中国骨质疏松杂志
中國骨質疏鬆雜誌
중국골질소송잡지
CHINESE JOURNAL OF OSTEOPOROSIS
2013年
11期
1157-1160
,共4页
欧阳厚淦%赵志东%卢文静
歐暘厚淦%趙誌東%盧文靜
구양후감%조지동%로문정
热敏灸%成纤维细胞%骨质疏松症%机理
熱敏灸%成纖維細胞%骨質疏鬆癥%機理
열민구%성섬유세포%골질소송증%궤리
Thermal moxibustion%Fibroblasts%Osteoporosis%Mechanism
目的:为研究筋膜中结缔组织在热敏灸信号传导中的作用,揭示热敏灸的普遍机理。方法选取80只SD雌性大鼠随机分为正常组,模型组、艾灸组及热敏灸组各20只,并对后三组进行造模使其处于骨质疏松症病理状态下,然后对艾灸组及热敏灸组取肾俞穴进行常规艾灸及热敏灸治疗,并取其灸点周围结缔组织进行染色,观察各组成纤维细胞形态的改变。结果热敏灸组ECM内纤维以灸点为中心呈向心性分布、张力增高,其他三组纤维纵横交错形成众多纤维网格。热敏灸组细胞在纤维带动下排列方向一致、单位面积内细胞密度较大,在纤维拉动下,细胞骨架重构成“扁梭形”、胞浆纵轴长而致密、细胞突起界限不清,胞核小、呈长梭形,其他三组大量细胞杂乱无序填充在纤维网格内、单位面积内细胞密度较小、细胞分界清晰,胞内骨架伸展成“片状”、多突起并相互形成联系,胞核近似圆形位于胞浆中心。结论实施热敏灸时,灸刺激能通过使周围大量成纤维细胞可逆性收缩而到达整个间隙结缔组织。
目的:為研究觔膜中結締組織在熱敏灸信號傳導中的作用,揭示熱敏灸的普遍機理。方法選取80隻SD雌性大鼠隨機分為正常組,模型組、艾灸組及熱敏灸組各20隻,併對後三組進行造模使其處于骨質疏鬆癥病理狀態下,然後對艾灸組及熱敏灸組取腎俞穴進行常規艾灸及熱敏灸治療,併取其灸點週圍結締組織進行染色,觀察各組成纖維細胞形態的改變。結果熱敏灸組ECM內纖維以灸點為中心呈嚮心性分佈、張力增高,其他三組纖維縱橫交錯形成衆多纖維網格。熱敏灸組細胞在纖維帶動下排列方嚮一緻、單位麵積內細胞密度較大,在纖維拉動下,細胞骨架重構成“扁梭形”、胞漿縱軸長而緻密、細胞突起界限不清,胞覈小、呈長梭形,其他三組大量細胞雜亂無序填充在纖維網格內、單位麵積內細胞密度較小、細胞分界清晰,胞內骨架伸展成“片狀”、多突起併相互形成聯繫,胞覈近似圓形位于胞漿中心。結論實施熱敏灸時,灸刺激能通過使週圍大量成纖維細胞可逆性收縮而到達整箇間隙結締組織。
목적:위연구근막중결체조직재열민구신호전도중적작용,게시열민구적보편궤리。방법선취80지SD자성대서수궤분위정상조,모형조、애구조급열민구조각20지,병대후삼조진행조모사기처우골질소송증병리상태하,연후대애구조급열민구조취신유혈진행상규애구급열민구치료,병취기구점주위결체조직진행염색,관찰각조성섬유세포형태적개변。결과열민구조ECM내섬유이구점위중심정향심성분포、장력증고,기타삼조섬유종횡교착형성음다섬유망격。열민구조세포재섬유대동하배렬방향일치、단위면적내세포밀도교대,재섬유랍동하,세포골가중구성“편사형”、포장종축장이치밀、세포돌기계한불청,포핵소、정장사형,기타삼조대량세포잡란무서전충재섬유망격내、단위면적내세포밀도교소、세포분계청석,포내골가신전성“편상”、다돌기병상호형성련계,포핵근사원형위우포장중심。결론실시열민구시,구자격능통과사주위대량성섬유세포가역성수축이도체정개간극결체조직。
Objective To investigate the effect of fascial connective tissue in the thermal moxibustion signal transduction , and to reveal the universial mechanism of thermal moxibustion .Methods Eighty female SD rats were randomly divided into normal group , model group, moxibustion group, and thermal moxibustion group, and each group had 20 rats.Rats in the latter 3 groups were modeled in osteoporosis pathological state .Rats in moxibustion group and thermal moxibustion group were given conventional moxibustion and thermal moxibustion treatment at the Shenshu acupoint , respectively .Then the connective tissue around the moxibustion point was stained, and the morphological change of fibroblasts in each group were observed .Results In thermal moxibustion group , fibers in ECM centripetally distributed around the moxibustion point , with increased tension , while fibers in the other 3 groups crossed irregularly and formed numerous fribrous gridding .Cells in thermal moxibustion group arranged in the same dirrection under the traction of fibers.The density of cells in a unit area was high .Under the traction of fibers , cytoskeleton was reconstructed into flat spindle shape.The vertical axis was long and dense .The bound of cellular processes was unclear , and the nuclear was small and long spindle shaped.Cells in the other 3 groups filled in the fibrous griddings disorderly .The cell density was much lower .And the bound of cells was clear.The cytoskeleton streched into flake , with abundant processes and connected with each other .The nucleus was aprroximate round and located in the center of the cytoplasma .Conclusion When implementating thermal moxibustion , moxibustion stimulation can reach the whole connective tissue through the reversible contraction of abundant fibroblasts around the moxibustion point .