SciLake 🇪🇺🔬
Collection
Models and datasets developed within the SciLake project to support large-scale scientific knowledge graphs, metadata enrichment,... • 14 items • Updated
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fc97138a-760a-4915-b1d9-ad11fb86b345 | completed | 2025-04-29T14:36:04.698000 | 2025-05-27T14:00:34.009000 | b124731c-d4e6-4e5c-bb19-986af26944a4 | Recent behavioral data have shown that lifelong bilingualism can maintain youthful cognitive control abilities in aging. Here, we provide the first direct evidence of a neural basis for the bilingual cognitive control boost in aging. Two experiments were conducted, using a perceptual task-switching paradigm, including ... | <li> <b>functional magnetic resonance imaging:</b> functionalMagneticResonanceImaging (technique)<li> <b>fMRI:</b> functionalMagneticResonanceImaging (technique)<li> <b>left lateral frontal cortex:</b> lateralOrbitalFrontalCortex (UBERONParcellation)<li> <b>cingulate cortex:</b> cingulateCortex (UBERONParcellation) | [
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b45fd355-f5ce-42d3-a506-d4ead29c5f06 | completed | 2025-04-29T14:36:04.698000 | 2025-05-27T14:00:37.502000 | c57162d2-9166-4067-9725-bb04a8b9a125 | Participants completed the same perceptual task-switching paradigm described above during fMRI acquisition.The experiment was backprojected onto a screen placed outside the magnet and viewed by the subjects through a mirror attached to the head coil.Behavioral analyses were similar to those for Experiment 1.However, to... | <li> <b>fMRI:</b> functionalMagneticResonanceImaging (technique) | [
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3e48c506-4bce-4171-9f5f-26a4edad858d | completed | 2025-04-29T14:36:04.698000 | 2025-05-27T14:00:37.601000 | a86c1718-9380-4146-9c61-ff6084c9020a | AbstractLongitudinal developmental fMRI studies just recently began to focus on within-subject reliability using the intraclass coefficient (ICC). It remains largely unclear which degree of reliability can be achieved in developmental studies and whether this depends on the type of task used. Therefore, we aimed to sys... | <li> <b>fMRI:</b> functionalMagneticResonanceImaging (technique)<li> <b>ventral striatum:</b> ventralStriatum (UBERONParcellation)<li> <b>amygdala:</b> amygdala (UBERONParcellation) | [
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6b85c58d-c41c-4b0f-b63e-7a5f8a0c6d13 | completed | 2025-04-29T14:36:04.698000 | 2025-05-27T14:00:37.802000 | 4214d418-b9c6-4cb3-b1db-985c358b130b | For an overview of the main characteristics of the three paradigms see Table 3.In the emotional attention task, participants had to decide whether a pair of visual target stimuli was identical or not while another pair was presented as a distractor.Participants were not asked to attend to a particular emotional categor... | <li> <b>fMRI:</b> functionalMagneticResonanceImaging (technique)<li> <b>MRI:</b> magneticResonanceImaging (technique) | [
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] | null | null |
729918d1-dc6b-4b19-ad34-f0f61d5a974e | completed | 2025-04-29T14:36:04.698000 | 2025-05-27T14:00:37.909000 | 69f675f9-c08e-43de-9def-9b0d331ecaa6 | The automated tape-collecting ultramicrotome (ATUM) makes it possible to collect large numbers of ultrathin sections quickly-the equivalent of a petabyte of high resolution images each day. However, even high throughput image acquisition strategies generate images far more slowly (at present ~1 terabyte per day). We th... | <li> <b>ultramicrotome:</b> microtomeSectioning (technique) | [
[
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null
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{
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] | null | null |
40434529-2780-4db4-a016-69a694558fae | completed | 2025-04-29T14:36:04.698000 | 2025-05-27T14:00:38.029000 | 49181da3-d909-4ecb-ad05-ffa17ea1f4a6 | Small EM volumes (<1 terabyte) can be aligned on a powerful desktop computer using publicly available alignment software such as the registration plugins for Fiji (Schindelin et al., 2012).However, the stitching and alignment of high resolution images becomes increasingly difficult as data sets become larger.The comput... | <li> <b>EM:</b> electronMicroscopy (technique) | [
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null
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5b37cb6d-f3b6-48b7-94d8-237bc0aee00d | completed | 2025-04-29T14:36:04.698000 | 2025-05-27T14:00:38.191000 | 38250e21-a250-4634-a90d-dd89232846fd | Abstract Objective: To explore potential mechanisms of cognitive changes in patients with anti-NMDAR encephalitis (ANMDARE) from intramodule and intermoduleeffects of brain functional networks. Methods: Resting-state functional MRI and T1-weighted imaging data were collected from 30 ANMDARE patientsand 30 healthy contr... | <li> <b>Resting-state functional MRI:</b> functionalMagneticResonanceImaging (technique)<li> <b>T1-weighted imaging:</b> magneticResonanceImaging (technique)<li> <b>right inferior frontal gyrus:</b> inferiorFrontalGyrus (UBERONParcellation)<li> <b>left superior parietal lobule:</b> superiorParietalCortex (UBERONParcell... | [
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"brain: Other (UBERONParcellation)\r\ngray matter: brainGrayMatter (UBERONParcellation)\nparahippocampal gyri: parahippocampalGyrus (UBERONParcellation)\n\r\n"
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... | null | null |
476b9a23-7895-44a8-b4f0-775b67c91401 | completed | 2025-04-29T14:36:04.698000 | 2025-05-27T14:00:38.308000 | f2ebe4c2-cc46-4c1b-bd72-34a935d66263 | To ensure the stability and accuracy of community delineation and to facilitate statistical comparison between two groups, we used a modular similaritybased network thresholding approach (Yu et al., 2020) and a data-driven multi-iterative generalization of the Louvain community detection algorithm to construct a commun... | None | [
[
{
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"Incorrect"
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20e1268a-e936-4748-8e17-bd6006a2c743 | completed | 2025-04-29T14:36:04.698000 | 2025-05-27T14:00:38.408000 | 8e550d5d-439a-4b58-9408-8abb3b8aab9a | Prey capture and subjugation are complex behaviors affected by many factors including physiological and behavioral traits of both the predator and the prey. The western banded gecko (Coleonyx variegatus) is a small generalist predator that consumes both evasive prey items, such as spiders, wasps, and orthopterans, and ... | <li> <b>high-speed 3D videography:</b> high-speedVideoRecording (technique) | [
[
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] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"western banded gecko: Other (species)\nColeonyx variegatus: Other (species)\n"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
{
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] | null | null |
5ce74171-486a-4b41-b368-0edf008d923b | pending | 2025-04-29T14:36:04.698000 | 2025-04-29T14:36:04.698000 | 769ba5bc-0e5b-40f9-8458-5ce439029aa6 | Prey shaking is a vigorous movement that involves lateral oscillations of the head, forelimbs, and anterior portion of the trunk, with the hindlimbs and tail appearing to serve as anchors during the movement.Although geckos almost always shook the mealworms after capture, both before and after autotomy, the loss of the... | None | [
[]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"discarded"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"discarded"
] | [] | null | null |
2da16f62-d2e2-4483-b311-acd423609b9f | pending | 2025-04-29T14:36:04.698000 | 2025-04-29T14:36:04.698000 | 57bcdf13-88c5-4d26-a5da-653e6920aa5c | Frontiers in Human Neuroscience, 7 | None | [
[]
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"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"discarded"
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null
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null
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"discarded"
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null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [] | null | null |
c69ef07b-9748-4524-9be2-851c8b7a8608 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:38.508000 | a9475f17-52a4-4d49-b0eb-fa0c3aa20c40 | Sixteen healthy, right-handed subjects (9 females) aged 23.6 years (±2.4) participated in Experiment 2. For the participants in the second experiment, the same inclusion criteria as in Experiment 1 were applied (see above).The participants in both experiments did not differ in their age [t (34) = -0.72,p = 0.479] or in... | <li> <b>9 females:</b> female (biologicalSex) | [
[
{
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]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"Partially correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"submitted"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"submitted"
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{
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] | null | null |
f6ba35e4-edcf-410e-82f8-8b9148aa24cf | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:38.591000 | 90966938-8e71-4a42-81d6-ac2c07b0e137 | Abstract Background Intermittent theta burst stimulation (iTBS) is a form of repetitive transcranial magnetic stimulation (TMS) that can increase corticomotor excitability of hand muscles in individuals with spinal cord injury (SCI). The objective of this study was to determine the effect of iTBS on the corticomotor ex... | <li> <b>electromyography:</b> electromyography (technique)<li> <b>Intermittent theta burst stimulation:</b> Other (technique)<li> <b>repetitive transcranial magnetic stimulation:</b> Other (technique)<li> <b>TMS:</b> Other (technique)<li> <b>Motor evoked potentials:</b> Other (technique)<li> <b>MEPs:</b> Other (techniq... | [
[
{
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{
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{
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{
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{... | [
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"Correct"
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"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"submitted"
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"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"spinal cord: Other (UBERONParcellation)\n\r\n"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
{
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{
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... | null | null |
47866826-1b10-4cbd-9199-4ff6c86d5381 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:38.700000 | 784c6d83-c86e-4ae4-b390-90546a0e1d78 | In the SCI group, there was a significant interaction between the biceps AMT/RMT ratio (i.e., corticomotor conductance potential) and stimulation type.While both sham and active iTBS showed a negative relationship with corticomotor conductance potential, nMEPs Fig. 3 Time differentiated normalized motor evoked potentia... | <li> <b>iTBS:</b> Other (technique) | [
[]
] | [
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null
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{
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},
{
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] | null | null |
e22bbbac-580b-4e4f-8065-696d5138fe8d | pending | 2025-04-29T14:36:04.699000 | 2025-04-29T14:36:04.699000 | 0c614a10-2215-43b1-abed-5a12892b1bf5 | Vitamin D is a lipid soluble steroid hormone, which plays a critical role in the calcium homeostasis, neuronal development, cellular differentiation, and growth by binding to vitamin D receptor (VDR). Associations between VDR gene polymorphism and Alzheimer’s disease (AD), Parkinson’s disease (PD), and mild cognitive i... | None | [
[]
] | [
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null
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null
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null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"discarded"
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993e39e9-864a-4c79-8dee-a4e94c68ec45 | pending | 2025-04-29T14:36:04.699000 | 2025-04-29T14:36:04.699000 | 7ed0e5aa-8a73-4fa2-b179-2e839e27346d | Two experienced authors (YD and PG) independently conducted literature screening, data extraction, literature quality evaluation, and any disagreements could be resolved through discussion or a third analyst (XS).The detailed information extracted from all the selected studies included: first author's surname, publicat... | None | [
[]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [] | null | null |
193ef40b-8a8a-4e86-bc08-49b1173d26eb | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:38.814000 | cd00c030-40ab-4895-abad-f78144347bef | Individuals from East Asian (Chinese) backgrounds have been shown to exhibit greater sensitivity to a speaker's perspective than Western (U.S.) participants when resolving referentially ambiguous expressions. We show that this cultural difference does not reflect better integration of social information during language... | <li> <b>visual-world eye-tracking:</b> eyeMovementTracking (technique) | [
[
{
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]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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] | [
"Partially correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"submitted"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"submitted"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"submitted"
] | [
{
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] | null | null |
ae9c1987-a61c-4bf3-b3c4-56b7e1a99b79 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:38.983000 | f5dcdc97-ac42-424c-afa5-ac85ca00a028 | Overall, our findings support the hypothesis that language users from different cultures share a common stratum of referential processing, with cultural variation in how the products of these early referential processes are used in the higher-level processes governing thought and action.Specifically, whereas neither Ch... | <li> <b>medial pre-frontal cortex:</b> prefrontalCortex (UBERONParcellation) | [
[
{
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}
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] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"Partially correct"
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"submitted"
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"Partially correct"
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"pre-frontal cortex: prefrontalCortex (UBERONParcellation)\n"
] | [
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"submitted"
] | [
{
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}
] | null | null |
bc1fb690-2b46-446f-95b4-8ba3711b43c2 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:39.100000 | 803e1def-5d2a-4131-8ed2-60fca7b12e0d | AbstractGut microbiome profoundly affects many aspects of host physiology and behaviors. Here we report that gut microbiome modulates aggressive behaviors in Drosophila. We found that germ-free males showed substantial decrease in inter-male aggression, which could be rescued by microbial re-colonization. These germ-fr... | <li> <b>Drosophila:</b> Other (species) | [
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"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"male: male (biologicalSex)\nfemale: female (biologicalSex)\n"
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{
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{
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}
] | null | null |
ff34a9f6-6e63-438e-b4aa-1905411cc2fc | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:39.208000 | 7c65fe99-40d6-442d-b87c-f9e9086ef32a | Accumulating evidence indicates that the microbiome affects a broad spectrum of animal physiology and behaviors 1,48,49 .It remains unclear whether/how Drosophila microbiome is required to modulate innate and social behaviors, including locomotion, courtship, and aggression despite of much advanced genetic tools in thi... | <li> <b>Drosophila:</b> Other (species)<li> <b>HPLC:</b> Other (technique) | [
[
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{
... | [
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"Correct"
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"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"males: male (biologicalSex)\nfemales: female (biologicalSex)\nbrain: Other (UBERONParcellation)\nqPCR: Other (technique)\nneurons: Other (UBERONParcellation)\ndogs: Other (species)\n"
] | [
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{
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"... | null | null |
f361578a-c102-4e6e-b40f-ee80d43a9838 | pending | 2025-04-29T14:36:04.699000 | 2025-04-29T14:36:04.699000 | ae0842c8-bfc9-4e19-a851-4f5ac17f35c5 | Frontiers in Neuroscience, 9 | None | [
[]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"discarded"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"discarded"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"discarded"
] | [] | null | null |
cb3125d1-776c-408e-85af-f084b26e0e51 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:39.340000 | 6f06ec9f-6048-4522-b4c9-c79f9d6f0de0 | The neuron circuit integrated in this chip is derived from the adaptive exponential I&F circuit proposed in Indiveri et al. (2011), which can exhibit a wide range of neural behaviors, such as spike-frequency adaptation properties, refractory period mechanism and adjustable spiking threshold mechanism.The circuit schema... | <li> <b>NMDA:</b> Other (technique) | [
[
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"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"submitted"
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"Incorrect"
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"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"neuron: Other (UBERONParcellation)"
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{
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{
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}
] | null | null |
43fa0ede-4761-4fb6-8204-8742c8cbbd7e | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:39.450000 | 4f10da84-5894-4f7a-99ca-340699ff0148 | The surface Electromyography (sEMG) signal contains information about movement intention generated by the human brain, and it is the most intuitive and common solution to control robots, orthotics, prosthetics and rehabilitation equipment. In recent years, gesture decoding based on sEMG signals has received a lot of re... | <li> <b>Electromyography:</b> electromyography (technique)<li> <b>sEMG:</b> electromyography (technique) | [
[
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null
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{
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}
] | null | null |
918b7f12-b7b3-4c29-82e8-49cb1c9604ed | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:39.533000 | 56078401-c655-4f2a-acbb-d48be2c8545a | The elbows of all subjects were placed on the table when they performed gesture movements, so the forearm angle referred to the angle between the forearm and the tabletop.In order to comprehensively analyze the negative impact of the angle on the sEMG signal from small angle difference and large angle difference, the f... | <li> <b>sEMG:</b> electromyography (technique) | [
[
{
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{
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]
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"Partially correct"
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"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"submitted"
] | [
"Correct"
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"submitted"
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null
] | [
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{
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{
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}
] | null | null |
c8b5499c-3dfc-4c6a-8a88-91545bb0325b | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:39.617000 | c9debe8c-ad35-4ab8-b65d-4b9a276961db | In general, magnetic resonance (MR) diffusion-weighted imaging (DWI) has shown potential in clinical settings. In testicles parenchyma, the DW imaging helps differentiate and characterize benign from malignant lesions. Placement and size of the region of interest (ROI) may affect the ADC value. Therefore, the aim of th... | <li> <b>magnetic resonance:</b> magneticResonanceImaging (technique)<li> <b>MR:</b> magneticResonanceImaging (technique)<li> <b>diffusion-weighted imaging:</b> diffusionWeightedImaging (technique)<li> <b>DWI:</b> diffusionWeightedImaging (technique) | [
[
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... | [
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"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"DW imaging: diffusionWeightedImaging (technique)\n\r\n"
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] | null | null |
66bb23be-c199-4aac-966d-6a34c8d16fb0 | pending | 2025-04-29T14:36:04.699000 | 2025-04-29T14:36:04.699000 | 6b090e19-0f8a-4207-b6ce-fbd7c99502bd | The interobserver agreement in tumor length was excellent in the first reading ICC = 0.98 (95% CI 0.93-0.99)and second reading ICC = 0.98 (95% CI 0.94-0.99).Tumor width interobserver agreement was excellent in the first and second reading with ICC = 0.98 (95% CI 0.92-0.99)and ICC = 0.98 (95% CI 0.95-0.99),respectively.... | None | [
[]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
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"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"discarded"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"discarded"
] | [] | null | null |
f304fbea-c425-4546-a31d-e80936fe17a6 | pending | 2025-04-29T14:36:04.699000 | 2025-04-29T14:36:04.699000 | 8a66ae7b-3f3b-470f-ba08-fe87efe88b84 | In this review paper aimed at the non-specialist, we explore the use that neuroscientists and musicians have made of perceptual illusions based on ambiguity. The pivotal issue is auditory scene analysis (ASA), or what enables us to make sense of complex acoustic mixtures in order to follow, for instance, a single melod... | None | [
[]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [] | null | null |
ef62218e-490f-47b1-8544-7e416e624a1a | pending | 2025-04-29T14:36:04.699000 | 2025-04-29T14:36:04.699000 | 97b837fa-e9a5-4d33-b233-b0391b7cb469 | Using the rules of ASA to promote fusion across instruments or, on the contrary, to create distinct voices may be described as implicitly relying on auditory illusions (not all instruments may be heard, and, conversely, not all melodies are produced by a single physical instrument).There are also composers who have mad... | None | [
[]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [] | null | null |
8bb2d88b-cb8f-4eef-901d-1bb032d4fc46 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:39.763000 | 9145ebe7-bb3f-4089-a65b-54c1351aebe6 | AbstractOur objective was to study the incidence, etiology and diagnosis of multifocal osteonecrosis (MFON) and its treatment options to facilitate an earlier diagnosis and to optimize treatment. A radiological investigation was performed in osteonecrosis patients with a high risk of MFON for a more accurate diagnosis ... | <li> <b>magnetic resonance imaging:</b> magneticResonanceImaging (technique)<li> <b>MRI:</b> magneticResonanceImaging (technique) | [
[
{
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},
{
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}
]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
{
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},
{
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"label": "technique",
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}
] | null | null |
23046eb9-7afc-4020-92df-1221635f5d21 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:39.858000 | 858a69f1-3b4e-42d8-91a7-71f8b7e01fe9 | A few reports of MFON have suggested that a high dose of corticosteroids is the main risk factor for MFON.In France, Hernigou 4 reported on 140 MFON cases diagnosed between 1985 and 1995, all of which were associated with corticosteroid use.In the cases reported by Mont et al. 1 , 91% had a history of corticosteroid us... | <li> <b>MRI:</b> magneticResonanceImaging (technique) | [
[
{
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},
{
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}
]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"spinal cord: Other (UBERONParcellation)"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
{
"end": 1454,
"label": "technique",
"start": 1451
}
] | null | null |
e609cea0-fb4c-4178-b3e1-9ff38d024cc1 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:39.950000 | e9208544-5283-485c-90b6-940a015691a2 | AbstractFor the past several decades, chimeric antigen receptor T cell (CAR T) therapies have shown promise in the treatment of cancers. These treatments would greatly benefit from companion imaging biomarkers to follow the trafficking of T cells in vivo. Using synthetic biology, we engineered T cells with a chimeric r... | <li> <b>positron emission tomography:</b> positronEmissionTomography (technique)<li> <b>PET:</b> positronEmissionTomography (technique) | [
[
{
"end": 550,
"label": "technique",
"start": 522
},
{
"end": 555,
"label": "technique",
"start": 552
},
{
"end": 827,
"label": "technique",
"start": 824
},
{
"end": 926,
"label": "technique",
"start": 923
},
... | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"in vitro: inVitro (preparationType)"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
{
"end": 550,
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},
{
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"label": "technique",
"start": 552
},
{
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"start": 824
},
{
"end": 926,
"label": "technique",
"start": 923
},
{
"end": 1032,
"label": "technique",... | null | null |
6739123b-1e54-4253-abee-0ca218830036 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:40.040000 | 00bda1d0-13af-45c2-8814-b2c5272dcf39 | Trastuzumab has the same anti-HER2 scFv binding moiety as our SNIPR, thereby reflecting the affinity-based interaction of the same antigen-antibody pair (40).We used [ 89 Zr]trastuzumab (anti-HER2) PET imaging and [ 18 F]FDG PET in the same animal model as for the SNIPR-CAR system (n 5 4).Overall, different biodistribu... | <li> <b>PET:</b> positronEmissionTomography (technique)<li> <b>PET imaging:</b> positronEmissionTomography (technique) | [
[
{
"end": 228,
"label": "technique",
"start": 225
},
{
"end": 442,
"label": "technique",
"start": 439
},
{
"end": 481,
"label": "technique",
"start": 478
},
{
"end": 825,
"label": "technique",
"start": 822
},
... | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"in vitro: inVitro (preparationType)\nin vivo: inVivo (preparationType)\n"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
{
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{
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"start": 225
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{
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"start": 439
},
{
"end": 481,
"label": "technique",
"start": 478
},
{
"end": 825,
"label": "technique",
... | null | null |
4f8c505f-e3a3-4602-84e7-98bbb1a50193 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:40.142000 | caab749c-5c4a-4ab1-95cd-d4c6389a7008 | When individuals interact with others, perceived information is transmitted among their brains. The EEG-based hyperscanning technique, which provides an approach to explore dynamic brain activities between two or more interactive individuals and their underlying neural mechanisms, has been applied to study different as... | <li> <b>EEG:</b> electroencephalography (technique)<li> <b>EEG-based hyperscanning:</b> electroencephalography (technique) | [
[
{
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"start": 100
},
{
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"label": "technique",
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},
{
"end": 504,
"label": "technique",
"start": 501
},
{
"end": 876,
"label": "technique",
"start": 873
},
... | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Partially correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Partially correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"brain: Other (UBERONParcellation)"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
{
"end": 103,
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},
{
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"start": 412
},
{
"end": 504,
"label": "technique",
"start": 501
},
{
"end": 876,
"label": "technique",
"start": 873
},
{
"end": 934,
"label": "technique",
... | null | null |
a17680ea-7d75-4a1e-83cb-67fc288fb622 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:40.226000 | da67f0c3-46a5-4ef7-86ac-62db672019c2 | Among social signals, the non-verbal signals are deemed to be crucial visual cues for communicative intentions (Jahng et al., 2017).During these processes, people share the same perspective with one another, and this phenomenon is called shared attention (Shteynberg, 2018). Mutual gaze and shared attention play an esse... | <li> <b>EEG:</b> electroencephalography (technique)<li> <b>dual-EEG:</b> electroencephalography (technique)<li> <b>EEG-based hyperscanning:</b> electroencephalography (technique) | [
[
{
"end": 880,
"label": "technique",
"start": 877
},
{
"end": 1280,
"label": "technique",
"start": 1277
},
{
"end": 679,
"label": "UBERONParcellation",
"start": 674
}
]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Partially correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Partially correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"brain: Other (UBERONParcellation)\n\r\n"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
{
"end": 880,
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},
{
"end": 1280,
"label": "technique",
"start": 1277
},
{
"end": 880,
"label": "technique",
"start": 872
},
{
"end": 1300,
"label": "technique",
"start": 1277
}
] | null | null |
f6191925-99d7-420e-a6a1-bb9a2a8fb6f5 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:40.308000 | b428a14b-6a5e-4302-9f94-9ac680a6a190 | Abstract Objectives: To compare the amount of fluid in synovial sheaths of the ankle before and after running. Our hypothesis was that this amount would increase, and that the threshold for what is normally acceptable should be adjusted after physical activity.Methods: Twenty-one healthy volunteers (n=42 ankles) ran fo... | <li> <b>MRI:</b> magneticResonanceImaging (technique)<li> <b>3T MRI:</b> magneticResonanceImaging (technique) | [
[
{
"end": 370,
"label": "technique",
"start": 367
},
{
"end": 1451,
"label": "technique",
"start": 1449
}
]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"MR: magneticResonanceImaging (technique)"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
{
"end": 370,
"label": "technique",
"start": 367
},
{
"end": 370,
"label": "technique",
"start": 364
}
] | null | null |
9aa91f88-855f-4c5e-b509-712004c3cdcc | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:40.407000 | 8f7ecbf3-e5d9-4ed6-af0a-3e9c46103f96 | All participants performed the experiment successfully without pain, injury, or becoming unwell. Planning of imaging was organized as such that each participant immediately underwent MR when his running session ended. There were 12 men (57%) and 9 women (43%).The mean age was 24.7 years. All the measurements obtained f... | <li> <b>MR:</b> magneticResonanceImaging (technique) | [
[
{
"end": 185,
"label": "technique",
"start": 183
}
]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"\n"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
{
"end": 185,
"label": "technique",
"start": 183
}
] | null | null |
eaf46979-006a-4f54-a871-605485061b5f | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:40.500000 | e4606082-1628-407d-a839-3fbb16e8fb6e | AbstractThe complex genetic architecture of Autism Spectrum Disorder (ASD) and its heterogeneous phenotype make molecular diagnosis and patient prognosis challenging tasks. To establish more precise genotype-phenotype correlations in ASD, we developed a novel machine learning integrative approach, which seeks to deline... | None | [
[
{
"end": 471,
"label": "UBERONParcellation",
"start": 466
},
{
"end": 877,
"label": "UBERONParcellation",
"start": 872
}
]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Incorrect"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Incorrect"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"brain: Other (UBERONParcellation)"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [] | null | null |
27ea7ad5-632c-4be6-ab59-8fb1e9930ce5 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:40.591000 | b51f304c-e814-424c-ae66-78ac8cee6fa8 | CNVs (N = 129,754) identified in 2446 subjects with ASD were filtered to select rare, high-confidence CNVs, over 30 kb in size and that contained complete or partial brain-expressed gene sequences.The selected high-confidence, rare CNVs (N = 12,683) disrupted 4025 brainexpressed genes in 2414 subjects with ASD (86.8% m... | None | [
[
{
"end": 342,
"label": "biologicalSex",
"start": 335
},
{
"end": 324,
"label": "biologicalSex",
"start": 319
}
]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Incorrect"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Incorrect"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"male: male (biologicalSex)\nfemale: female (biologicalSex)\n"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [] | null | null |
62892281-552b-480a-a0bb-235327803fe3 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:40.684000 | 83753522-60ea-4680-b582-e2204a12cbf6 | AbstractStimuli are represented in the brain by the collective population responses of sensory neurons, and an object presented under varying conditions gives rise to a collection of neural population responses called an object manifold. Changes in the object representation along a hierarchical sensory system are assoc... | None | [
[
{
"end": 585,
"label": "technique",
"start": 564
}
]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"object classification: Other (technique)"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [] | null | null |
61e5c56a-810a-4f35-8b38-98504d2e20b7 | pending | 2025-04-29T14:36:04.699000 | 2025-04-29T14:36:04.699000 | 0585cebe-c068-445f-9af1-0f84793d4258 | Changes in the measured classification capacity can be traced back to changes in manifold geometry along the network hierarchy, namely manifold radii and dimensions, which can be estimated from data (see Methods, Eqs. ( 3) and ( 4), and Supplementary Methods 2.1).Mean manifold dimension and radius along DCNNs hierarchi... | None | [
[]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [] | null | null |
4996bdff-9fc4-45d4-81eb-6951c6eb6ef5 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:40.782000 | 839ec302-51db-4f77-baac-d8a4cf800375 | Numerous studies have shown that gradient-echo blood oxygen level dependent (BOLD) fMRI is biased toward large draining veins. However, the impact of this large vein bias on the localization and characterization of semantic category areas has not been examined. Here we address this issue by comparing standard magnitude... | <li> <b>blood oxygen level dependent:</b> functionalMagneticResonanceImaging (technique)<li> <b>BOLD:</b> functionalMagneticResonanceImaging (technique)<li> <b>fMRI:</b> functionalMagneticResonanceImaging (technique)<li> <b>Fusiform Face Area:</b> fusiformGyrus (UBERONParcellation)<li> <b>FFA:</b> fusiformGyrus (UBERON... | [
[
{
"end": 87,
"label": "technique",
"start": 83
},
{
"end": 1416,
"label": "technique",
"start": 1412
},
{
"end": 372,
"label": "UBERONParcellation",
"start": 354
},
{
"end": 377,
"label": "UBERONParcellation",
"sta... | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Partially correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Partially correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"\r\n"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
{
"end": 75,
"label": "technique",
"start": 47
},
{
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"label": "technique",
"start": 77
},
{
"end": 337,
"label": "technique",
"start": 333
},
{
"end": 633,
"label": "technique",
"start": 629
},
{
"end": 1411,
"label": "technique",
... | null | null |
b90470c9-9bfb-4f89-a11c-84678d0ea144 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:40.916000 | 7528882a-76c4-4f78-8c2f-c77a58def920 | To quantify the hemisphere laterality of FFA and PPA, an ROI size laterality index and an fSNR laterality index for each subject's FFA and PPA were calculated.For a given subject and ROI, ROI size laterality is defined as: | <li> <b>FFA:</b> fusiformGyrus (UBERONParcellation)<li> <b>PPA:</b> parahippocampalGyrus (UBERONParcellation)<li> <b>ROI:</b> Other (technique) | [
[]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Incorrect"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Incorrect"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
{
"end": 44,
"label": "UBERONParcellation",
"start": 41
},
{
"end": 134,
"label": "UBERONParcellation",
"start": 131
},
{
"end": 52,
"label": "UBERONParcellation",
"start": 49
},
{
"end": 142,
"label": "UBERONParcellation",
"start": 139
},
{
"end":... | null | null |
756e0db5-2905-4dbd-8743-78a81fece6b1 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:41.008000 | 81145392-d51a-48af-bc63-8ece8901f77f | MicroRNAs (miRNAs) are short-length non-protein-coding RNA sequences that post-transcriptionally regulate gene expression in a broad range of cellular processes including neuro- development and have previously been implicated in fetal alcohol spectrum disorders (FASD). In this study, we use our vervet monkey model of F... | <li> <b>vervet monkey:</b> chlorocebusAethiopsSabaeus (species) | [
[
{
"end": 309,
"label": "species",
"start": 296
}
]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"Incorrect"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
"vervet monkey: chlorocebusPygerythrus (species)"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
] | [
{
"end": 309,
"label": "species",
"start": 296
}
] | null | null |
d51c1f53-7a87-4f1f-9a8c-ec47ff9a7975 | pending | 2025-04-29T14:36:04.699000 | 2025-04-29T14:36:04.699000 | d2e721e8-e67f-49a4-8074-dc9544df1993 | To our knowledge, this is the first study to observe the simultaneous upregulation of miRNA with correlated downregulation of mRNA in response to prenatal ethanol exposure using paired, concurrently sampled datasets.This is also the first example in which a hypothetical functional impact of global miRNA changes on glob... | None | [
[]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
"Correct"
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [] | null | null |
32a4594f-7a26-4d86-a839-9dba28701835 | pending | 2025-04-29T14:36:04.699000 | 2025-04-29T14:36:04.699000 | d086c1d7-245b-4448-9c48-21ec69a2bff7 | In this paper, we report an approach to design nanolayered memristive compositions based on TiO2/Al2O3 bilayer structures with analog non-volatile and volatile tuning of the resistance. The structure of the TiO2 layer drives the physical mechanism underlying the non-volatile resistance switching, which can be changed f... | None | [
[]
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"discarded"
] | [
null
] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"discarded"
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a9ee570a-100b-412d-a19c-26125b7fd95b | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:41.122000 | 0db93650-b115-4b50-963e-cbaf62e718f9 | As a memristive structure with an analog switching of the resistive state, a sequence of two Al 2 O 3 /TiO 2 thin-film layers was chosen (Figure 1).To form the structures, Pt bottom electrode (100 nm) was deposited at 150 • C on a p-Si/SiO 2 substrate with an adhesive layer of Ti (25 nm).Atomic layer deposition (ALD) w... | <li> <b>Atomic layer deposition:</b> Other (technique)<li> <b>ALD:</b> Other (technique)<li> <b>scanning electron microscopy:</b> scanningElectronMicroscopy (technique)<li> <b>atomic force microscopy:</b> Other (technique) | [
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"label": "technique",... | null | null |
de1b67ba-55e3-4311-b397-5eec01632007 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:41.208000 | b00073ee-2d4c-4e7b-8441-9c9ff45ccdff | Congenital sensory deprivation can lead to reorganization of the deprived cortical regions by another sensory system. Such cross-modal reorganization may either compete with or complement the "original" inputs to the deprived area after sensory restoration and can thus be either adverse or beneficial for sensory restor... | <li> <b>congenitally deaf cats:</b> felisCatus (species)<li> <b>CDCs:</b> felisCatus (species)<li> <b>cats:</b> felisCatus (species)<li> <b>auditory dorsal zone:</b> auditoryCortex (UBERONParcellation)<li> <b>DZ:</b> auditoryCortex (UBERONParcellation)<li> <b>visual cortical areas:</b> visualCortex (UBERONParcellation)... | [
[
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{
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... | [
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"submitted"
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"Partially correct"
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"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
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"Partially correct"
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"submitted"
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] | [
"3c769fcb-8d37-41a2-b5e3-943a2a1090ab"
] | [
"submitted"
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{
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{
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{
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"start... | null | null |
bdbdc84a-51cd-41a1-86e0-94c3e1e0dc37 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:41.291000 | dc624efc-6de1-40c9-b102-725fca7d66bb | Animals.Experiments were performed in five adult congenitally deaf white cats (Heid et al., 1998) and four adult hearing controls (Ͼ12 months of age, 7 female and 2 male).HCs had normal hearing with click-evoked auditory brainstem response (ABR) thresholds Ͻ40 dB SPL pe .CDCs had been identified from the colony of deaf... | <li> <b>congenitally deaf white cats:</b> felisCatus (species)<li> <b>CDCs:</b> felisCatus (species)<li> <b>HCs:</b> felisCatus (species)<li> <b>cats:</b> felisCatus (species)<li> <b>auditory brainstem response:</b> Other (technique)<li> <b>ABR:</b> Other (technique)<li> <b>electrophysiological recording:</b> Other (te... | [
[
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{
... | [
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"Partially correct"
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{
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{
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{
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{
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"star... | null | null |
16aa395a-d665-4f34-a5b2-b26e3ffa6175 | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:41.400000 | f9aa9a0a-0df4-4b7c-b27d-f87b5d697a10 | The way an object is released by the passer to a partner is fundamental for the success of the handover and for the experienced fluency and quality of the interaction. Nonetheless, although its apparent simplicity, object handover involves a complex combination of predictive and reactive control mechanisms that were no... | None | [
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04dda3fa-c406-4141-966a-d28090fc05bb | completed | 2025-04-29T14:36:04.699000 | 2025-05-27T14:00:41.491000 | 0895709f-39a7-4ebd-93c3-a539cb9e457a | We describe the clinical and radiological findings of a pair of siblings with cerebellar vermis hypoplasia and compare them with the literature. Both of them present pregnancies and deliveries uneventful and both presented some grade of hypotonia, ataxia, ocular motor abnormalities and mild motor delay and slurred spee... | <li> <b>cerebellar vermis hypoplasia:</b> cerebellumVermisCulmen (UBERONParcellation)<li> <b>MRI:</b> magneticResonanceImaging (technique) | [
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] | [
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"submitted"
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{
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},
{
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}
] | null | null |
End of preview. Expand in Data Studio
Dataset Card for scilake-neuro
This dataset has been created with Argilla. As shown in the sections below, this dataset can be loaded into your Argilla server as explained in Load with Argilla, or used directly with the datasets library in Load with datasets.
Using this dataset with Argilla
To load with Argilla, you'll just need to install Argilla as pip install argilla --upgrade and then use the following code:
import argilla as rg
ds = rg.Dataset.from_hub("SIRIS-Lab/scilake-neuro", settings="auto")
This will load the settings and records from the dataset repository and push them to you Argilla server for exploration and annotation.
Using this dataset with datasets
To load the records of this dataset with datasets, you'll just need to install datasets as pip install datasets --upgrade and then use the following code:
from datasets import load_dataset
ds = load_dataset("SIRIS-Lab/scilake-neuro")
This will only load the records of the dataset, but not the Argilla settings.
Dataset Structure
This dataset repo contains:
- Dataset records in a format compatible with HuggingFace
datasets. These records will be loaded automatically when usingrg.Dataset.from_huband can be loaded independently using thedatasetslibrary viaload_dataset. - The annotation guidelines that have been used for building and curating the dataset, if they've been defined in Argilla.
- A dataset configuration folder conforming to the Argilla dataset format in
.argilla.
The dataset is created in Argilla with: fields, questions, suggestions, metadata, vectors, and guidelines.
Fields
The fields are the features or text of a dataset's records. For example, the 'text' column of a text classification dataset of the 'prompt' column of an instruction following dataset.
| Field Name | Title | Type | Required |
|---|---|---|---|
| text | Text | text | True |
| links | Linked entities | text | True |
Questions
The questions are the questions that will be asked to the annotators. They can be of different types, such as rating, text, label_selection, multi_label_selection, or ranking.
| Question Name | Title | Type | Required | Description | Values/Labels |
|---|---|---|---|---|---|
| span_label | Select and classify the tokens according to the specified categories. | span | True | N/A | ['preparationType', 'technique', 'biologicalSex', 'species', 'UBERONParcellation'] |
| assess_ner | Extracted entity validation | label_selection | True | Are the extracted entities correct? | ['Correct', 'Partially correct', 'Incorrect'] |
| assess_nel | Linked openMINDS entity validation | label_selection | True | Are the linked entities in openMINDS correct? | ['Correct', 'Partially correct', 'Incorrect'] |
| comments | Comments | text | False | Additional comments | N/A |
Data Splits
The dataset contains a single split, which is train.
Dataset Creation
Curation Rationale
[More Information Needed]
Source Data
Initial Data Collection and Normalization
[More Information Needed]
Who are the source language producers?
[More Information Needed]
Annotations
Annotation guidelines
Validation guidelines for selected openMINDS entities
Task Description
Your task is to validate the extraction of the different entities and their linking to their closest matching entries in the instances of the openMINDS controlled terms.
What to Validate
For each record, please verify the following:
- Entity Spans: Are all text spans correctly identified? Are the span boundaries accurate?
- Entity Types: Are entity types correctly assigned?
- Entity Linking: Are the matching entities in openMINDS correctly assigned?
Instructions
- Carefully read the texts.
- Review the NER spans and correct them if:
- The boundaries (start/end) are incorrect
- The entity label is wrong
- Verify that the extracted entities are correctly linked to their closest match in the vocabulary
- Add any comments or feedback you deem relevant
Validation Guidelines
- Entity Annotations: Mark spans as "Correct" only if boundaries and labels are accurate.
- Entity Extraction: Mark as "Correct" if all energy (storage) types mentioned are extracted; "Partially correct" if any are missing or incorrect.
- Vocabulary Linking: Mark as "Correct" if all links are to the appropriate entries. Use "Partially correct" if any are incorrect.
Entities
preparationTypetechniquebiologicalSexspeciesUBERONparcellation
Annotation process
[More Information Needed]
Who are the annotators?
[More Information Needed]
Personal and Sensitive Information
[More Information Needed]
Considerations for Using the Data
Social Impact of Dataset
[More Information Needed]
Discussion of Biases
[More Information Needed]
Other Known Limitations
[More Information Needed]
Additional Information
Dataset Curators
[More Information Needed]
Licensing Information
[More Information Needed]
Citation Information
[More Information Needed]
Contributions
[More Information Needed]
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