FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4306160874> ?p ?o ?g. }

• W4306160874 endingPage "136873" @default.
• W4306160874 startingPage "136873" @default.
• W4306160874 abstract "To address climate change concerns, and reduce the carbon footprint caused by fossil fuel use, it is likely that blend ratios of renewable biodiesel with commercial mineral diesel fuel will steadily increase, resulting in biodiesel use becoming more widespread. Exhaust toxicity of unblended biodiesels changes depending on feedstock type, however the effect of feedstock on blended fuels is less well known. The aim of this study was to assess the impact of biodiesel feedstock on exhaust toxicity of 20% blended biodiesel fuels (B20). Primary human airway epithelial cells were exposed to exhaust diluted 1/15 with air from an engine running on conventional ultra-low sulfur diesel (ULSD) or 20% blends of soy, canola, waste cooking oil (WCO), tallow, palm or cottonseed biodiesel in diesel. Physico-chemical exhaust properties were compared between fuels and the post-exposure effect of exhaust on cellular viability and media release was assessed 24 h later. Exhaust properties changed significantly between all fuels with cottonseed B20 being the most different to both ULSD and its respective unblended biodiesel. Exposure to palm B20 resulted in significantly decreased cellular viability (96.3 ± 1.7%; p < 0.01) whereas exposure to soy B20 generated the greatest number of changes in mediator release (including IL-6, IL-8 and TNF-α, p < 0.05) when compared to air exposed controls, with palm B20 and tallow B20 closely following. In contrast, canola B20 and WCO B20 were the least toxic with only mediators G-CSF and TNF-α being significantly increased. Therefore, exposure to palm B20, soy B20 and tallow B20 were found to be the most toxic and exposure to canola B20 and WCO B20 the least. The top three most toxic and the bottom three least toxic B20 fuels are consistent with their unblended counterparts, suggesting that feedstock type greatly impacts exhaust toxicity, even when biodiesel only comprises 20% of the fuel." @default.
• W4306160874 created "2022-10-14" @default.
• W4306160874 creator A5000453939 @default.
• W4306160874 creator A5003865547 @default.
• W4306160874 creator A5035023951 @default.
• W4306160874 creator A5041267955 @default.
• W4306160874 creator A5042989437 @default.
• W4306160874 creator A5071063985 @default.
• W4306160874 creator A5082602908 @default.
• W4306160874 creator A5087788007 @default.
• W4306160874 date "2023-01-01" @default.
• W4306160874 modified "2023-09-29" @default.
• W4306160874 title "Biodiesel feedstock determines exhaust toxicity in 20% biodiesel: 80% mineral diesel blends" @default.
• W4306160874 cites W1552475474 @default.
• W4306160874 cites W1793705219 @default.
• W4306160874 cites W1875435085 @default.
• W4306160874 cites W1971730257 @default.
• W4306160874 cites W1989012898 @default.
• W4306160874 cites W1990156392 @default.
• W4306160874 cites W1991761427 @default.
• W4306160874 cites W1997414647 @default.
• W4306160874 cites W2005504740 @default.
• W4306160874 cites W2008757142 @default.
• W4306160874 cites W2008793140 @default.
• W4306160874 cites W2016319818 @default.
• W4306160874 cites W2019567366 @default.
• W4306160874 cites W2023778246 @default.
• W4306160874 cites W2024069838 @default.
• W4306160874 cites W2024471196 @default.
• W4306160874 cites W2026583354 @default.
• W4306160874 cites W2029811501 @default.
• W4306160874 cites W2032463431 @default.
• W4306160874 cites W2033520093 @default.
• W4306160874 cites W203461940 @default.
• W4306160874 cites W2035473356 @default.
• W4306160874 cites W2044099928 @default.
• W4306160874 cites W2048424386 @default.
• W4306160874 cites W2076090741 @default.
• W4306160874 cites W2077109336 @default.
• W4306160874 cites W2079828385 @default.
• W4306160874 cites W2091911196 @default.
• W4306160874 cites W2091977576 @default.
• W4306160874 cites W2099012549 @default.
• W4306160874 cites W2103828229 @default.
• W4306160874 cites W2104143477 @default.
• W4306160874 cites W2105503244 @default.
• W4306160874 cites W2114068206 @default.
• W4306160874 cites W2125842456 @default.
• W4306160874 cites W2125888328 @default.
• W4306160874 cites W2127008679 @default.
• W4306160874 cites W2135509739 @default.
• W4306160874 cites W2136699148 @default.
• W4306160874 cites W2142263078 @default.
• W4306160874 cites W2150260851 @default.
• W4306160874 cites W2169276163 @default.
• W4306160874 cites W2241406248 @default.
• W4306160874 cites W2249759958 @default.
• W4306160874 cites W2315683609 @default.
• W4306160874 cites W2324281604 @default.
• W4306160874 cites W2483737713 @default.
• W4306160874 cites W2529608286 @default.
• W4306160874 cites W2540184033 @default.
• W4306160874 cites W2548837716 @default.
• W4306160874 cites W2591745785 @default.
• W4306160874 cites W2608260154 @default.
• W4306160874 cites W2616030410 @default.
• W4306160874 cites W2620096814 @default.
• W4306160874 cites W2732076811 @default.
• W4306160874 cites W2736049583 @default.
• W4306160874 cites W2762632741 @default.
• W4306160874 cites W2772528121 @default.
• W4306160874 cites W2900463001 @default.
• W4306160874 cites W2905699213 @default.
• W4306160874 cites W2906141840 @default.
• W4306160874 cites W2910649557 @default.
• W4306160874 cites W2961325743 @default.
• W4306160874 cites W2970616385 @default.
• W4306160874 cites W3179523673 @default.
• W4306160874 cites W3209355032 @default.
• W4306160874 doi "https://doi.org/10.1016/j.chemosphere.2022.136873" @default.
• W4306160874 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36252896" @default.
• W4306160874 hasPublicationYear "2023" @default.
• W4306160874 type Work @default.
• W4306160874 citedByCount "1" @default.
• W4306160874 countsByYear W43061608742023 @default.
• W4306160874 crossrefType "journal-article" @default.
• W4306160874 hasAuthorship W4306160874A5000453939 @default.
• W4306160874 hasAuthorship W4306160874A5003865547 @default.
• W4306160874 hasAuthorship W4306160874A5035023951 @default.
• W4306160874 hasAuthorship W4306160874A5041267955 @default.
• W4306160874 hasAuthorship W4306160874A5042989437 @default.
• W4306160874 hasAuthorship W4306160874A5071063985 @default.
• W4306160874 hasAuthorship W4306160874A5082602908 @default.
• W4306160874 hasAuthorship W4306160874A5087788007 @default.
• W4306160874 hasBestOaLocation W43061608741 @default.
• W4306160874 hasConcept C127413603 @default.
• W4306160874 hasConcept C138171918 @default.
• W4306160874 hasConcept C161790260 @default.

• next