Even though the bigger eukaryotic genomes can now be accurately sequenced, assembling multiple short sequence reads into a genome assembly de Novo is still quite difficult.

Brain physiology critically depends on constant oxygen supply to the neurons to ensure various energy–dependent functions of the central nervous system.

Glucose and oxygen are obligatory energy substrates for the brain and their continuous supply to the neurons, as well as elimination of the end product – carbon dioxide, is of paramount importance for brain physiology and survival.

The techniques used for data collection were: revision of different literatures, data selection, and data processing. Data analysis was done both manually and electronically using a computer package and calculator. Data was thematically compiled for validation of the findings from each of the sources.

In this paper, a mathematical five-dimensional dynamical system involving a SVEIR model of infectious disease transmission in a chemostat is proposed. A profound qualitative analysis is given. The analysis of the local and global stability of equilibrium points is carried out.

Intrinsic noise embedded in stochastic gene regulation due to low copy number of species has been studied using the approach of theoretical modeling and computational simulation, including the standard methods of stochastic simulation algorithm (SSA) and linear noise approximation (LNA).

Brain water metabolism ensures the processes of cellular communication, transit of the signaling molecules, neurotransmitters, cytokines and substrates, participates in the clearance of pathogenic metabolites.

Inhibiting multiple pathways/targets with combination drug therapies is widely used to maximize therapeutic benefit in many diseases. Therapeutic success can often be improved by concurrently and/or sequentially inhibiting multiple pathways/targets by combining drugs with different mechanisms of action.

Recently, the pathogenesis of coronary atherosclerosis - a primary cause of cardiovascular disease – studied in a swine model has been investigated by considering in particular the effects of a high cholesterol diet lasting 8 or 16 weeks [1].

In the last years numerous methods have been developed and applied to reconstruct the structure and dynamic rules of gene-regulatory networks from different high-throughput data sources such as gene expression data.