Francisco González-Serrano (PacoMax)

PhD student @ccg_unam MSc. @BiolIntegrativa @CinvestavIra
Genomics|Bioinformatics| Metagenomics|Symbiosis|Genome Evolution| #LGBTQ #STEMdiversity he/him

[Francisco González-Serrano (PacoMax) @GenoPacoMax]

@ccg_unam Y sugerimos que la gran diversidad de grupos de genes biosintéticos codificados en estas bacterias podría explicar las propiedades antifúngicas del microbioma protector de la piel de los anfibios.

[Francisco González-Serrano (PacoMax) @GenoPacoMax]

Happy to share some of my PhD results at
@ccg_unam! #Ambystoma #Chytridiomycosis #Amphibian #skinmicrobiome #Botrytiscinerea #genomemining #antifungal #axolotl
https://t.co/63vircCUAW

[Francisco González-Serrano (PacoMax) @GenoPacoMax]

@ccg_unam En resumen, proponemos un conjunto de grupos de genes que pueden sintetizar compuestos antifúngicos, lo que los convierte en candidatos prometedores para estudios futuros.

[Francisco González-Serrano (PacoMax) @GenoPacoMax]

And, we suggest that the vast diversity of biosynthetic gene clusters encoded in these bacteria could explain the antifungal properties of the protective skin microbiome of amphibians.

[Francisco González-Serrano (PacoMax) @GenoPacoMax]

In summary, we propose a set of gene clusters, that may synthesize antifungal compounds, making them promising candidates for future studies.

[Francisco González-Serrano (PacoMax) @GenoPacoMax]

By mining the genomes of these bacteria, we found specialized metabolic pathways and genes likely involved in the observed antifungal activity.

[CCG UNAM @ccg_unam]

Protegen cultivos... ¡usando bacterias!

Les compartimos esta nota en el @Reforma @reformaciencia , a cargo de @israelgRim, sobre una investigación colaborativa desarrollada en el CCG.

https://t.co/2VQIzpJHgG

[ISME - International Society for Microbial Ecology @ISME_microbes]

The ISME ECSC is spotlighting Santiago Ramírez Barahona (@LabSpiritu), a @ib_unam Assistant Professor, and his paper “Host phylogeny and environment shape the diversity of salamander skin bacterial communities.”

https://t.co/K7dLTwrA0V

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[Francisco González-Serrano (PacoMax) @GenoPacoMax]

@GeoSantiagoM @ArchaeaPowerHr @APH_Europa @ArchaeaBio @PSUmBiome @All_Microbiomes Exacto, who? :v Hihihi

[Francisco González-Serrano (PacoMax) @GenoPacoMax]

@GeoSantiagoM Ya en el shotgun vemos

[Francisco González-Serrano (PacoMax) @GenoPacoMax]

#Microbiome #Amphibian #Anfibios #Salamander #Salamandra #Axolote #Axolotl 🦠
https://t.co/BboGuJImEn

[Francisco González-Serrano (PacoMax) @GenoPacoMax]

In summary, all of this indicates that the phylogeny of the salamanders is also important in determining the diversity of their bacterial microbiota. In simpler terms, this suggests that closely related species will have a similar microbiota.

[Francisco González-Serrano (PacoMax) @GenoPacoMax]

We found that the type of habitat had the most significant effect on the diversity of the microbiotas. The phylogenetic distance between hosts, particularly the structure of bacterial communities, also played are associated. Climate did have an impact but to a lesser extent.