cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.4422020
title: Dataset concerning cognitive screening by using Smart Aging platform in patients with neurodegenerative diseases

description: This is the processed data for the manuscript "Bottiroli S, Bernini S, Cavallini E, Sinforiani E, Zucchella C, Pazzi S, Cristiani P, Vecchi T, Tost D, Sandrini G and Tassorelli C (2021) The Smart Aging Platform for Assessing Early Phases of Cognitive Impairment in Patients With Neurodegenerative Diseases. Front. Psychol. 12:635410. doi: 10.3389/fpsyg.2021.635410". Dataset refers to the cognitive screening in four groups of subjects (HC, mild AD, aMCI, PD_MCI) made by using (1) the five tasks of the Smart Aging platform in terms of correctness, time, and distance and global scores; (2) traditional neuropsychological assessments (MMSE, MoCA, TMT part A and B, phonological and semantic fluency, FCSRT).
DOI: 10.6084/m9.figshare.14974479.v1
title: An in vitro model for the cultivation of polymicrobial biofilms under continuous-flow conditions

description: The airways of people with cystic fibrosis (CF) are often chronically colonised with a diverse array of bacterial and fungal species. However, little is known about the relative partitioning of species between the planktonic and biofilm modes of growth in the airways. Existing <i>in vivo</i> and <i>in vitro</i> models of CF airway infection are ill-suited for the long-term recapitulation of mixed microbial communities. We have described a simple, continuous-flow model for the cultivation of polymicrobial biofilms and planktonic cultures on different substrata (submitted to the NC3Rs F1000 research gateway). Our data (deposited here) provide evidence for inter-species antagonism and synergism in biofilm ecology. We further show that the type of substratum on which the biofilms grow has a profound influence on their species composition. This happens without any major alteration in the composition of the surrounding steady-state planktonic community. Our experimentally-tractable model enables the systematic study of planktonic and biofilm communities under conditions that are nutritionally reminiscent of the CF airway microenvironment, something not possible using any existing <i>in vivo</i> models of CF airway infection.
DOI: 10.6084/m9.figshare.14827395.v1
title: Dataset on Questionnaire Validation & Reliability

description: From June 10, 2020, to June 25, 2020, with 49 from 100 respondents of SMEs production sector at 23 Districts of Deli Serdang Regency that response to all of the questionnaire items statement, testing and modification of the questionnaire instrument was carried out. This dataset is the final modification of the questionnaire.<br>Where:X<sub>1</sub> denotes supplier feedback (Item number 1 on questionnaire hardcopy; item number 6 on google form)X<sub>2</sub> denotes supplier just in time (Item number 2 on questionnaire hardcopy; item number 7 on google form)X<sub>3</sub> denotes supplier development (Item number 3 on questionnaire hardcopy; item number 8 on google form)X<sub>4</sub> denotes customer involvement (Item number 4 on questionnaire hardcopy; item number 9 on google form)X<sub>5</sub> denotes pull system (Item number 5 on questionnaire hardcopy; item number 10 on google form)X<sub>6</sub> denotes continue flow (Item number 6 on questionnaire hardcopy; item number 11 on google form)X<sub>7</sub> denotes setup time reduction (Item number 7 on questionnaire hardcopy; item number 12 on google form)X<sub>8</sub> denotes statistical process control (Item number 8 on questionnaire hardcopy; item number 13 on google form)X<sub>9</sub> denotes employee involvement (Item number 9 on questionnaire hardcopy; item number 14 on google form)X<sub>10</sub> denotes total productive maintenance (Item number 10 on questionnaire hardcopy; item number 15 on google form)Y<sub>18</sub> denotes return on investment (Item number 11 on questionnaire hardcopy; item number 16 on google form)Y<sub>19</sub> denotes return on asset (Item number 12 on questionnaire hardcopy; item number 17 on google form)Y<sub>20</sub> denotes sell growth (Item number 13 on questionnaire hardcopy; item number 18 on google form)Y<sub>21</sub> denotes total operating cost (Item number 14 on questionnaire hardcopy; item number 19 on google form)LE<sub>1</sub> denotes pull production system (Item number 15 on questionnaire hardcopy; item number 20 on google form)LE<sub>2</sub> denotes inventory delivery (Item number 16 on questionnaire hardcopy; item number 21 on google form)LE<sub>3</sub> denotes business location (Item number 17 on questionnaire hardcopy; item number 22 on google form)LE<sub>4</sub> denotes customer needs (Item number 18 on questionnaire hardcopy; item number 23 on google form)LE<sub>5</sub> denotes time production (Item number 19 on questionnaire hardcopy; item number 24 on google form)<br>
DOI: 10.6084/m9.figshare.14974401.v2
title: Database Fantin et al. 2021.csv

description: This dataset represents the data of 792 participants who completed the French Vividness of Olfactory Imagery Questionnaire (fVOIQ). <br><br>Columns respectively represent : <br>- gender (M=1; F =2)- pregnancy (1=Yes, 2= No)- age- nationality, place of birth, residence, and duration of stay at place of residence- smelling ability (2 = hyposmic, 3 = expert, 4 = normosmic)- occurence of a smell-affecting virus in the past 4 weeks (columns I to K)- all 16 fVOIQ items (columns L to AA). <br>
DOI: 10.6084/m9.figshare.14974401.v1
title: Database Fantin et al. 2021.csv

description: This dataset represents the data of 792 participants who completed the French Vividness of Olfactory Imagery Questionnaire (fVOIQ). <br><br>Columns respectively represent : <br>- gender (M=1; F =2)- pregnancy (1=Yes, 2= No)- age- nationality, place of birth, residence, and duration of stay at place of residence- smelling ability (2 = hyposmic, 3 = expert, 4 = normosmic)- occurence of a smell-affecting virus in the past 4 weeks (columns I to K)- all 16 fVOIQ items (columns L to AA). <br>
DOI: 10.6084/m9.figshare.14974602
title: fVOIQ dataset Fantin et al. 2021

description: This dataset represents the data of 792 participants who completed the French Vividness of Olfactory Imagery Questionnaire (fVOIQ). <br><br>Columns respectively represent : <br>- gender (M=1; F =2)- pregnancy (1=Yes, 2= No)- age- nationality, place of birth, residence, and duration of stay at place of residence- smelling ability (2 = hyposmic, 3 = expert, 4 = normosmic)- occurence of a smell-affecting virus in the past 4 weeks (columns I to K)- all 16 fVOIQ items (columns L to AA).
DOI: 10.6084/m9.figshare.14974602.v1
title: fVOIQ dataset Fantin et al. 2021

description: This dataset represents the data of 792 participants who completed the French Vividness of Olfactory Imagery Questionnaire (fVOIQ). <br><br>Columns respectively represent : <br>- gender (M=1; F =2)- pregnancy (1=Yes, 2= No)- age- nationality, place of birth, residence, and duration of stay at place of residence- smelling ability (2 = hyposmic, 3 = expert, 4 = normosmic)- occurence of a smell-affecting virus in the past 4 weeks (columns I to K)- all 16 fVOIQ items (columns L to AA).
DOI: 10.15468/dzqthu
title: Taxonomic revision of the genus Elmomorphus Sharp, 1888 I. Japanese and Korean species (Coleoptera: Dryopidae)

description: This dataset contains the digitized treatments in Plazi based on the original journal article Kodada, Ján, Selnekovič, Dávid, Jäch, Manfred A., Goffová, Katarína, Vďačný, Peter (2021): Taxonomic revision of the genus Elmomorphus Sharp, 1888 I. Japanese and Korean species (Coleoptera: Dryopidae). European Journal of Taxonomy 758 (1): 97-121, DOI: https://doi.org/10.5852/ejt.2021.758.1427, URL: http://dx.doi.org/10.5852/ejt.2021.758.1427
DOI: 10.34740/kaggle/dsv/2421554
title: COVID Vaccination in World (updated daily)
DOI: 10.6084/m9.figshare.14974556
title: Adipocyte ADAM17 plays a limited role in metabolic inflammation

description: The role of ADAM17, its substrates, and its natural inhibitor has been well studied in the context of inflammation, including metabolic inflammation, with mixed results. Previous studies examining global <i>Adam17</i> knockdown models and ADAM17 inhibition using overexpression of endogenous ADAM17 inhibitors have shown improved metabolic health and decreased metabolic inflammation. However, there have been no studies examining the role of adipocyte ADAM17 using <i>in vivo</i> models. In this study, we developed an adipocyte-specific <i>Adam17</i> knockout model using <i>Adipoq-Cre</i>-expressing mice crossed with <i>Adam17</i>-floxed mice. Using this model, we show that loss of adipocyte ADAM17 plays no evident role in baseline metabolic responses. Surprisingly, in a state of metabolic stress using high-fat diet (HFD), we observed that adipocyte ADAM17 had little effect overall on the metabolic phenotype as well as inflammatory cell populations. Using whole-body metabolic phenotyping, we show that loss of ADAM17 has no effect on energy utilization both at a baseline state as well as following HFD. However, lastly, using high-parameter flow cytometry, we show that loss of adipocyte ADAM17 alters macrophage and eosinophil populations following HFD. Overall, the studies presented here give more insight into the role of ADAM17 in metabolic responses and metabolic inflammation, specifically in adipocytes.
DOI: 10.6084/m9.figshare.14974479
title: An in vitro model for the cultivation of polymicrobial biofilms under continuous-flow conditions

description: The airways of people with cystic fibrosis (CF) are often chronically colonised with a diverse array of bacterial and fungal species. However, little is known about the relative partitioning of species between the planktonic and biofilm modes of growth in the airways. Existing <i>in vivo</i> and <i>in vitro</i> models of CF airway infection are ill-suited for the long-term recapitulation of mixed microbial communities. We have described a simple, continuous-flow model for the cultivation of polymicrobial biofilms and planktonic cultures on different substrata (submitted to the NC3Rs F1000 research gateway). Our data (deposited here) provide evidence for inter-species antagonism and synergism in biofilm ecology. We further show that the type of substratum on which the biofilms grow has a profound influence on their species composition. This happens without any major alteration in the composition of the surrounding steady-state planktonic community. Our experimentally-tractable model enables the systematic study of planktonic and biofilm communities under conditions that are nutritionally reminiscent of the CF airway microenvironment, something not possible using any existing <i>in vivo</i> models of CF airway infection.
DOI: 10.6084/m9.figshare.14169941
title: Dataset of Leanness Strategy of Medan Micro & SMEs (169 Respondents)

description: Data were obtained through online via google form at https://forms.gle/GmcrY3RQxUbJHRJG9 and mail reply from MSME business actors in Medan from the 1<sup>st</sup> of August 2020 to the 24<sup>th</sup> of October 2020, this is based and attention to the COVID-19 protocol https://covid19.go.id/p/protokol.<br>Where: X<sub>1</sub> denotes supplier feedback (Item number 1 on questionnaire hardcopy; item number 6 on google form) X<sub>2</sub> denotes supplier just in time (Item number 2 on questionnaire hardcopy; item number 7 on google form) X<sub>3</sub> denotes supplier development (Item number 3 on questionnaire hardcopy; item number 8 on google form) X<sub>4</sub> denotes customer involvement (Item number 4 on questionnaire hardcopy; item number 9 on google form) X<sub>5</sub> denotes pull system (Item number 5 on questionnaire hardcopy; item number 10 on google form) X<sub>6</sub> denotes continue flow (Item number 6 on questionnaire hardcopy; item number 11 on google form) X<sub>7</sub> denotes setup time reduction (Item number 7 on questionnaire hardcopy; item number 12 on google form) X<sub>8</sub> denotes statistical process control (Item number 8 on questionnaire hardcopy; item number 13 on google form) X<sub>9</sub> denotes employee involvement (Item number 9 on questionnaire hardcopy; item number 14 on google form) X<sub>10</sub> denotes total productive maintenance (Item number 10 on questionnaire hardcopy; item number 15 on google form) Y<sub>18</sub> denotes return on investment (Item number 11 on questionnaire hardcopy; item number 16 on google form) Y<sub>19</sub> denotes return on asset (Item number 12 on questionnaire hardcopy; item number 17 on google form) Y<sub>20</sub> denotes sell growth (Item number 13 on questionnaire hardcopy; item number 18 on google form) Y<sub>21</sub> denotes total operating cost (Item number 14 on questionnaire hardcopy; item number 19 on google form) LE<sub>1</sub> denotes pull production system (Item number 15 on questionnaire hardcopy; item number 20 on google form) LE<sub>2</sub> denotes inventory delivery (Item number 16 on questionnaire hardcopy; item number 21 on google form) LE<sub>3</sub> denotes business location (Item number 17 on questionnaire hardcopy; item number 22 on google form) LE<sub>4</sub> denotes customer needs (Item number 18 on questionnaire hardcopy; item number 23 on google form) LE<sub>5</sub> denotes time production (Item number 19 on questionnaire hardcopy; item number 24 on google form)<br>
DOI: 10.6084/m9.figshare.14169941.v3
title: Dataset of Leanness Strategy of Medan Micro & SMEs (169 Respondents)

description: Data were obtained through online via google form at https://forms.gle/GmcrY3RQxUbJHRJG9 and mail reply from MSME business actors in Medan from the 1<sup>st</sup> of August 2020 to the 24<sup>th</sup> of October 2020, this is based and attention to the COVID-19 protocol https://covid19.go.id/p/protokol.<br>Where: X<sub>1</sub> denotes supplier feedback (Item number 1 on questionnaire hardcopy; item number 6 on google form) X<sub>2</sub> denotes supplier just in time (Item number 2 on questionnaire hardcopy; item number 7 on google form) X<sub>3</sub> denotes supplier development (Item number 3 on questionnaire hardcopy; item number 8 on google form) X<sub>4</sub> denotes customer involvement (Item number 4 on questionnaire hardcopy; item number 9 on google form) X<sub>5</sub> denotes pull system (Item number 5 on questionnaire hardcopy; item number 10 on google form) X<sub>6</sub> denotes continue flow (Item number 6 on questionnaire hardcopy; item number 11 on google form) X<sub>7</sub> denotes setup time reduction (Item number 7 on questionnaire hardcopy; item number 12 on google form) X<sub>8</sub> denotes statistical process control (Item number 8 on questionnaire hardcopy; item number 13 on google form) X<sub>9</sub> denotes employee involvement (Item number 9 on questionnaire hardcopy; item number 14 on google form) X<sub>10</sub> denotes total productive maintenance (Item number 10 on questionnaire hardcopy; item number 15 on google form) Y<sub>18</sub> denotes return on investment (Item number 11 on questionnaire hardcopy; item number 16 on google form) Y<sub>19</sub> denotes return on asset (Item number 12 on questionnaire hardcopy; item number 17 on google form) Y<sub>20</sub> denotes sell growth (Item number 13 on questionnaire hardcopy; item number 18 on google form) Y<sub>21</sub> denotes total operating cost (Item number 14 on questionnaire hardcopy; item number 19 on google form) LE<sub>1</sub> denotes pull production system (Item number 15 on questionnaire hardcopy; item number 20 on google form) LE<sub>2</sub> denotes inventory delivery (Item number 16 on questionnaire hardcopy; item number 21 on google form) LE<sub>3</sub> denotes business location (Item number 17 on questionnaire hardcopy; item number 22 on google form) LE<sub>4</sub> denotes customer needs (Item number 18 on questionnaire hardcopy; item number 23 on google form) LE<sub>5</sub> denotes time production (Item number 19 on questionnaire hardcopy; item number 24 on google form)<br>
DOI: 10.6084/m9.figshare.14778865
title: Virtual reality-based assessment and treatment of social functioning impairments in psychosis: a systematic review

description: People with psychosis can experience social functioning impairments. Virtual reality (VR) has been used to assess and treat these difficulties. This systematic review (Prospero CRD42015026288) provides an evaluation of these VR applications. PsycINFO, MEDLINE, Embase, Web of Science, Cochrane Library, and Scopus were searched until May 2020. The Effective Public Health Practice Project (EPHPP) Quality Assessment Tool was used to assess studies. Database searching identified 3810 titles. Fifty-eight studies (published 2005–2020; <i>N</i> = 2,853), comprising twenty-six head-mounted display studies (20 assessment, 6 treatment) and thirty-two immersive 2D screen studies (23 assessment, 9 treatment), were included. There were forty-eight observational studies and ten randomised controlled trials, with 1570 participants (of which, 185 were at ultra-high risk of psychosis) in VR test groups. Nearly half the studies were published since 2016. Assessments targeted cognitive and behavioural indicators of social functioning, e.g. paranoia, eye gaze, or interpersonal distance. Treatments promoted cognitive-behavioural social skills or job interview training. Studies indicate feasibility, acceptability, and effectiveness of VR for social functioning impairments in psychosis. Limitations of studies include the narrow scope of social functioning, small sample sizes, and limited randomised controlled trials and standardised interventions. Findings suggest VR has potential to be integrated with existing psychological approaches.
DOI: 10.6084/m9.figshare.14169941.v2
title: Dataset of Leanness Strategy of Medan Micro & SMEs

description: Data were obtained through online via google form at https://forms.gle/GmcrY3RQxUbJHRJG9 and mail reply from MSME business actors in Medan from the 1<sup>st</sup> of August 2020 to the 24<sup>th</sup> of October 2020, this is based and attention to the COVID-19 protocol https://covid19.go.id/p/protokol.<br>Where: X<sub>1</sub> denotes supplier feedback (Item number 1 on questionnaire hardcopy; item number 6 on google form) X<sub>2</sub> denotes supplier just in time (Item number 2 on questionnaire hardcopy; item number 7 on google form) X<sub>3</sub> denotes supplier development (Item number 3 on questionnaire hardcopy; item number 8 on google form) X<sub>4</sub> denotes customer involvement (Item number 4 on questionnaire hardcopy; item number 9 on google form) X<sub>5</sub> denotes pull system (Item number 5 on questionnaire hardcopy; item number 10 on google form) X<sub>6</sub> denotes continue flow (Item number 6 on questionnaire hardcopy; item number 11 on google form) X<sub>7</sub> denotes setup time reduction (Item number 7 on questionnaire hardcopy; item number 12 on google form) X<sub>8</sub> denotes statistical process control (Item number 8 on questionnaire hardcopy; item number 13 on google form) X<sub>9</sub> denotes employee involvement (Item number 9 on questionnaire hardcopy; item number 14 on google form) X<sub>10</sub> denotes total productive maintenance (Item number 10 on questionnaire hardcopy; item number 15 on google form) Y<sub>18</sub> denotes return on investment (Item number 11 on questionnaire hardcopy; item number 16 on google form) Y<sub>19</sub> denotes return on asset (Item number 12 on questionnaire hardcopy; item number 17 on google form) Y<sub>20</sub> denotes sell growth (Item number 13 on questionnaire hardcopy; item number 18 on google form) Y<sub>21</sub> denotes total operating cost (Item number 14 on questionnaire hardcopy; item number 19 on google form) LE<sub>1</sub> denotes pull production system (Item number 15 on questionnaire hardcopy; item number 20 on google form) LE<sub>2</sub> denotes inventory delivery (Item number 16 on questionnaire hardcopy; item number 21 on google form) LE<sub>3</sub> denotes business location (Item number 17 on questionnaire hardcopy; item number 22 on google form) LE<sub>4</sub> denotes customer needs (Item number 18 on questionnaire hardcopy; item number 23 on google form) LE<sub>5</sub> denotes time production (Item number 19 on questionnaire hardcopy; item number 24 on google form)<br>
DOI: 10.6084/m9.figshare.14753694
title: Feasibility of mHealth interventions for depressive symptoms in Latin America: a systematic review

description: Depression is a prevalent disorder and leading cause of disability in Latin America, where the mental health treatment gap is still above 50%. We sought to synthesise and assess the quality of the evidence on the feasibility of mHealth-based interventions for depression in Latin America. We conducted a literature search of studies published in 2007 and after using four electronic databases. We included peer-reviewed articles, in English, Spanish or Portuguese, that evaluated interventions for depressive symptoms. Two authors independently extracted data using forms developed a priori. We assessed appropriateness of reporting utilising the CONSORT checklist for feasibility trials. Eight manuscripts were included for full data extraction. Appropriate reporting varied greatly. Most (<i>n</i> = 6, 75%) of studies were conducted in primary care settings and sought to deliver psychoeducation or behaviour change interventions for depressive symptoms. We found great heterogeneity in the assessment of feasibility. Two studies used comparator conditions. mHealth research for depression in Latin America is scarce. Included studies showed some feasibility despite methodological inconsistencies. Given the dire need for evidence-based mental health interventions in this region, governments and stakeholders must continue promoting and funding research tailored to cultural and population characteristics with subsequent pragmatic clinical trials.
DOI: 10.6084/m9.figshare.14753694.v1
title: Feasibility of mHealth interventions for depressive symptoms in Latin America: a systematic review

description: Depression is a prevalent disorder and leading cause of disability in Latin America, where the mental health treatment gap is still above 50%. We sought to synthesise and assess the quality of the evidence on the feasibility of mHealth-based interventions for depression in Latin America. We conducted a literature search of studies published in 2007 and after using four electronic databases. We included peer-reviewed articles, in English, Spanish or Portuguese, that evaluated interventions for depressive symptoms. Two authors independently extracted data using forms developed a priori. We assessed appropriateness of reporting utilising the CONSORT checklist for feasibility trials. Eight manuscripts were included for full data extraction. Appropriate reporting varied greatly. Most (<i>n</i> = 6, 75%) of studies were conducted in primary care settings and sought to deliver psychoeducation or behaviour change interventions for depressive symptoms. We found great heterogeneity in the assessment of feasibility. Two studies used comparator conditions. mHealth research for depression in Latin America is scarce. Included studies showed some feasibility despite methodological inconsistencies. Given the dire need for evidence-based mental health interventions in this region, governments and stakeholders must continue promoting and funding research tailored to cultural and population characteristics with subsequent pragmatic clinical trials.
DOI: 10.6084/m9.figshare.14974401
title: Database Fantin et al. 2021.csv

description: This dataset represents the data of 792 participants who completed the French Vividness of Olfactory Imagery Questionnaire (fVOIQ). <br><br>Columns respectively represent : <br>- gender (M=1; F =2)- pregnancy (1=Yes, 2= No)- age- nationality, place of birth, residence, and duration of stay at place of residence- smelling ability (2 = hyposmic, 3 = expert, 4 = normosmic)- occurence of a smell-affecting virus in the past 4 weeks (columns I to K)- all 16 fVOIQ items (columns L to AA). <br>