luminal 中文意思是什麼
luminal
解釋
n. 名詞 【藥學】魯米那〈一種鎮靜劑〉。-
Ppar8 was expressed in the decidua under artificial decidualization, while was not detected in the luminal epithelium of control uterus horn
未蛻膜化的子宮腔上皮中ppar弱表達，而在人工誘導蛻膜化的子宮蛻膜中強表達。 -
Ppar5 was expressed in the decidua under artificial decidualization, while ppar8 was not detected in the luminal epithelium of control uterus horn. ppar6 expression in the uterus of ovariectomized mice was significantly stimulated by estrogen or a combination of estrogen and progesterone
在激素調節模型中，注射孕酮與對照組的大鼠子宮腺上皮表達低水平的ppar ，但注射雌激素或雌激素與孕酮共同處理后腔上皮及腺上皮中表達增強，表明雌激素對其表達有調節作用。 -
Gonadotrophin could regulate the expression and activation of stat3 in the luminal and glandular epithelium
促性3激累能調』 llju腔上皮利） j爬上皮中sm3的表達利激活。 -
Calcium buffering proteins : er luminal proteins
鈣緩沖蛋白質 -
Ep2 mrna signal was also detected in the luminal epithelium on days 7 - 8
妊娠第7 - 8天的子宮腔上皮上，仍可檢測到較強的ep2mrna表達。 -
In this benign gland, the luminal contour shows tufts and papillary infoldings
下面的良性前列腺腺體內，腺腔內可見叢狀和乳頭狀內折。 -
Expression of mpges mrna and protein was at a basal level in the luminal epithelium from days 1 to 4 of pregnancy
在妊娠1 - 4天的小鼠子宮腔上皮中有基本水平的mpgesmrna表達。 -
However, stent migration was noted and possibly due to tumor shrinkage and subsequent luminal enlargement
然而，在後續追蹤卻發現支架移位現象，或由於腫瘤體積縮小以致血管擴大所致。 -
The luminal surface of the blood vessel and its endothelial surface are constantly exposed to hemodynamic shear stress
血管內皮細胞作為血管的最內層，生活在血流環境中，終生受到血流的作用。 -
There was no detectable signal of ppar6 mrna and protein expression in the luminal and glandular epithelium from day 1 to 8 of pseudopregnancy
Ppar mrna和蛋白在假孕第1 - 8天小鼠子宮腔上皮及腺上皮均未檢測到。 -
There was less nuclear translocation of tyrosine - phosphorylated stat3 in the luminal epithelium of implantation sites on day 5 of pregnancy
第5天胚胎著床以後，著床位點處子宮腔上皮中酪氨酸磷酸化stat3的核轉位減弱。 -
In contrast, ep2 immunostaining was strong in the luminal epithelium and glandular epithelium under delayed implantation and reinitiation of implantation
在第6 - 9天的子宮蛻膜區和胚胎上， ep2免疫染色較弱或檢測不到。 -
There was a low level of ppar5 mrna expression in the luminal epithelium and the glandular epithelium from day l to 8 of pseudopregnancy. ppar5 protein was not detected in the luminal epithelium and the glandulax epithelium from day l to 8 of pseudopregnancy
在假孕大鼠子宮中， ppar mrna第1 - 8天腔上皮及腺上皮上持續弱表達，而ppar蛋白質在假孕各期子宮中均沒有檢測到。 -
The expression of stat3 mrna in the luminal and glandular epithelium was considerable stronger on day 1 of pregnancy, and weaker on days 2 to 3
妊娠第1天的子宮腔上皮和腺上皮中，有較強的stat3mrna表達，在第2 3天較弱。 -
In ra uterus, expression of ppar6 mrna was gradually decreased in the luminal epithelium and increased in the glandular epithelium from day l to 5 of pregnancy
在大鼠中，從妊娠第1天到第5天， ppar mrna在子宮腔上皮上表達逐漸減弱，腺上皮上表達逐漸增強。 -
There were strong stat3 immunostaining in the glandular epithelium and weak nuclear translocation of tyrosine - phosphorylated stat3 in the luminal epithelium containing a blastocyst in the day 4 morning
第4天上午子宮腺上皮中的stat3免疫染色較強，且在胚泡所在處的的子宮腔上皮中有弱的酪氨酸磷酸化stat3蛋白的核轉位。 -
Ppar8 expression in the sub - luminal stroma surrounding implanting blastocyst was intensively induced when delayed implantation was terminated by estrogen treatment, while there was no detectable signal in the uterine luminal and glandular epithelium under delayed implantation
延遲著床子宮中ppar未見表達，但在延遲著床激活后，胚胎周圍的基質中ppar表達顯著增強。 -
Progesterone had no effects on stat3 expression and activation. after estrogen treatment, there were detectable stat3 mrna and immunostaining, and weak tyrosine - phosphorylation of stat3 in the luminal epithelium
雌激素處理后的子宮腔上皮上有stat3mrna和蛋白質表達，而且有較弱的酪氨酸磷酸化stat3的免疫染色。 -
In the day 4 afternoon and midnight, stat3 expression and nuclear translocation of tyrosine - phosphorylated stat3 became stronger in the glandular and luminal epithelium of the potential implantation sites
第4天下午及午夜，胚胎將要著床處子宮的腔上皮和腺上皮中stat3表達繼續增強，酪氨酸磷酸化stat3的核轉位明顯增強。 -
Results showed that the only intact basement membrane complex was found on the luminal surface of the ecm derived from the urinary bladder and that the basement membrane was an effective barrier to penetration of the scaffold by the seeded cells
結果顯示，只有從膀胱組織中提取的ecm支架表面基底膜復合物具有完整的結構，而且這種基底膜能夠有效阻止種子細胞對支架的穿透作用。
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