FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2035067553> ?p ?o ?g. }

• W2035067553 endingPage "422" @default.
• W2035067553 startingPage "417" @default.
• W2035067553 abstract "This minireview describes the practical use of assay systems to detect nitric oxide (NO) by electron paramagnetic resonance (EPR) spectroscopy for evaluation of endothelial functions. The iron(II)-dithiocarbamate complexes, such as iron(II)-(N-methyl-D-glucamine dithiocarbamate), are commonly used in EPR detection of NO both in vivo and in vitro. However, due to their redox activity, these complexes have some drawbacks that limit their usefulness for the detection of NO. On the other hand, the measurement of hemoglobin-NO adduct (HbNO) in whole blood by the EPR method seems relevant for the assessment of systemic NO levels. However, ceruloplasmin and an unknown radical species overlapping the same magnetic field as that of HbNO, which makes it physically impossible to measure small amounts of HbNO. Thus, to reveal the EPR spectrum of HbNO, we developed the EPR signal subtraction method, which is based on the computer-assisted subtraction of the digitized EPR spectrum of HbNO-depleted blood from that of the sample blood using software. Using this technique, we succeeded in measuring the steady blood HbNO level as an index of NO by the EPR HbNO signal subtraction method. We also demonstrated that temocapril reduces abnormalities of NO dynamics in the L-NAME (N(omega)-nitro-L-arginine-methylester)-induced endothelial dysfunction of rats using the EPR HbNO signal subtraction method." @default.
• W2035067553 created "2016-06-24" @default.
• W2035067553 creator A5015604127 @default.
• W2035067553 creator A5055853748 @default.
• W2035067553 creator A5077081590 @default.
• W2035067553 creator A5081167835 @default.
• W2035067553 date "2003-01-01" @default.
• W2035067553 modified "2023-10-17" @default.
• W2035067553 title "New Methods to Evaluate Endothelial Function: Evaluation of Endothelial Function by Hemoglobin-Nitric Oxide Complex Using Electron Paramagnetic Resonance Spectroscopy" @default.
• W2035067553 cites W143870286 @default.
• W2035067553 cites W1493899800 @default.
• W2035067553 cites W1522191426 @default.
• W2035067553 cites W16232142 @default.
• W2035067553 cites W1834041853 @default.
• W2035067553 cites W1872047122 @default.
• W2035067553 cites W1912923296 @default.
• W2035067553 cites W1947666932 @default.
• W2035067553 cites W1963815980 @default.
• W2035067553 cites W1965301604 @default.
• W2035067553 cites W1974256277 @default.
• W2035067553 cites W1974936925 @default.
• W2035067553 cites W1979524661 @default.
• W2035067553 cites W1980187790 @default.
• W2035067553 cites W1980930366 @default.
• W2035067553 cites W1986079719 @default.
• W2035067553 cites W1988628327 @default.
• W2035067553 cites W1990065551 @default.
• W2035067553 cites W1991384716 @default.
• W2035067553 cites W1997439028 @default.
• W2035067553 cites W1999873010 @default.
• W2035067553 cites W2000649747 @default.
• W2035067553 cites W2007737411 @default.
• W2035067553 cites W2008494540 @default.
• W2035067553 cites W2008862844 @default.
• W2035067553 cites W2009272954 @default.
• W2035067553 cites W2009359363 @default.
• W2035067553 cites W2011047569 @default.
• W2035067553 cites W2015577931 @default.
• W2035067553 cites W2029491963 @default.
• W2035067553 cites W2035929028 @default.
• W2035067553 cites W2040893865 @default.
• W2035067553 cites W2041473312 @default.
• W2035067553 cites W2048635427 @default.
• W2035067553 cites W2059243326 @default.
• W2035067553 cites W2059989483 @default.
• W2035067553 cites W2062316787 @default.
• W2035067553 cites W2069915206 @default.
• W2035067553 cites W2070105204 @default.
• W2035067553 cites W2071560742 @default.
• W2035067553 cites W2073274738 @default.
• W2035067553 cites W2077496505 @default.
• W2035067553 cites W2081485204 @default.
• W2035067553 cites W2083368897 @default.
• W2035067553 cites W2084184573 @default.
• W2035067553 cites W2085012939 @default.
• W2035067553 cites W2086075288 @default.
• W2035067553 cites W2090619636 @default.
• W2035067553 cites W2092145002 @default.
• W2035067553 cites W2093310640 @default.
• W2035067553 cites W2107784236 @default.
• W2035067553 cites W2108194226 @default.
• W2035067553 cites W2118023300 @default.
• W2035067553 cites W2118571380 @default.
• W2035067553 cites W2121121536 @default.
• W2035067553 cites W2122290831 @default.
• W2035067553 cites W2136023921 @default.
• W2035067553 cites W2144703558 @default.
• W2035067553 cites W2147025800 @default.
• W2035067553 cites W2149710118 @default.
• W2035067553 cites W2153889396 @default.
• W2035067553 cites W2169961082 @default.
• W2035067553 cites W2177270915 @default.
• W2035067553 cites W2240684856 @default.
• W2035067553 cites W2258789909 @default.
• W2035067553 cites W2261915772 @default.
• W2035067553 cites W2281100067 @default.
• W2035067553 cites W2329471827 @default.
• W2035067553 cites W2342030699 @default.
• W2035067553 cites W2617392052 @default.
• W2035067553 cites W90756043 @default.
• W2035067553 doi "https://doi.org/10.1254/jphs.93.417" @default.
• W2035067553 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/14737011" @default.
• W2035067553 hasPublicationYear "2003" @default.
• W2035067553 type Work @default.
• W2035067553 sameAs 2035067553 @default.
• W2035067553 citedByCount "5" @default.
• W2035067553 countsByYear W20350675532018 @default.
• W2035067553 countsByYear W20350675532020 @default.
• W2035067553 crossrefType "journal-article" @default.
• W2035067553 hasAuthorship W2035067553A5015604127 @default.
• W2035067553 hasAuthorship W2035067553A5055853748 @default.
• W2035067553 hasAuthorship W2035067553A5077081590 @default.
• W2035067553 hasAuthorship W2035067553A5081167835 @default.
• W2035067553 hasBestOaLocation W20350675531 @default.
• W2035067553 hasConcept C121332964 @default.
• W2035067553 hasConcept C178790620 @default.
• W2035067553 hasConcept C185592680 @default.
• W2035067553 hasConcept C187961010 @default.

• next