Matches in SemOpenAlex for { <https://semopenalex.org/work/W1992303721> ?p ?o ?g. }
- W1992303721 endingPage "2347" @default.
- W1992303721 startingPage "2335" @default.
- W1992303721 abstract "The identification of small gaseous molecules, nitric oxide (NO), carbon monoxide (CO) and hydrogen sulfide (H2S) as signal transmitters in living systems has revealed that these endogenously produced gases perform essential biological functions and are associated with various diseases of human concern. However, for the advancement of our understanding into the physiological and pathological roles played by these signal transductors, it is desirable to develop sensitive and specific techniques for the detection of these biological messengers. The detection method based on fluorescent molecular probes provides a proficient approach for the visualization of these gaseous molecules with respect to their production, function and adverse effects. The aim of this review is to highlight the recent developments in the field of fluorescent probes for the detection of gasotransmitters and to provide a general overview of fluorescent sensors designed for NO, CO and H2S." @default.
- W1992303721 created "2016-06-24" @default.
- W1992303721 creator A5040321623 @default.
- W1992303721 creator A5065169040 @default.
- W1992303721 creator A5065757885 @default.
- W1992303721 date "2013-08-01" @default.
- W1992303721 modified "2023-09-30" @default.
- W1992303721 title "Recent developments of fluorescent probes for the detection of gasotransmitters (NO, CO and H2S)" @default.
- W1992303721 cites W150116655 @default.
- W1992303721 cites W1967331058 @default.
- W1992303721 cites W1967598732 @default.
- W1992303721 cites W1968035766 @default.
- W1992303721 cites W1969629330 @default.
- W1992303721 cites W1972016174 @default.
- W1992303721 cites W1973412085 @default.
- W1992303721 cites W1975420709 @default.
- W1992303721 cites W1980486272 @default.
- W1992303721 cites W1982370171 @default.
- W1992303721 cites W1991950902 @default.
- W1992303721 cites W2003447206 @default.
- W1992303721 cites W2006430331 @default.
- W1992303721 cites W2008463739 @default.
- W1992303721 cites W2010024392 @default.
- W1992303721 cites W2010055809 @default.
- W1992303721 cites W2011741851 @default.
- W1992303721 cites W2014641242 @default.
- W1992303721 cites W2019480549 @default.
- W1992303721 cites W2030936891 @default.
- W1992303721 cites W2033165499 @default.
- W1992303721 cites W2035152299 @default.
- W1992303721 cites W2039761924 @default.
- W1992303721 cites W2042245887 @default.
- W1992303721 cites W2042746966 @default.
- W1992303721 cites W2044615514 @default.
- W1992303721 cites W2045070686 @default.
- W1992303721 cites W2046289617 @default.
- W1992303721 cites W2049460970 @default.
- W1992303721 cites W2053023042 @default.
- W1992303721 cites W2053068033 @default.
- W1992303721 cites W2055222766 @default.
- W1992303721 cites W2056397082 @default.
- W1992303721 cites W2056536863 @default.
- W1992303721 cites W2057762538 @default.
- W1992303721 cites W2060121377 @default.
- W1992303721 cites W2060236511 @default.
- W1992303721 cites W2063731081 @default.
- W1992303721 cites W2064258193 @default.
- W1992303721 cites W2071332331 @default.
- W1992303721 cites W2071515294 @default.
- W1992303721 cites W2072979834 @default.
- W1992303721 cites W2077457721 @default.
- W1992303721 cites W2077608361 @default.
- W1992303721 cites W2080866897 @default.
- W1992303721 cites W2081447694 @default.
- W1992303721 cites W2083806217 @default.
- W1992303721 cites W2085640353 @default.
- W1992303721 cites W2086064799 @default.
- W1992303721 cites W2090304983 @default.
- W1992303721 cites W2094022581 @default.
- W1992303721 cites W2099782720 @default.
- W1992303721 cites W2106373022 @default.
- W1992303721 cites W2109458478 @default.
- W1992303721 cites W2116757923 @default.
- W1992303721 cites W2117458039 @default.
- W1992303721 cites W2117497185 @default.
- W1992303721 cites W2119416582 @default.
- W1992303721 cites W2120428281 @default.
- W1992303721 cites W2124979117 @default.
- W1992303721 cites W2154414424 @default.
- W1992303721 cites W2155579775 @default.
- W1992303721 cites W2160060491 @default.
- W1992303721 cites W2160807311 @default.
- W1992303721 cites W2161269230 @default.
- W1992303721 cites W2161545302 @default.
- W1992303721 cites W2164763556 @default.
- W1992303721 cites W2165368927 @default.
- W1992303721 cites W2167423528 @default.
- W1992303721 cites W2171927855 @default.
- W1992303721 cites W2315713965 @default.
- W1992303721 cites W2321911673 @default.
- W1992303721 cites W2325619810 @default.
- W1992303721 cites W2328843680 @default.
- W1992303721 cites W2330218050 @default.
- W1992303721 cites W2332958424 @default.
- W1992303721 cites W2333590887 @default.
- W1992303721 cites W2334668991 @default.
- W1992303721 doi "https://doi.org/10.1016/j.ccr.2013.02.028" @default.
- W1992303721 hasPublicationYear "2013" @default.
- W1992303721 type Work @default.
- W1992303721 sameAs 1992303721 @default.
- W1992303721 citedByCount "171" @default.
- W1992303721 countsByYear W19923037212012 @default.
- W1992303721 countsByYear W19923037212013 @default.
- W1992303721 countsByYear W19923037212014 @default.
- W1992303721 countsByYear W19923037212015 @default.
- W1992303721 countsByYear W19923037212016 @default.
- W1992303721 countsByYear W19923037212017 @default.
- W1992303721 countsByYear W19923037212018 @default.