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DTSTART;TZID=Europe/London:20251016T160000
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CREATED:20250827T151754Z
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SUMMARY:Masterclass Webinar: Admin and Metadata Options in HALO Link
DESCRIPTION:0000Days00Hrs00Min00SecLearn how to maximize the efficiency\, customization\, and data management capabilities of your HALO Link deployments!\nSummaryJoin Indica Labs for this Masterclass Webinar designed for system administrators who want to maximize the efficiency\, customization\, and data management capabilities of their HALO Link deployments. This session will provide an in-depth review of the Admin Dashboard\, highlighting tools for managing users\, groups\, and permissions\, and explore the new Diagnostics Monitor tool for troubleshooting image viewing performance bottlenecks.  \n\nThe webinar will also dive into metadata management\, including how to create custom fields that support better data organization. Whether supporting a large research team or managing multi-site deployments\, this session will equip administrators with practical strategies to tailor HALO Link to their needs\, reduce administrative burden\, and empower users to work more efficiently. \n\nLearning Objectives\nLearn about all the functionality in the current Admin Dashboard in HALO Link \nLearn how the new opt-in Diagnostics Monitor feature (available in HALO Link 4.2) provides information for troubleshooting performance bottlenecks with image viewing \nLearn about tools to manage users\, permissions\, and user groups \nLearn about creating and managing system metadata fields  \n\nRegister NowPresentKat Latimer\nHALO Link Associate Product Manager\nIndica Labs  \nKat Latimer earned a ME in Biomedical Engineering from Colorado State University in 2025 and BS in Biochemistry from the University of New Mexico in 2018. Her graduate studies focused on tissue engineering and the use of biomaterials for wound healing. During her undergraduate studies\, Kat participated in several research opportunities including investigating the role of cellular adhesion proteins in HPV oncogene expression.  In 2020 she joined Indica Labs as a Software Quality Assurance Analyst. In 2021 she transitioned to the Product Management team and has since been promoted to the HALO Link Associate Product Manager role where she works closely with the software developers creating new features to improve the user experience. 
URL:https://www.pathologynews.com/event/masterclass-webinar-admin-and-metadata-options-in-halo-link/
LOCATION:Online
CATEGORIES:Live Online Webinar
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CREATED:20250827T154822Z
LAST-MODIFIED:20250827T154822Z
UID:100115293-1761062400-1761066000@www.pathologynews.com
SUMMARY:Multi-Omics Analysis Demonstrates Repetitive Head Impacts Induce Neuronal Loss and Neuroinflammation in Young Athletes
DESCRIPTION:0000Days00Hrs00Min00SecLearn how HALO image analysis is helping to advance the understanding of chronic traumatic encephalopathy!\nSummaryRepetitive head impacts (RHI) sustained from contact sports are the largest risk factor for chronic traumatic encephalopathy (CTE). Currently\, CTE can only be diagnosed after death and the multicellular cascade of events that trigger initial hyperphosphorylated tau (p-tau) deposition remain unclear. Further\, the symptoms endorsed by young individuals with early disease are not fully explained by the extent of p-tau deposition\, severely hampering development of therapeutic interventions. Using genomics\, spatial transcriptomics\, and histology it was observed that RHI exposure associates with a multicellular response in young individuals (<51 years old) prior to the onset of CTE p-tau pathology that correlates with number of years of RHI exposure. SPP1+ inflammatory microglia\, angiogenic and inflamed endothelial cell profiles\, reactive astrocytes\, and altered synaptic gene expression in excitatory and inhibitory neurons were identified in all individuals with exposure to RHI. Surprisingly\, elevation in collagen deposition around blood vessels that might be related to long term disease outcomes was also observed. Overall\, these results provide robust evidence that multiple years of RHI exposure is sufficient to induce lasting cellular alterations that may underlie p-tau deposition and help explain the early pathogenesis in young former contact sport athletes. \nLearning Objectives\nUnderstand how HALO image analysis can assist in characterizing pathology in neurodegenerative diseases \nUnderstand how HALO AI can be used to identify unique cell populations with complex\, varied shapes \nExplore how genomic data can be validated using histologic images analysis\n\nRegister NowPresenterJonathan Cherry\, PhD \nResearch Health Scientist \nVA Boston Healthcare System \nDirector\, Digital Pathology Core & Research Neuropathologist \nBoston University Alzheimer’s Disease Research Center and Boston University Chronic Traumatic Encephalopathy Center \nAssistant Professor of Pathology and Laboratory Medicine\nBoston University Avedisian & Chobanian School of Medicine \nDr. Cherry is an Assistant Professor of Pathology and Laboratory Medicine. He completed his undergraduate studies with a BS in biology at Ursinus College in 2008\, earned his doctoral degree in Pathology from the University of Rochester in 2015\, and joined the McKee laboratory as a postdoctoral researcher the same year. He was appointed as an assistant professor at Boston University School of Medicine in 2019. Dr. Cherry also holds a research health scientist position within the VA Boston Healthcare System. His laboratory space is located at the Jamaica Plain VA hospital where he performs his research and helps support the UNITE brain bank.  \nDr. Cherry’s research interests focus on understanding how neuroinflammation after repetitive traumatic brain injury contributes to CTE pathogenesis. Specifically\, Dr. Cherry seeks to identify what role microglia and inflammatory cytokines play in the early onset of hyperphosphorylated tau accumulation and spread.  \nDr. Cherry’s research also extends to histology analysis and machine learning. He is the director of the BU digital pathology core. This research entails exploring novel ways to analyze human postmortem tissue using machine learning algorithms for neuropathologic targets and better characterize pathology across a spectrum of neurodegenerative diseases including Alzheimer’s disease\, chronic traumatic encephalopathy\, frontotemporal lobar degeneration\, motor neuron diseases\, and others. 
URL:https://www.pathologynews.com/event/multi-omics-analysis-demonstrates-repetitive-head-impacts-induce-neuronal-loss-and-neuroinflammation-in-young-athletes/
LOCATION:Online
CATEGORIES:Live Online Webinar
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