BUSCADOR RECOLECTA

Excel Dataset including "initial" and "final" values for red coloration, plasma carotenoids and vitamins of partridges treated with diquat or control (diquat row) and receiving different carotenoids in the diet (group). The dataset also includes values from terminal tissue samples (ornaments, liver, heart and fat) and the carotenoid and vitamin content in the egg yolk. Finally, it also includes initial values as residuals from mixed models controlling for random factors (e.g. lab session) and confounding covariates (red chip hue in leg pictures). These residuals were used as covariates in model testing experimental treatment effects on final values., Esther García-de Blas was supported by a predoctoral grant (JAE-PRE) from the Consejo Superior de Investigaciones Científicas (CSIC) co-financed by Fondo Social Europeo (EU). This study was funded by Consejería de Educación y Ciencia, Junta de Comunidades de Castilla la Mancha (project ref.: PII1I09-0271-5037) and Ministerio de Economía y Competitividad (CGL2009-10883-C02-02 and CGL2015-69338-C2-2-P) from the Spanish Government., No

We compiled a database containing information on the relationships between mass and length of individuals from six main groups of soil invertebrate arthropods: arachnida, chilopoda, diplopoda, entognatha, insecta and isopoda (see Table S1). This information was obtained both from the literature and from our own field sampling (see Appendix S2, Table S2). All studies included in the database estimated length as the total body length of the arthropods without appendages, which according to how it is measured, it is a homologous trait across all the studied taxa (Fig. 1). In total, the database included 283 mass-length relationships (equations hereafter) from 45 georeferenced sites located all over the world, from the Equator to high latitudes, and from many disparate biomes (Fig. 2, see Table S3). The most intensely sampled arthropods were arachnida (112 equations) and insecta (102 equations) (see Table S2). Because sample size usually affects the accuracy of the estimates, we included in the database only those equations that included information on sample size, of which only 66% contained information on the standard errors of the a and b estimates., This work was funded by grants CGL2014-61314-EXP and CGL2015-66192-R from the Spanish Ministerio de Economía y Competitividad (European funds FEDER) and P12-RNM-1521 from Junta de Andalucía (European funds FEDER). D. Ruiz-Lupión is enjoying a FPU (FPU13/04933) scholarship from the Spanish Ministerio de Educacion, Cultura y Deporte., Code; Group1; Group2; Group3; Class; Subclass; Infraclass; Superorder; Order; Suborder; Family; Genus; Species; a; b; SD a; SD b; NLS a; NLS b; OLS a; OLS b; Normal a; Normal b; Normal a2; Normal b2; Original Equation; n; min Length (mm); max Length (mm); Range Length (mm); Mean Length (mm); Reference Mean Length; PCGM1; PCGM2; PCGM3; Feeding habits; Type of Allometry; Latitude; Longitude; Altitude; MAT; MAP; NDVI; Site and Reference., Peer reviewed

Complex neurodevelopmental syndromes in newborns frequently have an unknown etiology, in which genetic factors play a pathogenic role. We have studied a family with an affected child presenting since birth epileptic-like crisis combined with severe neuromotor and developmental delay, dystonia, and hyper-excitability of unknown origin. Genomic studies by Whole-exome sequencing (WES) were performed in the four members of the family. In the patient, WES detected a de novo in-frame duplication of thirty-three nucleotides within exon seven of KCNQ2 (potassium M-channel). This insertion results in the duplication of the first twelve aminoacids of the calmodulin binding site I, which impairs its regulation by calcium. The dataset includes the WES raw sequence reads (fastq format) of the four family members: mother, father, daughter and son (patient)., Centro de Investigación del Cáncer (CSIC- Universidad de Salamanca)., 2018_CIC_Sample_MOTHER_1.fastq.gz; 2018_CIC_Sample_MOTHER_2.fastq.gz; 2018_CIC_Sample_FATHER_1.fastq.gz; 2018_CIC_Sample_FATHER_2.fastq.gz; 2018_CIC_Sample_SON_PATIENT_1.fastq.gz; 2018_CIC_Sample_SON_PATIENT_2.fastq.gz; 2018_CIC_Sample_DAUGHTER_1.fastq.gz; 2018_CIC_Sample_DAUGHTER_2.fastq.gz, Peer reviewed

The data are organized into two Excel files: 1. dead vs alive GPS-tags.xls. This file includes data on radio-tagged individuals that were classified as surely dead or surely alive, together with the GPS-satellite tags-parameters used to predict their dead or alive status. 2. dead vs alive Doppler-tags.xls. This file includes data on radio-tagged individuals that were classified as surely dead or surely alive, together with the Doppler tags-parameters used to predict their dead or alive status., Peer reviewed

The dataset contains data on relative growth rate per day , survival %, and maximum quantum yield of six marine macrophyte species (Cymodocea nodosa, Posidonia oceanica, Cystoseira compressa, Caulerpa prolifera, Padina pavonica and Halimeda tuna), whereby were cultivated in 10 seawater temperature treatments. The species were collected from three enclosed bays in southwest Mallorca: Illetes sampling site 1 (39°31'59.7"N, 2°35'19.7"E), Illetes sampling site 2 (39°32'02.1"N 2°35'22.9"E), Son Caliu (39°31'34.3"N 2°32'53.0"E) and Portals Nous (39°31'50.2"N 2°34'19.8"E). Once the macrophytes were collected and transported to lab conditions, they experienced a short acclimation period at the same temperature as in situ. The macrophytes were then allocated randomly to the experimental baths after which the temperature of each bath was subsequently increased or decreased by 3 °C every 24 hours until the desired experimental temperature was achieved. The experiment begun when all baths acquired their temperature. The relative growth rate was determined after measuring the wet weight (g WW) of each macrophyte fragment at the beginning and end of the experiment. The wet weights were converted to dry weights (g DW) using a conversion factor from the experimental fragments after being oven dried at 60 °C for 24h at the end of the experiment. The relative growth rate was then calculated following Hunt (1990). Survival was assessed at the end of the experiment as the percentage of treatment replicated specimens presenting photosynthetic tissue necrosis for seaweed species (e.g. transparency in C. prolifera and whitening in H. tuna) and C. nodosa or meristem mortality for P. oceanica. The maximum quantum yield was acquired at the end of the experiment from all fragments across all temperature treatments using a pulse amplitude modulated (PAM) fluorometer, after young parts of seagrass leaves and macroalgal laminae/thalli underwent 15 minutes of dark-acclimation (sufficient to allow plant relaxation and opening of all PSII). Both relative growth rate and maximum quantum yield response curves were characterised by fitting the Temperature Cardinal Model with Inflexion (CTMI) described by (Ras et al., 2013), through which provided the model predicts, upper and lower confidence intervals for each of the parameters. The survival % was also fitted with a logistic growth equation, which provided the model predicts and the lethal temperature at 50 % survival (LT50)., The dataset provides data on relative growth rate per day (RGR d-1), survival %, and maximum quantum yield (MQY) of six marine macrophyte species (Cymodocea nodosa, Posidonia oceanica, Cystoseira compressa, Caulerpa prolifera, Padina pavonica and Halimeda tuna) collected from southwest Mallorca and cultivated in 10 different seawater temperature treatments., Título Impactos del calentamiento global sobre los ecosistemas costeros dominados por macrofitos en el mar Mediterráneo; evaluación de su capacidad de adaptación (MedShift), Ministerio de Economía, Industria y Competitividad, referencia CGL2015-71809-P. Título: Rethinking climate change vulnerability: Drivers patterns of thermal tolerance adaptation in the ocean (DPaTh-To-Adapt), Entidad financiadora: European Commission (Marie Skłodowska-Curie Individual Fellowships (IF-EF), contract number 659246., Peer reviewed

Escaneo de superficie del Hippopotamus amphibius, Peer reviewed

Climatic data was obtained from Worldclim Version 1&2, soil data from the European Soil Database, and Normalized Difference Vegetation Indices (NDVI) from satellite images through the Modis Vegetation index MOD13Q1. For skeletochronology, telomere, and microsatellite analyses we collected a total of 180 Epidalea calamita adult males across all populations. We then clipped the fourth toe of the right hindlimb that we then used for cross sectioning and DNA extractions. Stable isotope data were obtained from E. calamita egg clutches, which allows direct assessment of the diet of the female without harming any adults. We collected small sections of egg clutches that were kept under identical conditions in the lab until hatching and then determined the carbon and nitrogen levels of these samples. Standard metabolic rate was assessed in a terrestrial respirometer overnight, for which we brought in mature males from the field at night. Advertisement calls were recorded using a shotgun microphone and subsequently analysed using the software Raven Pro v.1.4. For female behavioural assays we brought in receptive females at night to the lab and played back recorded calls. All individuals were released at dawn and no individual was harmed., This dataset consists of a single excel file split into distinct sheets for different types of data: climate, population genetics, stable isotopes, standard metabolic rate, skeletochronology, telomere length, male advertisement calls, and female preference tests. The climatic data is split into sheets for NDVI, Worldclim Bio19, and edaphology. The population genetics data is split into sheets for basic statistics, genetic differentiation indicators, isolation by distance, and effective population size., Plan Nacional (grant CGL2014-59206-P), No

This dataset is related to the paper "Drivers of atmospheric deposition of polycyclic aromatic hydrocarbons at European high-altitude sites" by Arellano et al. , Atmospheric Chemistry and Physics, 2018, Polycyclic aromatic hydrocarbons (PAHs) were analyzed in bulk atmospheric deposition samples collected at four European high mountain areas, Gossenköllesee (Tyrolean Alps), Redon (Central Pyrenees), Skalnate Pleso (High Tatra Mountains) and Lochnagar (Grampian Mountains) between 2004 and 2006. Sample collection was performed monthly in the first three sites and biweekly in Lochnagar. The number of sites, period of study and sampling frequency provide the most comprehensive description of PAH fallout in high mountain areas addressed so far. The average PAH deposition fluxes in Gossenköllesee, Redon and Lochnagar ranged between 0.8–2.1µgm−2mo−1, and in Skalnate Pleso it was 9.7µgm−2mo−1, showing the influence of substantial inputs from regional emission sources. The deposited distributions of PAH were dominated by parent phenanthrene, fluoranthene and pyrene, representing 32–60% of total. The proportion of phenanthrene, the most abundant compound, was higher at the sites of lower temperature, Gossenköllesee and Skalnate Pleso, showing higher transfer from gas phase to particles of the more volatile PAHs. The sites with lower insolation, e.g. those located at lower altitude, were those with higher proportion of photooxidable compounds such as benz[a]anthracene. According to the data analysed, precipitation is the main driver of PAH fallout. However, when rain and snow deposition were low, particle settling also constitutes an efficient driver for PAH deposition. Redon and Lochnagar were the two sites receiving highest rain and snow and the fallout of PAH fluxes was related to this precipitation. No significant association was observed between long-range backward air trajectories and PAH deposition in Lochnagar, but in Redon PAH fallout at higher precipitation was essentially related with air masses originating from the North Atlantic, which were dominant between November and May (cold season). In these cases, particle normalized PAH fallout was also associated to higher precipitation as these air masses were concurrent with lower temperatures, which enhanced gas to particle partitioning transfer. In the warm season (June–October), most of the air masses arriving to Redon originated from the south and particle deposition was enhanced as consequence of Saharan inputs. In these cases, particle settling was also a driver of PAH deposition despite the low overall PAH content of the Saharan particles. In Gossenköllesee, the site receiving lowest precipitation, PAH fallout was also related to particle deposition. The particle normalized PAH fluxes were significantly negatively correlated to temperature, e.g. for air masses originating from Central/Eastern Europe, showing a dominant transfer from gas phase to particles at lower temperatures, which enhanced PAH fallout, mainly of the most volatile hydrocarbons. Comparison of PAH atmospheric deposition and lacustrine sedimentary fluxes showed much higher values in the latter case, 24–100µgm−2yr−1 vs. 120–3000µgm−2yr−1, respectively. A strong significant correlation was observed between these two fluxes which is consistent with a dominant origin related with atmospheric deposition at each site., Peer reviewed

Peer reviewed

The copyright of the content of this dataset belongs to the authors of the article indicated above. Permission must be requested to the authors for the reproduction and/or use of any parts of this dataset. Access to this dataset has been made public through the use of the public repository of CSIC (DIGITAL.CSIC). For any further questions, please contact the corresponding author of the article at mc.terradas@csic.es, Spinal cord injury (SCI) remain a therapeutic challenge. In this work, we have explored the regenerative ability of reduced graphene oxide (rGO) scaffolds to support pivotal features of neural repair at 4 months after SCI. 3D randomly porous foams have been prepared in mechanical compliance with neural cells and tissues. After 4 months, these scaffolds are fully vascularized and populated with neurites, some of them identified as myelinated excitatory axons. Magnetic resonance imaging studies demonstrate reduce perilesional damage in the presence of the scaffolds. In summary, these 3D porous rGO scaffolds are able to induce a compilation of positive effects that have been rarely described before, if ever, for any other material implanted in the injured spinal cord. The techniques used in this study include: immunofluorescence, scanning electron microscopy, atomic force microscopy, transmission electron microscopy, confocal laser scanning microscopy, histology, behavioral tests, magnetic resonance imaging, and X-ray photoelectron spectroscopy., This work was supported by the Ministerio de Economía y Competitividad and the Fondo Europeo de Desarrollo Regional (MAT2016-78857-R, MAT2016-76507-R and MAT2016-80394-R, MINECO/FEDER, UE) and the European Research Council ERC-AdG-340177 (3DNanoMech)., Peer reviewed