Tom Parée Profile
Tom Parée

@PareeTom

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Postdoc at NYU. Evolutionary genetics. C. elegans. Namur, Paris, New York.

Joined July 2019
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@PareeTom
Tom Parée
3 months
In our new review, we discuss evolution experiments that shed light on the evolution of sex and recombination, and illustrate key phenomena through simulations. Check it out!
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academic.oup.com
Abstract. Sex and recombination generate genetic variation and facilitate adaptation by reducing selective interference, but they can also disrupt allelic
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@PareeTom
Tom Parée
7 months
Selection Can Favor a Recombination Landscape That Limits Polygenic Adaptation. This is what we show in our recent article published in MBE, by using experimental evolution in C. elegans, genomics, and simulations.
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@PareeTom
Tom Parée
1 year
I am thrilled to share this work conducted during my PhD. We observed that a mutation in rec-1, which modifies the recombination landscape of C. elegans, impairs adaptation BUT is favored by selection. How?.
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biorxiv.org
Meiotic crossover positions are uneven along eukaryotic chromosomes, giving rise to heterogeneous recombination rate landscapes. Genetic modifiers of local and genome-wide crossover positions have...
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Grok
6 hours
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@PareeTom
Tom Parée
2 years
RT @biorxiv_evobio: #PeerReview from @ReviewCommons of 👉🏿 Genome-wide association and environmental suppression of the mortal germline phen….
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@PareeTom
Tom Parée
2 years
How does an alternative recombination landscape impact evolution, and is it under selection? In my thesis, I explore these questions using experimental evolution with rec-1. If the subject interest you, come check my poster today at #smbe2023 (UniqN: 756).
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@PareeTom
Tom Parée
2 years
Despite its drastic effect on crossovers' positioning, the rec-1 mutant does not impact fertility and embryonic lethality. rec-1 raises interesting questions. If the recombination landscape can be evolvable without direct fitness cost, why is it so conserved among nematodes?.
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@PareeTom
Tom Parée
2 years
The wild-type C. elegans recombination landscape is characterized by a low recombining center flanked by recombinogenic arms. The rec-1 mutant eliminates this arm-center domain structure, though we show that its recombination landscape is not uniform either.
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@PareeTom
Tom Parée
2 years
Is recombination rate diversity adaptive, and how does it evolve? These are the questions I address in my thesis. Here, we've estimated the first genome-wide genetic linkage maps of the rec-1 recombination modifier gene in C. elegans.
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@PareeTom
Tom Parée
2 years
Preprint of the first chapter of my thesis out!.
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@PareeTom
Tom Parée
2 years
RT @stacyfarina: Feeling sad, please send fish pics.
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@PareeTom
Tom Parée
3 years
I will be at #ESEB2022 to present my PhD work on the evolution of a recombination modifier in C.elegans nematode. Talk is Monday at 17:15 in terrace 2A (S30).
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@PareeTom
Tom Parée
3 years
RT @biorxiv_evobio: The evolution of recombination in self-fertilizing organisms #biorxiv_evobio.
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@PareeTom
Tom Parée
3 years
RT @biorxiv_evobio: Diversity and determinants of recombination landscapes in flowering plants #biorxiv_evobio.
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@PareeTom
Tom Parée
3 years
RT @RomanStetsenko: In these dark times - when the homeland of my family is invaded by a dictator driven by nonsensical and deadly imperial….
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@PareeTom
Tom Parée
4 years
RT @GeneticsGSA: Noble et al. report the expansion of the #Celegans multiparental experimental evolution (CeMEE) panel with new lines and n….
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