Defining priorities for dog population management through mathematical modeling

[Defining priorities for the management of health science and technology].

INTRODUCTION An urgent need for the management of science and technology production in the health field has been recognised in Brazil since 1994, when the Federal Government called a National Conference on the subject. The present study presents a methodology for the identification of items of priority in planning such management. MATERIAL AND METHOD A survey was conducted in the research ins...

prediction of dissolved oxygen through mathematical modeling

water quality aspect with regard to dissolved oxygen was studied for a 24 kilometer stretch of malaprabha river in karnataka state, india. main objective of the research was to simulate the predicted dissolved oxygen depletion due to the waste load allocation in the river with the ambient observed values of dissolved oxygen, and to ascertain the application of mathematical modeling for predicti...

Illuminating Atherogenesis Through Mathematical Modeling

Investigation of the management scenarios for the aquifer recovery using mathematical modeling (Case study: Abarkuh aquifer)

Ground waters are considered as substantial water resources in many parts of the world especially in arid and semi-arid area such as Iran. The population growth, the intensive use ofsurface water and groundwater resources has often affected ground water levels. To meeting water management objectives it is essential to have a comprehensive study on the aquifer recharge and ground water withdrawa...

Understanding and treating cytopenia through mathematical modeling.

Here, we briefly review how the study of dynamic hematological diseases with mathematical modeling tools has led to a better understanding of the origin of some types of neutropenia and thrombocytopenia and to improved treatment strategies. In addition, we have briefly discussed how these models suggest improved ways to minimize and/or treat cytopenia induced by chemotherapy.