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Abstract The theory of bases in function spaces and the theory of matrix are a fundamental area of mathematics. Their applications not only to many branches of mathematics but also to science and engineering. For examples in approximation theory, algebraic structures, statistics, combinatorics and mathematical physics. This thesis is entirely devoted to the study of bases in spaces of monogenic functions and some topics in complex matrix functions. It is divided into two parts, namely Part I: On Some Bases of Polynomials in Cliord Analysis. Part II: On Some Topics in Complex Matrix Analysis. Each of those parts is in its turn subdivided into three chapters. In Part I, as Cliord analysis generalizes the theory of holomorphic functions of one complex variable taking advantage of Cliord algebras, classical objects of analysis are clearly of intrest to perform an analogous study in the framework of Cliord analysis. In the 90-ties, in a series of papers [1, 2, 3, 6], Abul-Ez and Constales obtained important results concerning the asymptotic growth of a particular subclass of monogenic functions, which are built as series from a special family of monogenic polynomials involving only products of a hypercomplex variable and its hypercomplex conjugate. This was done as an extension of the theory of basic sets of polynomials in one complex variable, as introduced by Whittaker and Cannon and was resumed later |