A discussion of bisexual populations with Wolbachia infection as an evolution algebra

Fuente: arXiv
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Main Authors: Esin, Songül, Kanuni, Müge, Özdinç, Barış
Format: Preprint
Published: 2023
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_version_ 1866910303652937728
author Esin, Songül
Kanuni, Müge
Özdinç, Barış
author_facet Esin, Songül
Kanuni, Müge
Özdinç, Barış
contents In this paper, Wolbachia infection in a bisexual and diploid population with a fixed cytoplasmic incompatibility rate $w$ and maternal transmission rate $d$ is studied as an evolution algebra. As the cytoplasmic incompatibility (CI) of the population causes deaths in the offspring, the evolution algebra of this model is not baric, and is a dibaric algebra if and only if the cytoplasmic incompatibility rate $w$ is 1 and $d=1$. The idempotent elements are given in terms of $d$ and $w$. Moreover, this algebra has no absolute nilpotent elements when CI expression $w \neq 1$.
format Preprint
id arxiv_https___arxiv_org_abs_2304_07826
institution arXiv
publishDate 2023
record_format arxiv
spellingShingle A discussion of bisexual populations with Wolbachia infection as an evolution algebra
Esin, Songül
Kanuni, Müge
Özdinç, Barış
Rings and Algebras
Populations and Evolution
17D92, 17D99
In this paper, Wolbachia infection in a bisexual and diploid population with a fixed cytoplasmic incompatibility rate $w$ and maternal transmission rate $d$ is studied as an evolution algebra. As the cytoplasmic incompatibility (CI) of the population causes deaths in the offspring, the evolution algebra of this model is not baric, and is a dibaric algebra if and only if the cytoplasmic incompatibility rate $w$ is 1 and $d=1$. The idempotent elements are given in terms of $d$ and $w$. Moreover, this algebra has no absolute nilpotent elements when CI expression $w \neq 1$.
title A discussion of bisexual populations with Wolbachia infection as an evolution algebra
topic Rings and Algebras
Populations and Evolution
17D92, 17D99
url https://arxiv.org/abs/2304.07826