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Dataset contains multiple quotes of various instruments (short-term liquidity) and global macro indicators or Russian financial market.
Data Types:
  • Tabular Data
  • Dataset
Raw data for experimentation of photosensitivity of fungal substrates
Data Types:
  • Dataset
  • File Set
Smooth muscle cell (SMC) TGFb signaling and expression of relevant genes in the media of normal human aortas and non-Marfan atherosclerotic ascending aorta aneurysms by bulk RNAseq and immunocytochemistry. Related To Fig 1. SMC aneurysms samples show a reduction in TGFb signaling and increased expression of inflammation-related genes compared to normal aortas SMCs.
Data Types:
  • Dataset
  • File Set
Datasets presented here gives raw and processed data for several scenarios related to the ammonia process as a function of depleting raw material flows, synthesis optimization, power generation, and utility power consumption. The datasets also illustrate economic indicators for which the sustainability of each scenario is assessed and judged using Life Cycle Assessments.
Data Types:
  • Tabular Data
  • Dataset
Evaluation study among students of interactive, browser-based graphics for three courses (animal nutrition, food sciences, zoology) in veterinary education. Three tables in one xlsx-file. Evaluation study was performed by questionnaires. Students were asked to rate on an ordinal scale from 1 (strongly disagree) to 5 (strongly agree) following statements • B1: I can imagine that the majority of students will handle easily interactive graphics. • B2: I´d wish to have more interactive graphics in veterinary school. • B3: I can image using this tool because it ́s intuitive. • C4: I was previously familiar with the taught content. • C5: I understood the teaching contents taught by the interactive graphic. • C6: The interactivity of the graphic had a positive impact on my interest about the taught content. • C7: The interactive graphic had no benefit to the course. • D9: Digitalization is a chance to improve academic education. Additionally, students were asked to provide information if and which other digital media they have been using for learning so far (D8).
Data Types:
  • Tabular Data
  • Dataset
Prior prospective memory (PM) research shows paradoxical findings—young adults outperform older adults in laboratory-settings, but the reverse is found in naturalistic settings. Moreover, young-old outperform old-old adults in laboratory-settings, but show no age differences in naturalistic settings. Here we highlight how time-based task characteristics have differed systematically between studies conducted in laboratory (time-interval cues) and naturalistic settings (time-of-day cues) and argue that this apparent paradox is a function of comparing disparate task types. In three experiments, we tested this hypothesis using analogous paradigms across settings, with event-based, time-of-day, and time-interval cued PM tasks. Experiment 1 compared young (n = 40) and older (n = 53) adults on a laboratory paradigm that measured PM tasks embedded in a virtual, daily life narrative; and on a conceptually parallel paradigm using a customized smartphone application (MEMO) in actual daily life. Results revealed that on the MEMO, older adults outperformed young adults on the time-of-day tasks but did not differ on the time-interval or event-based task. In contrast, older adults performed worse than young adults in the laboratory. Experiment 2 compared PM performance in young-old (n = 64) and old-old (n = 40) adults using the same paradigms. Young-old outperformed old-old adults in the laboratory; however, group differences were not evident in daily life. Experiment 3 compared young (n = 42) and older (n = 41) adults, and largely replicated the findings of Experiment 1 using a more demanding version of MEMO. These findings provide novel and important insights into the limiting conditions of the age-PM paradox and the need for a finer theoretical delineation of time-based tasks.
Data Types:
  • Software/Code
  • Dataset
Natural-killer/T-cell lymphoma (NKTCL) is an aggressive and heterogeneous entity of non-Hodgkin’s lymphoma, strongly associated with Epstein-Barr virus (EBV) infection. To identify molecular subtypes of NKTCL based on genomic structural alterations and EBV sequences, we performed multi-omics study on 128 biopsy samples of newly diagnosed NKTCL and defined three prominent subtypes.
Data Types:
  • Tabular Data
  • Dataset
We showed that S1P and its receptor S1PR2 are involved in maintaining the epidermal barrier homeostasis by controlling tight junction related proteins, corneodesmosin, and filaggrin2 expression.
Data Types:
  • Software/Code
  • Tabular Data
  • Dataset
Clinical data of patients with arthroscopically confirmed TFCC lesion including preoperative weight bearing capacity tests. We tested the difference between weight bearing capacity of the injured hand compared to the healthy hand and to the injured hand with WristWidget. Further analysis compared the groups: traumatic vs degenerative lesion; stable vs unstable DRUJ determined by the need for a stabilising operation. Data includes Patient ID, age at time of injury/symptom onset (A_Verletzung), handedness (R_L, right=1), injured side (Verl_R_L, right=1, left=2), supposed aetiology (Trauma: 1=traumatic, 2= degenerative), DASH-score (DASH_T0, points), time until examination (Verl_bis_T0, days), pain on forced supination/pronation (fPronation_T0 and fSupination_T0, yes=1, no=2), clinical stability of the DRUJ of the affected hand (DRUG_Stab_T0, 1=unstable, 2=stable), clinical stability of the DRUJ of the other hand (DRUG_Stab_K_T0, 1=unstable, 2=stable), pain on pressure on the ulnar fovea (TFCC_Druck_T0, yes=1, no=2), pain on forced ulnarduction (Abkant_T0, yes=1, no=2), handgrip of both hands (Jamar_R_T0 for right and Jamar_L_T0 for left, in kg), weight bearing capacity in kg of both hands (WB for weight bearing, li for left, re for right, krank for affected hand, gesund for other hand, in kg), weight bearing capacity of both hands with wristwidget (WB for weight bearing, WW for wristwidget), extension of the wrist during weight bearing test (Ext_max_re/li_T0 in degrees), derived variables concerning the weight bearing test (WB_Proz_T0 = WB_krank_T0/WB_gesund_T0; Diff_WW... = WB_WW- WB in kg; Proz_WB_WW... =WB_WW/WB*100), range of motion in degrees for dorsal/palmarflexion (D_re/li_T0 and P_re/li_T0, re for right, li for left), ulnar/radialduction (U_re/li_T0 and R_re/li_T0, re for right, li for left), pro/supination (Sup_re/li_T0 and Pro_re/li_T0, re for right, li for left), range of motion (Summe_ROM_re/li_T0 = D+P+U+R), sum of pronation and supination (Summe_SP_re/li_T0), range of motion of affected hand relative to other hand (ROM_Proz_T0= Summe_ROM_aa_T0 / Summe_ROM_bb_T0*100 with aa=Verl_R_L and re for right and li for left), sum of pronation and supination compared to the other hand (ROM_SP_Proz_T0=Summe_SP_aa_T0/Summe_SP_bb_T0), the same with differentiation between affected hand (krank) and other hand (gesund) differentiation between traumatic and degenerative lesions in the MRI report (MRT_ukb_traumatischdegenerativ, 0=no injury seen, 1=traumatic, 2=degenerative, MRI field strength (Tesla, value in Tesla, some missing values), static ulnar variance (Röntgenbefund_Ulna, , dynamic ulnar variance in mm, weight bearing test capacity during x-ray, derived variables regarding the weight bearing test, information about stabilising operation, information about intraoperative assessment on type of lesion (traumatic/degenerative). Further information on request as description field is limited.
Data Types:
  • Software/Code
  • Dataset
Supplementary Table 1 Infection types on Zhongliang 31 and Mingxian 169 produced by seven Puccinia striiformis f. sp. tritici (Pst) at seedling stage Supplementary Table 2 Genotyping results of resistant bulk, susceptible bulk, and two parents using wheat 660K SNP array Supplementary Table 3 Names and sequences of 30 KASP markers and one SSR marker linked to the stripe rust resistance gene YrZl31 and Yr5 diagnostic KASP marker used to detect Yr5 Supplementary Table 4 Polymorphism of four closely linked KASP markers in 65 wheat cultivars and advanced breeding lines
Data Types:
  • Tabular Data
  • Dataset
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