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2.20 �� resolution anomalous diffraction dataset for Vibrio alkaline phosphatase, crystallised in 1.0 M NaCl. Data were collected with an X-ray energy of 6 keV at the P14 beamline at the DESY-PETRA III synchrotron in Hamburg, Germany. This dataset was used to estimate the location of chloride ions bound to the enzyme. "NaClAnon.hkl" is the final non-merged anomalous reflection file from data processing in XDS and XSCALE.

This is the dataset necessary to reproduce the results described in the manuscript "Random forest classification to predict response to high-definition transcranial direct current stimulation for tinnitus relief".

Secondary data on historical flood events, their location, date and recorded impacts in Karonga district of Northern Malawi. As Karonga district is mainly affected by flash flooding, the dataset is specifically driven toward flash flood type risk analysis. The entries were extracted manually from five different sources of information: Disaster reports from Humanitarian Actors (IFRC GO, UNICEF Malawi), existing global disaster (EM-DAT; Munich RE), government data (Malawi Department of Disaster Management Affair - DODMA), online news-briefs (FloodList; ReliefWeb) and national online media (Nyasa Times; The Nation). The resulting consolidated event database has a three levels of spatial granularity: Karonga District, Traditional Authority (TA) and community levels (GVH). A total of 142 records of flash flood events affecting the district from 2000 to 2018 are gathered. This included 48 events reported at district level, and 38 events at TA level.

Dataset accompanying the publication "Map of SARS-CoV-2 spike epitopes not shielded byglycans" published in XYZ. The dataset contains: 1. raw epitope screening scores (README file attached in the archive) 2. structure and GROMACS topology and input files for two systems: - 4x SARS-CoV-2 spike protein, glycosylated - 4x SARS-CoV-2 spike protein, non-glycosylated

dataset name Biodiversity_CenotesPeninsula_ResearchQuality Naturalist Project Name Biodiversidad asociada a los cenotes de la Pen��nsula de yucat��n Naturalist Project URL https://www.naturalista.mx/projects/biodiversidad-asociada-a-los-cenotes-de-la-peninsula-de-yucatan Doi 10.5281/zenodo.5655339 Compiler Isaac Chacon Gomez Query settings "Consulta quality_grade=research&identifications=any&projects[]=biodiversidad-asociada-a-los-cenotes-de-la-peninsula-de-yucatan&d2=2021-10-01 Columnas id, observed_on_string, observed_on, time_observed_at, time_zone, user_id, user_login, created_at, updated_at, quality_grade, license, url, image_url, sound_url, tag_list, description, num_identification_agreements, num_identification_disagreements, captive_cultivated, oauth_application_id, place_guess, latitude, longitude, positional_accuracy, private_place_guess, private_latitude, private_longitude, public_positional_accuracy, geoprivacy, taxon_geoprivacy, coordinates_obscured, positioning_method, positioning_device, place_town_name, place_county_name, place_state_name, place_country_name, place_admin1_name, place_admin2_name, species_guess, scientific_name, common_name, iconic_taxon_name, taxon_id, taxon_kingdom_name, taxon_phylum_name, taxon_subphylum_name, taxon_class_name, taxon_order_name, taxon_family_name, taxon_genus_name, taxon_species_name, field:cenote, field:nombre+del+cenote" NGS-73864C-2- "Recognition of the biodiversity of the cenotes of the Yucatan Peninsula through citizen science" funded by the National Geographic Society and with the working group of KALANBIO A. C. and Cenoteando-UNAM. This dataset compiles the research grade observations of the Naturalista project "Biodiversity associated with the cenotes of the Yucat��n Peninsula" (https://www.naturalista.mx/projects/biodiversidad-asociada-a-los-cenotes-de-la -peninsula-de-yucatan), and that is presented in the report: Chacon Gomez Isaac, Chavez-Solis Efrain M., & Simoes, Nuno. (2021). REGISTRATION OF THE BIODIVERSITY ASSOCIATED WITH THE CENOTES OF THE YUCAT��N PENINSULA THROUGH INATURALIST (p. 33). KALANBIO A.C. https://doi.org/10.5281/zenodo.5650133 {"references": ["Chacon Gomez Isaac, Chavez-Solis Efrain M., & Simoes, Nuno. (2021). REGISTRO DE LA BIODIVERSIDAD ASOCIADA A LOS CENOTES DE LA PEN\u00cdNSULA DE YUCAT\u00c1N A TRAV\u00c9S DE INATURALIST (p. 33). KALANBIO A.C. https://doi.org/10.5281/zenodo.5650133"]}

This database includes the raw data linked with the paper ���Diagnostic and prognostic value of external anal sphincter EMG patterns in multiple system atrophy���. We collected clinical data and external anal sphincter (EAS) EMG findings in 72 patients with multiple system atrophy (MSA) and 21 with Parkinson���s disease (PD). We ascertained the survival times of 49 MSA patients who died during follow-up. We aimed to assess the diagnostic and prognostic value and clinical correlations of a novel classification of EAS electromyography patterns in MSA. We identified four EAS electromyography patterns, ranging from normal findings (pattern I) to mild, moderate or severe neurogenic damage (patterns II, III and IV, respectively). Pattern I was frequently observed in PD patients, while it was associated with prolonged survival when identified in a few MSA patients. Patterns II, III and IV were predominant in MSA. Subjects with MSA and EAS abnormalities often showed fecal incontinence and urogenital symptoms, which were frequently present at disease onset in patients with patterns III and IV. Abnormal EAS patterns correlated with MSA diagnosis. In particular, pattern IV was associated with the highest likelihood of MSA diagnosis and with the worst prognosis in the MSA cohort. Fundinig: Ricerca Corrente 2020-2021 Italian Ministry of Health (Italy)

Main articles on policosannol yield, by material sources and extraction methods (saponification, transesterification, solvent extraction, supercritical CO2 extraction and ultrasonic extraction). Work conducted during a scholarship supported by the Institutional Sandwich Doctorate Program Abroad (PDSE) at the Federal University of Bahia (UFBA), Salvador, Brazil, and University of Valladolid (UVA), Palencia, Spanish. Acknowledgment: To the University of Valladolid for receiving us, support and training. To MsC D. Kouloukoui, MsC F. Santos, MsC D. Silva and Me. S. Talabante for technical advice. Funding: This study was financed in part by the Coordenação de Aperfeiçoamento de Pessoal de Nível Superior - Brasil (Capes) - Finance Code 001.

The Wind in our Sails. Places dataset converted to RDF. This deposit contains the resulting RDF triples in separate zip archives as well as scripts used for conversion and linking.

Descrizione: In 2012, we published the clinical case of a child with epilepsy and NREM-parasomnia of unknown cause. The boy, now aged 16 years old. In the suspicion of a genetic cause, the patient underwent to karyotype and CGH array that resulted unrevealing. 3-Tesla brain MRI was normal. Recently, the NGS analysis with a genetic panel for the screening of genes involved in epilepsy, identified the novel hemizygous missense variant c.1486G > A (p.Glu496Lys) in the X-linked ARHGEF9 gene (NM_015185.2, NP_056000.1) Study supported by italian Ministry of Health - Program GR-2016-02363337