GALAN Maxime
maxime.galan@inrae.fr
+33 4 99 62 33 05

Maxime GALAN

Research engineer, INRAE

Area(s)

Technical platform(s)

Collective responsibility(ies)

Member of the Unit Council
Member of the Sustainable Development Committee
Member of the Scientific Council
Equipment manager for the Molecular Biology platform

Mon activité principale consiste à développer et mettre en place des stratégies moléculaires d’étude de la variabilité génétique des populations naturelles de vertébrés, de leurs pathogènes ainsi que de proies associées, à partir d’échantillons invasifs ou d’ADN environnemental. Ces méthodes concernent la caractérisation de séquences nucléiques, de génotypes ou de niveaux d’expression géniques de marqueurs moléculaires, à l’échelle de quelques gènes jusqu’au génome/transcriptome. Elles font notamment appel aux technologies de séquençage haut débit et à leurs applications (metabarcoding, 16S rRNA amplicon sequencing, RADseq, Genotyping By Sequencing, RNAseq).

 

Mots-clés : Next Generation Sequencing, High-throughput sequencing, PCR, DNA Sequencing, Genotyping, eDNA, Ecology and Evolution, Biodiversity, Rodents, Bats, Population Genetics, Genomics, Microbiome, Pathobiome

Last publications
Bouilloud* M., Galan M., Dubois A., Diagne C., Marianneau P., Roche B. & Charbonnel N. 2023. Three-way relationships between gut microbiota, helminth assemblages and bacterial infections in wild rodent populations. Peer Community Journal 3 : e18. (https://dx.doi.org/10.24072/pcjournal.243)
Gouthier L., Duval E., Blanchet S., Loot G., Veyssière C., Galan M., Quéméré E. & Jacquin L. 2023. Spatial patterns of neutral and functional genetic variations along dendritic networks of riverscape in brown trout populations. Diversity 15 : 784. (https://dx.doi.org/10.3390/d15060784)
Galan M., Bordes A., Gauthier P., Kane M., Niang Y., Pierre E. & Granjon L. 2023. The diet of commensal Crocidura olivieri (Soricomorpha: Soricidae): predation on co-existing invasive Mus musculus suggested by DNA metabarcoding data. Mammalia 87 : 326-334. (https://dx.doi.org/10.1515/mammalia-2023-0021)
Zintl A., McManus A., Galan M., Diquattro M., Giuffredi L., Charbonnel N., Gray J., Holland C. & Stuart P. 2023. Presence and identity of Babesia microti in Ireland. Ticks and Tick-Borne Diseases 14 : 102221. (https://dx.doi.org/10.1016/j.ttbdis.2023.102221)
Guiver E., Galan M., Lippens C., Bellenger J., Faivre B. & Sorci G. 2022. Increasing helminth infection burden depauperates the diversity of the gut microbiota and alters its composition in mice. Current Research in Parasitology & Vector-Borne Diseases 2 : 100082. (https://dx.doi.org/10.1016/j.crpvbd.2022.100082)
Pradel J., Bouilloud* M., Loiseau A., Piry S., Galan M., Artige E., Castel G., Ferrero J., Gallet R., Thuel G., Vieira N. & Charbonnel N. 2022. Small terrestrial mammals (Rodentia and Soricomorpha) along a gradient of forest anthropisation (reserves, managed forests, urban parks) in France. Biodiversity Data Journal 10 : e95214. (https://dx.doi.org/10.3897/BDJ.10.e95214)
Olvera-Vazquez S.G., Remoue C., Venon A., Rousselet A., Grandcolas O., Azrine M., Momont L., Galan M., Benoit L., David G., Alhmedi A., Belien T., Alins G., Franck P., Haddioui A., Jacobsen S.K., Andreev R., Simon S., Sigsgaard L., Guibert E., Tournant L., Gazel F., Mody K., Khachtib Y., Roman A., Ursu T.M., Zakharov I.A., Belcram H., Harry M., Roth M., Simon J.-C., Oram S., Ricard J.M., Agnello A., Beers E.H., Engelman J., Balti I., Salhi-Hannachi A., Zhang H., Tu H., Mottet C., Barrès B., Degrave A., Razmjou J., Giraud T., Falque M., Dapena E., Miñarro M., Jardillier L., Deschamps P., Jousselin E. & Cornille A. 2021. Large-scale geographic survey provides insights into the colonization history of a major aphid pest on its cultivated apple host in Europe, North America and North Africa. Peer Community Journal 1 : e34. (https://dx.doi.org/10.24072/pcjournal.26)
Quéméré E., Hessenauer P., Galan M., Fernandez M., Merlet J., Chaval Y., Morellet N., Verheyden H., Gilot‐Fromont E. & Charbonnel N. 2021. Pathogen‐mediated selection favours the maintenance of innate immunity gene polymorphism in a widespread wild ungulate. Journal of Evolutionary Biology 34 : 1156-1166. (https://dx.doi.org/10.1111/jeb.13876)
Quéméré E., Aucourd M., Troispoux V., Brosse S., Murienne J., Covain R., Le Bail P.Y., Olivier J., Tysklind N. & Galan M. 2021. Unraveling the dietary diversity of Neotropical top predators using scat DNA metabarcoding: A case study on the elusive Giant Otter. Environmental DNA 3 : 889-900. (https://dx.doi.org/10.1002/edn3.195)
Tournayre* O., Leuchtmann M., Galan M., Trillat M., Piry S., Pinaud D., Filippi‐Codaccioni O., Pontier D. & Charbonnel N. 2021. eDNA metabarcoding reveals a core and secondary diets of the greater horseshoe bat with strong spatio‐temporal plasticity. Environmental DNA 3 : 277-296. (https://dx.doi.org/10.1002/edn3.167)