国际妇产科学杂志
國際婦產科學雜誌
국제부산과학잡지
JOURNAL OF INTERNATIONAL OBSTETRICS AND GYNECOLOGY
2014年
3期
267-271
,共5页
阴道病,细菌性%抗药性,微生物%抗药性,细菌%加德那菌,阴道%生物膜
陰道病,細菌性%抗藥性,微生物%抗藥性,細菌%加德那菌,陰道%生物膜
음도병,세균성%항약성,미생물%항약성,세균%가덕나균,음도%생물막
Vaginosis,bacterial%Drug resistance,microbial%Drug resistance,bacterial%Gardnerella vaginalis%Biofilms
细菌性阴道病(bacterial vaginosis,BV)可增加女性患盆腔炎性疾病的风险,增加对性传播疾病的易感性及导致不良妊娠等后果。 BV的发病机制尚不清楚,其产生及复发的致病因素亦十分复杂。综述BV在微生物学及病理生理学方面的基本特征,描述了阴道微生态、产过氧化氢乳杆菌的缺失及导致BV相关致病菌的聚集等现象。讨论了细菌生物膜,尤其阴道加德纳菌生物膜在阴道上皮的黏附,不能有效地被免疫系统清除或完全被抗生素灭活,导致BV治疗后仍有慢性、持续性感染的状况。同时进一步对临床常用的BV治疗方案及针对生物膜特异性治疗的研究进展进行了总结,从而增加对BV的认识。
細菌性陰道病(bacterial vaginosis,BV)可增加女性患盆腔炎性疾病的風險,增加對性傳播疾病的易感性及導緻不良妊娠等後果。 BV的髮病機製尚不清楚,其產生及複髮的緻病因素亦十分複雜。綜述BV在微生物學及病理生理學方麵的基本特徵,描述瞭陰道微生態、產過氧化氫乳桿菌的缺失及導緻BV相關緻病菌的聚集等現象。討論瞭細菌生物膜,尤其陰道加德納菌生物膜在陰道上皮的黏附,不能有效地被免疫繫統清除或完全被抗生素滅活,導緻BV治療後仍有慢性、持續性感染的狀況。同時進一步對臨床常用的BV治療方案及針對生物膜特異性治療的研究進展進行瞭總結,從而增加對BV的認識。
세균성음도병(bacterial vaginosis,BV)가증가녀성환분강염성질병적풍험,증가대성전파질병적역감성급도치불량임신등후과。 BV적발병궤제상불청초,기산생급복발적치병인소역십분복잡。종술BV재미생물학급병리생이학방면적기본특정,묘술료음도미생태、산과양화경유간균적결실급도치BV상관치병균적취집등현상。토론료세균생물막,우기음도가덕납균생물막재음도상피적점부,불능유효지피면역계통청제혹완전피항생소멸활,도치BV치료후잉유만성、지속성감염적상황。동시진일보대림상상용적BV치료방안급침대생물막특이성치료적연구진전진행료총결,종이증가대BV적인식。
Bacterial vaginosis (BV) can increase susceptibility of women to pelvic inflammatory disease,adverse pregnancy outcome and the risk of acquiring sexually transmitted diseases. Because of the factors causing BV and recurrent BV are complex,its etiology or pathogenesis still remains elusive. This review summarizes the microbiology and pathophysiology aspects of BV to enhance understanding of the vaginal microbiota ,which is characterized by the depletion of hydrogen peroxide-producing lactobacilli species and aggregation of bacterial vaginosis-associated bacteria (BVAB). Bacterial biofilm,formed by Gardnerella vaginalis in particular colonizes and adheres on the vaginal epithelium ,can′t be completely eradicated by host immune system or antibiotics,contributing to the chronic and recalcitrant infection. Further outlines on the current clinical therapy and the need to cater to specific biofilm eradication treatment to minimize its recurrence.