FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2314778907> ?p ?o ?g. }

• W2314778907 endingPage "251" @default.
• W2314778907 startingPage "245" @default.
• W2314778907 abstract "Type 2 diabetes mellitus increases the risk of cerebro/cardiovascular events, since this disease leads to the development of premature atherosclerosis and atherothrombosis associated with diabetes accelerates diabetic macroangiopathy. Microparticles (MPs) released from cells (MPs) may play a role in the normal hemostatic response to vascular injury and a role in clinical diseases because they express phospholipids, which function as procoagulants. MPs were first observed as released vesicles from platelets following adhesion to vessel walls. Currently, the number of clinical disorders associated with elevated MPs is increasing. A few studies on the potential role of platelet-derived MPs in diabetic complications can been reported. MPs are elevated in diabetic patients however studies have found differences in the MP profile in relation to disease type and the presence or absence of MPs. Levels of platelet-derived MPs and monocyte-derived MPs have been shown to correlate with diabetic complications or the extent of diabetic retinopathy, which is associated with microvascular damage. Elevated endothelial cell-derived MP levels are predictive for the presence of coronary artery lesions, and it is a more significant independent risk factor than length of diabetic disease, lipid levels or presence of hypertension. Interestingly, elevated endothelial cell-derived MP levels are predictive in identifying a subpopulation of diabetic patients without typical anginal symptoms who have angiographic evidence of coronary artery disease. We will present evidence for a dynamic role of MPs in type 2 diabetes." @default.
• W2314778907 created "2016-06-24" @default.
• W2314778907 creator A5067399580 @default.
• W2314778907 date "2009-11-01" @default.
• W2314778907 modified "2023-10-01" @default.
• W2314778907 title "Dynamic Role of Microparticles in Type 2 Diabetes Mellitus" @default.
• W2314778907 cites W1493824599 @default.
• W2314778907 cites W1545033903 @default.
• W2314778907 cites W1606956077 @default.
• W2314778907 cites W1846893549 @default.
• W2314778907 cites W1850586 @default.
• W2314778907 cites W1894211599 @default.
• W2314778907 cites W1954967105 @default.
• W2314778907 cites W1963549684 @default.
• W2314778907 cites W1965056341 @default.
• W2314778907 cites W1965440332 @default.
• W2314778907 cites W1966830640 @default.
• W2314778907 cites W1969622232 @default.
• W2314778907 cites W1970616328 @default.
• W2314778907 cites W1972365386 @default.
• W2314778907 cites W1974025836 @default.
• W2314778907 cites W1974041214 @default.
• W2314778907 cites W1974784056 @default.
• W2314778907 cites W1976778785 @default.
• W2314778907 cites W1977606140 @default.
• W2314778907 cites W1978685100 @default.
• W2314778907 cites W1980160914 @default.
• W2314778907 cites W1984211032 @default.
• W2314778907 cites W1984568192 @default.
• W2314778907 cites W1984742370 @default.
• W2314778907 cites W1989593519 @default.
• W2314778907 cites W2007499677 @default.
• W2314778907 cites W2008659202 @default.
• W2314778907 cites W2008890523 @default.
• W2314778907 cites W2010203036 @default.
• W2314778907 cites W2010498435 @default.
• W2314778907 cites W2015372874 @default.
• W2314778907 cites W2015936581 @default.
• W2314778907 cites W2017269547 @default.
• W2314778907 cites W2018680608 @default.
• W2314778907 cites W2019823845 @default.
• W2314778907 cites W2021634503 @default.
• W2314778907 cites W2026332350 @default.
• W2314778907 cites W2027214066 @default.
• W2314778907 cites W2032692362 @default.
• W2314778907 cites W2032784036 @default.
• W2314778907 cites W2035374623 @default.
• W2314778907 cites W2036425687 @default.
• W2314778907 cites W2040808476 @default.
• W2314778907 cites W2041118362 @default.
• W2314778907 cites W2043852077 @default.
• W2314778907 cites W2051674344 @default.
• W2314778907 cites W2052688542 @default.
• W2314778907 cites W2053388654 @default.
• W2314778907 cites W2053642376 @default.
• W2314778907 cites W2054785925 @default.
• W2314778907 cites W2057792798 @default.
• W2314778907 cites W2059759565 @default.
• W2314778907 cites W2061105425 @default.
• W2314778907 cites W2062909707 @default.
• W2314778907 cites W2067042185 @default.
• W2314778907 cites W2071281057 @default.
• W2314778907 cites W2075442242 @default.
• W2314778907 cites W2077049963 @default.
• W2314778907 cites W2084397635 @default.
• W2314778907 cites W2084533532 @default.
• W2314778907 cites W2084908356 @default.
• W2314778907 cites W2090106313 @default.
• W2314778907 cites W2094733414 @default.
• W2314778907 cites W2099920676 @default.
• W2314778907 cites W2100471336 @default.
• W2314778907 cites W2109147571 @default.
• W2314778907 cites W2110759611 @default.
• W2314778907 cites W2114495365 @default.
• W2314778907 cites W2116612435 @default.
• W2314778907 cites W2117486867 @default.
• W2314778907 cites W2122187912 @default.
• W2314778907 cites W2142902782 @default.
• W2314778907 cites W2150824046 @default.
• W2314778907 cites W2160904785 @default.
• W2314778907 cites W2163431279 @default.
• W2314778907 cites W2166872226 @default.
• W2314778907 cites W2168183582 @default.
• W2314778907 cites W2203055959 @default.
• W2314778907 cites W2401659016 @default.
• W2314778907 cites W2410467940 @default.
• W2314778907 cites W2415854233 @default.
• W2314778907 cites W2418443178 @default.
• W2314778907 cites W2424976664 @default.
• W2314778907 doi "https://doi.org/10.2174/157339909789804404" @default.
• W2314778907 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/19531024" @default.
• W2314778907 hasPublicationYear "2009" @default.
• W2314778907 type Work @default.
• W2314778907 sameAs 2314778907 @default.
• W2314778907 citedByCount "68" @default.
• W2314778907 countsByYear W23147789072012 @default.
• W2314778907 countsByYear W23147789072013 @default.
• W2314778907 countsByYear W23147789072014 @default.

• next