EFFECT THE ENERGY ON(Y-H-D)TYPES OF FUNGI

Dichotomous branching, Tip-hypha anostomosis, Hyphal death

Authors

  • Nabaa Fawzi Khwedim Faculty of Education, Wasit University

DOI:

https://doi.org/10.55202/ajms.v2i1.104

Keywords:

Dichotomous branching, Tip-hypha anostomosis, Hyphal death

Abstract

The mathematical model is model shows the behavior for the growth of Tip-tip anastomosis, Tip death hyphal death and we show the consumption of energy. In general, To mathematical modeling shortens the effort, time, and money to get the right result even though there is an error ratio. In this paper, we will study a mathematical model of branching using the solution of a system of partial equations (PDEs). The results of this solution will describe the success or failure of the growth of the fungus species studied, and we used some codes in numerical analysis because of some difficulty in direct mathematical solutions.

References

Ali Hussein Shuaa Al-Taie , Continuum models for fungal growth. 2011. PhD Thesis. University of Dundee.

Mudhafar Habeeb Zmakh,AL-QARAGHULI. Mathematical models of Biological Growth ,M.S.C thesis , Ministry of Higher Education,Dhiqar University, (2013).

Michael J. Markowski, (2008), Modeling behavior in vehicular and pedestrian traffic flow.

Edelstein, (1982), L. The propagation of fungal colonies: A model for tissue growth. Journal of theoretical Biology, J theor.Biol. 98:679-710.

,Schnepf,A. and Roose,T.2006, Modelling the contribution of arbuscular mycorrhizal fungi.

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Published

2023-04-14

How to Cite

Fawzi Khwedim , N. . (2023). EFFECT THE ENERGY ON(Y-H-D)TYPES OF FUNGI: Dichotomous branching, Tip-hypha anostomosis, Hyphal death . Akkad Journal Of Multidisciplinary Studies, 2(1), 12–18. https://doi.org/10.55202/ajms.v2i1.104