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Values of sensory analysis and sensory profiling of flour products (Gnocchi dumplings, Ciabatta rolls) with the addition of iodine-fortified dried carrots, pumpkin, broccoli, cauliflower and beetroot
No full textValues were obtained during sensory analysis with the participation of consumers (sensory desirability on a linear scale) and sensory profiling of flour products such as Gnocchi dumplings and Ciabatta rolls with the addition of iodine-fortified dried carrots, pumpkin, broccoli, cauliflower and beetroot. Consumer analysis was conducted on a vegan and omnivore diet group aged 18-60. The studies were conducted in a sensory analysis laboratory.</p
Evaluation of sustainable strategies for greenhouse pest control in chrysanthemum and sweet pepper production
No full textThe effectiveness of 16 examples of selected sustainable practices in pest control (i.e. application of plant-derived products, microbial agents or inorganic compounds with expected low environmental impact; simultaneous use of already registered active substances against other harmful organisms, and trap cropping) was tested in the protected cultivation of Chrysanthemum × morifolium cv. ‘Creamist Golden’ and Capiscum annum cv. ‘Ożarowska’ against the two-spotted spider mite (Tetranychus urticae) and thrips (Frankliniella occidentalis, Thrips tabaci).The attached data represent counts of two-spotted spider mite eggs, mobile two-spotted spider mites, and thrips before treatment and on different post-treatment sampling dates. The data are presented in long format, with column headings explaining the content. The file 1_sweet_pepper_trial.xlsx contains the results of the experiment conducted on sweet peppers, whilst the file 2_chrysanthemum_trial.xlsx contains the results of the experiment conducted on chrysanthemums.</p
Jantas et al_Data associated with Manuscript CBD neuroprotection_Biomolecules 2024
No full textDane zamieszczone w publikacji: Protective Effects of Cannabidiol (CBD) against Qxidative Stress, but Not Excitotoxic-Related Neuronal Cell Damage—An In Vitro StudyBiomolecules 2024, 14(5), 564; https://doi.org/10.3390/biom14050564</p
Raw data for the obtained deep eutectic mixtures based on choline chloride, and their application in polymer adsorption membranes.
No full textThe data was obtained as a part of a project entitled "Synthesis of deep eutectic mixtures as potential d-electron metal ion carriers in polymer adsorption membranes", v2, no. 2024/08/X/ST4/00950 (Miniatura 8) financed by the National Science Center (Poland) (NCN). The file contains raw data and metadata related to the deep eutectic mixture and polymer adsorptive membranes:Bruker Advance 3HD 400 MHz spectrometer – spectra of 1H, 13C NMR of obtained deep eutectic mixtures recorded in a DMSO-d6, 99.8% atom %D solution,Bruker Alpha-PFT-IR device with a diamond attenuated total reflectance (ATR) accessory - FTIR-ATR spectra of obtained polymer adsorptive membranes.</ul
Implementing the Design of Experiments (DoE) concept into the development of mucoadhesive tablets containing orange peel extract as a potential concept for the treatment of oral infections
No full textDissolution.xlsx - data represent the percentage of hesperidin released. Columns indicate the systems tested, rows the corresponding time points. Data are presented as a percentage. Tests were performed using the Agilent 708-DS dissolving equipment (Agilent Technologies; Santa Clara, CA, USA). A typical basket method was used, with 50 rpm and stirring at 37 ± 0.5 °C. The concentration was determined using the HPLC method (https://www.mdpi.com/1422-0067/24/9/7963) and converted, relative to the weight (from Tabletability.xlsx), into the percentage of the substance released during the experiment.Swelling_index.xlsx - data represent the swelling index. Columns indicate the systems tested, rows the corresponding time points. Data are presented as a percentage. The water sorption aptitude of the artificial saliva solution (pH = 6.8) was used to evaluate the swellability of the tablets. After careful weighing (Wd), each dry tablet was put in a beaker that was filled with solvent. At certain intervals of time, the samples were placed on filter paper to remove excess surface water, and they were then weighed once more (Wf). The swelling ratio was calculated according to the following equation: 𝑆𝑤𝑒𝑙𝑙𝑖𝑛𝑔 𝑖𝑛𝑑𝑒𝑥 (%)=(𝑊𝑓−𝑊𝑑)𝑊𝑑×100Tabletability.xlsx - columns indicate compression force [N], pressure [Mpa], tablet mass [mg], thickness [mm], diameter [mm], hardness [N]; rows the corresponding tablets. Flat-faced, 8 mm in diameter tablets were compressed using a Natoli NP-RD10 (Natoli, Saint Charles, MO, USA) laboratory scale single punch tablet press. Compression force - was read directly from the tablet press, pressure - was read directly from the tablet press, tablet mass - each tablet was weighed separately after the tableting process, thickness - each tablet was measured with a caliper after the tableting process, diameter - each tablet was measured with a caliper after the tableting process, hardness - each tablet was measured with a hardness tester after the tableting process</p
Effects of Workplace Exercise Interventions on Health and Work-Related Outcomes in Office Workers with Prolonged Sitting: A Combined Subjective and Objective Assessment
No full textThis dataset documents a non-randomized controlled intervention study evaluating a 4-week physiotherapy exercise program tailored to muscles overloaded by prolonged sitting among office workers. The study examined effects on musculoskeletal pain, presenteeism, well-being, and work engagement using both subjective instruments (WellBQ, UWES-17, SPS-6, NMQ) and objective muscle measures: (1) muscle tiredness assessed with surface electromyography (EMG)-including the sSLOPE index (a muscle endurance measure based on the slope of the regression curve, indicating response speed and left–right correspondence) and SLOPEavL/SLOPEavR (averages across four muscles on the left/right side); and (2) muscle stiffness assessed by myotonometry-GMTA, a general muscle tone asymmetry index averaged over four muscles.Forty-five female administrative employees participated (intervention n=22; comparison n=23). The intervention group completed a 4-week physiotherapy exercise program, and assessments were conducted at baseline (T1) and post-intervention (T2). Four back muscles were examined: Trapezius descendens, Trapezius ascendens, Erector spinae-thoracic, and Erector spinae-lumbar. A follow-up survey was administered to the intervention group only to monitor behavioural and work-habit changes and knowledge transfer. The dataset includes basic demographics, questionnaire scores, EMG/myotonometry indices, and follow-up data (intervention group only).</p
Solvatochromism of Amphiphilic Au25(SR)18 Nanoclusters Based on Supramolecular Ligand–Thiolated Crown Ether
No full textThe dataset referenced in the cited article is provided in compressed .zip archives. These archives contain experimental data in .txt format (or .jpg format for TEM images), obtained using the following instrumentation: a JASCO V-670 spectrophotometer, an FS5 Edinburgh Instruments spectrofluorometer, a TALOS F200i (ThermoFisher Scientific) transmission electron microscope operating with a 200 kV electron source, a Bruker Autoflex Speed mass spectrometer in linear positive mode (LP) with a nitrogen laser, and a Bruker Optic GmbH Vertex 70v FT-IR Raman spectrometer.The dataset enables detailed characterization of the optical properties of Au25 nanoclusters capped with 2-mercaptomethyl-12-crown 4 ether (i.e. Au25(12CE4CH2SH)18), particularly their behavior in polar protic and apolar aprotic solvents. In addition, the data support the calculation of fluorescence decay lifetimes (and their percentage components), photoluminescence quantum yield, and cluster mean diameter.This archive contains a Read_me.txt file, which provides a structured description of the repository contents, their organization, and their relevance to the original research.</p
Response of hydrogen charging diffusion of the austenitic stainless steel AISI 310s
No full textThe ZIP archive contains compressed raw data from the process of hydrogen charging of metallic membranes, results of strength tests, observations made using scanning electron microscopy methods and fractographic measurements. The collection contains data sets based on which the photos were selected and the graphs presented in the publication were developed:Photo no. 3-4 A_1_potentiostat: Volt-amperometric curves of hydrogen charging of metallic membranes, supported by the EC-lab program.Photo no. 7 - A_2_tensile strength: strength charts after hydrogen charging.Photo 9-13- A_3_SEM: Photos of the cross-section of the membranes after hydrogen charging, taken using a scanning electron microscope.Photo no. 14-A_4_SEM_Fractography: Photo of fractographic observations of fractures after strength tests.</p
Hyperfine and Zeeman interactions in ultracold collisions of molecular hydrogen with atomic lithium
No full textThis dataset contains Supplementary Materials associated with the article [https://doi.org/10.1063/5.0193148].This dataset contains numerical results supporting the findings of the article and required for their independent validation.The .zip file with the dataset includes the "ReadMe.pdf" file with a detailed description of the supplementary material contents and file formatting.</p
Recording visual behaviors of individuals wearing goggles with yellow, red, and transparent frames during H&S inspections of situations presented in videos
No full textdataset content:experiment videos:two videos, files: FILM_1_to_start_no_et_data and FILM_2_for_ET_data (mp4 and ogg) prepared by researchers and used during the experiment.dynamic AOI:an image (jpg) showing how all dynamic AOI was set on videos.data on participants (ods, xlxs):demographic and individual data:genderageexperienceeducationvision impairmentsresults of the health and safety (H&S) knowledge test.eye-tracking data from 2nd film (in ods and xlsx):TTFF (Time To First Fixation): Time to the first fixation in the examined Areas of Interest (AOI).TFD (Total Fixation Duration): Total duration of fixation in the same AOIs.basic description of data collection conditions:participants:Participants were adult Poles with proven knowledge of health and safety (H&S) on construction sites, verified through a test. They had no visual impairments or had corrected vision (allowing clear sight at a distance of 75–85 cm) and were able to recognize yellow, red, blue, and green colors.A total of 201 individuals were invited, of whom 169 datasets passed every verification stage successfully.procedure:stage 1: completion of consent forms and questionnaires.stage 2: vision tests (color naming/Ishihara + FrACT for distances of 70–80 cm - FrACT Homepage).stage 3: knowledge test consisting of 10 questions about health and safety.stage 4: recording visual behaviors during an H&S inspection. Participants wore one of three prepared goggles (UVEX construction goggles with transparent (T), red (R), or yellow (Y) frames, all with the same shape and transparent lenses). The timing began immediately after putting on the goggles. Participants sat in front of a monitor (approximately 75 cm from their eyes) and rested their heads on a medical chinrest (with the head tilted slightly downward). The workstation (table height) was adjusted to meet the participants’ needs. Participants were tasked with inspecting a construction site based on two specially prepared videos (two 100s films). They were required to visually identify irregularities and signal their detection by pressing a button. Only data from 2nd film (file: FILMHALAC14.mp4) was analyzed. The first film was designed to familiarize the subjects with the situation. Visual behaviors were tracked using the Tobii Pro Spectrum 600Hz, positioned directly below a 22-inch monitor (configured per the manufacturer's recommendations), alongside the Tobii Pro Lab software. laboratory conditions: Silence, temperature maintained at 21–23°C, constant lighting conditions (only artificial light, more than 300lux / less than 400lux, and no screen glare), gray walls, cream simple furniture, and no significant visual distractions.stage 5: completion of the timing and disclosure of the study's true purpose.models of construction goggles used in the study:1. 9301-906 Ultravision Ventilated Goggles / UVEX (transparent goggles, matte finish)2. 9301-613 Ultravision Yellow Gas Tight Goggles / UVEX (RAL 1023 goggles, glossy finish)3. 9301-603 Red Gastight Safety Goggles / UVEX (RAL 3020 goggles, glossy finish)data processing: Tobii Pro Lab software was used to analyze the data, focusing on dynamic AOI (Areas of Interest - rectangles corresponding to red and yellow objects visible in the videos).participant groups division:Y - Wearing yellow gogglesR - Wearing red gogglesT - Wearing transparent gogglesK - Excluded participants for various reasonsabbreviations:AOI – Area of InterestTTFF - Time to First FixationTFD - Total Fixation DurationT - TransparentR - RedY - YellowK - elimination / no dataF - femaleM - maleO - other</p
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