wnt的例句大全

Mechanism of the WNT Family in Vertebrate Skeleton Development

WNT家族在脊椎动物骨骼发育中的作用机制

To study the effect and mechanism of Wnt/ β-catenin signaling pathway in proliferation and differentiation of EC, could explain the molecular mechanism of the formation of teratocarcinoma, provide effective experimental evidence to genetic diagnosis and therapy in teratocarcinoma and germ cell tumors.

探讨Wnt/β-catenin在EC增殖和分化中的作用和作用机制，不仅有助于阐明畸胎癌形成的分子调控机制，而且能为畸胎癌及相关生殖细胞肿瘤的基因靶向治疗提供有效的实验依据。

affects of wnt signaling pathway in differentiation of bone marrow mesenchymal stem cells into cardiomyocytes advances in research on the effects of cardiovascular and musculoskeletal for astronauts after space flight

Wnt信号系统对骨髓间充质干细胞向心肌细胞分化的作用太空飞行对宇航员心血管与骨骼肌肉系统影响的研究

In addition, Wnt signaling pathway is mainly involved in the process of cell proliferation, differentiation, polarization, apoptosis and anti-apoptosis during the embryonic development.

此外，它在高等动物的胚胎发育过程中主要参与细胞的增殖、分化、极化、凋亡与抗凋亡等。

Wnt signalling is involved throughout development and may be inappropriately activated in a variety of human cancers.

Wnt信号涉及参与整个发育过程，在各种癌症中它会被不适当地激活。

Experimental Study of the Relationship between WNT Signaling Pathway and Basal Cell Carcinoma

WNT信号传导通路与基底细胞癌关系的研究

It is known that other members of LEF/ TCF family all have different isoforms, and in their C termini may generate an extremely important alternative domain necessary for the repression and/ or activation of a select subset of Wnt target genes.

研究表明TCF家族其他成员均具有多种不同形式异构体，并且其羧基端可形成选择性功能域，对抑制或活化选择性的Wnt靶基因起着必需的作用。

Expression of Wnt/ Frizzled pathway target gene C-myc in renal cell carcinoma

Wnt/Frizzled信号通路靶基因C-myc在肾癌中的生物学意义

Recent advances in wnt-frizzled cascade and its relation to cardiovascular diseases

Wnt-frizzled信号通路与心血管疾病关系的研究进展

Objective To investigate the expression and function of Wnt/ Frizzled pathway target gene C myc.

目的探讨c Myc基因作为Wnt/Frizzled信号通路靶基因在肾癌生物学行为中的表达及其意义。

Objective: To explore the role of Frizzled receptor of Wnt in the development of spinal cord in mouse.

目的：探讨Wnt信号分子受体Frizzled在小鼠脊髓发育中的作用。

Wnt/ Frizzled signaling pathway in renal carcinoma

酵母双杂交研究肾癌中Wnt/Frizzled信号通路的传导

Objective To investigate the transduction of Wnt/ Frizzled signaling pathway, especially the function of T cell factor 4 ( TCF 4), in renal carcinoma.

目的为研究肾癌中Wnt/Frizzled信号通路的传导，尤其是TCF4（T cell factor）的作用。

Its molecular mechanism may be that through the reduction of nuclear β-catenin, curcumin can block the Wnt signal transduction pathway and inhibit the expression of c-myc gene, a downstream target gene, to prevent lung cancer cells to enter S phase from G1 phase.

其分子学机制可能是姜黄素通过减少核蛋白β-catenin，阻断Wnt信号转导通路，抑制下游靶基因c-myc的表达，进而阻止肺癌细胞由G1期进入S期。

Noncanonical Wnt signaling was highly expressed in the radiation induced cellular senescence of mesenchymal stem cells, which indicate that noncanonical Wnt signaling may be involved in the radiation induced cellular senescence.

间充质干细胞放射后衰老细胞中非经典Wnt信号高表达，非经典Wnt信号可能参与了间充质干细胞放射后衰老的过程。

Wnt-1, the vertebrate counterpart of the Drosophila wingless gene, plays an important role in the early morphogenesis of neural tissues.

Wnt-1基因是果蝇wingless（wg）基因在脊椎动物中的同源基因，在神经系统早期发育具有重要的作用。

However, both the members of WNT family and their related molecules in the signaling pathway expressing abnormally can disrupt the balance remained by the WNT family and result in skeleton malformation.

在WNT家族及其作用途径的相关信号分子中，无论何种亚型或分子的异常表达都可能破坏WNT系统维系的正负平衡机制，导致骨骼系统畸形。

With the perfection of wireless network technology ( WNT), the traditional E business pattern is facing the transformation from the wire form to the mobile form.

随着无线网络技术的完善，如今传统的电子商务模式面临着一次新的革命，即从有线的电子商务形式到移动的电子商务形式，人们的生活状态又将发生巨大的改变。

The decision of the cell fate specification in the developing vertebrate inner ear is dependent on complex regulatory genetic pathways involving in the Wnt families.

在脊椎动物的内耳发育中，细胞分化命运的决定有赖于复杂的基因调节通路，此调节通路涉及Wnt家族。

wnt signaling, via the activation of the canonical β-catenin and lymphoid enhancer factor/ t-cell factor ( lef/ tcf) pathway, plays an important role in embryogenesis and cancer development by regulating the expression of genes involved in cell proliferation, differentiation and survival.

由β-catenin和LEF/TCF家族转录因子激活的经典Wnt信号通路，通过调控细胞增殖、分化以及存活过程中所涉及的重要基因的表达在胚胎发育和癌症发生过程中起着重要的作用。