FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3201412087> ?p ?o ?g. }

• W3201412087 endingPage "2130002" @default.
• W3201412087 startingPage "2130002" @default.
• W3201412087 abstract "Inflammation is a protective mechanism against invading pathogens and tissue damage. However, the inflammatory process is implicated in a wide range of diseases affecting all organs and body systems. Nitric oxide — a multifunctional signaling molecule that plays a critical role in systemic blood pressure homeostasis, prevention of platelet aggregation, antimicrobial resistance, immunoregulation, tumor suppression and as a neurotransmitter — is used as a surrogate marker for inflammation. However, the most commonly used Griess assay is an indirect and expensive method for the determination of nitric oxide concentration. Hence, single-walled carbon nanotube-based biosensors have been explored as real-time, sensitive, selective and safe methods to determine nitric oxide released during the inflammatory process. In this review, we explore current developments in single-walled carbon nanotube-based biosensors for the detection of nitric oxide in exhaled breath as a direct and noninvasive test for detection of bronchial inflammation." @default.
• W3201412087 created "2021-09-27" @default.
• W3201412087 creator A5023824029 @default.
• W3201412087 creator A5079487540 @default.
• W3201412087 date "2021-09-16" @default.
• W3201412087 modified "2023-09-25" @default.
• W3201412087 title "Single-Walled Carbon Nanotube-Based Biosensors for Detection of Bronchial Inflammation" @default.
• W3201412087 cites W151010073 @default.
• W3201412087 cites W1560571961 @default.
• W3201412087 cites W1873323908 @default.
• W3201412087 cites W1954886899 @default.
• W3201412087 cites W1964097351 @default.
• W3201412087 cites W1971500643 @default.
• W3201412087 cites W1977435358 @default.
• W3201412087 cites W1977640197 @default.
• W3201412087 cites W1977988210 @default.
• W3201412087 cites W1980328470 @default.
• W3201412087 cites W1980458823 @default.
• W3201412087 cites W1980516378 @default.
• W3201412087 cites W1981967342 @default.
• W3201412087 cites W1984218959 @default.
• W3201412087 cites W1989697230 @default.
• W3201412087 cites W1989856919 @default.
• W3201412087 cites W1991282382 @default.
• W3201412087 cites W2001848039 @default.
• W3201412087 cites W2002744212 @default.
• W3201412087 cites W2006431464 @default.
• W3201412087 cites W2007452107 @default.
• W3201412087 cites W2007737411 @default.
• W3201412087 cites W2010825644 @default.
• W3201412087 cites W2013715338 @default.
• W3201412087 cites W2018858346 @default.
• W3201412087 cites W2021120412 @default.
• W3201412087 cites W2027209208 @default.
• W3201412087 cites W2034004207 @default.
• W3201412087 cites W2036717939 @default.
• W3201412087 cites W2038433164 @default.
• W3201412087 cites W2040532000 @default.
• W3201412087 cites W2042253731 @default.
• W3201412087 cites W2042566820 @default.
• W3201412087 cites W2046741906 @default.
• W3201412087 cites W2048041120 @default.
• W3201412087 cites W2048405922 @default.
• W3201412087 cites W2051511277 @default.
• W3201412087 cites W2052351389 @default.
• W3201412087 cites W2059379142 @default.
• W3201412087 cites W2061200171 @default.
• W3201412087 cites W2064061480 @default.
• W3201412087 cites W2064229617 @default.
• W3201412087 cites W2067132670 @default.
• W3201412087 cites W2070679513 @default.
• W3201412087 cites W2074224495 @default.
• W3201412087 cites W2075499557 @default.
• W3201412087 cites W2079448771 @default.
• W3201412087 cites W2079625753 @default.
• W3201412087 cites W2090868198 @default.
• W3201412087 cites W2091954160 @default.
• W3201412087 cites W2092738464 @default.
• W3201412087 cites W2094038408 @default.
• W3201412087 cites W2094617324 @default.
• W3201412087 cites W2095335467 @default.
• W3201412087 cites W2097795101 @default.
• W3201412087 cites W2099782720 @default.
• W3201412087 cites W2101301256 @default.
• W3201412087 cites W2102601193 @default.
• W3201412087 cites W2108372331 @default.
• W3201412087 cites W2113120391 @default.
• W3201412087 cites W2115486268 @default.
• W3201412087 cites W2127841706 @default.
• W3201412087 cites W2135923075 @default.
• W3201412087 cites W2141343329 @default.
• W3201412087 cites W2147840327 @default.
• W3201412087 cites W2152299618 @default.
• W3201412087 cites W2152374441 @default.
• W3201412087 cites W2153889396 @default.
• W3201412087 cites W2154531313 @default.
• W3201412087 cites W2159168168 @default.
• W3201412087 cites W2167233288 @default.
• W3201412087 cites W2168442336 @default.
• W3201412087 cites W2171480404 @default.
• W3201412087 cites W2526561078 @default.
• W3201412087 cites W2588615932 @default.
• W3201412087 cites W2708295276 @default.
• W3201412087 cites W2729202355 @default.
• W3201412087 cites W2771363233 @default.
• W3201412087 cites W2799739974 @default.
• W3201412087 cites W2891195344 @default.
• W3201412087 cites W2896033908 @default.
• W3201412087 cites W2901469489 @default.
• W3201412087 cites W2904664443 @default.
• W3201412087 cites W2929272087 @default.
• W3201412087 cites W2970686315 @default.
• W3201412087 cites W3000471364 @default.
• W3201412087 cites W3022645129 @default.
• W3201412087 cites W3106453670 @default.
• W3201412087 doi "https://doi.org/10.1142/s0219581x21300029" @default.
• W3201412087 hasPublicationYear "2021" @default.
• W3201412087 type Work @default.

• next