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609 results for “Event study”
Simulation to optimize the laboratory diagnosis of bacteremia: event times dataset from observational and retrospective studies
<h1>Introduction</h1> <p>Dataset consisting of three .csv files generated from observational and retrospective data analysis for the manuscript titled: Simulation to optimize the laboratory diagnosis of bacteremia, by Gerada et al. Dataset consists of event time-stamps for blood cultures. All identifiers have been stripped. </p> <h1>Dataset summary</h1> <ul> <li>observational_data.csv – time-stamps generated from direct observation of blood culture processing. Note that data is in wide format, so that column names contain the event name. Also, events are not related to a particular specimen, therefore, column lengths are not equal. </li> <li>retrospecitve_audit.csv – time-stamps generated from manualk retrospective audit of laboratory information system. Column `Lab` indicates the incubator. Rows are per specimen. </li> <li>retrospective_data.csv – time-stamps pulled automatically from laboratory information system (without manual curation). Rows are per specimen.</li> </ul>
Differences in dogs' event related potentials in response to human and dog vocal stimuli: A non-invasive study
<p>Recent advances in the field of canine neuro-cognition allow for the non-invasive research of brain mechanisms in family dogs. Considering the striking similarities between dog's and human (infant)'s socio-cognition at the behavioural level, both similarities and differences in neural background can be of particular relevance. The current study investigates brain responses of N=17 family dogs to human and conspecific emotional vocalisations using a fully non-invasive ERP paradigm. We found that similarly to humans, dogs show a differential ERP response depending on the species of the caller demonstrated by a more positive ERP response to human vocalisations compared to dog vocalisations in a time-window between 250-650 ms after stimulus onset. A later time-window between 800-900 ms also revealed a valence sensitive ERP response in interaction with the species of the caller. Our results are the first ERP evidence to show the species sensitivity of vocal neural processing in dogs along with indications of valence sensitive processes in later post-stimulus time-periods.</p>
Fig. 7 in A study on benthic molluscs and stable isotopes from Kutch, western India reveals early Eocene hyperthermals and pronounced transgression during ETM2 and H2 events
Fig. 7 Histogram showing the frequency distribution of bulk sediment organic matter δ13C values. Red line marks the mean value (− 26.87‰). Yellow lines demarcate the standard deviation (1σ)
Fig. 6 a in A study on benthic molluscs and stable isotopes from Kutch, western India reveals early Eocene hyperthermals and pronounced transgression during ETM2 and H2 events
Fig. 6 a Lithostratigraphic section of Umarsar mine. b Bulk sediment organic matter δ13C stratigraphy; hyperthermal events are demarcated. c Molluscan shell carbonate c δ13C and c δ18O curve for unit 3. d Variation in TOC and e relative sea level 1 2
Fig. 5 Mollusc fossils from unit 3 a in A study on benthic molluscs and stable isotopes from Kutch, western India reveals early Eocene hyperthermals and pronounced transgression during ETM2 and H2 events
Fig. 5 Mollusc fossils from unit 3 a Broken shell of Pteria sp. b Partially preserved Anomia sp. c–e Nuculana sp. c within green shale, d external view of left valve, e internal view of left valve. f Articulated specimen of Caestocorbula sp. g Aphrodina sp. (white arrow) and Claibornicardia sp. (yellow arrow) in shell limestone h–j Claibornicardia sp. h internal view of left valve, i external view of left valve, j internal view of right valve. k, l Turritella sp. Scale bars 10 mm
Fig. 4 in A study on benthic molluscs and stable isotopes from Kutch, western India reveals early Eocene hyperthermals and pronounced transgression during ETM2 and H2 events
Fig. 4 Relative abundance of mollusc fossils in different layers shown along with the lithostratigraphic column of unit 3
Fig. 2 in A study on benthic molluscs and stable isotopes from Kutch, western India reveals early Eocene hyperthermals and pronounced transgression during ETM2 and H2 events
Fig. 2 Lithostratigraphic section of the Umarsar mine as revealed from the 103 no. drill-core. The four informal units of the succession are marked. Relative quantities of amber, plant matter, pyrite and glauconite in different levels are indicated
Fig. 1 in A study on benthic molluscs and stable isotopes from Kutch, western India reveals early Eocene hyperthermals and pronounced transgression during ETM2 and H2 events
Fig. 1 Map of the study area in Kutch, India. a Map of India. b Position of the study area. c Location of the Umarsar and Panandhro mines. Nareda village, the type locality of the Naredi Formation is also shown
Fig. 8 X in A study on benthic molluscs and stable isotopes from Kutch, western India reveals early Eocene hyperthermals and pronounced transgression during ETM2 and H2 events
Fig. 8 X-ray diffractograms of a Aphrodina sp. b Claibornicardia sp. and c Caestocorbula sp. Aragonite (Ara) is detected in the composition of all the analysed bivalve genera. Blue lines indicate the obtained curves of the respective samples and green lines indicate the standard d-spacings of aragonite (based on Profex 5.0.2 software)
Fig. 3 a in A study on benthic molluscs and stable isotopes from Kutch, western India reveals early Eocene hyperthermals and pronounced transgression during ETM2 and H2 events
Fig. 3 a Amber, plant fossil and glauconite pocket within shale indicated by yellow, blue and green arrows, respectively. b Granular amber within black shale. c Pyroclastics of unit 1. d Grey shale with amber (yellow arrow) and plant fossils (blue arrow) in unit 2. e Black shale with amber (yellow arrow) and plant fossils (blue arrow) in unit 2. f Grey shale with glauconite pocket (green oval) in unit 2. g Grey shale with pyrite (yellow oval) and plant matter (blue arrow) in unit 2. h Green shale in unit 3, glauconite indicated by green arrow; white dots are fragments of fossil molluscs. i Grey shale with pockets of glauconite and mollusc fragments in unit 3. j Green shale with pyrite (yellow arrow) in unit 3. k Shell limestone with mollusc fossils in unit 3; yellow and green arrows indicate Caestocorbula sp. and Claibornicardia sp., respectively. l Mollusc concentration in upper part of unit 3. m Black shale with plant fossil (blue arrow) in unit 4. n Lignite in unit 4. o Ferricrete in unit 4. Scale bars 10 mm
Supplementary file 48 in Methylphenidate for attention deficit hyperactivity disorder (ADHD) in children and adolescents - assessment of possible adverse events in non-randomised studies
<p>Supplementary file 48: Proportion of patients on methylphenidate with agitation</p>
Supplementary file 51 in Methylphenidate for attention deficit hyperactivity disorder (ADHD) in children and adolescents - assessment of possible adverse events in non-randomised studies
<p>Supplementary file 51: Proportion of patients on methylphenidate with sleep disorder</p>
Supplementary file 47 in Methylphenidate for attention deficit hyperactivity disorder (ADHD) in children and adolescents - assessment of possible adverse events in non-randomised studies
<p>Supplementary file 47: Proportion of patients on methylphenidate with isolation</p>
Supplementary file ROBINS-I Risk of Bias table in Methylphenidate for attention deficit hyperactivity disorder (ADHD) in children and adolescents - assessment of possible adverse events in non-randomised studies.
<p>ROBINS-I Risk og Bias Table</p>
Supplementary file 19 in Methylphenidate for attention deficit hyperactivity disorder (ADHD) in children and adolescents - assessment of possible adverse events in non-randomised studies
<p>Supplementary file 19 Proportion of patients on methylphenidate with asthenia </p>
Supplementary file 13 in Methylphenidate for attention deficit hyperactivity disorder (ADHD) in children and adolescents - assessment of possible adverse events in non-randomised studies
<p>Supplementary file 13: Proportion of patients on methylphenidate with tachycardia </p>
Supplementary file 80 in Methylphenidate for attention deficit hyperactivity disorder (ADHD) in children and adolescents - assessment of possible adverse events in non-randomised studies
<p>Supplementary file 80: Proportion of participants on methylphenidate with rhinitis</p>
Supplementary file 77 in Methylphenidate for attention deficit hyperactivity disorder (ADHD) in children and adolescents - assessment of possible adverse events in non-randomised studies
<p>Supplementary file 77: Proportion of participants on methylphenidate with pharyngitis</p>
Supplementary file 75 in Methylphenidate for attention deficit hyperactivity disorder (ADHD) in children and adolescents - assessment of possible adverse events in non-randomised studies
<p>Supplementary file 75: Proportion of participants on methylphenidate with allergies</p>
Supplementary file 74 in Methylphenidate for attention deficit hyperactivity disorder (ADHD) in children and adolescents - assessment of possible adverse events in non-randomised studies
<p>Supplementary file 74: Proportion of participants on methylphenidate with pyrexia</p>
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Allen Brain Atlas
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International Brain Laboratory public data
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OpenNeuro
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