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Data survey of Social Representation of the IT/IS Artifact.
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VASP input and output data for the layers and stackings of fluorographane and related materials
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This dataset archives time lapse images of fluorescent actin in two types of cells (epithelial MCF10A and neutrophil-like HL60) plated on flat or nanoridged surfaces. These images show that nanoridged surfaces are capable of reproducibly guiding actin waves (esotaxis) in both cell types. This dataset is further described in Lee, Campanello, et al. 2020 (https://www.molbiolcell.org/doi/abs/10.1091/mbc.E19-11-0614), the first reporting of this data in the peer-reviewed literature. This publication should be referenced for details on the context and analysis of this data. The included README.TXT provides a more detailed description of the images and methodology. Acknowledgements: We thank the University of Maryland Imaging Incubator Core Facility for use of their spinning disk confocal in collecting these images. Collection of these images was supported by AFOSR grant number FA9550-16-1-0052 as well as by NCI/NIH Award Number T32CA154274 (RML).
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Label-free proteomics datasets (excel files) of sorted mouse astrocytes with or without injury, in wild-type, Mfn2cKO or Mfn1cKO background (for details, see Goebel et al., 2020). - Comparison of FACS-enriched astrocytes from uninjured and injured wild-type mice at different time points; - Comparison of MACS-enriched resting astrocytes from uninjured wild-type and astrocyte-specific Mfn2cKO mice; - Comparison of FACS-enriched astrocytes from injured wild-type, astrocyte-specific Mfn2cKO and astrocyte-specific Mfn1cKOmice; - Comparison of FACS-enriched astrocytes from injured wild-type and astrocyte-specific Mfn1cKOmice - used to assess Mfn2 changes following Mfn1 deletion.
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The dataset was constructed to examine Vietnamese student’s learning habit during the school suspension time due to the novel coronavirus - SARS-CoV-2 (Covid-19), responds to the call of open research to prevent potential effects of coronavirus (Elsevier, 2020). The questionnaires were spread over a network of educational communities on Facebook from 7th to 28th of February 2020. Using the snowball sampling method, researchers delivered the survey to teachers and parents to confirm the consent form before they forward it to their students and children. In order to measure the influence of student’s socioeconomic status and occupational aspirations over their learning habit during school closure, the survey includes three major groups of questions: (1) Individual demographic, includes family socioeconomic status, school types, and occupational aspirations; (2) Student’s learning habits, include hours of learning before and during school suspension time, with and without other people’s support; and (3) Student’s perception on self-learning during the disease. There was a total of 920 clicks on the survey link, but only 460 responses with consent form were received. The incurable answers (e.g., year of birth is before 2009, more than 20 hours of learning per day, etc.) have been eliminated. Finally, the dataset includes 424 valid observations.
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This datasheet comprises measured complex conductivity results during spectral induced polarization test for bio-treated sand and data points shown in figures in "Relaxation behavior in low frequency complex conductivity during bacterial growth and biofilm formation in sands"
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In order to verify the promotion effect of pungent stimuli on the perception of saltiness, this research focused on three aspects. First, the recognition threshold of NaCl under subliminal, low, moderate and strong pungent solutions, and spring water were determined by the 2-AFC method. Second, the saltiness of recognition threshold, low and moderate NaCl solutions under different pungent carriers were evaluated by the category scale method. Lastly, a series of NaCl solutions, ranging from low to high salty intensity, under different pungent carriers was also evaluated by the gLMS method. the rawdata comprised 4 sections:(1)Individual results of the salty sensitivity under spring water;(2)Recognition threshold of saltiness under different carriers;(3)Results of salty intensity according to category scale, and (4)Results of salty intensity under different carriers with gLMS. The Statistics analysis are as follows: (1) Classification of sensitivity groups The log-mean ratings of NaCl under water solutions for individual results were compared via repeated analysis of variance (ANOVA) measures. The log-means of individual results for the series of NaCl were calculated and the power exponent of individuals were obtained. The participants group were divided into a hyposensitive group, a semi-sensitive group and a hypersensitive group, according to the quartile point method. Two-way contingency tables were used to determine the reliability of the group classifications by the methods of recognition threshold and power exponent of the psychophysical functions. (2) Calculation of the recognition threshold of saltiness The individual best estimate threshold (BET) was used to determine the geometric mean of the highest concentration missed and the next higher concentration. The group BET was calculated as the geometric mean of the individual BETs. The paired t-test was used for analysis of the difference between the salty recognition threshold under water and pungent solutions. (3) Salty intensity according to category scale The rating numbers -2, -1, 0, 1 and 2 were assigned to the five categories, respectively, as follows: perceived salty intensity obviously lower than the control; salty intensity a little lower than the control; no difference between two samples; salty intensity a little higher than the control, and salty intensity obviously higher than the control. The means of ratings were calculated for the hyposensitive, semi-sensitive and hypersensitive groups, and snake-like figures were used to demonstrate the effect of pungency sensation on the sensory perception of saltiness. (4) Salty intensity according to gLMS gLMS is a semantic scale of perceptual intensity characterized by a quasi-logarithmic spacing of its verbal labels. The log-mean ratings of saltiness under different carriers were calculated and the paired t test used to analyze the significance between the control and salty solutions under different pungent carriers.
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In late September, 2019 a cyanobacterial bloom was observed in the lower reaches of the Thames River, a 273 km priority tributary of the Lake Erie watershed, as identified in Annex 4 of the Great Lakes Water Quality Agreement. The river flows into Lake St. Clair in southwestern Ontario with land use in the watershed dominated by row crop agriculture. This dataset includes biological and physico-chemical data acquired while sampling before, and during the bloom.
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GIS DATASETS: Research_area.zip: the vector map data of the study area; LC08_L1TP_122034_20180417_20180501_01_T1_B3.TIF,LC08_L1TP_122034_20180417_20180501_01_T1_B4.TIF,LC08_L1TP_122034_20180417_20180501_01_T1_B5.TIF,LC08_L1TP_122034_20180417_20180501_01_T1_B8.TIF:the original image data of four bands; Program DATASETS: py.zip:U-net network file(U-Net.py), evaluation procedure(Analysis.py), cutting program(cut_png.py)
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This data is survival information of normal and rib fractured calves delivered from Holstein dams in Japan. The data includes ID of calves, farmers, symptoms of calves, breeds, birth date, treated date, traded date, died date, survival days, status, and group.
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