A dynamic mathematical model to study the flexibility of energy reserves in adipose and muscle cells

The goal of this paper is to study the mathematical properties of a new model of soil carbon dynamics which is a reaction-diffusion system with a chemotactic term, with the aim

Faced with environmental con- straints (nutritional, pathogens and disease, climate), animal modifies its energy metabolism at a cellular scale to guarantee its homeostasis.

In a low speed dynamic working motions slow-twitch fibers are mainly used and this type of muscle fibers have a high resistance to fatigue1. Meanwhile, the blood circulation

2.3.1 Usage of the power plant depending on the day-ahead prices As the price of the electricity produced by the flexible power plant is quite high, we can ask us if the price of

Dissolved oxygen and carbon dioxide significantly varied according to the sampling depth and the season at vegetated sites (Table 1; HSD test, p < 0.001), whereas in plant-free

In an effort to better understand their experiences and how they reconciled (or anticipated reconciling) medicalizing expectations (e.g., use of diagnoses and

Pour notre part, nous avons trouvé que des bases telles que la triphenylphosphine et la triéthylamine, utilisées pour la première fois dans la réaction de Hantzsch,

Thus, immune cells (identified as CD45 + cells) and preadipocytes (identified as CD45 − CD31 − CD29 + CD34 + Sca-1 + cells) from the SVF of the SCAT and EWAT from mock-treated and