fairdataihub/poster-sentry-training-data huggingface dataset:
Female limited X chromosome evolution and its effect on sperm competitiveness Yesbol Manat*, Georgios K., Katrine K. H., and Jessica K. Abbott Department of Biology, Lund University, 223 62 Lund, Sweden Contact: * yesbolmanat@biol.lu.se Conclusion vThe increasing trend in male attractiveness may due to increased body size, and the decreased offence ability may trade-off against pre copulatory success.
The NCORES program: HARPS follow-up of TESS discoveries near the photoevaporation gap David Armstrong, NCORES consortium University of Warwick, LAM, IA-Porto, Geneva Observatory, CAB, ESO, INAF Torino, IAP, IAFE d.j.armstrong@warwick.ac.uk The Survey Targets and Current Results TOI-849b The NCORES program uses HARPS data to measure the masses of TESS planets near the photoevaporation gap. Our goal is to investigate the mass dependence of the gap at small planet-star separation. We are coming to the end of the survey, with 26 precise (<20% error) masses published or in prep, some in collaboration with other teams such as KESPRINT and Chile-MPIA. We are a member of TFOP, and almost all of our targets will contribute to the TESS Level 1 science requirement to measure masses for planets smaller than 4R⨁. Current targets in the mass-radius diagram. Published or submitted NCORES targets are in red, in prep is purple. The background of TESS planets is in blue. Planets span the range from terrestrial to Neptune-like, and include planets with masses of 3- 10M_Earth in the ‘fully evaporated’ region below the gap. Current targets as a function of insolation and planet radius, as compared to the original photoevaporation gap detection in Fulton et al (2017), AJ 154, 3. Planets in multiple systems are joined by dashed lines, some of which cross the gap. TOI-849b is a standout discovery from the program, the remnant core of a giant planet found inside the Neptunian desert. The planetary core may have been exposed through tidal disruption, planetary impacts, or extremely gas-poor formation. See Armstrong et al (2020), Nature 583, 39-42 for details. TOI-849b in the context of the Neptunian desert. The planet is near the size of Neptune but as dense as the Earth, implying an unusual formation or evolution pathway, particularly combined with its desert location.. 1 4 10 40 0ass (M⊕) 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 5adius (R⊕) 100% H2O 50% H2O (arth-like 100% Fe TESS discovery Follow-up NGTS photometry Precise HARPS radial velocities High resolution imaging Rare planets revealed in the desert a b c d e Multi-instrument follow-up TFOP and data from multiple instruments like the NGTS facility is critical to the program. This figure shows the combination of data used to characterize TOI-849b.
El síndrome de deleción 22q11.2, síndrome velo-cardio-facial o de DiGeorge, ocurre aproximadamente en 1:1524-1:4000 nacidos vivos. Además de las afecciones físicas, entre el 20-40% de estos individuos acaban recibiendo el diagnóstico de esquizofrenia. Mujer de 28 años (CI:62), en seguimiento en psiquiatría desde 2013 por crisis clásticas de llanto y agitación ante pequeños estímulos estresantes o frustrantes. Acude a urgencias tras varios días de inquietud psicomotriz y alteraciones de conduta en el domicilio resultantes de la presencia de sintomatología delirante Psicopatológicamente: Consciente, orientada, abordable y colaboradora. Escaso contacto visual. Ánimo hipotímico. Ansiedad ideica y somática grave. Discurso circular centrado en ideación delirante de perjuicio. Vivencias de control, falsos reconocimientos. Resto sin alteraciones. Se filió el cuadro como trastorno psicótico agudo con predominio de ideas delirantes (F23.3) Entre los mecanismos más aceptados en la aparición de sintomatología psicótica en los pacientes con síndrome de DiGeorge se encuentran: Psicosis y Del22q11.2: a propósito de un caso. Reducción en los tractos de sustancia blanca observados en la corteza cingulada anterior -Reducción en el volumen de corteza entorrinal -Mayor activación del giro parahipocampal -Hiperactividad funcional en la corteza auditiva primaria -Maduración anormal del córtex prefrontal por disfunción dopaminérgica Risperidona 2mg/día Dosis crecientes de clozapina hasta 50mg/día Paroxetina 20mg/día La comprensión de la vulnerabilidad de estos pacientes a presentar sintomatología psicótica es crucial para el desarrollo de intervenciones centradas en su prevención, tratamiento y recuperación funcional. 1. INTRODUCCÍÓN 2. DESCRIPCIÓN DEL CASO 3. EXPLORACIÓN 4. DIAGNÓSTICO 5. TRATAMIENTO 6. DISCUSIÓN 7. CONCLUSIONES Martín García, Zahira1; Herrero Rodríguez, María Cristina2; Pedruelo Iglesias, Marina3; Domínguez Belloso, Francisco Javier4 1,2,3Residente de Psiquiatría del Hospital Universitario Río Hortega, Valladolid; 4Psiquiatra del Hospital Universitario Río Hortega, Valladolid. Bibliografía
IMMERSIVE … AND INCLUSIVE Networking Mentoring Role Models Social Capital* UNDERREPRESENTED GROUPS IN IMMERSIVE AUDIO 2% Female members of Atmos Facebook Group 8% Number of women presenting on spatial audio at AES conferences 1% Black Members of Dolby Atmos Facebook Group 9% Women working as mixers in Hollywood 8.4% Game audio professionals in the US are women + + = There are over 70 feminist groups focused on music tech, but none specializing in immersive sound. Industry based DEI initiatives. Access to training; skills include Dante (certiﬁcation), Dolby Atmos (certiﬁcation), but who will provide foundational knowledge. Industry based DEI training initiatives. Make visible the leading women and underrepresented professionals working in immersive Build a pipeline of skilled, underrepresented groups who can ﬁnd work in the ﬁeld SOLUTIONS Access existing networks to develop an affordable mentoring program in a safe environment which showcases role models (mentors who are women are members of other underrepresented groups), thus creating a pipeline of skilled, underrepresented groups with the necessary social capital to be able to work in immersive audio within the audio industry. * Pamela Laird, “Pull”. Successful example: Women’s Audio Mission (San Francisco, California, USA) trains over 3,000 girls and women per year. Classes are taught by women, in a studio built by women. Companies like Dolby and Pixar recruit from WAM. Elevating artists by changing the makeup of award bodies (Recording Academy, BAFTA) Leslie Gaston-Bird, PhD Candidate, IoSR University of Surrey http://iosr.surrey.ac.uk/projects/inclusive/ 16% Game audio professionals in the UK are women BARRIERS TO ENTRY MICROAGRESSIONS Pras et al. reveal experiences of underrepresented groups in the recording studio AFFORDABILITY Immersive sound taught in HE leads to more opportunities than being “self taught” SYSTEMIC RACISM AMPS, AES, the Recording Academy, BAFTA, and other organizations hold themselves accountable
sdu.dk Syddansk Universitetsbibliotek Mette Fentz Haastrupi, Our History Line Laursen Corydoni, Climate Future Fiction Year 2022+2023 Class (Stx) English Program 6-7 lessons Participants 9 high schools / 13 classes Outcome 252 Short stories / 154 Analysis Our History Year 2021+2022+2023 Class (Stx /Hhx) History Program 10 lessons Participants 7 high schools / 44 classes Outcome 250+ interviews / 300+ posters A Healthier Southern Denmark – The High School Panel Year 2019+2022+2023 Class (Stx/Hhx) Social Science Program 6 lessons Participants 8 high schools / 16 classes Outcome 59 posters Writes short stories (research data) Analyses short stories Feedback from researchers to students Collect interviews & process data (meta data) (research data) Analyses & interpret interviews Disseminates findings for researchers at a poster session Collect student data, incl. Interviewing the researchers Collect & process data Analyse & interpret Dissemination Climate Future Fiction Model for Engaging High Schools in Citizen Science Citizen Science Projects Berit Elisabeth Alvingi, Healthier Southern Denmark Analyses & interpret data Disseminates findings for researchers at a poster session Engaging High School Students ŝŶŝƟzen Science I SDU Citizen Science Knowledge Center Ref. Scientist Research Citizen Science Research & Education Program Co-designing Researchers • Present the project at a start-up event • Introduction to research area Researchers • Design research content, incl. data management plan • Communicate aim of research project Researchers • Interpret data • Dissemination Researchers • Formulate research questions • Identifying relevant subject areas in high schools Teachers • Co-creating education program (lesson plan & learning materials) • Participate in masterclass Teachers • Teaching Students • Learning (topic & methods) • CS activities • Collect & process data • Interpret data • Present findings at a closing event Data & new ideas for research areas Principals / Teachers • Knowledge coalition & Students Participations Evaluation education program & data Research ideation
A workflow to observe single-cell morphogenetic features of developing mucociliary epidermis Mari Tolonen1, Varun Kapoor2, Jakub Sedzinski1 1 Novo Nordisk Center For Stem Cell Medicine (reNEW), Department of Health and Medical Sciences, University of Copenhagen, Denmark 2 Kapoorlabs, Paris, France During embryo development, cells undergo morphogenetic processes that shape tissues, involving various tissue extrinsic and intrinsic forces. These forces lead to cell rearrangements, but their impact on differentiation remains unclear. In the mucociliary epithelium, both collective and individual cell movements lead to shaping a functional epithelium. Cells collectively move, yet single cells in the deep layers intercalate as individuals. Neighboring cells adopt different fates due while intercalating, while also signaling reciprocally to regulate the differentiation process. To study these processes over time on both individual-collective scales, we analyze single cell behaviors in Xenopus embryonic mucociliary epithelium. Our goal is to reveal detailed developmental dynamics and gain insights into airway epithelia pathological conditions arising from defective epithelial development. U N I V E R S I T Y O F C O P E N H A G E N Novo Nordisk Center for Stem Cell Medicine (reNEW) Developmental stage blastula neurula tailbud gastrula Development of Xenopus mucociliary epithelium basal cell goblet cell multiciliated cell ionocyte progenitor cell smell secretory cell MariTolonen mari.tolonen@sund.ku.dk animal pole vegetal pole animal cap fibronectin coated coverslip Live imaging setup Segmentation Tracking Post-live labelling  backtracking acquisition start acquisition end (~17h) H2B-RFP E-Cad- GFP C-Cad- GFP raw signal StarDist nuclei segmentation 3D measurements by ellipsoid fitting with ImageJ plugin MorphoLibJ Cellpose cell segmentation object voxels kinetic features morphological features t Single-cell features for cell fate predictive models Nuclei labels TrackMate objects TrackMate trajectories dividing cell major axis minor axis daughter cell daughter cell detection zone Branching point – daughter cell detection TrackMate-Oneat branch correction ~5000 trajectories nuclei ROI goblet cell MCC basal cell top merge Cell type specific in situ HCR FISH cell type labelled spots ROI intensity quantification cell type labelled tracks Intensity quantification cell type labels Outline
www.avant-project.eu www.avant-project.eu Alternatives to Veterinary ANTimicrobials This project has received funding from the European Union‘s Horizon 2020 research and innovation programme under grant agreement No 862829. @avantproject­ @project­-avant GROUP PARTNERS CONTACTS OBJECTIVES ABOUT Coordination: University of Copenhagen, lg@sund.ku.dk Communication: RTDS Group, avant@rtds-group.com Picture credits: ©2020 Shutterstock/RTDS Responsible for layout & content: RTDS Group AVANT aims to produce a complementary set of alternatives to treat or prevent post-weaning diarrhoea and respiratory infections: • Targeted treatment of enterotoxigenic E.coli infections • Alternative feeding strategies for sows & piglets • Gut-stabilising interventions based on a synbiotic (pre- & probiotic) feed additives • Faecal microbiota transplantation • Immunostimulating products (injectable & oral) • Novel veterinary medicinal products containing bacteriophages & polymers AVANT is a multi-actor inter-sectorial project aimed at developing alternatives to antimicrobials for the management of bacterial infections in pigs, especially diarrhoea during the weaning period. Use of antimicrobials in animals adds to the public health threat of multidrug-resistant bacterial infections in humans. Alternatives for the treatment of major bacterial diseases in livestock will help to mitigate the public health risk. ECONOMIC IMPACT INCREASED ANIMAL WELFARE PUBLIC HEALTH REDUCES ANTIMICROBIAL USAGE
SI2-SSE: GraphPack: Unified Graph Processing with Parallel Boost Graph Library, GraphBLAS and High- Level Generic Algorithm Interfaces Andrew Lumsdaine (PI), Kevin DeWeese, University of Washington {al75,deweeskg}@uw.edu Motivation ＞Graphs are a powerful abstraction that represent (arbitrary) relationships between (arbitrary) entities ＞Graph theory does not depend on particular entities or relationships (abstract algorithms) ＞Software does depend on particular entities and relationships (concrete data structures) ＞A generic library allows domain abstractions to be used directly with library algorithms (no conversion to library types needed) Algorithms (Current List) Performance: Triangle Counting Tech Transfer Concepts / Generic API Example: BFS Award 1716828 Parallelization Architecture ＞Open Source Release April 2020 https://https://gitlab.com/al75/bgl17 ＞Proposal to ISO C++ Standards Committee SG19: P1709 ＞Parameterized parallelism with C++ execution policies ＞Sequential, shared memory threads, accelerators ＞(Explicit parallelism with C++ tasks) ＞“There are no graphs” ＞Generic algorithms specify requirements on their input types ＞Generic libraries contain useful algorithms organized around classifications of these requirements (“concepts”) ＞Satisfied, e.g., by ＞Only need standard library containers to use graph algorithms ＞Breadth First Search ＞Depth First Search ＞Connected Components ＞Triangle Counting ＞Bellman-Ford ＞Page Rank ＞Maximal Independent Set ＞Dijkstra ＞Edmonds-Karp Max Flow ＞Boykov-Kolmogorov Max Flow ＞K-core ＞Jones-Plassmann Coloring ＞Brandes Betweenness Centrality ＞(More to come) ＞Fully generic library C++ library matches or exceeds performance of benchmark code (Beamer GAP benchmark) ＞32-core dual-socket Xeon adjacency<0> A { /* initializer... */ }; std::vector<size_t> distance (A.size()); std::vector<vertex_id_t> predecessor(A.size()); for (auto&& [u, v] : bfs_edge_range(A)) { distance[u] = distance[v] + 1; predecessor[u] = v; } ＞Range adapters allow traversal in specified (algorithmic) order ＞Build on significant prior work by PI (BGL, PBGL, AM++, GBTL) ＞Refactor and modernize for C++17 and beyond
Internet Technology and Data Science Lab (IDLab), Ghent University - imec Jelle Vanhaeverbeke, Maarten Slembrouck and Steven Verstockt jelle.vanhaeverbeke@ugent.be / http://idlab.ugent.be / http://idlab.technology HELICOPTER VIDEO GEOLOCALIZATION FOR CYCLING RACES • Retrieve road path • For satellite by race course GPX • For helicopter by road segmentation model (U-Net style) • For each pixel on road: interpolate pixels perpendicular along the path • Slide helicopter representation over satellite representation • Calculate normalized cross correlation • Future: build ML model for better correlation matching Straight Road Transformation Correlation Matching helicopter satellite correlation (blue ➡red) best match ✅ helicopter satellite correlation (blue ➡red) best match ✅ helicopter satellite correlation (blue ➡red) best match ❌
New Zealand ORCID consortium Our Integrations orcid@royalsociety.org.nz In-house integration - one of our main funders is now collecting authenticated iD and requesting permissions for future use, with the aim of writing successful funding to recipients in the near future. 24 Hub users One PURE user At least 6 Symplectic Elements users At least 3 other integrations Our ORCID numbers Through the NZ ORCID Hub we have written 2154 Affiliations across 24 organisations 244 Funding items for our blue-skies research fund One organisation writing works, and several trialling this. One organisation using and one trialling the Hub's own API. NZ ORCID Hub is our national integration: a simple user interface allowing organisations to collect authenticated ORCID iDs, gather permissions and read from and write to all parts of the ORCID record. API 3.0 functionality coming soon... NZ National Academy encompassing science, technology and the humanities. Nationally recognised organisation. Works across the whole research sector. Seen as a 'neutral organisation'. Our Consortium Lead Our advisory committee is a crucial link between our member organisations and the lead agency. We have one representative from each sector of the research community on our committee. Our Advisory Committee Contact us We are committed to building a community of practice: Quarterly consortium newsletter with regular 'success stories'. Fortnightly NZ Hub demos showcasing the latest developments. Sharespace on our website where members can share their ORCID engagement resources. Town Hall meeting for our members Lead agency supports ORCID drives - design and printing of resources and ORCID swag. Currently, 51 member organisations in the consortium. Our Community kiwis are endangered kiwis have whiskers kiwis are nocturnal kiwis have tiny wings but can't fly kiwis' feathers are more like fur kiwis have nostrils at the end of their beak Our kiwis
COUNTRY Spain KEY WORDS HTC, biocoal, heating power, biomass DISCLAIMER This Practice Abstract reflects only the author’s view and the BRANCHES project is not responsi- ble for any use that may be made of the informa- tion it contains. 14 HTC of biomass Ingelia, a company dedicated to the commercialization of bi- omass and organic residues, has developed an HTC technolo- gy plant at industrial scale. The plant was built in 2010 in Va- lencia and is able to process organic residues in continuous operation mode, therefore demonstrating the feasibility of this technology. In 2015, a second reactor was installed. The technology allows on the one hand to concentrate the heating value of the input biomass on a solid biofuel (around 24 MJ/kg), and on the other hand, to produce a fertilized wa- ter. The input material can be almost any type of wet organic residue (for instance the organic fraction of the urban resi- dues, sewage sludge, agro-forestry residues or agri-food resi- dues, pruning, etc.). During the hydrothermal carbonization process, the wet bio- mass is carbonized into biocoal. The product is then refined (removing impurities such as metals, stones, glass, etc.) and dried. Finally, a powered biocoal can then undergo a pelletiz- ing or briquetting. The process also allows to extract biochem- ical compounds from some biomasses /residues. The rectors are modular, with a processing capacity between 5000 and 10000 t/year per reactor and the number of reac- tors can be adapted according to the project needs. The biocoal obtained has many advantages starting with a competitive market price, homogeneity regardless of the bi- omass introduced in the process and an increased heating value of around 30 % when compared to conventional pellets. The produced biocoal is also hydrophobic, as well as easy to transport and store. It is therefore a renewable product that can substitute fossil-based coal in different applications (thermal, metallurgy, etc.) while contributing to decrease GHG emissions. The liquid fraction produced can be used for irriga- tion purposes (parks, gardening or agriculture). DOWNLOAD www.branchesproject.eu AUTHORS Maider Gomez (Circe) mgomez@fcirce.es Daniel García (Avebiom) Pablo Rodero (Avebiom) Alicia Mira (Avebiom)
Preserving Biodiversity with IrisBG and ESRI Laura Knutson Murray1, Mari Rustan2 1Magnolia Maps, , USA, 2IrisBG, , Norway “The loss of biodiversity is permanent, with climate change one of the factors leading to this loss. We have about 12 million species on earth—not counting bacteria and other microorganisms—and we have given names to fewer than two million… Despite this gaping hole in our knowledge, we must act to preserve as many of the existing species while there is still time to do so.” - Dr. Peter H. Raven, President Emeritus of the Missouri Botanical Garden Tracking biodiversity, through documenting living plant collections, requires constant attention to detail as plants change and grow and their environments change or can be modified. For over 25 years, IrisBG has refined a software and database solution for all aspects of managing living and preserved botanical collections. IrisBG facilitates everyday work with living and preserved botanical collections and enables easy accessioning with images and mapping, sharing of plant material, tracking the wellbeing of plants and much more. When synchronized with ESRI’s suite of cartography products, users have an even more powerful set of applications that can be customized for their institution and used on any device for internal use or publicly shared. Mari Rustan of IrisBG and Laura Knutson Murray of Magnolia Maps will walk attendees through a live demonstration of how the Memphis Botanic Garden is creating digital records and sharing their collections with the world.
Computational screening of functionalized zinc porphyrins for dye sensitized solar cells K. B. Ørnsø, J. M. Garcia-Lastra and K. S. Thygesen krbt@fysik.dtu.dk References: [1] O’Regan, B. & Grätzel, M., Nature, 1991, 353, 737-740 [2] Hagfeldt, A.; Boschloo, G.; Sun, L.; Kloo, L. & Pettersson, H., Chem. Rev., 2010, 110, 6595-6663 [3] Ørnsø, K. B.; Garcia-Lastra, J. M. & Thygesen, K. S., PCCP, 2013, 15, 19478-19486 Introduction An efficient dye sensitized solar cell (DSSC)[1,2] is one possible solution to meet the world’s rapidly increasing energy demands and associated climate challenges. This requires inexpensive and stable dyes with well-positioned frontier energy levels for maximal solar absorption, efficient charge separation, and high output voltage. Here we demonstrate an extensive computational screening of 1029 zinc porphyrins systematically functionalized with electron donating side groups and electron accepting anchoring groups. The trends in frontier energy levels versus side groups are analyzed and a no-loss DSSC level alignment quality is estimated. All frontier energy levels, gaps and level alignment quality values are stored in a database publicly available.[3] Dye Sensitized Solar Cells Building blocks Conclusions By systematically changing the side groups and anchor groups of zinc porphyrin dyes we obtain a handle to control the frontier orbitals and the level alignment to match the requirements for Dye Sensitized Solar Cells which may be used to improve the efficiency. Computational methods • Density Functional Theory with PBE in the GPAW code. • Geometry optimization of all candidates. • Fundamental gaps using total energies. • Triplet excitation energies used to compute the level alignment quality. Level alignment quality . Center for Atomic-scale Materials Design (CAMD), Department of Physics, Technical University of Denmark, 2800 Kgs. Lyngby, Denmark www.camd.dtu.dk Fundamental gaps Further information online Paper DOI: 10.1039/C3CP54050B Poster DOI: 10.5281/zenodo.7584 Paper: Poster: Data: Acknowledgment: The authors would like to thank Angel Rubio and Franz Himpsel for inspiring discussions. KBØ and KST would further like to thank the Danish Council for Independent Research DFF-Sapere Aude program (grant no. 11-1051390) for financial support. JMGL acknowledges support from the Spanish Ministry of Economy and Competitiveness under Projects FIS2009-07083,FIS2010-21282-C02-01 and FIS2012- 30996 and through Ramon y Cajal grant RYC-2011-07782. Anchor groups: Side groups: