Since 1951, when Steinhaus [1] and Fast [2] defined statistical convergence for sequences of real numbers, several generalizations and applications of this notion have been investigated.
The concept of statistical convergence for sequences of real numbers was introduced by Fast [1] and Steinhaus [2] independently, and since then several generalizations and applications of this notion have been investigated by various authors (see [3 7]).
The concept of statistical convergence for sequences of real numbers was introduced by Fast [7] in 1951, and since then several generalizations and applications of this notion have been investigated by various authors (see [8 21]).
The concept of statistical convergence for sequences of real numbers was introduced by Fast [1] and Steinhaus [2] independently in the same year 1951 and since then several generalizations and applications of this notion have been investigated by various authors, namely [3 11].
A few applications of this notion are then described.
Due to its importance and application potential, this notion has been extended, improved and generalized in many different ways.
The application of this notion in the emergency perinatal contexts cannot be supposed.
While the definition of global health and GHRI's understanding of it as articulated in the program's theory of change reflected an important theoretical shift from earlier paradigms of health research and international health practice, it was the practical application of this notion of global health that proved challenging.
By application of this notion to the whole stepwise process from sampling to preparing the RNA sample and subsequent methods for normalisation, RT-qPCR will become more reproducible, which in turn will improve the impact and likelihood that findings will be translated to routine clinical use.
The author's limited experience to date with data used in early applications was consistent with this notion.
