中华微生物学和免疫学杂志
中華微生物學和免疫學雜誌
중화미생물학화면역학잡지
CHINESE JOURNAL OF MICROBIOLOGY AND IMMUNOLOGY
2010年
6期
528-531
,共4页
李康%陆海空%顾昕%管志芳%戴鹤骏%钱伊红%周平玉
李康%陸海空%顧昕%管誌芳%戴鶴駿%錢伊紅%週平玉
리강%륙해공%고흔%관지방%대학준%전이홍%주평옥
神经梅毒%脑脊液%调节性T细胞
神經梅毒%腦脊液%調節性T細胞
신경매독%뇌척액%조절성T세포
Neurosyphilis%Cerebrospinal fluid%Regulatory T cells
目的 研究神经梅毒患者脑脊液中的淋巴细胞的表型,探讨其在神经系统免疫损伤机制中的作用.方法 采用流式细胞术检测12例神经梅毒患者和20例潜伏梅毒患者脑脊液CD4+T细胞和CD4+ CD25hhigh调节性T细胞(Tr)的比例与变化.结果 神经梅毒患者脑脊液白细胞数量明显升高,其中淋巴细胞比例较高;淋巴细胞以CD4+ T细胞为主,而其中CD4+CD25highTr细胞的比例显著低于潜伏梅毒患者.结论 神经梅毒脑脊液中增加的白细胞主要为CD4+ T细胞,表明CD4+T细胞可能参与神经梅毒的发病,而CD4+ CD25high Tr细胞表达减少表明其在维持神经系统局部免疫自稳中可能发挥重要作用.
目的 研究神經梅毒患者腦脊液中的淋巴細胞的錶型,探討其在神經繫統免疫損傷機製中的作用.方法 採用流式細胞術檢測12例神經梅毒患者和20例潛伏梅毒患者腦脊液CD4+T細胞和CD4+ CD25hhigh調節性T細胞(Tr)的比例與變化.結果 神經梅毒患者腦脊液白細胞數量明顯升高,其中淋巴細胞比例較高;淋巴細胞以CD4+ T細胞為主,而其中CD4+CD25highTr細胞的比例顯著低于潛伏梅毒患者.結論 神經梅毒腦脊液中增加的白細胞主要為CD4+ T細胞,錶明CD4+T細胞可能參與神經梅毒的髮病,而CD4+ CD25high Tr細胞錶達減少錶明其在維持神經繫統跼部免疫自穩中可能髮揮重要作用.
목적 연구신경매독환자뇌척액중적림파세포적표형,탐토기재신경계통면역손상궤제중적작용.방법 채용류식세포술검측12례신경매독환자화20례잠복매독환자뇌척액CD4+T세포화CD4+ CD25hhigh조절성T세포(Tr)적비례여변화.결과 신경매독환자뇌척액백세포수량명현승고,기중림파세포비례교고;림파세포이CD4+ T세포위주,이기중CD4+CD25highTr세포적비례현저저우잠복매독환자.결론 신경매독뇌척액중증가적백세포주요위CD4+ T세포,표명CD4+T세포가능삼여신경매독적발병,이CD4+ CD25high Tr세포표체감소표명기재유지신경계통국부면역자은중가능발휘중요작용.
Objective To analyze the phenotypes of lymphocytes in cerebrospinal fluid derived from the patients with neurosyphilis. Methods Samples of cerebrospinal fluid from 12 patients with neurosyphilis and 20 patients with latent syphilis were collected and analyzed by flow cytometry for CD4 and CD25 expression. Results There was a significant increase in the number of white blood cells in the cerebrospinal fluid of patients with neurosyphilis. FACS analysis showed that most leukocytes were lymphocytes predominated with CD4 + T cells in neurosyphilis patients which were almost 4 times more than that in latent syphilis. However, there was a significant decrease in the proportion of CD4+ CD25high regulatory T cells (Tr) in neurosyphilis patients compared with that in latent syphilis patients. Conclusion A dramatic increase in CD4+ T cell frequency suggested its pathogenic role in neurosyphilis, whereas a decrease in CD25high Tr frequency indicated that CD4 + CD25high Tr cells might play an important role in immune homeostasis of central nervous system.