Resultados de investigación

Bioinformatics method to identify individual driver mutations.

This database contains the results of the driver analysis performed by the Cancer Genome Interpreter across 6,792 exomes of a pan-cancer cohort of 28 tumor types. Validated oncogenic mutations are identified according to the state-of-the-art clinical and experimental data, whereas the effect of the mutations of unknown significance is predicted by the OncodriveMUT method.

CGI drug prescription assigns targeted drugs to a tumor, based on its genomic alterations, according different levels of evidence (from pre-clinical assays to clinical guidelines).

Collection of 29 graphs of FTIR analyses of samples from combustion structures of Tossal de la Vila (La Serra d’en Galceran, Castellón) and Masies de Sant Miquel (Banyeres del Penedès, Tarragona, Spain).

FTIR Analyses have been carried out at the Archaeometry Laboratory of the Faculty of Geography and History, University of Barcelona. Specifically, for the preparation of the samples, a 2-tonne press, model SC-03940 Mini-Pellet Press from Teknokroma has been used, and to apply this technique, an iS5 spectrometer from Thermo Fisher Scientific.

The software used for the interpretation of the spectra was OMNIC and the mineral database used is available at the Kimmel Centre for Archaeological Science (Weizmann Institute of Sciences).

Sampling was conducted in a non-smoking private single-family house in the municipality of Terrassa (Spain) during February-March 2016. There are 16 files of .txt format and 7 files of .csv format. The lightest file is 3KB and the heaviest 371KB. Counting all 23 files , there are 2,01MB. Files from the HAPEX device are those which start with 'HAPEX'. The following numbers correspond respectively to sensor ID_Day_Month_Year_Hour_Minute_Second of the sampling start. Files from the TZOA-R device are those which start with 'TZOA'. The following 4 digits correspond to the sensor ID. Files from the DustTrak device are those which end with 'dusttrak'. From 22 Feb to 25 Feb the number of the files' name corresponds to DayMonthYear (DDMMYY) and HourMinute (HHMM) of the sampling start. In contrast, from 29 Feb, the number of the files' name corresponds to DayMonthYear (DDMMYYYY) of the sampling start. Files from the EL-USB-CO devices are those which end with 'co'. From 22 Feb to 25 Feb the number of the files' name corresponds to DayMonthYear (DDMMYYYY) of the sampling start plus DayMonthYear (DDMMYYYY) of the sampling end. The numbers before 'co' correspond to the sensor ID (e.g. '1co'). In contrast, from 29 Feb, the number of the files' name corresponds to DayMonthYear (DDMMYYYY) of the sampling start only. File from the Q-Trak device is the one that ends with 'qtrak'. The number of the files' name corresponds to DayMonthYear (DDMMYYYY) of the sampling start. File from BGI concentrations is the one that start with 'BGI'. This is a database where the variable corresponding to the PM2.5 concentration is called 'PMconcentration' (reported in �g/m3).

This dataset corresponds to the manuscript: "Ventrolateral prefrontal contributions to the modulation of emotional interference on working memory. A transcranial magnetic stimulation study" The data were collected at the Cognitive NeuroLab (cognitiveneurolab.org, Universitat Oberta de Catalunya, UOC) as part of the grants PSI2012-36610 and PSI2016 80056-P from the Ministerio de Economí­a y Competitividad (MINECO) of Spain co-funded by European Regional Development Plan: A way to make Europe.

This database corresponds to the study of the authorship of women and men in 3913 contributions published in 7 Spanish journals of Ancient History between 1970 and 2020. It analyses the sex/gender of authorship, its proportion and its development over time. In addition, the possible existence of differences depending on whether the contributions are single-authored or co-authored, as well as on the position of signature in the works of more than one person, is addressed. Likewise, the topic of these investigations is taken into account. This study shows that the proportion of female authors is low and, furthermore, that a progressive increase in female authorship cannot be observed in the last decades.,
Esta base de datos corresponde al estudio de la autoría de mujeres y hombres en 3.914 contribuciones publicadas en 7 revistas españolas de Historia Antigua entre los años 1970 y 2020. Se analiza el sexo/género de la autoría, su proporción y su desarrollo a lo largo del tiempo. Además, se aborda la posible existencia de diferencias en función de si las contribuciones son de autoría única o coautoría, así como en la posición de firma en los trabajos de más de una persona. Asimismo, se tiene en cuenta la temática de estas investigaciones. Los datos recogidos evidencian que la proporción de autoras es baja y, además, no se observa un progresivo incremento de la autoría femenina en las últimas décadas.

Geomagnetic observatory vector (X, Y, Z) and scalar (F) definitive data (quasi-definitive data is available while the definitive is not ready) recorded by the Ebre Observatory institute. Units: nanoteslas (nT). Recording location: Horta de Sant Joan. Instrumentation: Variometers: LEMI-025 suspended 3-axis fluxgate magnetometer sampled at 1 s rate (filtered). Scalar magnetometers: GEM Systems GSM-90 sampled at 10 s rate. Absolute instrument: D/I-fluxgate magnetometer type TDJ6E-NM/FLM-4. Data are available in different interval types: 1-sec data; 1-min, 1-hour, 1-day and 1-month means.

Data corresponding to the experimental study carried out in the framework of a project by the “Ministerio de Economía y Competitividad” of the Spanish Government and located in the Environmental Physics group laboratory of the UdG.

These experimental study aim to determine the interaction between hydrodynamics and the canopy structure, a set of laboratory experiments were carried out with both rigid and flexible stems for different canopy densities, patch lengths and wave frequencies.

The data are presented in Excel, where on each sheet of Excel the data represented in the figures of the article published with the results of the different experiments are collected (https://doi.org/10.1038/s41598-023-28077-2).

So the second Excel sheet corresponds to figure 1 of the referenced article where the vertical profiles are shown TKE(turbulent kinetic energy )/Uw2(wave velocity) vertical profiles (a) versus z (vertical position) for non-vegetated set ups, and versus z/hp for (b) rigid vegetation and (c) flexible vegetation for the two wave frequencies studied f (wave frequency) = 1.12 Hz (circles) and (b) f = 0.5 Hz (triangles). The horizontal dashed lines in (b) and (c) represent the height of the plant leaf for flexible plants (hp) or the height of the plant stem for rigid plants. The vegetated experiments presented here correspond to cases with a patch length of 238 cm and SPF (solid plant fraction) = 10%. The horizontal grey lines represent the interface between the upper-canopy layer and the lower-canopy layer for both types of vegetation.

The third Excel sheet corresponds to figure 2, it is represented TKE attenuation in relation to the non-vegetated cases at the UCL (upper canopy layer) (βUCL) for (a) flexible vegetation (a) and for (b) rigid vegetation (b). TKE attenuation in relation to the non-vegetated cases at the LCL (lower canopy layer) (βLCL) for (c) flexible vegetation and for (d) rigid vegetation.

In the fourth sheet of Excel, the data in figure 3 is specified, that is to say, Vertical TKE attenuation, β′, for the (a) flexible vegetation model and (b) rigid vegetation model. Unfilled circles correspond to f = 0.5 Hz, and solid black circles correspond to f = 1.12 Hz. The vertical dashed lines indicate the threshold of Aw (Wave orbital excursion length scale)/S (plant-to-plant distance) for each type of plant, and the horizontal dashed line represents the y-axis value of β′ = 1.

In the fifth sheet of Excel, the data corresponding to figure 4, TKE versus CD−Patchnd22(1−∅)]23Uw2 for (a) flexible and (b) rigid vegetation.

Finally, in the six sheet, the data corresponding to figure 5, number of shoots per m2 (n) required to begin producing TKE versus TKE/Uw2 for different patch lengths and for (a) rigid and (b) flexible plant structures.

Electrophysiology data from Trichromatic retina is highly conserved among tortricid moths. Spectral sensitivity data under dark adapted, green adapted, blue adapted and ultraviolet adapted conditions for three species of tortricids with different diel activities. Spectral sensitivity data from intracellular recordings of Cydia pommonella males and females. Responses of the three species of tortricids under a flickering light at different frequencies to obtain the temporal resolution of the photoreceptors.