Resultados de investigación

1) Mge-WT (G37); 2) G37 ∆Adh; 3) G37 ∆Adh::COM (E1;E2;E3); 4) G37 ∆Adh::COM (E1); 5) G37 ∆Adh::COM (MutE2;MutE3); 6) G37 ∆Adh::COM (E2); 7) G37 ∆Adh::COM (E3); 8) G37 ∆Adh::COM (E1;E2); 9) G37 ∆Adh::COM (E1;E3)., Peer reviewed

Antibodies directed, Peer reviewed

This dataset contains the following information: a. Bird community data (species x plot matrices) for bioclimatic transects (N = Northern, S = Southern, Q = Queensland) across mainland Australia. b. Coordinates and Environmental characteristics (climate, vegetation structure, elevation) of the sampled plots., Peer reviewed

9 files, The dataset RAIA_Air_Temperature_v01 contains: Monthly, summer, winter and annual time series and trends of Air Temperature from 31 meteorological stations managed by Meteogalicia (https://www.meteogalicia.gal/web/observacion/portada), Funding for this dataset was provided by the Spanish Ministry of Science and Innovation through a Personal Técnico de Apoyo grant (PTA2019-017492-I) and the CAPTA project (CAPTA 0062_CAPTA_1_E, POCTEP 2021-2027), RAIA_AT_Stations.csv.-- RAIA_Monthly_AT.xlsx.-- RAIA_Summer_AT.xlsx.-- RAIA_Trends_AT_Summer.csv.-- RAIA_Winter_AT.xlsx.-- RAIA_Trends_AT_Winter.csv.-- RAIA_Annual_AT.xlsx.-- RAIA_Trends_AT_Annual.csv, Peer reviewed

a) Interface observed in the 2.3 Å resolution map. (b) Top-ranked model obtained from HADDOCK1 docking simulations performed with a lower resolution map, the P1 crystal structure and the AlphaFold2 prediction of the Fab. Docking models were ranked based on Haddock docking score (-66.44 arbitrary units), buried surface area (1457 Å2), and correlation with the cryo-EM map (0.85, as calculated with Chimera3). The C-domain of P1 is colored in green, the loop Val1425-Asp1438 in orange, and the heavy and light chains of the Fab in cyan and magenta, respectively. For clarity, only the variable fragment of the Fab is shown., Peer reviewed

The dataset is the result of the sampling conducted between 2008 and 2010 on the R/V Vizconde de Eza., Methodology Study extent Entire sampling area Sampling Lofoten bottom trawling; Lofoten bottom trawling; Lofoten bottom trawling; Beam trawling; Rock dredging; Rock dredging; Beam trawling; Lofoten bottom trawling, The three multidisciplinary research surveys on board the R/V Vizconde de Eza (Secretaría General de Pesca Marítima) were performed in the seamounts of Ewing and Valdivia Bank (Walvis Ridge) as a collaborative work between Spain and Namibia trough the Instituto Español de Oceanografía (IEO) and the National Marine Information and Research Centre of Swakopmund (NatMIRC). Studies on biodiversity, acoustic and geophysics, hydrography, and seabird and cetacean observations were conducted. A total of 15 823 km² were surveyed with a multibeam echosounder and 1462 km of seismic profiles, using an ultra-high resolution parametric sounder. The depth ranged between 218 m at the outcrop in the South-eastern sector of Valdivia Bank and 3000 m in the southern part of our study. A total of 210 species of fish, 60 crustaceans and 32 cephalopods were recorded. Species diversity increased by depth and four assemblages by depth strata were found: shallower (200-300 m); slope (300 - 800 m); upper deep (800 - 1300 m); and deep (1300 - 2000 m)., Peer reviewed

Our research examines the impact of menstruation on fieldwork experiences in natural science disciplines, with a particular focus on how systemic androcentric biases shape working conditions. We conducted a cross-sectional survey with 429 participants—primarily women—to collect both quantitative and qualitative data on the logistical, social, and health-related challenges faced during fieldwork. Key aspects include the availability of menstrual hygiene products in first aid kits, access to adequate sanitary facilities, and the communication difficulties regarding menstrual issues, especially with male supervisors. By linking these findings to broader social and cultural dynamics, our study highlights the influence of patriarchal norms in structuring academic environments and calls for more inclusive and equitable fieldwork practices. Our interdisciplinary approach bridges natural sciences and gender studies, offering a critical perspective on how to improve working conditions and advance equity in research settings., Starting Grants – Monitoring European Research Council’s Implementation of Excellence, European Research Council; Margarita Salas Grant from Universidad Complutense de Madrid, grant CT31/21; PID2022-138275NB-I00 project (Ministerio de Ciencia e Innovación, Spain); Humboldt Research Fellowship for postdoctoral researchers; Marie S. Curie Postdoctoral Fellowship; Marie Skłodowska-Curie grant agreement No 101064340; InterRest project, funded through the 2020-2021 Biodiversa+ and Water JPI joint call for research projects, under the BiodivRestore ERA-NET Cofund (GA N°101003777); Deutsche Forschungsgemeinschaft, research grant 491739988; Swedish Environmental Protection Agency grant 2022-00027; Spanish Ministry of Science, Innovation and Universities, grant PCI2022-1329, Peer reviewed

Dispersal by waterbirds and wild mammals is known to be important for maintaining biodiversity among wetlands. Cattle are known to be important seed dispersers in terrestrial habitats, however the role of cattle in plant dispersal among wetlands is poorly known. We analysed the potential for the dispersal of aquatic plants (seeds, diaspores and whole plants) by cattle (Bos taurus) through endozoochory in Neotropical wetlands. Ten fresh faecal samples per site (total 30 samples), were collected in three farms of the Pampa region, southern Brazil, between September and November of 2023. A total of 982 propagules and whole plants from 37 wetland plant taxa, belonging to 14 angiosperm and two fern families, were reported. Ten of these taxa are aquatic, seven terrestrial and 19 grow both in water and on land. Viability was confirmed for seeds from 10 angiosperm families, and for 26% of all seeds tested. Our results suggest cattle provide an important ecosystem service for wetland biodiversity in grassland areas through seed dispersal., National Council for Scientific and Technological Development, Peer reviewed

The maximum sorption capacity of Cs+ onto the powdered UO2 surface, obtained from experimental sorption isotherms (0.1 mol L−1 NaClO4 at 25 °C and pH=6.3), was found to be 6.3·10−5 mol·g−1. Potentiometric titration data, also in 0.1 mol L−1 NaClO4, were modeled using the double diffuse layer model, yielding acidity constants of pKa1= 3.2 ± 0.15 and pKa2= -10.8 ± 0.15. The dissolution of UO2 at pH between 2 and 12 was measured at a solid-to-liquid ratio of 40 g·L−1 in 0.1 mol L−1 NaClO4 and the determined solubility product obtained was pKs,U(OH)4 = -(3.2 ± 0.2)., Peer reviewed

Peer reviewed