![]() Snapshot written by Eder Xhako and edited by Dr. You can learn more about other motor coordination tests in our past Snapshots on the Rotarod Test. If you would like to learn more about the Pole Test, take a look at this resource by Melior Discovery. They found that one month after the treatment the mice displayed improved motor coordination compared to control mice. The researchers then used the pole test to measure how the treatment with miR760 would affect the ataxia phenotype in the SCA1 model. ![]() The group showed that injections of miR760 in the brain decreases ATXN1 protein levels in a SCA1 mouse model. ATXN1 is the gene that causes Spinocerebellar Ataxia Type 1 (SCA1). The inspection is used for detecting and measuring cracks, voids, cavities, and decay inside the wood utility poles. In this study, the researchers identified a small regulatory RNA, miR760, that regulates the levels of ATXN1. TechKnowServ provides inspection of wood utility poles using state-of-the-art instruments to evaluate the quality of timber and level of wood decay present in determining whether the pole should be replaced or repaired. One example of the pole test being used in the literature is a study by Nitschke and colleagues. Evaluation and Management of Ataxic Disorders (PDF)Ĭartoon of mouse performing the pole test.Connect Your Patient with an Ataxia Specialist.EL-PFDD Meeting for Polyglutamine Ataxias.International Congress for Ataxia Research 2022.COVID-19 Information for Ataxia Patients.International And Other Ataxia Organizations."Fulcrum has provided some of the largest utility providers in the world with an end-to-end inspections management platform for years, and we are excited about expanding Fulcrum's reach industry-wide by helping Osmose deliver best-in-class inspection services to help utilities of all sizes deliver the highest quality service to consumers," said Jim Grady, CEO Fulcrum. ![]() Finally, it was critical to Osmose that Fulcrum was built on a modern cloud based microservices architecture that delivered 24x7 availability while interoperating with Osmose's existing enterprise systems of record to make pole inspections data collected in the field actionable. Furthermore, the ability to perform assessments offline allows Osmose's teams to complete their vital work promptly, even when projects take them to locations without cellular reception. The end result is greater efficiency and shorter project cycles for us, and faster, more comprehensive delivery for our customers who rely on us to ensure grid resiliency and reliable, safe energy delivery every day."Ĭritical to the selection process was Fulcrum's simple user interface and rich geolocation capabilities, which leverage Osmose's existing GIS systems to deliver location intelligence to field teams when and where they need it. "Fulcrum is designed for the needs of mobile inspectors, minimizing the learning curve and further simplifying inspections for our field teams, allowing us to perform a greater volume of pole inspections while reporting on our progress in real-time. "With hundreds of grid infrastructure projects running simultaneously across our customer base, we needed a level of flexible configurability combined with cloud-based scalability to effectively serve our clients," said Chuck Musciano, CIO Osmose. GIS integration, along with Fulcrum's ease of use and robust cloud infrastructure were major factors in Osmose's decision to replace their existing homegrown inspection solution. Osmose Utilities Services Selects Fulcrum to Automate Pole AssessmentsĪs a Powered by Esri™ partner, Fulcrum harnesses Osmose's existing GIS implementation to empower pole inspectors via vital location data.
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