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Report on the Studies of Adhesion Forces between Cancer Cells at the Institute of Physiology II at the University of Munster

机译:芒斯特大学生理学II研究所癌细胞之间粘附力的研究报告

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摘要

JPK Instruments reports on the current cancer research project of Dr Florian T Ludwig at the Institute of Physiology II, University Hospital Munster, who uses a CellHesion 200 to measure the adhesive forces between tumour cells. Dr Florian T Ludwig is a member of the team of Professor Albrecht Schwab and Dr Christian Stock. These researchers are interested in how ion transport across the plasma membrane affects tumour cell motility and, thus, metastasis. Occurring prior to migration and invasion, one early step of the so-called metastatic cascade is the detachment of single tumour cells or cell clusters from the primary neoplasm. This process is accompanied by a controlled loss of cell-cell adhesions caused by the release of bonds between adhesion molecules such as cadherins. Hence, the adhesion force between tumour cells might predict the tumour's malignancy. Tumour cells that exhibit low cell-cell adhesion forces would represent a highly metastatic phenotype since they detach more easily.
机译:JPK Instruments报道了弗洛里安·卢德维格(Florian T Ludwig)博士当前的癌症研究项目,该研究所II,University Hospital Munster,使用细胞感染200来测量肿瘤细胞之间的粘合力。 Florian T Ludwig博士是Albrecht Schwab教授和Christian Stock博士团队的成员。这些研究人员对离子跨质膜的运输如何影响肿瘤细胞运动,从而对转移感兴趣。发生在迁移和侵袭之前,所谓的转移性级联反应的早期是单肿瘤细胞或细胞簇与原发性肿瘤的分离。该过程伴随着由粘附分子(例如钙粘蛋白)之间键释放引起的细胞细胞粘附的受控丧失。因此,肿瘤细胞之间的粘附力可能预测肿瘤的恶性肿瘤。表现出低细胞细胞粘附力的肿瘤细胞将代表高度转移性表型,因为它们更容易脱离。

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