cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.1589818.v1
title: Spades E coli assembly visualised with bandage

description: While preparing for a course on de novo genome assembly, I tried out the excellent Bandage program for viewing assembly graphs. One spades assembly stuck out, as it showed a 'knot' of short contigs. Inspection of the sequencing of these contigs showed them to be derived from the rRNA loci of the genome (rRNA and tRNA genes). After I posted an image of the graph on twitter, a fellow researcher asked me for a citable copy of the figure. This figshare entry is meant to provide just that.
DOI: 10.6084/m9.figshare.1589818.v2
title: Spades E coli assembly visualised with bandage

description: While preparing for a course on de novo genome assembly, I tried out the excellent Bandage program for viewing assembly graphs. One spades assembly stuck out, as it showed a 'knot' of short contigs. Inspection of the sequencing of these contigs showed them to be derived from the rRNA loci of the genome (rRNA and tRNA genes). After I posted an image of the graph on twitter, a fellow researcher asked me for a citable copy of the figure. This figshare entry is meant to provide just that.
DOI: 10.6084/m9.figshare.1589777
title: Tailored dose baclofen in patients with alcoholic liver disease: A case series with 2-year follow-up of hospitalisation

description: <i>Introduction</i>: Alcohol addiction is a major health burden with its consequences including liver disease and frequent hospitalisations. We used tailored-dose baclofen in patients with alcoholic liver disease and investigated hospital re-admissions before and after baclofen dose was initiated as well as tolerability and patient-reported alcohol consumption. <i>Methods</i>: Fifty-three hospitalised patients with alcoholic liver disease started tailored dose baclofen (median: 5.05 months, median highest dose before tapering down: 60 mg). Patients were followed-up for hospitalisation data from the health board database (mean hospitalisation follow up: 31 months) and patients were sent standardized questionnaires. <i>Results</i>: Baclofen was generally well tolerated with dose reductions in four patients. In the 2 years after initiation of the treatment, patients spent on an average of 19.1 d in the hospital per year compared to 25.48 d before the treatment initiation (<i>p</i> = 0.59). Respondents (19 patients) reported a reduction in alcohol consumption by an average of 58.7% (240.1 g to 144.09 g). <i>Conclusions</i>: After initiation of the baclofen treatment, there was a trend towards decrease in hospitalisations and in patients who answered the questionnaire, alcohol consumption decreased.
DOI: 10.6084/m9.figshare.1589818.v3
title: Spades E coli assembly visualised with bandage

description: While preparing for a course on de novo genome assembly, I tried out the excellent Bandage program for viewing assembly graphs. One spades assembly stuck out, as it showed a 'knot' of short contigs. Inspection of the sequencing of these contigs showed them to be derived from the rRNA loci of the genome (rRNA and tRNA genes). After I posted an image of the graph on twitter, a fellow researcher asked me for a citable copy of the figure. This figshare entry is meant to provide just that.
DOI: 10.6084/m9.figshare.1589777.v2
title: Tailored dose baclofen in patients with alcoholic liver disease: A case series with 2-year follow-up of hospitalisation

description: <i>Introduction</i>: Alcohol addiction is a major health burden with its consequences including liver disease and frequent hospitalisations. We used tailored-dose baclofen in patients with alcoholic liver disease and investigated hospital re-admissions before and after baclofen dose was initiated as well as tolerability and patient-reported alcohol consumption. <i>Methods</i>: Fifty-three hospitalised patients with alcoholic liver disease started tailored dose baclofen (median: 5.05 months, median highest dose before tapering down: 60 mg). Patients were followed-up for hospitalisation data from the health board database (mean hospitalisation follow up: 31 months) and patients were sent standardized questionnaires. <i>Results</i>: Baclofen was generally well tolerated with dose reductions in four patients. In the 2 years after initiation of the treatment, patients spent on an average of 19.1 d in the hospital per year compared to 25.48 d before the treatment initiation (<i>p</i> = 0.59). Respondents (19 patients) reported a reduction in alcohol consumption by an average of 58.7% (240.1 g to 144.09 g). <i>Conclusions</i>: After initiation of the baclofen treatment, there was a trend towards decrease in hospitalisations and in patients who answered the questionnaire, alcohol consumption decreased.
DOI: 10.6084/m9.figshare.1589777.v1
title: Tailored dose baclofen in patients with alcoholic liver disease: A case series with 2-year follow-up of hospitalisation

description: <i>Introduction</i>: Alcohol addiction is a major health burden with its consequences including liver disease and frequent hospitalisations. We used tailored-dose baclofen in patients with alcoholic liver disease and investigated hospital re-admissions before and after baclofen dose was initiated as well as tolerability and patient-reported alcohol consumption. <i>Methods</i>: Fifty-three hospitalised patients with alcoholic liver disease started tailored dose baclofen (median: 5.05 months, median highest dose before tapering down: 60 mg). Patients were followed-up for hospitalisation data from the health board database (mean hospitalisation follow up: 31 months) and patients were sent standardized questionnaires. <i>Results</i>: Baclofen was generally well tolerated with dose reductions in four patients. In the 2 years after initiation of the treatment, patients spent on an average of 19.1 d in the hospital per year compared to 25.48 d before the treatment initiation (<i>p</i> = 0.59). Respondents (19 patients) reported a reduction in alcohol consumption by an average of 58.7% (240.1 g to 144.09 g). <i>Conclusions</i>: After initiation of the baclofen treatment, there was a trend towards decrease in hospitalisations and in patients who answered the questionnaire, alcohol consumption decreased.
DOI: 10.6084/m9.figshare.1589764
title: Patient U

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). sampling frequency=200 Hz. # of channels 26 (8 + 8 scalp and 5 + 5 FOE).
DOI: 10.6084/m9.figshare.1589772
title: Measuring the societal impact of open science

description: Talk given at 2AM conference 2015. Our preliminary results on the connection between altmetrics and open access publications show a significant difference between altmetric indicators based on number of mentions of open access publications in their content. Open access articles receive more attention on Facebook and (especially) on Twitter compared to articles that are behind paywalls. The opposite appears to be the case for Mendeley readers and (to some extent) for Wikipedia posts, as open access articles are not used as much as those that are behind paywalls in these contexts. The preliminary results are based on an analysis of how almost 4 million altmetric events are spread between articles in open access journals (as listed by DOAJ) and other journals.
DOI: 10.6084/m9.figshare.1589771
title: “Carbon Cowboys” could inflate REDD+ payments through positive measurement bias

description: The United Nations Framework Convention on Climate Change (UNFCCC) guidelines aim for a maximum 10% uncertainty in forest biomass inventories, after which penalties accrue. Identification of this magnitude of error requires recognition of discrepancies in carbon stock estimates between project proponents and by Measurement, Reporting, and Verification (MRV) auditors for REDD+ (Reduced Emissions from Deforestation and Forest Degradation, plus the role of conservation, forest management and enhancement of carbon stocks). Given that carbon stocks might be intentionally overestimated by profiteers who would thereby benefit financially, it is important to know how those estimates might most expeditiously be inflated by systematic or random positive biases in measurements of tree diameter, height and wood density. We explore the differences in magnitudes of forest biomass estimate inflation that result from a scenario in which positive bias is added to a random selection of 1–20% of all trees, and a systematic “Carbon Cowboy” scenario in which 1–20% is added to the measurements of the largest trees. As expected, biases under the random scenario must be both highly frequent (&gt;20% of trees) and large (&gt;10%) to breach the UNFCCC 10% uncertainty threshold. In contrast, for the Carbon Cowboy scenario, a measurement bias in tree diameter as small as 10% reaches the same limit if added to the largest 5% of trees. A 10% upward bias achieves the same result if applied to the diameter, height and wood density of the largest 1% of trees. These findings suggest that MRV auditors of REDD+ projects should be especially vigilant about systematic measurement biases that involve large trees.
DOI: 10.6084/m9.figshare.1589762
title: Patient S

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589763
title: Patient V

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589764.v1
title: Patient U

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). sampling frequency=200 Hz. # of channels 26 (8 + 8 scalp and 5 + 5 FOE).
DOI: 10.6084/m9.figshare.1589760
title: Patient R

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589762.v1
title: Patient S

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589763.v1
title: Patient V

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589761
title: Patient T

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589759
title: STRIP-G Study Database

description: STRIP-G Study database GBS status: 1-positive, 0-negative, 2-unknown Maternal age: in years Gestational age: in weaks Gravidity / Parity / Abortion / CS / LC: in numbers
DOI: 10.6084/m9.figshare.1589760.v1
title: Patient R

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589757
title: Patient O

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589761.v1
title: Patient T

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589771.v3
title: “Carbon Cowboys” could inflate REDD+ payments through positive measurement bias

description: The United Nations Framework Convention on Climate Change (UNFCCC) guidelines aim for a maximum 10% uncertainty in forest biomass inventories, after which penalties accrue. Identification of this magnitude of error requires recognition of discrepancies in carbon stock estimates between project proponents and by Measurement, Reporting, and Verification (MRV) auditors for REDD+ (Reduced Emissions from Deforestation and Forest Degradation, plus the role of conservation, forest management and enhancement of carbon stocks). Given that carbon stocks might be intentionally overestimated by profiteers who would thereby benefit financially, it is important to know how those estimates might most expeditiously be inflated by systematic or random positive biases in measurements of tree diameter, height and wood density. We explore the differences in magnitudes of forest biomass estimate inflation that result from a scenario in which positive bias is added to a random selection of 1–20% of all trees, and a systematic “Carbon Cowboy” scenario in which 1–20% is added to the measurements of the largest trees. As expected, biases under the random scenario must be both highly frequent (&gt;20% of trees) and large (&gt;10%) to breach the UNFCCC 10% uncertainty threshold. In contrast, for the Carbon Cowboy scenario, a measurement bias in tree diameter as small as 10% reaches the same limit if added to the largest 5% of trees. A 10% upward bias achieves the same result if applied to the diameter, height and wood density of the largest 1% of trees. These findings suggest that MRV auditors of REDD+ projects should be especially vigilant about systematic measurement biases that involve large trees.
DOI: 10.6084/m9.figshare.1589755
title: Patient P

description: R workspace format. Variable "series" is the multivariate time series<br>with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589756
title: Patient Q

description: R workspace format. Variable "series" is the multivariate time series<br>with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589757.v1
title: Patient O

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589754
title: Patient M

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589755.v1
title: Patient P

description: R workspace format. Variable "series" is the multivariate time series<br>with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589756.v1
title: Patient Q

description: R workspace format. Variable "series" is the multivariate time series<br>with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589750
title: Patient A

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=250 Hz. # of channels 26 (8 + 8 scalp and 5 + 5 FOE).
DOI: 10.6084/m9.figshare.1589752
title: Patient N

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589753
title: Patient L

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589752.v1
title: Patient N

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589754.v1
title: Patient M

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).
DOI: 10.6084/m9.figshare.1589753.v1
title: Patient L

description: R workspace format. Variable "series" is the multivariate time series with time, scalp and FOE activity. The first column corresponds to time<br>(in minutes). The following 16 channels correspond to scalp electrodes (2:9 left scalp electrodes and 10:17 right scalp electrodes). The remaining columns correspond to FOE, left and right respectively. The variable "onset" determines the time of seizure onset (in minutes). Sampling frequency=200 Hz. # of channels 28 (8 + 8 scalp and 6 + 6 FOE).