EFFECTS OF WALL MOTION ON FLOW IN AN ELASTIC MODEL OF CURVED ARTERY

包括我们自己的实验室在内的几个实验室已经表明， 细胞的发育涉及某些蛋白质的不同活性 酪氨酸激酶 为了进一步研究这个问题，我们正在尝试 从cDNA文库中克隆编码酪氨酸激酶的基因， 免疫探针 一旦克隆体被分离出来 需要通过序列分析来识别它们。 的序列 然后将使用现有文库与已知序列进行比较， 使用这样获得的序列信息，沿着 与生物化学数据有关的蛋白质在细胞中的活动， 不同的分化状态，应该有可能使一些 关于分离的基因产物在 发展

It has been shown by several labs including our own, that development of cells involves differential activity of certain protein tyrosine kinases. In order to study this further we are attempting to clone genes encoding tyrosine kinases from a cDNA library using immunological probes. Once the clones are isolated it will be necessary to identify them through sequence analysis. The sequences will then be compared to known sequences using existing libraries such as Genbank, etc. Using the sequence information thus acquired along with biochemical data about the activity of the proteins in cells in various states of differentiation, it should be possible to make some conclusions about the role(s) of the isolated gene products during development.