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Study of the Late Roman gold and political power in the Barbaricum
No full textThe dataset encompasses materials pertaining to recent discoveries of gold objects and gold coins from the Barbaricum, dating from the 1st to the 4th century AD. The materials consist of photographs of key finds from archaeological sites in Poland, Denmark, Slovakia, and Ukraine, comparative analyses of similar discoveries across the Barbaricum, a cartographic representation detailing the distribution of gold objects and coins in the Barbaricum, and maps delineating the geographical distribution of specific types of gold artifacts from the Late Roman period.Files 1, 2, and 5-8 present photographs of gold objects, aurei, and solidi unearthed in various regions of the Barbaricum, including the assemblage from Czarnówko (File 1), cut objects from the bog deposit in Illerup Ådal, Denmark (File 2), a grave assemblage from the Ostrovany site in Slovakia (File 5), a detailed plan of a grave from Ulów, Poland, featuring golden items and aureus fragments (File 6), an image of a rare aureus of Postumus with a Greek inscription housed in the Ossolineum collection in Wrocław, Poland (File 7), and gold items and coins from the Brangstrup Hoard, Denmark (File 8). Two other files illustrate statistics concerning the chronology of mid-3rd-century aurei finds in Ukraine (File 3) and the position of holes on aurei (File 4). These examples aid in understanding the spread and typology of gold objects throughout the Barbaricum during the Late Roman period.The next files, represented by ten maps, aim to visualize the geographical distribution of gold object discoveries in the Barbaricum during the 1st-4th centuries, and specifically, the locations where the most significant gold hoards and finds have been located. File 9 represents the distribution of grave assemblages (3rd century) in the Barbaricum containing cut-up gold objects. File 10 consists of the distribution of mid-3rd-century aurei finds in the Barbaricum. The distribution of elite graves from the Late Roman Period (C1b-C3) in the Barbaricum is represented in File 11. File 12 is devoted to the distribution of Late Roman period gold foil pendants stamped with anthropomorphic and zoomorphic ornaments. File 13 consists of a map showing the distribution of rosette brooch finds. The distribution of fold pelta-shaped and crescentic pendants without anthropomorphic/zoomorphic motifs is represented in File 14. File 15 represents the distribution of gold hoards in Denmark during the Late Roman Iron Age. File 16 shows the distribution of finds of gold imitations of Roman coins. File 17 shows the distribution of Kolbenarmringe bracelets in the Barbaricum. Finally, File 18 represents the distribution of Roman gold medallions in the Barbaricum.This dataset is crucial for furthering the understanding of the circulation and cultural significance of gold objects within the Barbaricum during the Late Roman period. It contributes to research on the typological, contextual, and geographical analysis of gold artifacts and their role in the archaeological record.</p
HDX MS data for CNOT1(800-999) and mutants with TTP
No full textHydrogen-deuterium exchange mass spectrometry data for CNOT1(800-999) and its mutants without and with TTP peptide</p
Dual-band vibrational lasing emission from cyanine derivatives
No full textData includes:-absorption, fluorescence and ASE spectra of three cyanine derivatives in 5 solvents: cyclohexanone, DMF, THF, toluene, water;-lasing emission spectra and THG of three cyanine derivatives in PMMA matrix in form of thin layers;-calculations of Lippert-Mataga equations for three cyanine dyes in 5 solvents: cyclohexanone, DMF, THF, toluene, water.Please consult the readme.txt file for additional information.</p
Alloying hBN with aluminum influences absorption and electronic properties
No full textThe experimental data set is related to the article “Alloying hBN with aluminum influences absorption and electronic properties".The files contain the data presented in figures related to the aforementioned article.Summary of the reasearch: The versatile range of applications for two-dimensional (2D) materials has encouraged scientists to engineer their properties. This is often accomplished by stacking atomically thin layered materials into complex van der Waals heterostructures. A less popular but technologically promising approach is alloying 2D materials. In this work, we demonstrate a first step towards tuning the intrinsic electronic properties of hexagonal boron nitride (hBN). We present a series of aluminum alloyed hexagonal boron nitride (hBAlN) samples grown by metal organic vapor phase epitaxy on 2-inch sapphire substrates with varying aluminum concentration. Importantly, the obtained samples revealed a sp2-bonded crystal structure and modifications in interband optical transitions. Optical absorption experiments disclosed two prominent peaks in the excitonic spectral range with absorption coefficients ~106 cm-1. Their peak energies align closely with the energies of indirect and direct bandgap transitions in hBN. The presence of two absorption peaks can be attributed to mixing of electronic states in the K and M conduction band valleys, resulting in a substantial increase in the absorption coefficient for indirect transitions. The observed effects offer insights into hBN-based two-dimensional alloys, highlighting the potential for developing 2D material-based quantum well structures capable of operating in the challenging deep UV spectral range</p
Thioflavin T Inspirations: On the Photophysical and Aggregation Properties of Fluorescent Difluoroborates Based on Benzothiazole Core
No full text1. General informationTitle of the dataset: Thioflavin T Inspirations: On the Photophysical and Aggregation Properties of Fluorescent Difluoroborates Based on Benzothiazole CoreNames/institutions/PIName: Ośmiałowski, BorysInstitution: Nicolaus Copernicus University in ToruńAddress: 7 Gagarina Street, Faculty of Chemistry, PL-87-100 Torun, PolandEmail: borys.osmialowski@umk.plCo-investigatorsName: Rybczyński, Patryk Institution: Nicolaus Copernicus University in TorunAddress: 7 Gagarina Street, Faculty of Chemistry, PL-87-100 Torun, PolandEmail: pat_ryb@doktorant.umk.plName: Hajda, AgataInstitution: Faculty of Chemistry, Wroclaw University of Science and TechnologyAddress: Wybrzeże Wyspiańskiego 27, 50-370 Wrocław, PolandEmail: agata.hajda@pwr.edu.plName: Zaleśny, RobertInstitution: Faculty of Chemistry, Wroclaw University of Science and TechnologyAddress: Wybrzeże Wyspiańskiego 27, 50-370 Wrocław, PolandEmail: robert.zalesny@pwr.edu.plName: Olesiak-Bańska, JoannaInstitution: Faculty of Chemistry, Wroclaw University of Science and TechnologyAddress: Wybrzeże Wyspiańskiego 27, 50-370 Wrocław, PolandEmail: joanna.olesiak-banska@pwr.edu.plKeywords: fluorescence, aggregation, organic dyes, benzothiazoles, two-photon absorptionLanguage: EnglishFunding: National Science Centre in Krakow, Poland, grant no. 2021/43/B/ST5/00753Data collection: April 2023 - February 2025There is a .txt (text format) file within the folders in the repository file describing the content of the folders.The current folder contains data joined with photophysical measurements and quantum-chemical calculations.</p
Design and synthesis of proteolytically stable and cell permeable activators of human 20S proteasome and assessing their influence on the enzyme activity in cellular models of neurodegenerative diseases
No full textWe had identified a new class of peptide-based proteasome activators, inspired by the C-terminal fragment of the Blm10 protein – the yeast equivalent of PA200. An activator called Blm-pep and its analogs strongly stimulated the proteasome. However, they were degraded rapidly in the body and were unable to enter cells. We worked on improving these properties.We designed peptidomimetics which showed resistance to proteases present in human plasma. The compounds interacted with the human proteasome and possessed the ability to activate it. Their activity was enhanced in comparison to the parent peptides, with the most effective modulators boosting proteasome function up to 10-fold.We also tested our compounds on proteins directly linked to neurodegenerative diseases: tau (Alzheimer’s disease) and α-synuclein (Parkinson’s disease). The activators accelerated their degradation by the proteasome. By attaching so-called cell-penetrating peptides, we enabled the activators to cross cell membranes and even the blood–brain barrier – a crucial feature for potential therapeutic use.Further experiments confirmed that the compounds were not cytotoxic and worked not only in test tubes but also inside cells. In a model of mouse neurons mimicking Parkinson’s disease, we demonstrated that our activators effectively promoted the removal of toxic α-synuclein without reducing neuronal survival.Please consult the Readme.txt file for additional information.</p
Boosting sorption features and eco-safety of cross-linked alginate composites incorporated with stoichiometric and calcium-deficient hydroxyapatites
No full textThe archived data were gathered within the research project titled ‘Realizacja Europejskiego Zielonego Ładu poprzez zastosowanie innowacyjnych materiałów hydrożelowych opartych na biopolimerach i wypełniaczach nieorganicznych na potrzeby rolnictwa.’, eng. ‘EU Green Deal realization through the application of innovative hydrogel materials based on biopolymers and inorganic fillers for agricultural needs’, financed by the MSCA4Ukraine project (grant holder Ganna Yanovska), which is funded by the European Union. (project no. 1233565). The primary objective of this study was to develop and characterize eco-friendly hydrogel composites based on sodium alginate (SA) and two types of hydroxyapatite – stoichiometric (HA) and calcium-deficient (CDHA) – for potential agricultural applications, including soil conditioning and cadmium removal. The hydrogels were synthesized with varying concentrations of calcium chloride (0.25–0.5%) as a cross-linking agent and different HA/CDHA loadings. Comprehensive physicochemical analyses (XRD, FTIR, SEM/TEM, textural analysis) confirmed the successful incorporation of mineral fillers into the alginate matrix and revealed structural differences between HA- and CDHA-based composites. Swelling studies demonstrated that both filler type and cross-linking density strongly affected water uptake and diffusion mechanisms. Biosafety tests using Pisum sativum and Lepidium sativum seeds confirmed the non-toxic nature of the materials. The research was conducted in the period from 1st May 2024 till 1st November 2025 at the Institute of Agrophysics, Polish Academy of Sciences in Lublin (Poland). The collection contains the results of studies on: (1) characteristics of hydroxyapatite and calcium deficient hydroxyapatite, as well as hydrogels contained these fillers, (2) adsorption studies of Cadmium ions, including adsorption mechanisms on the selected materials, (3) swelling studies of hydrogels, (4) evaluation of the ecotoxicity of the developed material and its effects on the growth of plants. The attached files have been compressed to *.zip format. The dataset consists of the following files:1) character – raw data on the determination of textural parameters (nitrogen adsorption/desorption isotherm, specific surface area, porosity, pore size distribution), phase analysis, morphology, elemental composition, FTIR analysis of inorganic fillers and hydrogels obtained from them (.odt, .pdf., xls, .xlsx, .tiff, .txt).2) ads – raw data on the measurements of adsorbed amounts of Cd ions (.xlsx).3) swelling – raw data on hydrogels swelling (.xlsx).4) biosafety – root length data of cress (L. sativum) grown (.odt, .xlsx).The data was compiled on the basis of laboratory tests.The results presented in file „character” were obtained using the following research equipment: nitrogen adsorption/desorption analyzer ASAP2405 (Micromeritics Inc.), scanning electron microscope (Quanta 3D FEG, FEI), X-ray phase analysis (XRD) (Empyrean, PANalytical), Transmission Electron Microscope (Tecnai, G2 T20 X-TWIN, FEI), Fourier transform infrared spectrometer (FTIR) (ThermoNicolet iS10). The results presented in file „ads” were obtained using the PH/Ion meter CPI-505 (Elmetron) with ionoselective electrodes (Detector s.c.) The results presented in file „swelling” were obtained using the following research equipment: scales Radwag (AS 110R2 Plus).The results presented in file “biosafety” were obtained with smartphone camera and calliper rule.</p
A review of scraped surface heat exchangers: Parameters describing thermal-fluid processes, influence of their internal geometric parameters and energy consumption
No full textDataset contains files related and cited in scientific publication that has been written during the execution of the National Science Centre project OPUS no 2021/43/B/ST8/01109 "Studies on the influence of the formation and evolution of micro-vortices on the intensification of heat transfer during a periodic disruption of the thermal boundary layer". The files contained are:JPEG figures that were used in the publication. Numbers correspond to numbers from the publication.Taylor_number.xlsx - Numerical data presented in Fig. 4NuCorrelationsSSHE.xlsx - Numerical data presented in Fig. 5Po_number.xlsx - there are numerical data of Power number (Po) versus Reynolds number obtained by different equations used in the publication which were presented in Fig. 6.Fluid_map.xlsx - this is the list of references analyzed and main parameters are highlighted that were presented in Fig. 9.</ul
Constraints upon Functionals of the 1-Matrix, Universal Properties of Natural Orbitals, and the Fallacy of the Collins "Conjecture"
No full textMateriały związane z publikacją pt. Constraints upon Functionals of the 1-Matrix, Universal Properties of Natural Orbitals, and the Fallacy of the Collins "Conjecture"</p
Healthy Aging Results
No full textI. Dane dla grup badawczych: joga, cognisize, grupa kontrolna.II. Badane parametry:Lp Nazwa polska Parameter name Abbreviation Unit Description1 Wiek Age AGE Years (y) 2 Wysokość ciała Height HGHT Centimeters (cm) Body height3 Masa ciała Weight WGHT Kilograms (kg) Body weight4 Indeks masy ciała Body Mass Index BMI Index A measure of weight relative to height5 Masa mięśniowa Muscle Mass MM Percentage (%) Percentage of muscle mass in the body6 Masa tłuszczowa Fat mass FAT Percentage (%) Percentage of fat mass in the body7 Tłuszcz brzuszny Visceral fat VFL Score Visceral Fat Level8 Ruchomość klatki piersiowej Chest Expansion CE Centimeters (cm) The difference in chest circumference between full inspiration and expiration9 Pojemność życiowa płuc Vital capacity VC(L) Liters (L) The maximum amount of air a person can expel from the lungs after a maximum inhalation10 Pojemność życiowa płuc Vital capacity VC(%) Percentage of predicted (%) The maximum amount of air a person can expel from the lungs after a maximum inhalation11 Wentylacja minutowa płuc Minute ventilation VE Liters per minute (L/min) The amount of air in liters that passes through the airways and lungs in one minute12 Objętość oddechowa Tidal volume TV Mililiters (mL) The amount of air entering and leaving the lungs during normal, free breathing13 Częstotliwość oddechowa Respiratory Rate RR Breaths per minute (brpm) Number of breaths per minute14 Stosunek pierwszosekundowej forsownej objętości wydechowej do forsownej pojemności życiowej Forced Expiratory Volume in one second to Forced Vital Capacity ratio FEV1/FVC Ratio in percentages (%) Forced Expiratory Volume in one second to Forced Vital Capacity ratio15 Maksymalny przepływ wydechowy w wybranych momentach natężonego wydechu Maximal Expiratory Flow at selected moments of forced expiration MEF75, MEF50, MEF25 Percentage of predicted (%) Airflow rate during forced expiration after exhaling adequately: 75%, 50% and 25% of Forced Vital Capacity (FVC)16 Geriatryczna skala depresji Geriatric Depression Scale GDS Score A screening tool used to assess depression in older adults17 Test depresji Becka Beck Depression Inventory BDI Score A self-report scale used to screen for symptoms of depression in oneself18 Skala samooceny Rosenberga Rosenberg Self-Esteem Scale SES Score Assessment of the overall level of self-assessment19 Test Stroopa Stroop Test STR(S) Time in seconds (s) Reaction time, ability to inhibit automatic cognitive reactions and the ability to focus attention20 Test Stroopa Stroop Test STR(E) Number of errors Reaction time, ability to inhibit automatic cognitive reactions and the ability to focus attention21 Liczba uderzeń serca Heart Rate HR Beats per minute (bpm) Frequency of the heartbeat measured by the number of contractions of the heart per minute22 Ciśnienie krwi skurczowe Systolic Blood Pressure RRS Millimetre of mercury (mmHg) Blood pressure - systolic23 Ciśnienie krwi rozkurczowe Diastolic Blood Pressure RRR Millimetre of mercury (mmHg) Blood pressure - diastolic24 Pułap tlenowy Maximal Oxygen Uptake VO2max Mililters per kilogram per minute (mL/kg/min) The highest rate at which the body can consume oxygen during intense exercise, reflecting aerobic capacity and cardiovascular fitness26 Skala Borga - wskaźnik odczuwanego wysiłku Borg rating of perceived exertion RPE Score from 1 to 10 Measure of perceived exertion during physical activity27 Leukocyty, białe krwinki Leukocytes, White Blood Cells WBC 109/L Blood test parameter28 Erytrocyty, czerwone krwinki Erythrocytes, Red Blood Cells RBC 1012/L Blood test parameter29 Hemoglobina Hemoglobin HGB g/dL Blood test parameter30 Hematokryt Hematocrit HCT Percentage (%) Blood test parameter31 Współczynnik zmienności rozkładu erytrocytów Red Blood Cell distribution width – Coefficient of Variation RDW-CV Percentage (%) Blood test parameter32 Trombocyty, Płytki krwi Thrombocytes, Plateletes PLT 109/L Blood test parameter33 Neutrofile Neutrophils NEU Percentage (%) Blood test parameter34 Limfocyty Lymphocytes LYM Percentage (%) Blood test parameter35 Monocyty Monocytes MON Percentage (%) Blood test parameter36 Eozynofile Eosinophils EOS Percentage (%) Blood test parameter37 Bazofile Basophils BASO Percentage (%) Blood test parameter38 Cholesterol całkowity Total Cholesterol TC mg/dL Blood test parameter39 Lipoproteina o wysokiej gęstości High-Density Lipoprotein Cholesterol HDL mg/dL Blood test parameter40 Lipoproteina o niskiej gęstości Low-Density Lipoprotein Cholesterol LDL mg/dL Blood test parameter41 Triglicerydy Triglycerides TG mg/dL Blood test parameter42 Glukoza Glucose GLU mg/dL Blood test parameter43 Tyreotropina Thyreotropine, Thyroid-stimulating hormone TSH μIU/mL Blood test parameter44 Insulina Insuline INS μIU/mL Blood test parameter45 Kortyzol Cortisol COR µg/dL Blood test parameter46 Testosteron Testosterone TES ng/mL Blood test parameter47 Testosteron w stosunku do kortyzolu Testosterone to cortisol ratio T/C Ratio Blood test parameter48 Neurotroficzny czynnik pochodzenia mózgowego Brain-derived neurotrophic factor BDNF ng/mL Blood test parameter49 Czynnik neurotroficzny pochodzenia glejowego Glial cell line-derived neurotrophic factor GDNF ng/mL Blood test parameter50 Iryzyna Irisin IRS ng/mL Blood test parameter52 Aktywność fizyczna - Intensywne wysiłki Physical activity - Intense efforts PA-IE Metabolic Equivalent of Task in minutes per week (MET min/week) Survey of weekly physical activity levels53 Aktywność fizyczna - Umiarkowane wysiłki Physical activity - Moderate efforts PA-ME Metabolic Equivalent of Task in minutes per week (MET min/week) Survey of weekly physical activity levels54 Aktywność fizyczna - chodzenie Physical activity - Walking PA-WLK Metabolic Equivalent of Task in minutes per week (MET min/week) Survey of weekly physical activity levels55 Suma aktywności fizycznej Total Physical Activity PA-T Metabolic Equivalent of Task in minutes per week (MET min/week) Survey of weekly physical activity levels56 Siedzenie Sitting SIT Minutes per week (min/week) Survey of weekly physical activity levels57 Przemieszczanie punktu środka parcia stóp - długość ścieżki Displacements of Center of Pressure - Path Length COP-PL Milimeters (mm) Posturography, the name of each parameter may be followed by _EO (eyes open) or _EC (eyes closed), specifying the measurement conditions58 Przemieszczanie punktu środka parcia stóp - całkowity obszar wyznaczony przez trajektorię punktu środka parcia stóp Displacements of Center of Pressure - the total area enclosed by the COP trajectory COP-A Square millimeters (mm2) Posturography, the name of each parameter may be followed by _EO (eyes open) or _EC (eyes closed), specifying the measurement conditions59 Stosunek długości ścieżki punktu środka parcia stóp do wyznaczonego przez niego całkowitego obszaru Center of Pressure Path Length to its Area enclosed ratio COP-PL/A Ratio Posturography, the name of each parameter may be followed by _EO (eyes open) or _EC (eyes closed), specifying the measurement conditions60 Przemieszczanie punktu środka parcia stóp - średnia szybkość Displacements of Center of Pressure - average Speed COP-S Milimeters per second (mm/s) Posturography, the name of each parameter may be followed by _EO (eyes open) or _EC (eyes closed), specifying the measurement conditions61 Średnia prędkość przemieszczania punktu środka parcia stóp w osi X Displacements of Center of Pressure - average x-axis speed COP-Sx Milimeters per second (mm/s) Posturography, the name of each parameter may be followed by _EO (eyes open) or _EC (eyes closed), specifying the measurement conditions62 Średnia prędkość przemieszczania punktu środka parcia stóp w osi Y Displacements of Center of Pressure - average y-axis speed COP-Sy Milimeters per second (mm/s) Posturography, the name of each parameter may be followed by _EO (eyes open) or _EC (eyes closed), specifying the measurement conditions63 Udział nacisku lewej stopy Left Foot Pressure LFP Percentage (%) Posturography, the name of each parameter may be followed by _EO (eyes open) or _EC (eyes closed), specifying the measurement conditions64 Udział nacisku prawej stopy Right Foot Pressure RFP Percentage (%) Posturography, the name of each parameter may be followed by _EO (eyes open) or _EC (eyes closed), specifying the measurement conditions</p
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