Resultados de investigación

Responses of the Spanish survey for research data, which was carried out within the framework of the project Datasea at the beginning of 2015. The purpose was to identify the habits and current experiences of Spanish researchers in health sciences in relation to the management and sharing of raw research data. The electronic questionnaire composed of 40 questions divided into three blocks that contained questions on the following aspects: A) Personal information; B) Creation and reuse of data; C) Preservation of data., Peer reviewed

Dataset associated with the manuscript "Alien plants and flower visitors disrupt the seasonal dynamics of mutualistic networks" (Arroyo-Correa et al. 2019), Peer reviewed

Dataset associated to the manuscript "Alien plant and pollinator species configure the seasonal dynamics of mutualistic networks" (Arroyo-Correa et al. 2019), Peer reviewed

Supplementary Note 1 : Melanin chemistry- background. Supplementary Note 2: Geological setting. Supplementary Note 3: Details of sulfur oxidation. Supplementary Figure 1. XRD analysis of the lateral fossil. Sedimentary matrix (brown profile) compared to the body of the fossil (black profile). Supplementary Figure 2. Correlation maps. Supplementary Figure 2. Correlation maps (cont.). Supplementary Figure 3. Individual SRS-XRF maps of selected elements in the lateral fossil. Supplementary Figure 4. SRS-XRF maps of the dorsal fossil. Supplementary Figure 5. Fits to the EXAFS data. Supplementary Figure 5 (continued). Fits to the EXAFS data. Supplementary Figure 6. Melanin in extant tissue. Supplementary Figure 7. Red human hair analyses. Supplementary Figure 8. SRS-XRF point analyses. Supplementary Figure 8 (continued). SRS-XRF point analyses. Supplementary Figure 9. SRS-XRF map of normally pigmented Mus musculus. Supplementary Figure 10. FTIR analyses. Supplementary Figure 11. ESEM analyses. Supplementary Figure 11 (continued). ESEM analyses. Supplementary Figure 12A. Optical images to show details of fossil separation. Supplementary Figure 12B (continued). Optical images to show details of fossil separation. Supplementary Figure 12C (continued). Optical images to show details of fossil separation. 25 Supplementary Figure 12C (continued). Optical images to show details of fossil separation. Optical photograph of the dorsal fossil [GZG.W.17393a, left] compared to its counterpart [GZG.W.17393b, right]. Scale bar in cm. A fourth region is highlighted for comparison to check whether uneven separation of soft tissue between part and counterpart could explain the lack of chemical residue in the scanned images. (Copyright for these photos: GZG Museum / G. Hundertmark.) Supplementary Figure 12D (continued). Optical images to show details of fossil separation. Supplementary Table 1. Sulfur speciation and quantification. Supplementary Table 2. Calibrated energies for dominant sulfur absorption peaks. Supplementary Table 3. ESEM EDS analyses of A. apodemus lateral fossil., Peer reviewed

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Experimental data and TEM images from the nanoparticle synthesis, and data from catalytic characterization., Peer reviewed

TABLE S1 | Assembly statistics for Sk CA111 and CR85 genome assemblies. TABLE S2 | Positive selection, evolutionary rate test and functional divergence results for all genes analyzed in both Sk and Sc species. PS, positive selection; FD, number of positions contributing to functional divergence in every protein; SCOP, annotations with SCOP domains as explained in Methods; NA (not available), protein domain annotation was not possible; Tajima’s test, Sk: acceleration of evolutionary rates leading to Sk branch; Sc, acceleration of evolutionary rates leading to Sc branch. TABLE S3 | GO term enrichment for genes showing evidence of functional divergence in Sk and Sc branch. TABLE S4 | Amino acids sites under positive selection according to branch-site model and BEB method. Specific amino acids sites and the probability of being under positive selection were retrieved for those candidates obtained with the branch-site model. TABLE S5 | Enriched/Impoverished chromosome regions in proteins with functional divergence evidence. FIGURE S1 | Functional divergence among metabolic pathways. Normalized contribution of genes showing evidence of functional divergence to every path. The height of the bars represents Φ, the normalized contribution of each pathway (i) of size (t) to the total number of genes under functional divergence when considering the whole dataset (T), calculated as Φ = (ni / t) (t / T). Bars above the dashed line represent enriched pathways in genes under functional divergence while bars below the line show impoverished pathways. B, biosynthesis; M, metabolism; D, degradation; aa, amino acid. FIGURE S2 |Sk vs. Sc differences in functional divergence among metabolic pathways. Normalized functional divergence values among metabolic pathways. The significance of the differences in every pathway between analysis performed with Sk or Sc as clade-of-interest was assessed by a Wilcoxon paired signed-rank test, those significant were indicated with an “∗.” B, biosynthesis; M, metabolism; D, degradation; aa, amino acid., Peer reviewed

Additional file 1. Additional figures and tables., Peer reviewed