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首页> 外文期刊>Clinical immunology: The official journal of the Clinical Immunology Society >Damage associated molecular pattern molecules.
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Damage associated molecular pattern molecules.

机译：破坏相关的分子模式分子。

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Members of the Federation of Clinical Immunology Societies are invited to attend an exciting meeting on damage-associated molecular pattern molecules [DAMPs] in acute and chronic inflammation including cancer. This day long interactive symposium is going to be held in San Diego June 7, 2007 as part of the Annual FOCiS meeting. The Clinical Immunology Society (CIS) and the International Society of Biologic Therapy (ISBT), member societies in FOCiS, will be sponsoring this symposium examining the emergent role of these DAMPs in disease. Much attention has been paid to the so-called pathogen-associated molecular pattern molecules or PAMPs, which recruit and activate inflammatory cells, Largely through the Toll-like receptors [TLRs], the Nod1-like Receptors [NLRs] and the most recently identified Rig-1 like receptors [RLRs]. This cntical requirement for sensing and responding rapidly with these innate immune sensors is mirrored in the need to have systems sensing nonpathogenic stress.
机译：临床免疫学会联合会的会员应邀参加了关于急性和慢性炎症（包括癌症）中与损伤相关的分子模式分子[DAMP]的激动人心的会议。为期一天的互动研讨会将作为FOCiS年度会议的一部分，于2007年6月7日在圣地亚哥举行。 FOCiS的成员协会临床免疫学学会（CIS）和国际生物治疗学会（ISBT）将赞助此研讨会，以检查这些DAMP在疾病中的新兴作用。人们已经广泛关注所谓的病原体相关分子模式分子或PAMP，它们主要通过Toll样受体[TLR]，Nod1样受体[NLR]以及最近被发现的募集并激活炎性细胞。 Rig-1样受体[RLRs]。对这些先天性免疫传感器进行快速感应和快速响应的基本要求反映在需要系统感应非致病性压力的需求中。

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