组织细胞的

SSTR2 may participate in the regulating cell apoptosis and may perform function in malignance.

卵巢癌组织细胞中SSTR2的表达可能参与细胞凋亡的调节机制，在卵巢上皮性肿瘤恶变的过程中发挥作用，并与恶性程度关系密切，有可能成为卵巢癌预后评估的参考指标。

A total of 24 g of tissue was removed, and in 4 of 17 blocks submitted a lesion morphologically and immunohistochemically similar to clear cell carcinoma of the kidney was noted.

共有24克的组织，在被移除 17块的形态学和免疫组织化学的提交了病变类似于透明细胞癌的肾脏引起了我的注意。

These results indicate that the cells we isolated were of epithelial stem cell origin and that our new approach is useful for isolation of multipotent stem cells from

这些结果显示我们所分离到的细胞来源于表皮，我们在从皮肤组织分离多功能细胞的新的方法是有效的。

The expression of CD40, the infiltration of inflammatory cells and the distribution of Langerhans' cells in the skin of neurodermatitis patients was investigated by analyzing the distribution of Langerhans' cells and CD40 expression in injured skins of different degrees of inflammatory, infiltration at different stages of the disease by immunohistochemical mathod.

通过分析神经性皮炎组织病理变化、炎性细胞浸润、朗格汉斯细胞的分布以及CD40分子的表达，探讨这些变化与临床分型及病程的相关性。应用常规病理切片分析以及免疫组化的方法，观察LC和CD40分子在不同病期和炎症浸润程度皮损中的分布和表达情况。

Objective: Through the study on the expression and their clinical significance of co-stimulatory molecules CD40, PD-L1, B7-H3, CD3 and cytokine IL-6 in the skin lesions of neurodermatitis patients, in combination with the pathological changes in the skin lesions, the immunolopathological mechanism of neurodermatitis were investigated in order to find the new target molecule of immune intervention.

目的： 通过研究共刺激分子CD40，PD-L1，B7-H3及CD3分子、细胞因子IL-6在神经性皮炎皮损组织中的表达，结合皮损组织的病理形态改变，从而探讨神经性皮炎发生的免疫病理机制及其寻找新的免疫干预的靶分子。

Methods ①In situ hybridization was applied to observe the changes ofhypothalamic CRHmRNA positive cells after PX and melatonin supplementation;②Immunohistochemistry was used to observe the changes of CRH positive cellsin hypothalamus and CRH staining in median eminence of neurohypophysis after PXand melatonin supplementation;③ELISA was applied to detect the changes of CRHconcentration in serum after PX and melatonin supplementation.

①运用CRHmRNA 原位杂交的方法来观察松果体摘除及补充外源性褪黑素后下丘脑室旁核CRHmRNA 阳性细胞的变化；②应用免疫组织化学染色的方法观察松果体摘除及补充外源性褪黑素后下丘脑室旁核CRH 阳性细胞和神经垂体正中隆起CRH 阳性染色的变化；③运用ELISA 法检测松果体摘除及补充褪黑素后血清CRH 浓度的变化。

With increasing of salinity, there were no obvious difference in quantity and shape of chloroplast under SEM, but their location in palisade cells occurred change. All these changes made seedlings photosynthesis inhibited and growth stunted.

因此，盐胁迫下叶片栅栏组织厚度的下降、海绵组织中胞间隙的减少以及叶肉细胞中叶绿体的分布变化可能是导致植物光合效率下降和幼苗生长受阻的重要原因。

To examine the influence of systemic factors on aged progenitor cells from these tissues, we established parabiotic pairings (that is, a shared circulatory system) between young and old mice, exposing old mice to factors present in young serum. Notably, heterochronic parabiosis restored the activation of Notch signalling as well as the proliferation and regenerative capacity of aged satellite cells.

为了查明系统因子对来自这些组织的衰老祖细胞的影响，我们在幼鼠和老鼠之间建立了共生态配对试验（即：一种共享的循环系统），给老鼠输入含有年轻因子的血浆，奇怪的是，异时性共生态细胞Notch信号重新激活，同时恢复了衰老干细胞增生和再生能力。

Both benign and malignant endocrine neoplasms demonstrate some degree of cellular pleomorphism , so it is not easy to tell benign from malignant on histologic grounds alone.

内分泌系统的良恶性肿瘤的瘤细胞均呈现一定程度的细胞的异型性，因此，在组织学上很难区分肿瘤的良恶性。

e-PTFE was implanted into the pitting area after subcuntaneous disjunction. Results: 15 cases were followed for about 3 and 6 momths after implant of e-PTFE, including cases with saddle nose, pitting deformity of orbit, congenital lip cleft with depressed soft tissue around pyriform opening, parbial defect of helix. In these cases, satisfaction rate is evaluated as high as 97.9%, unexpected tissue response was not shown in this clinical trail.Conclusion: Depended on this clinical trail, we believe local e-PTFE manufactured by Shanghai Suo-kang Medical Implants Co., Ltd.

由于e-PTFE的组织相容性好，在80年代初期一些发达国家已经应用于整形美容外科[1]，尤其应用于隆鼻术、面部凹陷畸形的整复、唇线增高、唇加厚、鼻唇沟过深的整形美容术、耳廓缺损等手术中，学者们认为e-PTFE排斥反应的发生率低，弹性和硬度与软组织相似，周围组织细胞能够长期进入移植物内，不形成纤维囊，在整形美容外科领域有重要的应用价值。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。