Simulating aggregates of bivalents in 2n = 40 mouse meiotic spermatocytes through inhomogeneous site percolation processes - CASYS Access content directly
Journal Articles Journal of Mathematical Biology Year : 2018

Simulating aggregates of bivalents in 2n = 40 mouse meiotic spermatocytes through inhomogeneous site percolation processes

Processus de percolation non homogène pour la simulation des grappes de chromosomes bivalents durant la méiose chez la souris "mus domesticus 2n=40"

Abstract

We show that an inhomogeneous Bernoulli site percolation process running upon a fullerene’s dual $C'_{1200}$ can be used for representing bivalents attached to the nuclear envelope in mouse Mus M. Domesticus 2n = 40 meiotic spermatocytes during pachytene. It is shown that the induced clustering generated by overlapping percolation domains correctly reproduces the probability distribution observed in the experiments (data) after fine tuning the parameters.
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Dates and versions

hal-01814944 , version 1 (13-06-2018)

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Soledad Berríos, Julio Lopez Fenner, Aude Maignan. Simulating aggregates of bivalents in 2n = 40 mouse meiotic spermatocytes through inhomogeneous site percolation processes. Journal of Mathematical Biology, 2018, 77 (5), pp.1341-1362. ⟨10.1007/s00285-018-1254-6⟩. ⟨hal-01814944⟩
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