Quantitative Analysis of Amartya Sen's Theory

Ashraf, Mahmud; Islam, Deen; Rahman, Azizur; Hasan, Rashadul

doi:10.4018/ijicthd.2015070102

Cited by 4 publications

(3 citation statements)

References 19 publications

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“…The BMI or other methods (Hakim and Rahman, 2016;Alam et al, 2011;Hakim and Talukder, 2016;Rahman and Kuddus, 2014b;Ahmed and Islam, 2009;Chumlea et al, 2007;Petitt and Sidney, 1988) are using to measure the health and nutritional condition of people fighting shy of taking initiatives to invent a new method (Garrow et al, 1979) to explore the health status of population in communities and the present study derived biophysical modulator that is, logarithmic Equation 9 can take place in the path of the prior existing methods. This biophysical modulator can be a microsimulation modeling Islam et al, 2015;Rahman and Harding, 2014) constructive to design effective policies and see the governments and NGOs, environmental and spatial effects across different countries (Rahman, 2016b;Rahman and Upadhyay, 2015;Rahman and Harding, 2016;Phill, 2011;Rahman, 2009) to bear up against the health and nutritional perils to make sure for ending malnutrition by 2020: an agenda for change in the millennium (Rahman, 2016a).…”

Section: Discussionmentioning

confidence: 99%

Modeling health status using the logarithmic biophysical modulator

Rahman¹,

Hakim

2017

J. Public Health Epidemiol.

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There are different methods to measure health and nutritional status of samples at different sociodemographic settlements in different communities. Of them, one method can be preferable at a certain topographic condition for specific group of people. Typically, it can then become a common method due to widespread uses by other groups, and hence many researchers often are in doubt to choose the apt method for their studies in dynamic environment of health science. This study aims to design a new modulator of health status for examining the ongoing health and nutritional concerns to the communities including malnutrition, health demography and possible socioeconomic and environmental changes of heath. It uses a wide range of instruments and theories ranging from the Quetelet's index in health science to the Albert Einstein's theory of relativity in physical science. Findings reveal that our proposed logarithmic biophysical modulator of health status [equation (ix)] is a modern and simple tool for health assessment of individuals through statistical modeling. It could be applicable to the study on the worldwide health and nutritional research, geospatial and community health and biostatistics and public health. Also it can be a uniquely functional biophysical model to the discipline of health pedagogy in nutritional epidemiology.

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Section: Discussionmentioning

confidence: 99%

Modeling health status using the logarithmic biophysical modulator

Rahman¹,

Hakim

2017

J. Public Health Epidemiol.

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“…The (E d ) n can be calculated by just inserting the mass of the taking nutrients in the equation (xi) cutting loose the confounding creating parameters and this biophysical modeling can give vent to a new modeling in the branch of health physics. This study proposed Modified Mass Energy Equivalence can be a splashing spatial microsimulation modeling [56][57][58][59][60] to be constructive in designing effective policies for the governments and NGOs for environmental and spatial effects across different countries [61][62][63] in the world to aid healthy dieting practices for keeping sound health. This health microsimulation modeling [biophysical equation (xi)] gained from the carried out study can be an effective tool at the sector of health pedagogy [64,65] in nutritional epidemiology.…”

Section: Discussionmentioning

confidence: 99%

Measuring Modified Mass Energy Equivalence in Nutritional Epidemiology: A Proposal to Adapt the Biophysical Modelling Approach

Rahman¹,

Hakim²

2016

Int. J. Stats. Med. Res.

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The calculation of net dietary energy is in great triumph on the helm of designing an apt dieting for both the therapeutic and normal diet. There are some procedures in this connection in nutritional science which is relatively time consuming, laboratory tests induced and often the misleading data contributors in view of assuring balanced dieting. The dietician is often at bay to approve an exact dieting to sustain health and nutritional soundness adhering to the existing dietary energy measuring methods because the frequently using methods are not informing the net dietary energy level required at all in correct amount for the sample at a population in a community. The aim of the current study is to make a dot over these ongoing panics exploring an easy and accurate way in prescribing a confounding free diet. The study can divulge an open secret in measuring net dietary energy which is mandatory for dieting practices worldwide to resist the possible health horrors in nutritional epidemiology. The study finding is the Modified Mass Energy Equivalence [equation (xi)] can be an outstanding biophysical model in measuring net dietary energy as a dieting tool in health pedagogy of health science.

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“…The (E d ) T evaluating method is cut short using the result of the study [equation (16)] in name of the determinant of total dietary energy (DTDE) in human physiology. This study proposed determinant of total dietary energy (DTDE) can be an effective spatial microsimulation modeling [60][61][62][63] to be constructive in designing policies for the governments and NGOs for environmental and spatial effects across different countries [64][65][66] in the world to aid healthy dieting practices [67][68][69] for sustaining sound health. This health microsimulation modeling [equation (16)] gained from the carried out study can be an effective tool at health pedagogy [70][71][72][73][74] in nutritional epidemiology.…”

Section: Discussionmentioning

confidence: 99%

Biophysical Modeling of Dietary Energy in Biochemical Modeling

Hakim¹

2017

EJB

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Abstract:The measurement of total dietary energy is in great triumph on the helm of designing an apt dieting in normal and therapeutic diet. The prevailing procedures in this arena are relatively time consuming, laboratory tests induced and often the misleading data contributors while planning a balanced dieting in nutrition counseling. The dietician is sometimes at bay in the route ahead of perfect dieting to hold up nutritional soundness of the sample at a population in a community. The aim of this current study is making a dot over these ongoing perils exploring a mathematical modeling used in prescribing a confounding free diet. The study can divulge an open secret in measuring total dietary energy to curb the possible health horrors in worldwide nutritional epidemiology. The study finding is the determinant of total dietary energy (DTDE) [equation (16)] can be a splendid biophysical modeling as a dieting tool in human nutrition.

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Quantitative Analysis of Amartya Sen's Theory

Cited by 4 publications

References 19 publications

Modeling health status using the logarithmic biophysical modulator

Modeling health status using the logarithmic biophysical modulator

Measuring Modified Mass Energy Equivalence in Nutritional Epidemiology: A Proposal to Adapt the Biophysical Modelling Approach

Biophysical Modeling of Dietary Energy in Biochemical Modeling

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