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In this research we aimed to investigate the correlation between the prolactin hormone level and damage to hippocampus tissue in experimental epilepsy model. In literature some authors found out that prolactin hormone level increase in epileptic seizures and can be protective in terms of hippocampal damage. 24 wistaria-hannover rat were used for experimental epilepsy model induced with pilocarpine. Prolactin hormone levels were decreased with bromocriptine. We found out that prolactin hormone increased after seizure and it was statistically significant. It was seen that, hemorrhages occurred in surface of the brains in lower prolactin level group, but we couldn't found a statistically significant histologic data for more hippocampal damage. This research can give more reliable and significant results when re-planned with larger sample groups.
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Data Set S1. Satellite data as digitized KMZ file of the ~6,000 landslides shown in Figure 9, indicating the manually digitized axial trends using the Google Earth© satellite image of the Hokkaido landslide region. Data Set S2. Aeromagnetic data digitized as a Google Earth KMZ file (raw data for Figure 11d)
Data Types:
  • Geospatial Data
  • Dataset
The thermal imaging during flash sintering five-component entropy-stabilized oxide ceramic (Mg0.2Ni0.2Co0.2Cu0.2Zn0.2O).
Data Types:
  • Video
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The dataset contains animation of comparison of numerical and experimental results for pure Ga solidification under TMF impact. And animations of liquid Ga transient flow under pulsed TMF.
Data Types:
  • Video
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• VDOs and photos of eleven demonstration activities for an introductory undergraduate chemistry safety session are in folders A-K. The first two activities are a safety video and a lab tour. All other activities are drawn from popular demonstrations and presented in the context of chemical safety. These include bursting a balloon by toluene, creating dry ice fog in fume hood, a reaction forming a carbon snake, a glycerol and potassium permanganate reaction, creating a fireproof banknote, putting out a candle by a copper coil, putting out a candle by a test tube, demonstrating a can crushed by air pressure, and making a soda geyser. • Notes for instructors (Table 1S detailed procedures and Table 2S mapping to RAMP) • A safety poster for undergraduate teaching chemical laboratory • Survey items and results (+/-/∆ and CLASS for Figure 1)
Data Types:
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The traffic conditions in developing nations of Asia are highly heterogeneous due to the presence of various vehicle types. The objectives of this paper are as follows. To study the road traffic capacity and delays at urban merging sections consisting of the mixed traffic stream. To analyse the interactions of vehicles both laterally and longitudinally by the inclusion of vehicle-type dependent factor. Using the data collected at a five-lane urban merging section using video recording method for the evaluation. To study the relation between macroscopic parameters (speed, flow, density, occupancy) and microscopic parameters (lateral clearance, average gap, space headway, lateral movement duration) is established by considering vehicle-type dependent factor. To analyse the effect of overtaking characteristics of different vehicle types at merge sections under mixed traffic conditions. The findings from this present research help in the operational analysis of merging locations on high-speed urban roads in Malaysia.
Data Types:
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  • Video
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The objective of this dataset was to present the forage biomass production over time in different pasture management systems. We selected two farms located in the Western region of São Paulo State, Brazil. Pasture field data collection was carried out in two farms during three dates (June and November 2018 and March 2019) over two seasons (wet and dry). Samples were regularly taken through time to monitor forage biomass. These fields represent a wide variety of pasture management, as follow: Farm 1 (Santa Clara): i) traditional, low forage productivity, cattle rotation; ii) traditional, intermediate forage productivity, fertilized, cattle rotation; iii) intensified pasture, high forage productivity, reformed, cattle rotation. Farm 2 (Poderosa): i) traditional degraded*, recently reformed with millet + grass, cattle rotation; ii) traditional, low forage productivity, signs of degradation, fertilized, cattle rotation. *degraded was based on visual analysis of pasture area with sparse grass and exposed soil in some areas. With the support of NDVI images from the MODIS sensor, sample pixels were used to allocate the sample points. The areas of these pixels were divided into nine sampling points and in each of these points, the forage biomass was collected. Soil analyses were also carried out in two seasons (June 2018 and March 2019). The data files were organized in three folders. Each folder represents one field campaign. These folders have a shapefile of all the fields, the same file in kml extension (to open on Google Earth) and a zip file with photography of each field during the field campaign. The attribute table of the shapefile has a description of the fields and biomass. Excel files show the same information of the attribute table and a description of the items. A figure with the template of the biomass collection scheme is also available. Soil analyses are in the folders 'June 2018' and 'March 2019'. A more detailed description and discussion about these data and their association with soil chemical analysis were described in a scientific report (available by request). The biomass collection allowed the analysis of the forage production and better diagnoses about resource utilization strategies over the different pasture systems. This work was funded by the São Paulo Research Foundation (process numbers 2018/10770-1, 2017/06037-4, 2016/08741-8, 2017/08970-0, 2018/11052-5 and 2014/26767-9) as part of the Global Sustainable Bioenergy Initiative.
Data Types:
  • Software/Code
  • Geospatial Data
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These datasets involve 1) ambient air quality testing, 2) spontaneous combustion fire frequency record, 3) temperature anomalies detected by Landsat, 4) photos of mine waste heap as well as affected environment, 5) estimation of remedial cost, 6) VDO of gas emission from a crack on top of the mine waste heap, and 7) XRD analysis of coal-mine waste
Data Types:
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  • Image
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Smoke Test on 17Jul2019 natscilivecustomer (Dataset-1) Smoke Test on 17Jul2019 natscilivecustomer (Dataset-2)
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Video S1 shows the process that the liquid level in the cylinder gradually decreased between 0 and 12 h, while the thickness of the bright thin layer at the bottom increased, which is the supplementary datum of Figure 1a. Video S2 presents that the gel, supported on the filter paper, can be obtained by decanting the upper suspension.
Data Types:
  • Video
  • Dataset