名解
胸腺微环境:主要由胸腺基质细胞、细胞外基质及局部活性因子组成,是决定T细胞分化、增殖和选择性发育的重要条件。
淋巴细胞归巢(lymphocyte homing):指血液中淋巴细胞选择性趋向迁移并定居于外周免疫器官的特定区域或特定组织的过程。
淋巴细胞再循环(lymphocyte recirculation):指定居在外周免疫器官的淋巴细胞,由输出淋巴管经淋巴干、胸导管或右淋巴导管进入血液循环;经血液循环到达外周免疫器官后,穿越HEV,重新分布于全身淋巴器官和组织的反复循环过程。
抗原(antigen,Ag):指所有能激活和诱导免疫应答的物质,通常指能被T、B细胞表位特异性抗原受体识别及结合,激活T、B细胞增殖、分化、产生免疫应答效应产物,并与效应产物结合,进而发挥适应性免疫应答效应的物质。
免疫原性(immunogenicity):指抗原被T、B细胞表面特异性抗原受体识别及结合,诱导机体产生适应性免疫应答的能力。
免疫反应性(immunoreactivity):指抗原与其所诱导产生的免疫应答效应物质特异性结合的能力。
抗原表位:是抗原分子中决定免疫应答特异性的特殊化学基团,是抗原与T/B细胞抗原受体或抗体特异性结合的最小结构与功能单位。
共同抗原表位:某些抗原分子中含多个抗原表位,而不同抗原间可能含相同或相似的抗原表位,称为共同抗原表位。
交叉反应(cross-reaction):某些抗原诱生的特异性抗体或活化淋巴细胞,不仅可与自身抗原表位特异性结合,还可与其他抗原中相同或相似的表位反应,此为交叉反应。
超抗原(SPA):某些抗原物质,只需极低浓度即可非特异性激活人体总T细胞库中2%~20%的T细胞克隆,产生极强的免疫应答,称为超抗原。
佐剂(adjuvant):指预先或与抗原同时注入人体内,可增强机体对抗原的免疫应答或改变免疫应答类型的非特异性免疫增强性物质。
抗体(antibody,Ab):是免疫系统在刺激下,由B细胞或记忆B细胞增殖分化成的浆细胞所产生的、可与相应抗原特异性结合的免疫球蛋白。
医学免疫学名词解释
第一章免疫(immunity)机体识别和排除抗原性异物,维持机体正常生理平衡和稳定的功能。
免疫防御(immune defense)防止外界病原体的入侵及清除已入侵病原体(如细菌、病毒、真菌、支原体、衣原体、寄生虫等)及其他有害物质。
免疫监视(immune surveillance)随时发现和清除体内出现的“非己”成分,如肿瘤细胞和衰老、凋亡细胞。
免疫自身稳定(immune homeostasis)通过自身免疫耐受和免疫调节两种主要的机制来达到免疫系统内环境的稳定。
免疫应答(immune response)是指免疫系统识别和清除抗原的整个过程。
第二章造血诱导微环境(hemopoietic inductive microenvironment,HIM)由基质细胞及其所分泌的多种细胞因子(IL-3、IL-4、IL-6、IL-7、SCF、GM-CSF等)与细胞外基质共同构成的造血细胞赖以分化发育的环境。
脾集落形成单位(colony forming unit-spleen,CFU-S)应用同系小鼠骨髓细胞输注给经射线照射的小鼠,可在受体小鼠脾脏内形成由单一骨髓干细胞发育分化而来的细胞集落,包括红细胞、粒细胞和巨核细胞等,此称为脾集落形成单位。
体外培养集落形成单位(colony forming unit-culture,CFU-C)用半固体培养技术,在有造血生长因子存在的条件下,干细胞在体外可以分化为不同谱系的细胞集落,称为体外培养集落形成单位。
初始淋巴细胞(naïve lymphocyte)尚未接触过抗原的成熟B、T细胞被称为初始淋巴细胞。
淋巴细胞归巢(lymphocyte homing)成熟淋巴细胞离开中枢免疫器官后,经血液循环趋向性迁移并定居于外周免疫器官或组织的特定区域,称为淋巴细胞归巢。
淋巴细胞再循环(lymphocyte recirculation)淋巴细胞在血液、淋巴液、淋巴器官和组织间反复循环的过程称为淋巴细胞再循环。
医学免疫学部分名词解释
医学免疫学名词解释1、Immunity:即免疫,是指机体免疫系统识别自我与非我抗原,从而维持内环境稳定的生理防御机制。
2、Immunity defense:即免疫防御,是机体排斥外来抗原性异物的一种免疫保护功能。
该功能正常时,机体可抵御病原微生物及其毒性产物的感染和损害,即抗感染免疫;异常情况下,反应过高会引起超敏反应,反应过低或缺失可发生免疫缺陷。
3、Immunity surveillance:即免疫监视,是机体免疫系统及时识别、清除体内突变、畸变细胞和病毒感染细胞的一种生理功能。
该功能失调时,有可能导致肿瘤发生,或因病毒不能清除而出现持续感染。
4、Immunity homeostasis:即免疫自稳,是机体免疫系统维持内环境稳定的一种生理功能。
该功能正常时,机体可及时清除体内损伤、衰老、变性的细胞和免疫复合物等异物,而对自身成分保持免疫耐受;该功能失调时,可发生生理功能紊乱或自身免疫性疾病。
5、Immunity response:即免疫应答,是指免疫系统识别和清除抗原的整个过程,可分为固有免疫应答和适应性免疫应答。
6、Central immune organ:即中枢免疫器官,是免疫细胞发生、分化、发育、成熟的场所,包括胸腺、骨髓及鸟类的法氏囊。
7、Peripheral immune organ:即外周免疫器官,是淋巴细胞和其他免疫细胞定居、增殖以及产生免疫应答的场所,可分为淋巴结、脾及黏膜免疫系统。
8、Lymphocyte homing:即淋巴细胞归巢,成熟淋巴细胞的不同亚群从中枢免疫器官进入外周淋巴组织后,可分布在外周免疫器官或组织中特定区域的过程。
9、Lymphocyte recirculation:即淋巴细胞再循环,淋巴细胞在血液、淋巴液、淋巴器官或组织之间反复循环的过程。
10、Antigen:即抗原,是指能与TCR/BCR或抗体结合,具有启动免疫应答潜能的物质。
或:指能够刺激机体免疫系统产生免疫应答,并且能够与相应的抗体或致敏淋巴细胞发生特异性结合的物质。
医学免疫学名词解释含英文
《医学免疫学》名词解释1.免疫immunity:机体识别和排除抗原性异物的生理反应。
2.抗原Ag:能刺激机体的免疫系统发生免疫应答,并能与免疫应答产物发生特异性结合的物质。
3.表位(抗原决定簇)epitope:抗原分子中决定抗原特异性的特殊化学基团。
4.半抗原hapten:某些小分子物质只可与应答产物特异性结合,而不能刺激机体产生免疫应答。
即只具备免疫反应性,不具备免疫原性的物质。
5.异嗜性抗原heterophilic antigen:存在于人、动物、微生物等不同种属之间的共同抗原。
6.佐剂adjuvant:预先或与抗原同时注入体内,可增强机体对抗原的免疫应答或改变免疫应答类型的非特异性免疫增强物质。
7.抗体Ab:免疫系统在抗原刺激下,由B淋巴细胞或记忆B细胞增殖分化成的浆细胞所产生的、可与相应抗原发生特异性结合的免疫球蛋白。
8.免疫球蛋白Ig:血清中一类主要的蛋白,由α1、α2、β和γ球蛋白组成。
9.超抗原Superantigen SAg:仅需极低浓度即可非特异性激活高达2%~20%的T细胞克隆,产生极强免疫应答的抗原。
10.单克隆抗体:由单一杂交瘤细胞产生,针对单一抗原表位的特异性抗原。
11.抗体依赖的细胞介导的细胞毒作用(ADCC):抗体Fab段结合病毒感染的细胞或肿瘤细胞表面的抗原表位,其Fc段与NK细胞表面的FcR结合,介导NK细胞直接杀伤靶细胞。
12.互补性决定区(CDR):VH和VL中的3个可形成与抗原表位互补的空间构象的区域。
13.补体Complement:正常人或动物体液中存在的一组与免疫有关,并具有免疫活性的免疫球蛋白。
14.膜攻击复合物(MAC):由补体系统的C5b~C9组成的复合物,可牢固附着于靶细胞表面,最终造成靶细胞死亡溶解。
15.细胞因子CK:由免疫细胞及组织细胞分泌的具有生物学活性的小分子蛋白。
16.CSF(集落刺激因子):能刺激多能造血干细胞和不同发育分化阶段的造血祖细胞分化、增殖的细胞因子。
医学免疫学(经典资料)
医学免疫学(Medical immunology)【名词解释】1、免疫(immunity)免疫是指机体对对“自己”或“非己”的识别并排除非己的功能,即免疫系统对“自己”和“非己”抗原性异物的识别与应答,借以维持机体生理平衡和稳定。
2、免疫防御(immune defense)免疫防御是机体排斥外来抗原性异物的一种免疫保护功能。
该功能正常时,机体可抵抗病原微生物感染,即抗感染免疫;异常情况下,反应过高会引发超敏反应,反应过低或缺如可发生免疫缺陷病。
3、免疫监视(immune surveillance)免疫监视是机体免疫系统及时识别、清除体内突变、畸变细胞和病毒感染细胞的一种生理功能。
若该功能失调,可导致肿瘤发生,或因病毒不能清除而出现病毒持续感染。
4、免疫自稳(immune homeostasis)免疫自稳是机体免疫系统维持内环境稳定的一种生理功能。
该功能正常时,机体可及时清除体内损伤、衰老、变性的细胞和免疫复合物等,而对自身成分则保持免疫耐受;若该功能失调,可发生生理功能紊乱或自身免疫性疾病。
5、固有免疫(innate immunity)固有免疫亦称非特异性免疫,是生物体在长期种系进化过程中形成的一系列防御机制。
固有免疫在个体出生时就具备,可对侵入的病原体迅速应答,产生非特异抗感染免疫作用;亦可参与对体内损伤、衰老或畸变细胞的清除,同时在特异性免疫应答过程中也起抗原递呈等重要作用。
6、适应性免疫(adaptive immunity)是指个体发育过程中接触特定抗原(决定簇)而产生,仅针对该特定抗原(决定簇)而发生反应。
由后天获得,具有特异性、记忆性、作用慢而强等特点。
4、淋巴细胞再循环(lymphocyte recirculation)淋巴细胞在血液、淋巴液、淋巴器官或组织间反复循环的过程,淋巴细胞在机体内的迁移和流动是发挥免疫功能的重要条件。
5、黏膜相关淋巴组织(mucosal-associated lymphoid tissue, MALT):主要包括扁桃体、阑尾和小肠派氏集合淋巴结以及呼吸道、肠道和泌尿生殖道粘膜上皮细胞下聚集的无包膜的淋巴组织。
医学免疫学名词解释
医学免疫学名词解释第一章免疫学概论免疫(immunity):即免除疫病和抵抗疾病的发生。
是机体识别“自己”, 排除“异己(非己)”过程中所产生的生物学效应的总和,正常情况下是维持内环境稳定的一种生理性防御功能。
免疫系统(immune system):由免疫器官和组织、免疫细胞、,免疫分子及淋巴循环网络组成,是机体执行免疫应答和行使免疫功能的重要系统。
免疫防御(immunological defense):书:指机体防御及清除病原体的功能。
Ppt:防止外界病原体的入侵及清除已入侵的病原体及有害的生物性大分子。
免疫功能过高-超敏反应;过低-免疫缺陷症。
免疫监视(immunological surveillance):是指免疫系统识别、监视并清除体内出现的突变细胞的功能。
免疫监视功能的异常可导致肿瘤的发生或持续性的病毒感染。
免疫自稳(immunological homeostasis):是指免疫系统清除体内衰老、损伤的细胞或其他成分,通过免疫网络调节免疫应答平衡的功能。
免疫自稳功能异常可导致自身免疫性疾病。
免疫应答(immune response):是指机体的免疫细胞对抗原物质进行识别,继而活化、增值、分化,产生效应的过程,是多细胞系及多种免疫分子间相互作用的结果。
第二章免疫器官和免疫组织1.免疫细胞(immune cells):参与免疫应答或与免疫应答有关的细胞,如T细胞、B细胞、单核巨噬细胞等。
2.淋巴细胞归巢(lymphocyte homing):成熟淋巴细胞的不同亚群从中枢免疫器官进入外周淋巴组织后,可分布在各自特定的区域,称为淋巴细胞归巢。
其分子基础是淋巴细胞归巢受体与内皮细胞上地址素之间的相互作用。
3.淋巴细胞再循环(lymphocyte recirculation):淋巴细胞在血液、淋巴液和淋巴器官之间反复循环,称为淋巴细胞再循环。
淋巴细胞在机体内的迁移和流动是发挥免疫功能的重要条件。
4.MALT(mucosal-associated lymphoid tissue):即黏膜关淋巴组织。
【英文】医学免疫学-名解简答重点
【英⽂】医学免疫学-名解简答重点【名解】Immunity: refers to all mechanisms used by the body as protection against environmentalsubstances that are foreign to the body.(to recognize and eliminate foreign substances)【名解】Lymphocyte homing: the migration of lymphocytes from central immune organ to peripheralimmune organ【名解】Lymphocyte recirulation:lymphocyte cirulation between blood lymph other tissues【名解】Antigen: the substances that are recognized by TCR/BCR or antibody and induce a specificimmune response【名解】Hapten(半抗原):have the property of immunoreactivity but not immunogenicity .【名解】epitope (antigenic determinant ):the portion of the antigen that binds specifically with the bindingsite of an antibody or a receptor on a lymphocyte.【名解】idiotypic Ag:The combined antigenic determinants (idiotopes) found on antibodies of an individual that are directed at a particular antigen; such antigenic determinants are found only in the variable region.【名解】superantigen:antigens ,only need very low concentration ,can polyclonally activate somesubtypes of the T cells (up to 20%).【名解】Adjuvants: A substance that when mixed with an immunogen, enhances the immune response against the immunogen.【名解】Antigen: Globulin produced by plasma cells in response to antigen and binds specifically toparticular Ag.【名解】Immunoglobulins (Ig):The Igs are globulin which function as Abs or similar to Abs in chemicalstructure.【名解】idiotype,id:Variation in the V domain ,particularly in CDR, produces idiotype.【名解】Major histocompatibility complex,MHCA cluster of genes on chromosome 6 in humans, encoding major histocompatibility antigen which lead to rapid graft rejection.【名解】Cytokine (CK):Cytokines are small soluble proteins that mediate immune and inflammatory reactions and are responsible for communications between leukocytes and other cells【名解】Leukocyte differentiation antigen(LDA) :The cell surface markers which express or disappear onthe different leukocytes in the different stage of differentiation and activation.【名解】CD (cluster of differentiation) : Cell surface molecules of leucocytes that are distinguishable withmonoclonal antibodies as an immunologic marker.【名解】CAM: A group of proteins involved in adhesion of cell to cell or cell to extra-cellular matrix (ECM), such as ICAM-1, ICAM-2, ICAM-3, VCAM-1 and PECAM etc.【名解】Integrin:Mediate adhesion of cell and extracellular matrix,Elementary structure: heterodimer of a, b chain【名解】ADCC:NK cell FcR recgonize antibody Fc region binding with target cell,and directly kill the target cell.【名解】opsonization:antibody such as IgG Fc region binding with neutrpilic cell or macrophage IgG FcR to increase phagocytosis.【名解】APC:A variety of cells specialized in capturing、processing and present the antigen to the T lymphocytes, causingeither tolerance or immunity.【名解】cross presention: APC can capturing\processing exogenous antigen and presenting to CD8 T cell by MHC1 pathway.【名解】Positive selection:DP cells that bind, with moderate affinity, to MHC-Ag on thymic stroma cellssurvive----MHC restriction MHC I----CD8+ T cells MHC II----CD4+ T cellsNegative selection:Cells that bind to MHC-Ag on thymic stroma cells (or auto-reactive T cells, ART) with high affinity will undergo apoptosis----Formation of central immune tolerance【名解】ALLELIC EXCLUSION:Expression of a gene on one chromosome prevents expression of the allele on the second chromosome,Ensures only one specificty of Ab expressed per cell.WHY:Allelic exclusion prevents unwanted responses;Allelic exclusion is needed for efficient clonal selection;Allelic exclusion is needed to prevent holes in the repertoire【名解】Affinity maturation :Affinity maturation is the process by which the affinity of Abs produced in response to a protein Ag increases with prolonged and repeated exposure to that Ag.【名解】Treg: Down-regulation of immune response by inhibiting the activation and proliferation of CD4+ or CD8+ T cells.【名解】FoxP3+ :is the transcription factor that program the development of Tregs (IPEX综合症)【名解】Immune tolerance :is the process by which the Immune system does not attack an antigen. Is an active process which is different from immunodeficiency or immunosuppression.【名解】AICD:Activation-induced Cell Death,recognition and deletion of T lymphocytes that have beeninduced to proliferate by receptor-mediated activation, preventing their overgrowth.【名解】AIRE(autoimmune regulator): transcription factor that enables ectopic expression in the thymus ofgenes usually considered tissue-specific.【名解】Immuno-labeling techniques:Specific Abs (or Ags ) labelled with fluorescein, enzymes or radioisotopes are used as probes for the detection of Ags (or Abs).【名解】ELASA【简答】Functions of V regions:Recognition and binding to antigen by HVR (CDR)- neutralization of toxins (e.g. diphtheria,tetanus);- immobilization of microorganisms;- neutralization of viral activityFunction of C regions (Fc portion)1. Activation of complement: IgM, IgGAb( IgM、IgG )+Ag--- C1q----补体经典途径IgG4、IgA和IgE的凝聚物----补体旁路途径2. Binding to Fc receptor of cellsOpsonization: enhancement of Ag uptake by macrophages (M?)Antibody-dependent cell-mediated cytotoxicity (ADCC): NK cells.Participation in type I hypersensitivity: IgE3. Passage through the placenta (IgG, CH2)and mucosa (sIgA)【简答】Biologic function of complement system/doc/60485b6e27d3240c8447ef4c.html plement mediates anti-infection immunity(1) Lysis of cell or microorganisms(2) opsonization C3b, C4b, iC3b cell: phagocyte enhance phagocytosis(3) inflammation symptoms: redness, swelling, heat and paininflammation mediators: C5a, C3a, C4a ( anaphylatoxins) C5a (chemotaxis)2. Complement maintains homeostasisclearance of IC: C3belimination of apoptosis cells C1q, C3b, iC3b3. Complement mediates adaptive immunity4. Complement interacts with other enzyme systems【简答】MHC molecules difference1) HLA class I moleculesGenes: A, B, CDistribution: every nucleated cellStructure: α chain (45k) β2m (12kD) chromosome 15peptide-binding cleft: α1+α2CD8 binding: α3Function: recognize and present endogenous Ags to CD8+ T cells2) HLA class II moleculesGenes: DR, DQ, DPDistribution: APC (B, DC, MΦ) thymic epithelial cell, activated T cellStructure: α chain (35kD)β chain (28kD)peptide-binding cleft: α1+β1CD4 binding: β2Function: recognize and present the exogenous Ags to CD4+ T cells【简答】Biological function of MHC1、Participate in the adaptive immune response serving as antigen presenting molecules(1)T cells recognize both the antigenic peptide and MHC molecules by TCR (double recognition)(2)MHC molecules can present both autoantigens and allogenic MHC molecules(3)MHC molecules participate in selection and differentiation of T cells in the thymus.(4)MHC is the crucial determinant of disease susceptibility in different individuals;(5) MHC contributes to the genetic heterogeneity of the population2. Participate in the innate immunity serving as regulatory molecules(1)Classical MHC class III genes encode complement, hereby participating in complement reaction and the pathogenesis of some immune diseases.(2)Non-classical HLA class I molecules (HLA-E, G) regulate the activity of NK cells.(3)Inflammation related genes initiate and control inflammation. They also play a role in stress. (such as HSP).【简答】General properties of CKsSmall proteins (MW: approx. 8-30 KD)Extremely potent, acting at 10-9~10-15MThe production is transient and tightly regulatedAutocrine, paracrine or endocrineCytokine actions: Pleiotropy, Redundancy, Synergy and Antagonism【简答】What are the differences between immature DC and mature DCInmature DCPhenotype: high expression of receptors related to phagocytosis (FcR, CR, mannose receptor, DC-sign); low expression of CD54, CD40, CD80; CD86 and MHC II, CD14-Function: 1) strong capacity to ingest and process Ags, but weak ability to present Ags2) induction of immune tolerance3) sensing of infectious agents by TLR (pattern recognition receptors)Mature DCPhenotype: low expression of receptors related to phagocytosis (FcR, CR, mannose receptor); high expression of CD54, CD40, CD80, CD86 and MHC II; CD83+ and CD25+Function: weak ability to capture and process Ags, powerful ability to present Ags【简答】Effector functions of activated T cells(重点)1) CD4+ T cellsTh1: secrete IFN-γ, etc.express CD40Lexpress FasL, kill Fas+ target cellseffect on lymphocytes: IL-2effect on neutrophil: TNF-α,βTh2: promote B cell growth and Ig productionmediate hypersensitivityTh17: IL-17,IL-8,TNF-α: enhance leukocyte recruitment and inflammation2). Effector functions of CD8+ T cellsCytotoxicity:kill target cellsa. necrosis: perforin and granzymeb. apoptosis: granzyme, FasL【简答】fuction of b cell1. Production of antibodyAbs prevent microorganism from entry into cells and eliminate microorganisms by opsonization causing phagocytosis, complement activation and toxin neutralization.2. Ag presentation to T cells3. Immune regulationSecretion of cytokines (TNF, IFN, IL-12) →Mφ, DC, NK, B cell.Co-stimulation of T cells→T cell proliferation【简答】General features of Ab responses in vivo(体液免疫应答特点)Primary immune response- longer latent phase;- smaller peak response (lower Ab titer); - remaining in the serum at detectablelevels for much shorter periods;- lower average affinity;- usually IgM;【——】1). Activating receptor:ITAM (immunoreceptortyrosine-based activation motif)Motifs:YxxL/VRecruit : kinases, adaptor proteins Induce activation signal【简答】1型超敏反应机制及常见病secondary antigenic challenge- shorter latent phase;- bigger peak response (higher Ab titer); - remaining in the serum at detectablelevels for much longer periods;- higher average affinity;- usually IgG.2). Inhibitory receptor:ITIM (immunoreceptortyrosine-based inhibitory motif)Motifs:I/Vx YxxLRecruit Protein phosphatases Transduce inhibitory singnal药物过敏性休克,过敏性哮喘,湿疹输⾎反应,新⽣⼉溶⾎症,甲状腺功能亢进Arthus 病,链球菌感染后肾⼩球肾炎,类风湿性关节炎。
医学免疫学名词解释
第一章免疫(immunity)机体识别与排除抗原性异物,维持机体正常生理平衡与稳定得功能、免疫防御(immune defense)防止外界病原体得入侵及清除已入侵病原体(如细菌、病毒、真菌、支原体、衣原体、寄生虫等)及其她有害物质、免疫监视(immune surveillance)随时发现与清除体内出现得“非己”成分,如肿瘤细胞与衰老、凋亡细胞。
免疫自身稳定(immunehomeostasis)通过自身免疫耐受与免疫调节两种主要得机制来达到免疫系统内环境得稳定。
免疫应答(immune response)就是指免疫系统识别与清除抗原得整个过程。
第二章造血诱导微环境(hemopoieticinductive microenvironment,HIM)由基质细胞及其所分泌得多种细胞因子(IL—3、IL—4、IL—6、IL-7、SCF、GM-CSF等)与细胞外基质共同构成得造血细胞赖以分化发育得环境。
脾集落形成单位(colony formingunit—spleen,CFU-S)应用同系小鼠骨髓细胞输注给经射线照射得小鼠,可在受体小鼠脾脏内形成由单一骨髓干细胞发育分化而来得细胞集落,包括红细胞、粒细胞与巨核细胞等,此称为脾集落形成单位、体外培养集落形成单位(colony formingunit—culture,CFU-C)用半固体培养技术,在有造血生长因子存在得条件下,干细胞在体外可以分化为不同谱系得细胞集落,称为体外培养集落形成单位、初始淋巴细胞(naïvelymphocyte)尚未接触过抗原得成熟B、T细胞被称为初始淋巴细胞。
淋巴细胞归巢(lymphocyte homing)成熟淋巴细胞离开中枢免疫器官后,经血液循环趋向性迁移并定居于外周免疫器官或组织得特定区域,称为淋巴细胞归巢。
淋巴细胞再循环(lymphocyte recirculation)淋巴细胞在血液、淋巴液、淋巴器官与组织间反复循环得过程称为淋巴细胞再循环。
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免疫Immune response: the response made by the host to defend itself against the introduction of foreign substances.Antigen: An antigen is any agent capable of binding specifically to components of immune system, such as BCR and soluble antibodiesImmunogen - A substance that induces a specific immune response.(All immunogens are antigens, but not all antigens are immunogens)Antigenicity: The ability of a compound to bind with antibodies or cells of the immune system. This binding is highly specific.ImmunogenicityImmunogenicity is the ability of a particular substance, such as an antigen or epitope, to provoke a specific immune response in the body of a human or animal.Hapten半抗原:A hapten is a small molecule which can elicit an immune response only when attached to a large carrier such as a protein; the carrier may be one which also does not elicit an immune response by itself.EpitopeEpitope is the portion of the antigen that binds specifically with the binding site of an antibody or a receptor on a lymphocyte.TI-AgThymus -independent antigens are antigens which can directly stimulate the B cells to produce antibody without the requirement for T cell help in general.TD-AgThymus -dependent antigens are those that do not directly stimulate the production of antibody without the help of T cellsSuper antigenAn antigen which polyclonally activates some subtypes of the T cells (up to 20%).Adjuvants:A substance that when mixed with an immunogen, enhances the immune response against the immunogen.ImmunoglobulinThe Immunoglobulins are globulin which function as antibodies or similar to antibodies in chemical structure.Complementarity determining region (CDR)互补决定区:A complementarity determiningregion (CDR) is a short amino acid sequence found in the variable domains of antigen receptor (e.g. immunoglobulin and T cell receptor) proteins that complements an antigen and therefore provides the receptor with its specificity for that particular antigen.Complement:A group of serum proteins involved in the control of inflammation, the activation of phagocytes and the lytic attack on cell membranes. It belongs to the innate immune system, and can be recruited and brought into action by the adaptive immune system.Common receptor subunitThere is same receptor subunit for cytokine signaling among the different cytokine receptors.e.g. common γ chainCytokine (CK) : Small soluble proteins that mediate immune and inflammatory reactions and are responsible for communications between leukocytes and other cells.Soluble cytokine receptorSoluble cytokine receptor is the extracellular part of the receptor, which can competitively bind to cytokineCytokine storm: Under certain circumstances (e.g. septic shock), large amounts of CKs (such as TNF) are produced, they may be active distant from their site of secretion.Leukocyte differentiation antigen白细胞分化抗原:The cell surface markers which express or disappear on the different cells in the different stages of differentitation and activation.Cluster of differentiation (CD): Cell surface molecules of leucocytes that are distinguishable with monoclonal antibodies as an immunologic marker.Cell adhesion molecules, CAM: A group of proteins involved in adhesion of cell to cell or cell to extracellular matrix (ECM), such as ICAM-1, ICAM-2, ICAM-3, VCAM-1 and PECAM etc.IntegrinIntegrins are transmembrane receptors that mediate the attachment between a cell and the tissues that surround it, such as other cells or the extracellular matrix (ECM)SelectinsSelectins (CD62) are a family of cell adhesion molecules.MHC主要组织相容性复合物:The major histocompatibility complex (MHC) is a large genomic region or gene family found in most vertebrates. It is the most gene-dense region of the mammalian genome and plays an important role in the immune system, autoimmunity, and reproductive success.PolymorphismThe phenomenon of having multiple alleles at given genetic locus in the populationSomatic hypermutation体细胞高度突变:Somatic hypermutation (or SHM) is a mechanism inside cells that is part of the way the immune system adapts to the new foreign elements which confront it (for example, microbes).ITAMAn immunoreceptor tyrosine-based activation motif (ITAM) is a conserved sequence of four amino acids that is repeated twice in the cytoplasmic tails of certain cell surface proteins of the immune system.Negative selection负选择:The death of autoimmune lymphocytes shortly after they develop. Also known as clonal deletion.Positive selection: Double positive cells that bind, with moderate affinity, to MHC-Ag on thymic stroma cells survive. DP cell acquire MHC restriction though positive selection.Foxp3A member of the FOX protein family, FOXP3 appears to function as a master transcription factor in the development and function of regulatory T cells.APC:A variety of cell types specialized in the presentation of peptide-MHC to lymphocytes, causing either tolerance or immunity.Cross-presentationClass I MHC molecules present exogenous Ags to CD8+ T cells.Immunological synapseWhen the TCR complex recognizes MHC-associated peptides on an APC, several T cell surface proteins and intracellular signaling molecules are rapidly mobilized to the site of T cell-APC contact. This region of physical contact between the T cell and the APC has been called the immunological synapseAnergy无反应性:Anergy is a term in immunobiology that describes a lack of reaction by the body's defense mechanisms to foreign substances, and consists of a direct induction of peripheral lymphocyte tolerance.Regulatory T cell调节性T细胞:Regulatory T cells (sometimes known as suppressor T cells) are a specialized subpopulation of T cells that act to suppress activation of the immune system and thereby maintain immune system homeostasis and tolerance to self-antigens.AICD激活诱导的细胞死亡:activation-induced cell death (AICD) recognition and deletion of T lymphocytes that have been induced to proliferate by receptor-mediated activation, preventing their overgrowth.Class switchingClass switching is a biological mechanism that changes a B cell's production of antibody from one class to anotherCentral toleranceis the mechanism by which newly developing T cells and B cells are rendered non-reactive to self during their development in thymus and bone marrow.Secondary Antibody: An antibody that binds to primary antibodies or antibody fragments. They are typically labeled with probes that make them useful for detection, purification or cell sorting applications.Affinity(亲和力)Strength of the reaction between a single antigenic determinant and a single Ab combining siteAvidity(亲合力)The overall strength of binding between an Ag with many determinants and multivalent AbsELISA (Enzyme linked immuno-sorbent assay) An immunological test, using an enzyme as a label to determine presence of target protein.ELISPOT (Enzyme-linked immuno-sorbent spot) A common method for monitoring immune responses in humans and animals. At appropriate conditions the ELISPOT assay allows visualization of the secretary product of individual activated or responding cells.Immuno-labeling techniquesSpecific Abs (or Ags ) labelled with fluorescein, enzymes or radioisotopes are used as probes for the detection of Ags (or Abs).Artificial active immunization: Administration of an antigen for active production of immunity. Active immunization results in the production of antibodies directed against the infecting agent or its toxic products; it may also initiate cellular immunity.Artificial passive immunization:Immunization may be accomplished passively by administering either performed immunoreactive serum (Abs, CKs) or cells.Vaccine: Administration of an antigen for active production of immunity is called artificial active immunization. The agent used for artificial active immunization is called vaccine.Planned immunization: A rational program of childhood immunization against infectious disease, when many of the most damaging and preventable infections normally appear.ImmunotherapyImmunotherapy is the approach to balance or intervene the immunologic function in order to fight against the disease by the principle of immunology.Pattern recognition receptors (PRRs)Pattern recognition receptors (PRRs) are a primitive part of the immune system. They are proteins expressed by cells of the innate immune system to identify pathogen-associated molecular patterns (PAMPs), which are associated with microbial pathogens or cellular stress, as well as damage-associated molecular patterns (DAMPs), which are associated with cell components released during cell damage.antigen,Ag 抗原immunogenicity 免疫原性immunoreactivity 免疫反应性complete antigen 完全抗原incomplete antigen,hapten 不完全抗原,半抗原antigenic specificity 抗原特异性epitope,antigenic determinant 抗原表位,抗原决定基antigenic valence 抗原结合价sequential epitope,linear epitope 顺序表位,线性表位conformational apitope 构象表位common apitope 共同抗原表位cross-reaction 交叉反应cross antigen 交叉抗原conformation 分子构象accessibility 易接近性thymus dependent antigen,TD-Ag 胸腺依赖性抗原thymus independent antigen,TI-Ag 非胸腺依赖性抗原heterophilic antigen 异嗜性抗原xenogenic antigen 异种抗原allogenic antigen 同种异型抗原autoantigen 自身抗原idiotypic antigen 独特型抗原endogenous antigen 内源性抗原exogenous antigen 外源性抗原allergen 变应原tolerogen 耐受原stimulator 免疫刺激剂superantigen 超抗原adjuvant 佐剂mitogen 丝裂原antibody 抗体immunoglobilin 免疫球蛋白class 类type 型variable region 可变区,V区constant region 恒定区,C区hypervariable region,HVR 高变区complementarity determining region,CDR 互补决定区antigen-binding site 抗原结合部位framework region,FR 骨架区hinge region 铰链区joining chain J链secretory piece,SP,secretory component,S C 分泌片,分泌成分papain 木瓜蛋白酶pepsin 胃蛋白酶fragment of antigen binding,Fab 抗原结合片段fragment crystallizable,Fc 可结晶片段isotype 同种型allotype 同种异型idiotype,Id 独特型idiotope 独特位anti-idiotype antibody,AId 独特性抗体opsonization 调理作用antibody-dependent cell-mediated cytotoxicity,ADCC 抗体依赖的细胞介导的细胞毒作用macroglobulin 巨球蛋白polyclonal antibody,pAb 多克隆抗体monoclonal antibody,mAb 单克隆抗体complement,C 补体complement regulatory protein 补体调节蛋白complement receptor,CR 补体受体classical pathway 经典途径C5 convertase C5转化酶membrane attack complex,MAC 攻膜复合物alternative pathway 旁路途径,替代激活途径lectin pathway,MBL pathway 凝集素途径mannose-binding lectin,MBL 甘露糖结合凝集素ficolin ,FCN 纤维胶原素MBL-associated serine protease,MASP MBL相关丝氨酸蛋白酶C1 inhibitor,C1INH C1抑制物C4 binding protein,C4bp C4结合蛋白decay-accelerating factor ,DAF 衰变加速因子immune adherence 免疫黏附cytokine 细胞因子autocrine 自分泌paracrine 旁分泌endocrine 内分泌pleiotropism 多效性redundancy 重叠性synergy 协同性antagonoism 拮抗性interleukin,IL 白细胞介素colony-stimulating factor,CSF 集落刺激因子interferon,IFN 干扰素tumor necrosis factor,TNF 肿瘤坏死因子growth factor,GF 生长因子chemokine 趋化因子class1 cytokine receptor family 1类细胞因子受体家族class 2 cytokine receptor family 2类细胞因子受体家族tumor necrosis factor receptor肿瘤坏死因子受体家族superfamily,TNFRSFIg superfamily receptor,Ig SFR 免疫球蛋白超家族受体chemokine receptor family 趋化因子受体家族cytokine storm 细胞因子风暴cell surface marker 细胞表面标记human leukocyte differentiation antigen,HLDA 人白细胞分化抗原lineage 谱系cluster of differentiation,CD 分化cell adhension molecule,CAM 细胞黏附分子extracellular matrix,ECM 细胞外基质immunoglobulin superfamily,IgSF 免疫球蛋白超家族integrin family 整合素家族selectin family 选择素家族lymphocyte homing receptor,LHR 淋巴细胞归巢受体HEV 高内皮微静脉major histocompatibility complex 主要组织相容性复合体human leukocyte antigen 人类白细胞抗原B2 microglobulin,b2m 微球蛋白polymorphism 多态性HLA genotyping HLA基因分型haplotype 单体型linkage disequilibrium 连锁不平衡anchor position 锚定位anchor residue 锚定残基MHC restriction MHC限制性cross-matching 交叉配合B lymphocyte B淋巴细胞bursa of Fabricius 禽类法氏囊B cell receptor,BCR B细胞受体gene rearrengement 基因重排gene segment 基因片段recombinase 重组酶recombination activating gene,RAG 重组激活酶基因recombination signal sequence,RSS 重组信号序列terminal deoxynucleotidyl transferase,TdT 末端脱氧核苷酸序列allelic exclusion 等位排斥isotype exclusion 同型排斥combinational diversity 组合多样性junctional diversity 连接多样性receptor editing 受体编辑somatic hypermutation 体细胞高频突变pro-BCR 前B细胞受体pro-B cell 祖B细胞pre-B cell 前B细胞immature B cell 未成熟B细胞mature B cell 成熟B细胞clone deletion 克隆清除anergy 失能immunoreceptor tyrosine-based activation免疫受体酪氨酸激活基序motif,ITAMcoreceptor 共受体co-stimulatory molecule 共刺激分子self-renewal 自我更新polyreactivity 多反应性natural antibody 天然抗体plasma cell 浆细胞memory B cell 记忆B细胞regulatory B cell 调节性B细胞T lymphocyte T淋巴细胞thymus 胸腺hematopoietic,HSC 骨髓多能造血干细胞lymphoid progenitor cell 淋巴样祖细胞double negative cell,DN cell 双阴性细胞double positive cell,DP cell 双阳性细胞sigle positive cell,SP cell 单阳性细胞positive selection 阳性选择negative selection 阴性选择immunoreceptor tyrosine-based inhibitory免疫受体酪氨酸抑制基序motif,ITIMphytohemagglutinin,PHA 植物血凝素naive T cell 初始T细胞memory T cell,Tm 记忆T细胞effector T cell 效应T细胞helper T cell,Th 辅助T细胞cytotoxic T lymphocyte,CTL 细胞毒性T细胞regulatory T cell,Treg 调节性T细胞antigen-presenting cell,APC 抗原提呈细胞profession APC 专职性APCdendritic cell,DC 数突状细胞conventional DC,cDC 经典DCplasmacytoid DC,pDC 浆细胞样DCregulatory DC 调节性DCfollicular DC,FDC 滤泡DCimmature DC 未成熟DCmature DC 成熟DCLangerhans cell,LC 朗格汉斯细胞interstitial DC 间质DCveiled cell 隐蔽DCperipheral blood DC 外周血DC interdigitating DC,IDC 并指状DCmonocyte 单核细胞macrophage 巨噬细胞antigen processing 抗原加工proteasome 蛋白酶体transporter associated with antigen抗原加工相关转运物processing ,TAPchaperone 伴侣蛋白ER resident aminopeptidase,ERAP 氨基肽酶endosome 内体phagosome 吞噬体MHC class 2 compartment,M2C MHC2类小室Ia-associated invariant chain,Ii Ia相关恒定链class 2-associated invariant chain peptide,CLIP MHC2类相关的恒定链多肽cross-presentation,cross-priming 交叉提呈,交叉致敏pMHC,peptide-MHC2 complex 抗原肽-MHC分子复合物antigen recognition 抗原识别immunological synapse 免疫突触perfotrin 穿孔素granzyme 颗粒酶activation-induced cell death,AICD 活化诱导的细胞死亡humoral immune response 体液免疫应答germinal center 生发中心centroblast 中心母细胞centrocyte 中心细胞follicular helper T cell,Tfh 滤泡辅助T细胞somatic hypermutation 检查是否重复,体细胞高频突变affinity maturation 抗体亲和力成熟class switching 类别转换isotype switching 同种型转换switching region 转换区antibody forming cell,AFC 抗体形成细胞primary response 初次免疫secondary response,anamnestic response 再次免疫lag phase 潜伏期log phase 对数期plateau phase 平台期decline phase 下降期。