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2023-02-16_MichiganOverview_MISC
Get PDFThe MIS-C Data page was obtained from Michigan\u27s COVID-19 data page: https://www.michigan.gov/coronavirus/stats/mis-c-reporting.
This report is created by the Michigan Department of Health & Human Services from data self-reported by health care providers and local health departments. Data is updated on the first and third Thursdays of the month.
Multisystem Inflammatory Syndrome in Children (MIS-C) is a condition in children and adolescents under 21 years of age where multiple organ systems become inflamed or dysfunctional which occurs in association with illness. Children with MIS-C may have a fever and various symptoms, including abdominal (gut) pain, vomiting, diarrhea, neck pain, rash, bloodshot eyes, or feeling extra tired. We do not yet know what causes MIS-C. However, many children with MIS-C were infected with the virus that causes COVID-19, or had been around someone with COVID-19. Health care providers and local health departments are asked to maintain a high degree of suspicion for MIS-C in pediatric and adolescent patients presenting with symptoms similar to Kawasaki Disease or ill individuals who have been previously exposed to COVID-19 with signs and symptoms. Patients have presented with persistent fever*, hypotension, multiorgan (cardiac, gastrointestinal, renal, hematologic, dermatologic, and neurologic) involvement, and elevated inflammatory markers. Respiratory symptoms have been present in some, but are not a common finding.
Contains the tables Multisystem Inflammatory Syndrome in Children (MIS-C) Michigan Data Summary and Demographic Information, and the graph Confirmed Cases of MIS-C by Week of Onset in Michigan
2023-03-08 MichiganOverview_COVIDbedPPE
Get PDFContains the tables Statewide Hospital Capacity Report for COVID-19, COVID-19 Metrics, Statewide Hospital Available PPE Tracking for COVID-19, as well as the tables PPE Days On Hand and Patient Census
2023-03-06 MichiganOverview_COVIDbedPPE
Get PDFContains the tables Statewide Hospital Capacity Report for COVID-19, COVID-19 Metrics, Statewide Hospital Available PPE Tracking for COVID-19, as well as the tables PPE Days On Hand and Patient Census
2023-02-15 MichiganOverview_COVIDbedPPE
Get PDFContains the tables Statewide Hospital Capacity Report for COVID-19, COVID-19 Metrics, Statewide Hospital Available PPE Tracking for COVID-19, as well as the tables PPE Days On Hand and Patient Census
2023-02-13 MichiganOverview_COVIDbedPPE
Get PDFContains the tables Statewide Hospital Capacity Report for COVID-19, COVID-19 Metrics, Statewide Hospital Available PPE Tracking for COVID-19, as well as the tables PPE Days On Hand and Patient Census
2023-02-06_MichiganOverview_COVIDbedPPE
Get PDFContains the tables Statewide Hospital Capacity Report for COVID-19, COVID-19 Metrics, Statewide Hospital Available PPE Tracking for COVID-19, as well as the tables PPE Days On Hand and Patient Census
2023-01-30_MichiganOverview_COVIDbedPPE
Get PDFContains the tables Statewide Hospital Capacity Report for COVID-19, COVID-19 Metrics, Statewide Hospital Available PPE Tracking for COVID-19, as well as the tables PPE Days On Hand and Patient Census
58th International Congress on Medieval Studies
Get PDFThe printed program of the 58th International Congress on Medieval Studies (May 11–13, 2023), together with the Corrigenda
Efficacy of Using Virtual Reality to Reduce Perceived Exertion During Therapy When Compared to Traditional OT Intervention
Get PDFThis project looked at the differences in perceived and actual exertion in virtual reality therapy interventions and upper extremity ergometer. The goal of this project was to quantify the efficacy of virtual reality interventions as an alternative to more traditional upper extremity interventions. This project wanted to address the lack of research focused on perceived exertion in virtual reality interventions. The student objectives focused on conducting research, familiarizing oneself with the use of virtual reality in the in-patient setting, and dissemination of the results. This study found that there was no significant difference in perceived exertion scores, changes in heart rate, or changes in systolic blood pressure between virtual reality interventions and upper extremity ergometer interventions. However, virtual reality interventions were associated with a slight decrease in perceived exertion and a slight increase in heart rate and systolic blood pressure changes when compared to the upper extremity ergometer. This project shows that virtual reality interventions may be a viable alternative to more traditional upper extremity interventions as it does not show any adverse effects in perceived exertion
