Authors: ERDEM ALTUNTAÇ, SERDAL PAMUK
Abstract: This paper extends the work of Pamuk (2003) by showing mathematically that the movement of endothelial cells, to the regions where active enzyme is large or where fibronectin is small, is unique. To do this, we obtain the existence and uniqueness of the steady-state solution of an initial-boundary value problem which mathematically models endothelial cell movement in tumor angiogenesis. A specific example showing the instability of this steady-state solution is provided.
Keywords: Existence; uniqueness; tumor angiogenesis; steady-state solution; transition probability density function.
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