Gooday D, Thorogood P
Cell Tissue Res. 1985;241(1):165-9. doi: 10.1007/BF00214638.
When grown in confrontation culture on a planar substratum, avian neural crest cells and somite cells display both homotypic and heterotypic contact inhibition of movement as judged by analysis of time-lapse video recordings of locomotory and contact behaviour, and by use of a nuclear overlap assay. It is therefore unlikely that migration of neural crest cells within the embryo, and within embryonic tissues, can be explained on the basis of a lack of contact inhibition. The results are discussed in the general context of cell invasiveness.
当在平面基质上进行对峙培养时,通过对运动和接触行为的延时视频记录进行分析,并使用核重叠测定法判断,禽类神经嵴细胞和体节细胞均表现出同型和异型运动接触抑制。因此,基于缺乏接触抑制来解释神经嵴细胞在胚胎内以及胚胎组织内的迁移是不太可能的。将在细胞侵袭性的一般背景下讨论这些结果。