Resultados de investigación

Nomenclature. Synthesis of Compounds: - Synthesis and Characterization of Dendrimers G0-PAMAM-(EG-Ad)4 Step 1: Synthesis of Ad-EG-N3 (3) - Step 2: Synthesis of Ad-EG-NH2 (4) - Step 3: Synthesis of Ad-EG-NCS9 (5) - Step 4: Synthesis of G0-PAMAM-(EG-Ad)4 (6) Preparation of Supramolecular Tunneling Junctions: - Formation of the SAMs - Adsorption of the Dendrimer - Ga2O3/EGaIn top Electrode J(V) measurements of Supramolecular Tunneling Junctions: - Voltage Cycling, Poly(propylene) Imine Dendrimers - Voltage Pulse Vs. Time, Poly(propylene) Imine Dendrimers - Single Voltage Pulse, Poly(propylene) Imine Dendrimers - Voltage Cycling and Single Voltage Pulse, Poly(amido amine) Dendrimers J(V) Characteristics of Oxidized Ga2O3/EGaIn tips Kelvin Probe Microscopy Photoelectron Spectroscopy: - X-ray photoelectron spectroscopy (XPS) surface mapping of SAMs - X-ray and Ultra-violet photoelectron spectroscopy (XPS and UPS) Ellipsometry Measurements, Peer reviewed

Peer reviewed

This dataset presents the decapod species and abundance, along with the habitat (detached seagrass leaves, fine fraction of detritus, detrital macroalgae, organic matter in sediments, seagrass shoot density and height of unburried rhizomes), landscape (landscape configuration) and geographical attributes (inlet aperture and confinement) in Posidonia oceanica seagrass meadows in 5 localities accross the NW Mediterranean sea. We found that geographical level attributes (i.e., inlet aperture, confinement) affected the most the decapod assemblages, while we only found a modest contribution from habitat (e.g., detritus biomass, sediment organic matter) and landscape attributes (e.g. fragmentation). We suggest that decapod assemblages are driven by the interaction of multiple processes occurring at different scales and other highly stochastic phenomena such as larval dispersion and recruitment, This study was supported financially by the Spanish government (projects CTM2010-22273-C02-01 and CTM2013-48027-C3-1-R). The Spanish government also supported AMR (scholarship BES-2011-046849), Table 1. Decapod species and number of total individuals of 5 randomly selected quadrat (40 cm x 40 cm) found in Aiguablava (Ag), Rustella (Ru), Giverola (Gi, Cativa (Ca) and Portlligat (Po) in continuous seagrass meadows of Posidonia oceanica (CO), patches in sand matrix (PS) and patches in rock matrix (PR). Table 2. Habitat attributes and geographical attributes of 5 randomly selected quadrat (40 cm x 40 cm) found in Aiguablava (Ag), Rustella (Ru), Giverola (Gi, Cativa (Ca) and Portlligat (Po) in continuous seagrass meadows of Posidonia oceanica (CO), patches in sand matrix (PS) and patches in rock matrix (PR), Peer reviewed

Additional file 1:1. Biodistribution and toxicological studies carried out with GNP E_1 and E_2. 2. Application of the ex vivo postmortem method to iron oxide nanoparticles., Peer reviewed

Supplementary material. Bradford assay for antibody quantification. Dynamic light scattering measurements. Confocal fluorescence imaging of NPs. MTT assay. Hematoxylin and eosin stains., Peer reviewed

Additional TEM studies; irradiation effects, and videos of a series of high-resolution TEM images recorder under different conditions. Complementary and extra HRSTEM images, EEL spectra, and DFT calculations are also included in the Supporting Information., Peer reviewed

Experimental details and Videos S2–S10 (file names si_002.avi to si_010.avi)., Peer reviewed

Document S1. Supplemental Experimental Procedures, Figures S1–S4, and Table S1. Document S2. Article plus Supplemental Information., Peer reviewed

Supporting information features molecular structure and magnetic properties of Dy2, as well as susceptibility tensor and calculated charges and potentials of Dy1., Peer reviewed

A video corresponding to the 3D models of the nanostructured Au–Ag nanoparticle of Figure 1c as well as additional EELS measurements and DDA simulations., Peer reviewed