secondary tissue

Secondary inflammatory reaction and free radical damage existed in the tissue around intracerebral hemorrhage.

脑出血后血肿周围存在继发炎性反应与自由基损伤.

Therefore, the secondary structure included periderm, pericyclic parenchyma tissue and secondary vascular tissue from the outside to the inside of taproots of Bupleurum chinense DC.

因此，北柴胡根的次生结构从外到内由周皮、中柱鞘薄壁细胞环和次生维管组织组成。

Secondary lymphoid-tissue chemokine ( SLC ) is a type of CC chemokin e identified by searching the Expressed Sequence Tag ( EST ) database.

次级淋巴组织趋化因子 ( SLC ) 是通过搜索表达序列标签 ( EST ) 数据库克隆出来的一CC类趋化因子.

With the progressive development of stem, the activity of vascular cambium began. The fascicular cambium differentiated into secondary xylem and secondary phloem, while the interfascicular cambium only differentiated into wide ray of parenchyma tissue.

随着茎的继续发育，维管形成层开始活动，由束中形成层产生次生韧皮部和次生木质部分子；而束间形成层仅产生薄壁细胞组成宽的射线。

Study on tissue plasminogen activator change in recurrence of stroke patients The blindness was secondary to embolic infarction of both occipital lobes developing as a sequela of IE.

血纤溶活性变化对缺血性脑梗死复发的影响眼盲次发于两侧脑枕叶血栓性梗塞，为感染性心内膜炎的并发症。

Objective To study changes of plasma cortisol and glucocorticoid receptor ( GR) in hepatic tissue in rats in early stage after severe trauma, as well as the role of GC and GR in secondary liver injury.

目的探讨严重创伤后血浆糖皮质激素（Glucocorticoid，GC）、肝组织糖皮质激素受体（Glucocorticoid Receptor，GR）的变化，及其在肝脏继发性损害中的作用。

Conclusion: Positive expression of C3c and CD59 was found in the spinal cord injury tissue. Methylprednisolone can relieve secondary spinal cord injury by inhibiting the activation of the complement system.

结论：急性脊髓损伤组织中存在C3c、CD59的动态阳性表达，甲基强的松龙可通过抑制补体系统激活机制减轻继发性脊髓损伤。

It is well known that the developmental inherent rhythm occurs during the development of secondary vascular tissue. Synchronously, the cell ergastic substance shows dynamic changes.

众所周知，树木次生维管组织的发育具有内在的节律性，与此同时维管组织的细胞内含物也会发生动态变化。

Secondary vascular tissue, found only in plants with secondary thickening , develops from the vascular cambium.

次生维管组织由维管形成层发育而来, 仅存在于有次生加厚的植物中.

The distribution of cell ergastic substance was closely related to the developmental inherent rhythm of secondary vascular tissue.

杨树维管组织发育过程的内在节律性与细胞内含物的动态变化密切相关。