Browsing by Subject "Arterioles"
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Item Corrigendum: Iatrogenic air embolism: pathoanatomy, thromboinflammation, endotheliopathy, and therapies(Frontiers Media, 2024-02-06) Marsh, Phillip L.; Moore, Ernest E.; Moore, Hunter B.; Bunch, Connor M.; Aboukhaled, Michael; Condon, Shaun M., II; Al-Fadhl, Mahmoud D.; Thomas, Samuel J.; Larson, John R.; Bower, Charles W.; Miller, Craig B.; Pearson, Michelle L.; Twilling, Christopher L.; Reser, David W.; Kim, George S.; Troyer, Brittany M.; Yeager, Doyle; Thomas, Scott G.; Srikureja, Daniel P.; Patel, Shivani S.; Añón, Sofía L.; Thomas, Anthony V.; Miller, Joseph B.; Van Ryn, David E.; Pamulapati, Saagar V.; Zimmerman, Devin; Wells, Byars; Martin, Peter L.; Seder, Christopher W.; Aversa, John G.; Greene, Ryan B.; March, Robert J.; Kwaan, Hau C.; Fulkerson, Daniel H.; Vande Lune, Stefani A.; Mollnes, Tom E.; Nielsen, Erik W.; Storm, Benjamin S.; Walsh, Mark M.; Medicine, School of Medicine[This corrects the article DOI: 10.3389/fimmu.2023.1230049.].Item A light, immunohistochemical and electron microscopic study of the wall of human spiral arterioles during pregnancy(1990) Worrell, Michael ByronItem Item Quantitation of the architectural changes observed in intestinal arterioles from diabetic rats(1992) Connors, Bret AlanItem Soluble Biomarkers of Cerebrovascular Pathologies(American Heart Association, 2024) Foley, Kate E.; Wilcock, Donna M.; Neurology, School of MedicineVascular contributions to cognitive impairment and dementia (VCID) is an all-encompassing term that describes cognitive impairment due to cerebrovascular origins. With the advancement of imaging and pathological studies, we now understand that VCID is often comorbid with Alzheimer disease. While researchers in the Alzheimer disease field have been working for years to establish and test blood-based biomarkers for Alzheimer disease diagnosis, prognosis, clinical therapy discovery, and early detection, blood-based biomarkers for VCID are in their infancy and also face challenges. VCID is heterogeneous, comprising many different pathological entities (ischemic, or hemorrhagic), and spatial and temporal differences (acute or chronic). This review highlights pathways that are aiding the search for sensitive and specific blood-based cerebrovascular dysfunction markers, describes promising candidates, and explains ongoing initiatives to discover blood-based VCID biomarkers.Item Structural characteristics of arteriolar smooth muscle cells in the small intestine of the rat(1984) Miller, Bryan G.