All abstracts by Marisol Goni Urriza in conference series: Goldschmidt
(2025) Hydrothermal Mercury Inputs from the Kolumbo Submarine VolcanoAnagnostou E, Pavez- Castro J, Rodrigues A, Torres-Rodriguez N, Petrova M, Kohler SG, Dufour A, Oursel B, Rizzo AL, Longo M, Lazzaro G, Sciré Scappuzzo S, Grassa F, D'Alessandro W, Cabrol L, Bravo A, López-García EM, Goñi Urriza M, Mounier S, Planquette H, Polymenakou P, Papadimitriou V, Buehring SI, Nomikou P & Heimbuerger-Boavida L-E
(2025) Hg Accumulation Controlled by Bacterial Cells Involved in Hg Methylation: Imaging of Sulfato-Reducing Bacteria by Nano X-Ray Fluorescence
Le Gohalen A, Goñi Urriza M, Barrouilhet S, Monperrus M, Salome M, Cloetens P, Chen S, Luo Y & Isaure MP
(2023) Molybdate Inhibits Mercury Methylation of Pseudodesulfovibrio Hydrargyri BerOc1 Independently of Sulfate-Reducing Metabolism
Scuvee D, Goñi Urriza M, Tessier E, Gassie C, Ranchou-Peyruse M, Amouroux D, Guyoneaud R & khalfaoui Hassani B
(2023) First Evidence of a Mercury Resistance Mechanism in an Anaerobic Bacterium: Impact on Mercury Sensitivity, Accumulation and, Methylation
Barrouilhet S, Monperrus M, Gassie C, Le Bars M, Dolla A, Khalfaoui Hassani B, Guyoneaud R, Isaure M-P & Goñi Urriza M
(2023) Effects of Cobalt on River Biofilms: Colonization Kinetics and Biofilm Structure
Gourgues S, Goñi Urriza M, Baldoni-Andrey P, Gurieff N, Gelber C & Le Faucheur S
(2022) Mercury Methylation and Transformations by the Sulfate Reducing Bacterium Pseudodesulfovibrio Hydrargyri Combining Synchrotron cryo-Nano-Xrf, XRF Tomography and HERFD-XANES
Le Bars M, Barrouilhet S, Monperrus M, Goñi Urriza M, Rovezzi M, Salome M & Isaure M-P
(2021) Subcellular Localization, Speciation and Imaging of Mercury during Bacterial Methylation Process
Le Bars M, Barrouilhet S, Monperrus M, Goñi Urriza M, Tessier E & Isaure M-P
(2020) Comparative Genomics on Mercury Methylators (Pseudo)Desulfovibrio Strains
Goni Urriza M, Khalfaoui-Hassani B, Monperrus M & Guyoneaud R
(2020) How Omics Approaches Contribute to the Understanding of Mercury Cycling in the Environment
Goni Urriza M

