FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4318618277> ?p ?o ?g. }

• W4318618277 endingPage "831" @default.
• W4318618277 startingPage "821" @default.
• W4318618277 abstract "Pseudomonas aeruginosa is the most prevalent cause of diabetic wound infection and amputation. Pyocyanin is one of the popular markers to identify Pseudomonas infections. However, no existing sensors are on the verge of being used as a suitable sensor for detecting pyocyanin in real-world applications. This study employed a physically cross-linked approach to decorate the surface of a working electrode with a multiwalled carbon nanotube (MWCNTs/PVA) nanocomposite, which increases electron transport, sample absorption, and biocompatibility. Under optimal conditions, the electrochemical behavior of a pyocyanin sensor was investigated using cyclic voltammetry and square wave voltammetry. The developed pyocyanin sensor demonstrated an excellent analytical range covering a clinically relevant range of 1–100 μM pyocyanin in various sample matrices including phosphate buffer, Lysogeny broth, simulated wound exudate, and Mueller–Hinton broth, showing a detection limit of 0.48, 0.10, 1.63, and 0.39 μM, respectively, with R2 > 0.99. The sensor’s potential wearability and point-of-care capability were demonstrated by detecting pyocyanin in wounds on ex vivo porcine skin and an in vivo animal model with excellent biocompatible property, achieving cell viability of L-929 > 80%. The detection could be performed directly in various sample matrices without any preparation processes. The sensor demonstrated high selectivity and sensitivity in the presence of common wound interferences. As a result, the proposed method has the potential to be a promising sensor for the early detection of P. aeruginosa infection in wounds in the perspective of wound care technology in the future." @default.
• W4318618277 created "2023-01-31" @default.
• W4318618277 creator A5008976705 @default.
• W4318618277 creator A5016611718 @default.
• W4318618277 creator A5022633624 @default.
• W4318618277 creator A5091814801 @default.
• W4318618277 date "2023-01-31" @default.
• W4318618277 modified "2023-09-30" @default.
• W4318618277 title "MWCNTs/PVA Hydrogel-Modified Electrochemical Sensors for <i>Ex Vivo</i> and <i>In Vivo</i> Detection of Pyocyanin Biomarker for <i>Pseudomonas aeruginosa</i> Wound Infection" @default.
• W4318618277 cites W1529075884 @default.
• W4318618277 cites W1965006954 @default.
• W4318618277 cites W1968527187 @default.
• W4318618277 cites W1968677073 @default.
• W4318618277 cites W1976247790 @default.
• W4318618277 cites W1983671562 @default.
• W4318618277 cites W1984362669 @default.
• W4318618277 cites W1985180505 @default.
• W4318618277 cites W1990575947 @default.
• W4318618277 cites W1991552237 @default.
• W4318618277 cites W1993827921 @default.
• W4318618277 cites W2000461931 @default.
• W4318618277 cites W2005312792 @default.
• W4318618277 cites W2016341743 @default.
• W4318618277 cites W2016685739 @default.
• W4318618277 cites W2025172707 @default.
• W4318618277 cites W2031298577 @default.
• W4318618277 cites W2056064788 @default.
• W4318618277 cites W2057134669 @default.
• W4318618277 cites W2058358181 @default.
• W4318618277 cites W2062817953 @default.
• W4318618277 cites W2072731906 @default.
• W4318618277 cites W2078958131 @default.
• W4318618277 cites W2080383516 @default.
• W4318618277 cites W2089293549 @default.
• W4318618277 cites W2091247537 @default.
• W4318618277 cites W2107304641 @default.
• W4318618277 cites W2118901492 @default.
• W4318618277 cites W2119561943 @default.
• W4318618277 cites W2132978287 @default.
• W4318618277 cites W2142623653 @default.
• W4318618277 cites W2152544358 @default.
• W4318618277 cites W2272805055 @default.
• W4318618277 cites W2296426107 @default.
• W4318618277 cites W2297379308 @default.
• W4318618277 cites W2475881350 @default.
• W4318618277 cites W2513218992 @default.
• W4318618277 cites W2585180500 @default.
• W4318618277 cites W2587071380 @default.
• W4318618277 cites W2617249179 @default.
• W4318618277 cites W2619692296 @default.
• W4318618277 cites W2620475808 @default.
• W4318618277 cites W2744439603 @default.
• W4318618277 cites W2771428750 @default.
• W4318618277 cites W2791831174 @default.
• W4318618277 cites W2805529674 @default.
• W4318618277 cites W2891195344 @default.
• W4318618277 cites W2903119425 @default.
• W4318618277 cites W2905407007 @default.
• W4318618277 cites W2908418786 @default.
• W4318618277 cites W2919639223 @default.
• W4318618277 cites W2922265418 @default.
• W4318618277 cites W2947948620 @default.
• W4318618277 cites W2949308540 @default.
• W4318618277 cites W2965453978 @default.
• W4318618277 cites W2973524370 @default.
• W4318618277 cites W2979558755 @default.
• W4318618277 cites W2981321069 @default.
• W4318618277 cites W2981954593 @default.
• W4318618277 cites W2989625789 @default.
• W4318618277 cites W2998975321 @default.
• W4318618277 cites W2999736489 @default.
• W4318618277 cites W3003925900 @default.
• W4318618277 cites W3011058644 @default.
• W4318618277 cites W3033134603 @default.
• W4318618277 cites W3088126778 @default.
• W4318618277 cites W3089255889 @default.
• W4318618277 cites W3093156834 @default.
• W4318618277 cites W3093294219 @default.
• W4318618277 cites W3160425451 @default.
• W4318618277 cites W3188458475 @default.
• W4318618277 cites W3201931473 @default.
• W4318618277 cites W3213000679 @default.
• W4318618277 cites W4211009063 @default.
• W4318618277 doi "https://doi.org/10.1021/acsaelm.2c01396" @default.
• W4318618277 hasPublicationYear "2023" @default.
• W4318618277 type Work @default.
• W4318618277 citedByCount "0" @default.
• W4318618277 crossrefType "journal-article" @default.
• W4318618277 hasAuthorship W4318618277A5008976705 @default.
• W4318618277 hasAuthorship W4318618277A5016611718 @default.
• W4318618277 hasAuthorship W4318618277A5022633624 @default.
• W4318618277 hasAuthorship W4318618277A5091814801 @default.
• W4318618277 hasConcept C118687296 @default.
• W4318618277 hasConcept C119128265 @default.
• W4318618277 hasConcept C147789679 @default.
• W4318618277 hasConcept C150903083 @default.
• W4318618277 hasConcept C17525397 @default.
• W4318618277 hasConcept C185592680 @default.

• next