UNK

Uterine NK cells ( uNK cells ) take part in the reproductive immunology .

子宫自然杀伤细胞参与生殖免疫。

By using RT-PCR and sequencing , expression of UNK gene were analyzed in 65 gastric carcinoma specimens .

通过RT-PCR、直接测序等方法，分析了UNK基因在65例胃癌标本中的表达。

Results : The high purity uNK and pNK cells were gotted .

结果获得了高纯度的NK细胞；

Although it is in such a small and quite town , UNK is still a university with enough vitality and variety of facilities .

虽然是在这样一个略显僻静的小城里，UNK仍是个设施齐备完善且富有活力的学校。

Objective : To study the recruit mechanism and biological significance of uterine natural killer cells ( uNK cells ) in feto-maternal interface .

目的探讨母-胎界面中自然杀伤细胞（NK细胞）募集机制及生物学意义。

UNK cell numbers were reduced in the decidua basalis of diabetic females while interferon-production was elevated .

在糖尿病雌鼠的底蜕膜中，子宫自然杀伤细胞的数量减少，而干扰素的表达增加。

Objective Studying uNK cells ( uterine natural killer cells ), decidual and trophoblast tissue gene expression for offering , a new research target in the pregnancy physiology and pregnancy pathology .

目的检测妊娠早期子宫微环境中蜕膜、滋养层及子宫NK（uNK）细胞基因表达变化，为揭示妊娠中母胎免疫屏障及胚胎发育与植入等过程中的生理与病理机制提供新的研究靶点。

Conclusion uNK cells function as one substantial regulative NK subset . They contribute to monitor the invasion of trophoblast cells and maintain vascular modification and immune tolerance at fetal-maternal interface .

结论妊娠早期uNK细胞是一群具有强大调节功能的NK细胞亚群，在调控滋养层细胞的侵袭、母胎界面血管重建与免疫耐受形成中可能起重要的作用。

Objectives : To determine the distribution and quantity of uterine natural killer ( UNK ) cells in normal implantation sites of C57Bl / 6J mice at early-mid gestation stage .

目的C57Bl/6J小鼠妊娠早中期子宫自然杀伤（UNK）细胞的数量和分布特征分析。

AIM : To study the biological characteristics of uterine natural killer cells ( uNK cells ) and peripheral natural killer cells ( pNK cells ) in early gestation and their difference on physiological functions .

目的：研究妊娠期子宫NK细胞（uNK细胞）与外周血NK细胞（pNK细胞）的生物学特性，比较两者在生理学功能上的差异。

By use of the continuous conditions between adjoining sections , ge - neral formulas of internal forces and displacements are derived and the prob - lem finally becomes to solve a simultaneous linear equations with two unk - nowns .

然后给出每一小段用初参数表示的解，再利用各段之间的连续条件，给出内力与位移的一般表达式，并最后将问题归结为一个二元一次方程组的求解。

The expression level of transcript 2 is much lower than that of transcript 1 in UNK gene . However , no corresponding relations have been found between such variation and genomic DNA sequence . This phenomenon might be suggested by the disorder of splicing mechanism of cancer cells .

发现UNK基因转录本2的表达水平较转录本1有显著下降，而这种变化与基因组序列上的变化并没有对应关系，可能为肿瘤细胞自身剪接机制的紊乱引起。