BUSCADOR RECOLECTA

Peer reviewed

En este primer episodio, Santiago de Pablo y Virginia López de Maturana hablan sobre símbolos vascos. Descubriremos cuáles son los más importantes, su historia y la importancia que tienen para nuestra cultura. Además, conoceremos el origen del lauburu con Isabel Mellén y los fondos que atesora la Fundación Sancho el Sabio sobre el rock radical vasco con Ander Gondra. Gracias a Jabi Soto nos adentraremos en el fascinante mundo de los orígenes de la fotografía. ¡Descubre estos temas y mucho más en este primer episodio de El Podcast de Sancho el Sabio!

4 files, Supplementary material for the article http://dx.doi.org/10.3390/biology9100337, Doc file: Figure S1: Number of turbot cells and ciliates in the peritoneal cavity; Figure S2: Micrographs of ciliates at different stages of infection; Figure S3: qPCR validation of RNA-seq findings; Table S1: Sample information; Table S2: Primer sequences used in the qPCR analysis.-- File S1: Excel file showing the contigs that were DE in P. dicentrarchi at 1, 2, 4 hpi, the fold change, p-value, and the gene names.-- File S2: Excel file showing the contigs that were DE in turbot peritoneal cells at 1, 2, 4 hpi, the fold change, p-value, and the gene names.-- File S3: Excel file showing the contigs that were DE in turbot peritoneal cells at 12 and 48 hpi, the fold change, p-value, and the gene names, Peer reviewed

1 file, Supplementary material for the article https://doi.org/10.3390/biom10081184, Figure S1: Fermentations of L. brevis.-- Figure S2: Kinetic growth of P. fluorescens.-- Figure S3: Kinetic growth of B. subtilis.-- Figure S4: Economical evaluation of L. plantarum bioproduction costs.-- Figure S5: Economical evaluation of P. fluorescens, B. subtilis and S. epidermidis growth costs.-- Table S1: Composition of culture media.-- Table S2: Kinetic Parameters of L. plantarum cultures on FP media.-- Table S3: Kinetic Parameters of L. plantarum cultures on TP media.-- Table S4: Kinetic parameters of L. brevis cultures on FP media.-- Table S5: Kinetic parameters of L. brevis cultures on TP media.-- Table S6: Productive yields of LAB bioproductions.-- Table S7: Kinetic parameters of P. fluorescens cultures on FP media.-- Table S8: Kinetic parameters of P. fluorescens cultures on TP media.-- Table S9: Kinetic parameters of Phaeobacter sp. cultures on FP media.-- Table S10: Kinetic parameters of Phaeobacter sp. cultures on TP media.-- Table S11: Kinetic parameters of B. subtilis cultures on FP media.-- Table S12: Kinetic parameters of B. subtilis cultures on TP media.-- Table S13: Kinetic parameters of S. epidermidis cultures on FP media.-- Table S14: Kinetic parameters of S. epidermidis cultures on TP media, Peer reviewed

1 file, Supplementary material for the article https://doi.org/10.3390/foods9091239, Figure S1: Culture kinetics of Lb 1.-- Figure S2: Culture kinetics of Ln.-- Figure S3: Culture kinetics of Lb 3.-- Figure S4: Economical evaluation of Lb 2 bioproduction costs.-- Figure S5: Economical evaluation of Ln bioproduction costs.-- Figure S6: Economical evaluation of Lb 3 bioproduction costs.-- Table S1: Parameter kinetics of Lb 2 cultures.-- Table S2: Continuation of Table S2.-- Table S3: Parameter kinetics of Ln cultures.-- Table S4: Continuation of Table S3.-- Table S5: Parameter kinetics of Lb 3 cultures.-- Table S6: Continuation of Table S5.-- Table S7: Ranges of productive yields.-- Table S8: Amino acids content of fish discard peptones.-- Table S9: Continuation of Table S8, Peer reviewed

1 file, The global trade in seahorses is increasing and new rearing techniques are currently available for a few species. One of the main bottlenecks in seahorse production is reproduction success, which is dependent upon the administration of high quality diets to breeders. However, very little is known about the most adequate diets, on how they should be administered and on how they might affect newborn performance. In this study, three homogeneous groups of adult seahorses Hippocampus guttulatus were maintained in captivity. Each group was fed on one of the following diets since the onset of the breeding period: Unenriched adult Artemia (Diet A), unenriched adult Artemia and mysidaceans (Diet AM) and mysidaceans (Diet M). As a positive control we used a wild pregnant male. The mixed diet AM provided the highest overall breeding success and reasonable fatty acid profiles, and better resembled newborn from a wild male. The use of only mysidaceans (Diet M) provided the worse results in spite of the high DHA content. Significant differences were observed in newborn characteristics and fatty acid profiles among dietary groups and along the breeding season, especially in total n-3 HUFA and DHA. Monospecific diets including Artemia or mysidaceans very likely suffered nutritional deficiencies, which were reflected in morphological alterations of the muscle tissue (diet A) or abnormal early mortalities in newborn (diet M). Three progressive stages were identified along the whole breeding period: Initial mixed capital-income period (100 - 120 days since the onset of the breeding period), followed by an inflexion period (short transitional stage - income sources), and finally a long period characterized by the use of income sources and the progressive exhaustion of body reserves. Special attention should be deserved to the progressive changes in fatty acid profiles along the breeding season, resulting in a decrease in newborn performance. Considering the time required for a diet to be reflected in newborn, we recommend Hippocampus guttulatus breeders to be fed on a high quality diet for at least three months prior the breeding period, Peer reviewed

Este documento presenta los datos de biomasa en carbono (mgC m-2) de taxones planctónicos y perifíticos de un experimento a escala de mesocosmos. La comunidad planctónica-perifítica fue sometida a tres escenarios de cambio global, con la temperatura y la radiación ultravioleta como factores experimentales testados independientemente. Cada elemento de la comunidad fue identificado a la máxima resolución taxonómica posible. Las abreviaciones y explicaciones sobre los escenarios experimentales, las replicas de cada escenario y los detalles de los compartimentos considerados en cada mesocosmos se muestran en la primera página de este documento., This document presents the data about carbon biomass (mgC m-2) of planktonic and periphytic taxa identified in a mesocosm experiment. The planktonic-periphytic community was subjected to three global change-related scenarios, with temperature and ultraviolet radiation as independently tested factors. Each element of this community was identified at the highest possible taxonomic resolution. Abbreviations about the experimental scenarios, the replicates and the details of the considered compartments in each mesocosm are shown on the first page of the document.

Two databases: Research on happiness and affect during Covid-19 confinement

Esta base de datos contiene los valores de diversos índices topológicos calculados a partir de los nodos funcionales de las comunidades acuáticas plánctónicas-bentónicas de un experimento a escala de mesocosmos. Mediante un diseño experimental que constaba de tres escenarios ambientales con cuatro réplicas cada uno (con la temperatura y la radiación ultravioleta como factores experimentales), se agruparon los organismos presentes en cada réplica (mesocosmos) en nodos funcionales. Con estos nodos se construyeron redes ecológicas tróficas (solo considerando relaciones tróficas entre ellos) y redes multi-interacción (considerando relaciones tróficas y no-tróficas). A cada uno de los nodos en cada versión de la red ecológica se le calcularon diversos índices (topological importance index, toplogical overlap index, closeness centrality y betweenness centrality) que muestran su importancia topológica en la red. Las abreviaciones y explicaciones sobre los escenarios experimentales, las replicas de cada escenario y los detalles sobre los índices y los nodos de las redes están detallados en la primera hoja de esta base de datos., This database contains the values of several topological indices calculated from the functional nodes of the planktonic-benthic aquatic communities from a mesocosm-scale experiment. Using an experimental design consisting of three environmental scenarios with four replicates each (with temperature and ultraviolet radiation as experimental factors), the organisms present in each replicate (mesocosm) were grouped into functional nodes. With these nodes, ecological trophic networks (only considering trophic relationships between them) and multi-interaction networks (considering trophic and non-trophic relations) were constructed. Different indices (topological importance index, topological overlap index, closeness centrality, and betweenness centrality) were calculated for each of the nodes in each version of the ecological network, showing their topological importance in the network. The abbreviations and explanations about the experimental scenarios, the replicates of each scenario, and the details regarding the indices and the nodes of the networks are detailed in the first sheet of this database.