国际口腔医学杂志
國際口腔醫學雜誌
국제구강의학잡지
JOURNAL OF INTERNATIONAL STOMATOLOGY
2015年
5期
586-591
,共6页
c-Jun N-末端激酶%细胞迁移%信号转导
c-Jun N-末耑激酶%細胞遷移%信號轉導
c-Jun N-말단격매%세포천이%신호전도
c-Jun N-terminal kinase%cell migration%signal transduction
c-Jun?N-末端激酶(JNK)是促丝裂原激活蛋白激酶家族成员,转导细胞外信号为细胞内反应。JNK信号通路主要被细胞因子和应激刺激激活,调节细胞迁移,参与细胞增殖、分化、炎症和程序性死亡。细胞迁移机制与细胞骨架、黏着斑、黏着斑激酶、整联蛋白、鼠肉瘤病毒同源癌基因家族蛋白、G-蛋白和水通道蛋白等紧密相关,但其调控机制尚不清楚。目前JNK通路调节细胞迁移的研究显示:在上皮和成纤维细胞,JNK信号通路被活化,可促进细胞迁移,增强伤口愈合、组织修复;在肿瘤细胞,JNK信号通路被抑制可降低肿瘤细胞的迁移能力;在炎症环境下,JNK的作用与机制表现出差异性,有待进一步研究。诠释JNK信号转导通路参与调节细胞迁移的具体机制可为组织修复、炎症控制和肿瘤治疗提供新的思路。
c-Jun?N-末耑激酶(JNK)是促絲裂原激活蛋白激酶傢族成員,轉導細胞外信號為細胞內反應。JNK信號通路主要被細胞因子和應激刺激激活,調節細胞遷移,參與細胞增殖、分化、炎癥和程序性死亡。細胞遷移機製與細胞骨架、黏著斑、黏著斑激酶、整聯蛋白、鼠肉瘤病毒同源癌基因傢族蛋白、G-蛋白和水通道蛋白等緊密相關,但其調控機製尚不清楚。目前JNK通路調節細胞遷移的研究顯示:在上皮和成纖維細胞,JNK信號通路被活化,可促進細胞遷移,增彊傷口愈閤、組織脩複;在腫瘤細胞,JNK信號通路被抑製可降低腫瘤細胞的遷移能力;在炎癥環境下,JNK的作用與機製錶現齣差異性,有待進一步研究。詮釋JNK信號轉導通路參與調節細胞遷移的具體機製可為組織脩複、炎癥控製和腫瘤治療提供新的思路。
c-Jun?N-말단격매(JNK)시촉사렬원격활단백격매가족성원,전도세포외신호위세포내반응。JNK신호통로주요피세포인자화응격자격격활,조절세포천이,삼여세포증식、분화、염증화정서성사망。세포천이궤제여세포골가、점착반、점착반격매、정련단백、서육류병독동원암기인가족단백、G-단백화수통도단백등긴밀상관,단기조공궤제상불청초。목전JNK통로조절세포천이적연구현시:재상피화성섬유세포,JNK신호통로피활화,가촉진세포천이,증강상구유합、조직수복;재종류세포,JNK신호통로피억제가강저종류세포적천이능력;재염증배경하,JNK적작용여궤제표현출차이성,유대진일보연구。전석JNK신호전도통로삼여조절세포천이적구체궤제가위조직수복、염증공제화종류치료제공신적사로。
C-Jun?N-terminal?kinase(JNK)?is?a?member?of?the?mitogen-activated?protein?kinase?family,?which?regulates?diverse?cellular?programs?by?relaying?extracellular?signals?to?intracellular?responses.?Activated?primarily?by?cytokines?and?environmental?stress,?the?JNK?signal?transduction?pathway?regulates?cell?migration?and?plays?an?important?role?in?cellular?proliferation,?differentiation,?inflammatory?response,?and?apoptosis.?The?mechanism?of?cell?migration?is?closely?related?to?the?cytoskeleton,?focal?adhesion,?focal?adhesion?kinase,?integrin,?and?ras?homology?oncogene?family?proteins,?G-protein,?and?aquaporin.?Recent?research?on?JNK?pathway?regulating?cell?migration?shows?that?the?activation?of?the?JNK?signaling?pathway?can?promote?epithelial?cell?and?fibroblast?migration?and?can?enhance?wound?healing?and?tissue?repair.?Inhibiting?the?JNK?signaling?pathway?can?reduce?cell?migration?and?invasion?in?tumor?cells.?The?function?and?mechanism?of?JNK?in?inflammation?are?controversial.?Discovering?the?specific?mechanisms?underlying?the?activities?of?the?JNK?signal?transduction?pathway,?which?is?involved?in?regulating?cell?migration,?can?provide?new?ideas?for?tissue?repair,?inflammation?control,?and?tumor?treatment.