A study on mathematical models for the secretion of leptin due to human stress

Abstract

The mathematical sciences play an ever increasingly more newlineimportant role in Engineering and Technology. Mathematics has always newlinebenefited from its involvement with developing science. Advances in newlinesensor technology, basic biological understanding and mathematical newlinetechniques are contributing to the growing significance of modeling and newlinethis is reflected in the recent research programmes. Until recently, newlinemedicine and biology have not been characterized in general by newlinemathematical formalism. newline General scientific neglect or parochialism about psychosocial newlinefactors and the illness they cause has discouraged the use of descriptive newlineterms and system analysis, thus the phrase stress-related problems has newlinecome in through the scientific back door. It is nonetheless, an organizing newlineterm for variously designated emotional and psychosomatic disorders, newlineand can be easily supported by the findings of commonalities of stress newlinefacts in their etiology and mechanism. We are only now beginning to newlinerealize the relationship of many illness to social difficulties and the stress newlineof living in complex and rapidly changing societies. Even though human newlinebeings vary in their constitutions and behavior, there is some systematic newlinepattern discernible in the working of the body and mind. newline Stress and strain condition predicted by the mathematical formula newlinemay not hold in a given engineering situation because of variability in the newlineinput factors. Deterministic models may be viewed as special cases of newlinestochastic models, where no variability is permitted. Even though the newlinelatter models are more difficult to analyze they fit the observations better. newlineSince the human stress affects itself is a complex phenomena, to reach the newlinecomplicated models involving interdependent chance variables, the newlinestochastic process is proposed to describe such phenomena. This study newlinehas been presented in nine chapters with needed sections and subsections newlinefor well-argued explanation.