جستجوی مقالات مرتبط با کلیدواژه « ph محیط » در نشریات گروه « پزشکی »

The function and behavior of cells depend on gene expression, which is the main life process. However, gene expression models need to account for environmental factors better. This study introduces a new model that incorporates the effect of pH on gene expression regulation and control. 

The model was applied to gene expression data. The system was analyzed using the multifractal spectrum, which captures the non-linearity of gene expression.

The analysis revealed that gene expression responds differently to acidic and alkaline pH. It also demonstrated that lower mRNA levels correspond to higher system stability. 

The cell's internal and external conditions were used to find the lowest and highest transcription levels.

The function and behavior of cells depend on gene expression, which is the main life process. However, gene expression models need to account for environmental factors better. This study introduces a new model that incorporates the effect of pH on gene expression regulation and control. 

The model was applied to gene expression data. The system was analyzed using the multifractal spectrum, which captures the non-linearity of gene expression.

The analysis revealed that gene expression responds differently to acidic and alkaline pH. It also demonstrated that lower mRNA levels correspond to higher system stability. 

The cell's internal and external conditions were used to find the lowest and highest transcription levels.