TY - JOUR
TI - On conformable mathematical model of immune system coupled with intestinal microbiome
AU - Waheed Asif
AU - Nazir Aqsa
AU - Ahmed Sohail
AU - Zeb Muhammad
AU - Ahmed Naveed
AU - Khan Umar
AU - Mohyud-Din Syed Tauseef
JN - Thermal Science
PY - 2019
VL - 23
IS - 16
SP - 2193
EP - 2198
PT - Article
AB - Sometimes, an increased reaction is caused by an immune system of the body to  a non-toxic agent (e.g. eggs, dust, pollens or some drugs). This is called  allergy or hypersensitivity. The regulatory T cells decrease these allergic  reactions. Nowadays, it is noticed that immune system has a deep  relationship with microorganism present in the intestine, that can be  explained by the example, that some bacteria of intestine increase  production of Treg cells by producing butyric acid like fatty acids. This  can also understand that sufficiently different types of T cell receptors of  Treg cells are needed to stop the inflammatory response produced by  intestinal bacteria. In this study, the dynamic relation of T helper cells,  intestinal bacteria and Treg cells are illustrated by a conformable  mathematical model. Memory effects are figured out and displayed through  graphs. Different plots also show the effects of increasing/decreasing  amount of Treg induction efficiency on the whole system.