cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.8156158
title: A multivariate physiological model of vagus nerve signalling during metabolic challenges in anaesthetised rats for diabetes treatment

description: Raw recordings that support the findings of the paper. In the intact recordings, there may be more than one recoridng corresponding to the same animal. For ligated recordings, odd numbers correspond to efferent and even numbers to afferent recordings.
description: Please contact first author for further instructions to use this dataset if needed.
DOI: 10.6084/m9.figshare.24155157
title: Supplementary Material for: Three-dimensional arterial spin labeling for the evaluation of the cerebral hemodynamics in ischemic and hemorrhagic Moyamoya disease

description: Introduction: Moyamoya disease (MMD) is a vascular disease with significant risk of mortality due to ischemia or hemorrhage in the brain. The goal of the study was to explore three-dimensional arterial spin labeling (3D-ASL) to improve evaluation of cerebral hemodynamics in patients with MMD. Methods: Our study included 54 cases of ischemic MMD and 42 cases of hemorrhagic MMD. Dynamic susceptibility contrast-enhanced perfusion weighted imaging (DSC-PWI) and 3D-ASL were performed at 3.0 T. Based on these scans, cerebral blood flow (CBF), mean transit time (MTT) and time to peak (TTP) were calculated and compared between patients with different disease subtypes. Receiver operating characteristics (ROC) analysis was used to assess the diagnostic sensitivity and specificity of different imaging procedures and parameters. Results: Our data suggested that CBF in the lesion area was more severely reduced in patients with hemorrhagic MMD than in those with ischemic MMD. The CBF parameter in 3D-ASL diagnosed hemorrhagic and ischemic MMD with a significant sensitivity and specificity of 80.59% and 57.41% respectively, with an area under the curve (AUC) of 0.75. We also found that the relative CBF (rCBF) of 3D-ASL was more pronounced decreased and the relative MTT and TTP of DSC-PWI were significantly increased in patients with hemorrhagic MMD than those with ischemic MMD. Specificity and sensitivity, and AUC of 3D-ASL were better than the comparison of absolute values from DSC-PWI scans. Discussion/Conclusion: Our study indicated that 3D-ASL is powerful in differentiating patients with cerebral ischemic or hemorrhagic MMD, providing another diagnostic tool that could potentially improve precision medicine to monitoring MMD patients.
DOI: 10.17632/tc5tnchrs2.1
title: Semaphore Flag Signaling Dataset

description: This is a Semaphore Flag Signaling Dataset prepared by Midshipmen of Naval Academy. It includes 20 samples for each semaphore flag in the English alphabet, taken by 4 different persons
DOI: 10.5281/zenodo.8287453
title: Image datasets used in the paper "Revealing invisible cell phenotypes with conditional generative modeling"

description: - BBBC021_selection_128 is a selection of the BBBC021 image dataset from the Broad Bioimage Benchmarck Collection from the Broad Institute - golgi_256_subset is a subset (one plate) of the Golgi Dataset we used (which is about 3 times larger). It was generated by the Biophenics platform in Institut Curie, Paris, France - translocation_256 is the translocation Dataset we used. It was generated by the Biophenics platform in Institut Curie, Paris, France - LRKK2_256 is the Parkinson LRKK2 mutation dataset we used. It was generated by Ksilink, Strasbourg, France - smala_256 is the Malaria dataset we used. It was generated by IRD, Paris, France and acquired by the Histopathology Platform at Institut Pasteur in Paris, France.
DOI: 10.6084/m9.figshare.24314029
title: Financial literacy article-data.xlsx

description: Hello,This dataset is for my "Financial Literacy Levels of Primary Mathematics Teachers and Primary Mathematics Teacher Candidates" article sent to "The Social Studies" journal.
DOI: 10.6084/m9.figshare.24314029.v1
title: Financial literacy article-data.xlsx

description: Hello,This dataset is for my "Financial Literacy Levels of Primary Mathematics Teachers and Primary Mathematics Teacher Candidates" article sent to "The Social Studies" journal.
DOI: 10.5519/qd.9wket96f
title: Query on the Natural History Museum Data Portal (data.nhm.ac.uk) (5341488 records)
DOI: 10.17632/6p8r9j5jyf.1
title: Reports and comments on religious conversion by Council of Islamic Ideology, MoRA & UK Parliamentarians

description: Reports and comments on religious conversion by Council of Islamic Ideology, MoRA & UK Parliamentarians
DOI: 10.6084/m9.figshare.23652530
title: A long-necked theropod from the Lower Cretaceous of Western Siberia, Russia

description: A long-necked theropod from the Lower Cretaceous of Western Siberia, Russia
DOI: 10.6084/m9.figshare.23652530.v1
title: A long-necked theropod from the Lower Cretaceous of Western Siberia, Russia

description: A long-necked theropod from the Lower Cretaceous of Western Siberia, Russia
DOI: 10.6084/m9.figshare.24060916
title: First report of “<i>Mammut</i>” (Mammalia, Proboscidea) from the Upper Miocene of Turkey

description: Mammutidae comprise a proboscidean family that originated in Africa during the late Oligocene, dispersed across the Holarctic during the Miocene, and survived in North America until the end of the Pleistocene. Despite their long evolutionary history and wide geographic distribution mammutids are particularly scarce in the Miocene of Eurasia. Here, we present a new mammutid specimen (an upper deciduous premolar) from the Upper Miocene locality of Sazak in southwestern Turkey. Morphological and metric traits of the tooth, in particular the well-expressed zygodonty, are distinct from the more basal <i>Zygolophodon</i> and permit its assignment to the more derived “<i>Mammut</i>.” Due to the absence of more diagnostic specimens, a specific attribution is not possible; however, considering the Turolian age of the associated fauna an attribution to the Late Miocene representative of the genus, “<i>Mammut</i>” <i>obliquelophus</i>, is possible. Turolian mammutids are rare in the fossil record and therefore our knowledge remains only fragmentary. Despite the existence of a single specimen, the presence of this genus in Sazak corresponds to its first report in the Upper Miocene of Turkey, as well as the first one in western Asia. The presence of “<i>Mammut</i>” in the Upper Miocene of China was recently confirmed, and therefore the record of “<i>Mammut</i>” at Sazak, i.e., at the western margin of Asia, not only adds to the scanty record of the genus in the Upper Miocene of Eurasia but also provides another line of evidence of the paleozoogeographic link enabling Europe–East Asia proboscidean interchanges during the Late Miocene.
DOI: 10.6084/m9.figshare.24060916.v1
title: First report of “<i>Mammut</i>” (Mammalia, Proboscidea) from the Upper Miocene of Turkey

description: Mammutidae comprise a proboscidean family that originated in Africa during the late Oligocene, dispersed across the Holarctic during the Miocene, and survived in North America until the end of the Pleistocene. Despite their long evolutionary history and wide geographic distribution mammutids are particularly scarce in the Miocene of Eurasia. Here, we present a new mammutid specimen (an upper deciduous premolar) from the Upper Miocene locality of Sazak in southwestern Turkey. Morphological and metric traits of the tooth, in particular the well-expressed zygodonty, are distinct from the more basal <i>Zygolophodon</i> and permit its assignment to the more derived “<i>Mammut</i>.” Due to the absence of more diagnostic specimens, a specific attribution is not possible; however, considering the Turolian age of the associated fauna an attribution to the Late Miocene representative of the genus, “<i>Mammut</i>” <i>obliquelophus</i>, is possible. Turolian mammutids are rare in the fossil record and therefore our knowledge remains only fragmentary. Despite the existence of a single specimen, the presence of this genus in Sazak corresponds to its first report in the Upper Miocene of Turkey, as well as the first one in western Asia. The presence of “<i>Mammut</i>” in the Upper Miocene of China was recently confirmed, and therefore the record of “<i>Mammut</i>” at Sazak, i.e., at the western margin of Asia, not only adds to the scanty record of the genus in the Upper Miocene of Eurasia but also provides another line of evidence of the paleozoogeographic link enabling Europe–East Asia proboscidean interchanges during the Late Miocene.
DOI: 10.6084/m9.figshare.23591802
title: A new lapillopsid from Antarctica and a reappraisal of the phylogenetic relationships of early diverging stereospondyls

description: Stereospondyls underwent a global radiation in the Early Triassic, including an abundance of small-bodied taxa, which are otherwise rare throughout the Mesozoic. Lapillopsidae is one such clade and is presently known only from Australia and India. This clade’s phylogenetic position, initially interpreted as micropholid dissorophoids and later as early diverging stereospondyls, remains uncertain. Although the latter interpretation is now widely accepted, lapillopsids’ specific relationship to other Early Triassic clades remains unresolved; in particular, recent work suggested that Lapillopsidae nests within Lydekkerinidae. Here we describe <i>Rhigerpeton isbelli</i>, gen. et sp. nov., based on a partial skull from the lower Fremouw Formation of Antarctica that is diagnosed by a combination of features shared with at least some lapillopsids, such as a longitudinal ridge on the dorsal surface of the tabular, and features not found in lapillopsids but shared with some lydekkerinids, such as the retention of pterygoid denticles and a parachoanal tooth row (as in <i>Lydekkerina</i>, for example). A series of phylogenetic analyses confirm the lapillopsid affinities of <i>R. isbelli</i> but provide conflicting results regarding the polyphyly and/or paraphyly of Lydekkerinidae with respect to lapillopsids. The position of Lapillopsidae within Temnospondyli is highly sensitive to taxon sampling of other predominantly Early Triassic temnospondyls. The occurrence of a lapillopsid in Antarctica brings the documented temnospondyl diversity more in line with historically well-sampled portions of southern Pangea, but robust biogeographic comparisons remain hindered by the inability to resolve many historic Antarctic temnospondyl records to the finer taxonomic scales needed for robust biostratigraphy.
DOI: 10.6084/m9.figshare.23813796
title: A new amphibamiform (Temnospondyli: Branchiosauridae) from the lower Permian of the Czech Boskovice Basin

description: The temnospondyl clade Amphibamiformes includes small newt-like forms that dwelled in freshwater lakes in the Pennsylvanian and Lower Permian of Europe and North America. Here we report a new genus and species, <i>Piasimotriton kochovi</i>, from the early Permian Boskovice Basin, Czech Republic. It has a unique combination of characters, among which the following ones rank as most important: (1) extremely elongated basipterygoid process forming a paired elongate facet for articulation with basal plate, (2) parasphenoid with broad and much abbreviated basal plate, about 2.5 times wider than long, (3) tooth crown with lateral crest, (4) premaxilla with 18 tiny teeth, and (5) a strong dermal ornament on the median skull elements. <i>Piasimotriton kochovi</i> has probably pedicellate teeth. Phylogenetic analysis finds <i>Piasimotriton</i> nests with the <i>Melanerpeton</i> clade with <i>Melanerpeton</i>, <i>Leptorophus</i>, and <i>Schoenfelderpeton</i>, with “<i>Melanerpeton</i>” <i>gracile</i> forming its sister taxon. The possession of various features that are also found in lissamphibians indicates a more widespread distribution of these within their putative stem-group. The stomach content of <i>Piasimotriton kochovi</i> consists of segmented thorax remains of small crustaceans. <i>Piasimotriton</i> probably competed with osteichthyans for arthropod prey and was only present in a short time interval of the lake’s existence.
DOI: 10.6084/m9.figshare.23813796.v1
title: A new amphibamiform (Temnospondyli: Branchiosauridae) from the lower Permian of the Czech Boskovice Basin

description: The temnospondyl clade Amphibamiformes includes small newt-like forms that dwelled in freshwater lakes in the Pennsylvanian and Lower Permian of Europe and North America. Here we report a new genus and species, <i>Piasimotriton kochovi</i>, from the early Permian Boskovice Basin, Czech Republic. It has a unique combination of characters, among which the following ones rank as most important: (1) extremely elongated basipterygoid process forming a paired elongate facet for articulation with basal plate, (2) parasphenoid with broad and much abbreviated basal plate, about 2.5 times wider than long, (3) tooth crown with lateral crest, (4) premaxilla with 18 tiny teeth, and (5) a strong dermal ornament on the median skull elements. <i>Piasimotriton kochovi</i> has probably pedicellate teeth. Phylogenetic analysis finds <i>Piasimotriton</i> nests with the <i>Melanerpeton</i> clade with <i>Melanerpeton</i>, <i>Leptorophus</i>, and <i>Schoenfelderpeton</i>, with “<i>Melanerpeton</i>” <i>gracile</i> forming its sister taxon. The possession of various features that are also found in lissamphibians indicates a more widespread distribution of these within their putative stem-group. The stomach content of <i>Piasimotriton kochovi</i> consists of segmented thorax remains of small crustaceans. <i>Piasimotriton</i> probably competed with osteichthyans for arthropod prey and was only present in a short time interval of the lake’s existence.
DOI: 10.6084/m9.figshare.23716954.v2
title: A new titanosaurian (Dinosauria: Sauropoda) from the Upper Cretaceous (Campanian) Quseir Formation of the Kharga Oasis, Egypt

description: Dinosaur fossils from the latest Cretaceous (Campanian–Maastrichtian) of Africa and the Arabian Peninsula are rare. Most discoveries to date have consisted of limited fossils that have precluded detailed phylogenetic and paleobiogeographic interpretations. Fortunately, recent discoveries such as the informative Egyptian titanosaurian sauropod dinosaur <i>Mansourasaurus shahinae</i> are beginning to address these long-standing issues. Here we describe an associated partial postcranial skeleton of a new titanosaurian taxon from the Upper Cretaceous (Campanian) Quseir Formation of the Kharga Oasis, Western Desert of Egypt. Consisting of five dorsal vertebrae and 12 appendicular elements, <i>Igai semkhu</i> gen. et sp. nov. constitutes one of the most informative dinosaurs yet recovered from the latest Cretaceous of Afro-Arabia. The relatively gracile limb bones and differences in the coracoid and metatarsal I preclude referral of the new specimen to <i>Mansourasaurus</i>. Both model-based Bayesian tip-dating and parsimony-based phylogenetic analyses support the affinities of <i>Igai semkhu</i> with other Late Cretaceous Afro-Eurasian titanosaurs (e.g., <i>Mansourasaurus</i>, <i>Lirainosaurus astibiae</i>, <i>Opisthocoelicaudia skarzynskii</i>), a conclusion supported by posterior dorsal vertebrae that lack a postzygodiapophyseal lamina, for example<i>. Igai semkhu</i> strengthens the hypothesis that northern Africa and Eurasia shared closely related terrestrial tetrapod faunas at the end of the Cretaceous and further differentiates this fauna from penecontemporaneous assemblages elsewhere in Africa, such as the Galula Formation in Tanzania, that exhibit more traditional Gondwanan assemblages. At present, the specific paleobiogeographic signal appears to vary between different dinosaur groups, suggesting that Afro-Arabian Cretaceous biotas may have experienced evolutionary and paleobiogeographic histories that were more complex than previously appreciated.
DOI: 10.6084/m9.figshare.23951269
title: A new squaloziphiid-like odontocete from the Early Miocene of Patagonia expands the cetacean diversity in the southwestern Atlantic Ocean

description: The Early Miocene Gaiman Formation, from Argentina, houses a taxonomic variety of odontocetes, mainly dominated by platanistoids and physeteroids. In this work, we describe a new medium-sized odontocete, <i>Crisocetus lydekkeri</i> gen. et sp. nov., based on a partial skull, which expands the diversity of odontocetes in the Early Miocene beds of Patagonia (Argentina). The phylogenetic analyses placed <i>C. lydekkeri</i> within the crown Odontoceti, stemward to delphinidans, ziphiids, and physeteroids. <i>Crisocetus lydekkeri</i> displays a set of characters that are shared with the members of the Squaloziphiidae family (i.e., <i>Squaloziphius emlongi</i> and <i>Yaquinacetus meadi</i>), such as a massive postglenoid process of the squamosal, ventrally longer than the posttympanic process and the exoccipital; apex of postglenoid process anteroposteriorly longer than transversely thick; presence of a deep emargination by a neck muscle fossa on the posterior end of the zygomatic process; basioccipital crests forming an angle of circa 70–90°; and a basioccipital width wider than 51% of the skull width in ventral view. Thus, we recognize a squaloziphiid-like morphology shared by <i>C. lydekkeri</i>, <i>S. emlongi</i>, <i>Y. meadi</i>, and even <i>Dolgopolis kinchikafiforo</i>. Our phylogenetic analyses partially support the inclusion of <i>C. lydekkeri</i> within Squaloziphiidae, however this family is recovered with low support. Finally, the presence of <i>C. lydekkeri</i> and even <i>D. kinchikafiforo</i> in the Early Miocene of Patagonia expands the paleogeographic distribution of squaloziphiid-like forms to the southwest coast of the Atlantic Ocean, suggesting that these taxa had an almost antitropical distribution.
DOI: 10.6084/m9.figshare.23951269.v1
title: A new squaloziphiid-like odontocete from the Early Miocene of Patagonia expands the cetacean diversity in the southwestern Atlantic Ocean

description: The Early Miocene Gaiman Formation, from Argentina, houses a taxonomic variety of odontocetes, mainly dominated by platanistoids and physeteroids. In this work, we describe a new medium-sized odontocete, <i>Crisocetus lydekkeri</i> gen. et sp. nov., based on a partial skull, which expands the diversity of odontocetes in the Early Miocene beds of Patagonia (Argentina). The phylogenetic analyses placed <i>C. lydekkeri</i> within the crown Odontoceti, stemward to delphinidans, ziphiids, and physeteroids. <i>Crisocetus lydekkeri</i> displays a set of characters that are shared with the members of the Squaloziphiidae family (i.e., <i>Squaloziphius emlongi</i> and <i>Yaquinacetus meadi</i>), such as a massive postglenoid process of the squamosal, ventrally longer than the posttympanic process and the exoccipital; apex of postglenoid process anteroposteriorly longer than transversely thick; presence of a deep emargination by a neck muscle fossa on the posterior end of the zygomatic process; basioccipital crests forming an angle of circa 70–90°; and a basioccipital width wider than 51% of the skull width in ventral view. Thus, we recognize a squaloziphiid-like morphology shared by <i>C. lydekkeri</i>, <i>S. emlongi</i>, <i>Y. meadi</i>, and even <i>Dolgopolis kinchikafiforo</i>. Our phylogenetic analyses partially support the inclusion of <i>C. lydekkeri</i> within Squaloziphiidae, however this family is recovered with low support. Finally, the presence of <i>C. lydekkeri</i> and even <i>D. kinchikafiforo</i> in the Early Miocene of Patagonia expands the paleogeographic distribution of squaloziphiid-like forms to the southwest coast of the Atlantic Ocean, suggesting that these taxa had an almost antitropical distribution.
DOI: 10.6084/m9.figshare.23716954
title: A new titanosaurian (Dinosauria: Sauropoda) from the Upper Cretaceous (Campanian) Quseir Formation of the Kharga Oasis, Egypt

description: Dinosaur fossils from the latest Cretaceous (Campanian–Maastrichtian) of Africa and the Arabian Peninsula are rare. Most discoveries to date have consisted of limited fossils that have precluded detailed phylogenetic and paleobiogeographic interpretations. Fortunately, recent discoveries such as the informative Egyptian titanosaurian sauropod dinosaur <i>Mansourasaurus shahinae</i> are beginning to address these long-standing issues. Here we describe an associated partial postcranial skeleton of a new titanosaurian taxon from the Upper Cretaceous (Campanian) Quseir Formation of the Kharga Oasis, Western Desert of Egypt. Consisting of five dorsal vertebrae and 12 appendicular elements, <i>Igai semkhu</i> gen. et sp. nov. constitutes one of the most informative dinosaurs yet recovered from the latest Cretaceous of Afro-Arabia. The relatively gracile limb bones and differences in the coracoid and metatarsal I preclude referral of the new specimen to <i>Mansourasaurus</i>. Both model-based Bayesian tip-dating and parsimony-based phylogenetic analyses support the affinities of <i>Igai semkhu</i> with other Late Cretaceous Afro-Eurasian titanosaurs (e.g., <i>Mansourasaurus</i>, <i>Lirainosaurus astibiae</i>, <i>Opisthocoelicaudia skarzynskii</i>), a conclusion supported by posterior dorsal vertebrae that lack a postzygodiapophyseal lamina, for example<i>. Igai semkhu</i> strengthens the hypothesis that northern Africa and Eurasia shared closely related terrestrial tetrapod faunas at the end of the Cretaceous and further differentiates this fauna from penecontemporaneous assemblages elsewhere in Africa, such as the Galula Formation in Tanzania, that exhibit more traditional Gondwanan assemblages. At present, the specific paleobiogeographic signal appears to vary between different dinosaur groups, suggesting that Afro-Arabian Cretaceous biotas may have experienced evolutionary and paleobiogeographic histories that were more complex than previously appreciated.
DOI: 10.6084/m9.figshare.23716954.v1
title: A new titanosaurian (Dinosauria: Sauropoda) from the Upper Cretaceous (Campanian) Quseir Formation of the Kharga Oasis, Egypt

description: Dinosaur fossils from the latest Cretaceous (Campanian–Maastrichtian) of Africa and the Arabian Peninsula are rare. Most discoveries to date have consisted of limited fossils that have precluded detailed phylogenetic and paleobiogeographic interpretations. Fortunately, recent discoveries such as the informative Egyptian titanosaurian sauropod dinosaur <i>Mansourasaurus shahinae</i> are beginning to address these long-standing issues. Here we describe an associated partial postcranial skeleton of a new titanosaurian taxon from the Upper Cretaceous (Campanian) Quseir Formation of the Kharga Oasis, Western Desert of Egypt. Consisting of five dorsal vertebrae and 12 appendicular elements, <i>Igai semkhu</i> gen. et sp. nov. constitutes one of the most informative dinosaurs yet recovered from the latest Cretaceous of Afro-Arabia. The relatively gracile limb bones and differences in the coracoid and metatarsal I preclude referral of the new specimen to <i>Mansourasaurus</i>. Both model-based Bayesian tip-dating and parsimony-based phylogenetic analyses support the affinities of <i>Igai semkhu</i> with other Late Cretaceous Afro-Eurasian titanosaurs (e.g., <i>Mansourasaurus</i>, <i>Lirainosaurus astibiae</i>, <i>Opisthocoelicaudia skarzynskii</i>), a conclusion supported by posterior dorsal vertebrae that lack a postzygodiapophyseal lamina, for example<i>. Igai semkhu</i> strengthens the hypothesis that northern Africa and Eurasia shared closely related terrestrial tetrapod faunas at the end of the Cretaceous and further differentiates this fauna from penecontemporaneous assemblages elsewhere in Africa, such as the Galula Formation in Tanzania, that exhibit more traditional Gondwanan assemblages. At present, the specific paleobiogeographic signal appears to vary between different dinosaur groups, suggesting that Afro-Arabian Cretaceous biotas may have experienced evolutionary and paleobiogeographic histories that were more complex than previously appreciated.