FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2156227329> ?p ?o ?g. }

• W2156227329 endingPage "35" @default.
• W2156227329 startingPage "24" @default.
• W2156227329 abstract "Residential wood combustion causes major effects on the air quality on a global scale. The ambient particulate levels are known to be responsible for severe adverse health effects that include e.g. cardio-respiratory illnesses and cancer related effects, even mortality. It is known that biomass combustion derived emissions are affected by combustion technology, fuel being used and user-related practices. There are also indications that the health related toxicological effects are influenced by these parameters. This study we evaluated toxicological effects of particulate emissions (PM1) from seven different residential wood combusting furnaces. Two appliances i.e. log wood boiler and stove represented old batch combustion technology, whereas stove and tiled stove were designated as new batch combustion as three modern automated boilers were a log wood boiler, a woodchip boiler and a pellet boiler. The PM1 samples from the furnaces were collected in an experimental setup with a Dekati® gravimetric impactor on PTFE filters with the samples being weighed and extracted from the substrates and prior to toxicological analyses. The toxicological analyses were conducted after a 24-hour exposure of the mouse RAW 264.7 macrophage cell line to four doses of emission particle samples and analysis of levels of the proinflammatory cytokine TNFα, chemokine MIP-2, cytotoxicity with three different methods (MTT, PI, cell cycle analysis) and genotoxicity with the comet assay. In the correlation analysis all the toxicological results were compared with the chemical composition of the samples. All the samples induced dose-dependent increases in the studied parameters. Combustion technology greatly affected the emissions and the concomitant toxicological responses. The modern automated boilers were usually the least potent inducers of most of the parameters while emissions from the old technology log wood boiler were the most potent. In correlation analysis, the PAH and other organic composition and inorganic ash composition affected the toxicological responses differently. In conclusion, combustion technology largely affects the particulate emissions and their toxic potential this being reflected in substantially larger responses in devices with incomplete combustion. These differences become emphasized when the large emission factors from old technology appliances are taken into account." @default.
• W2156227329 created "2016-06-24" @default.
• W2156227329 creator A5008459853 @default.
• W2156227329 creator A5016045878 @default.
• W2156227329 creator A5019502485 @default.
• W2156227329 creator A5023656414 @default.
• W2156227329 creator A5025395834 @default.
• W2156227329 creator A5036091927 @default.
• W2156227329 creator A5050675472 @default.
• W2156227329 creator A5059144951 @default.
• W2156227329 creator A5061723548 @default.
• W2156227329 creator A5091537644 @default.
• W2156227329 date "2012-04-01" @default.
• W2156227329 modified "2023-10-18" @default.
• W2156227329 title "In vitro toxicological characterization of particulate emissions from residential biomass heating systems based on old and new technologies" @default.
• W2156227329 cites W1965243648 @default.
• W2156227329 cites W1976308835 @default.
• W2156227329 cites W1979129905 @default.
• W2156227329 cites W1981239286 @default.
• W2156227329 cites W1989177329 @default.
• W2156227329 cites W1989751692 @default.
• W2156227329 cites W1995977361 @default.
• W2156227329 cites W1998826231 @default.
• W2156227329 cites W2000790306 @default.
• W2156227329 cites W200508625 @default.
• W2156227329 cites W2005135073 @default.
• W2156227329 cites W2006531657 @default.
• W2156227329 cites W2012974033 @default.
• W2156227329 cites W2020160536 @default.
• W2156227329 cites W2020532571 @default.
• W2156227329 cites W2024908526 @default.
• W2156227329 cites W2025061243 @default.
• W2156227329 cites W2028634964 @default.
• W2156227329 cites W2036514130 @default.
• W2156227329 cites W2039044077 @default.
• W2156227329 cites W2039740589 @default.
• W2156227329 cites W2057537098 @default.
• W2156227329 cites W2057619950 @default.
• W2156227329 cites W2066642777 @default.
• W2156227329 cites W2067242610 @default.
• W2156227329 cites W2070727537 @default.
• W2156227329 cites W2071492752 @default.
• W2156227329 cites W2076184158 @default.
• W2156227329 cites W2077701973 @default.
• W2156227329 cites W2079975801 @default.
• W2156227329 cites W2082146185 @default.
• W2156227329 cites W2086644921 @default.
• W2156227329 cites W2089407254 @default.
• W2156227329 cites W2092629964 @default.
• W2156227329 cites W2096662414 @default.
• W2156227329 cites W2109400845 @default.
• W2156227329 cites W2114585886 @default.
• W2156227329 cites W2120016654 @default.
• W2156227329 cites W2126902508 @default.
• W2156227329 cites W2127372366 @default.
• W2156227329 cites W2129853879 @default.
• W2156227329 cites W2130013789 @default.
• W2156227329 cites W2130228415 @default.
• W2156227329 cites W2138633988 @default.
• W2156227329 cites W2140282454 @default.
• W2156227329 cites W2142493719 @default.
• W2156227329 cites W2146999235 @default.
• W2156227329 cites W2148911589 @default.
• W2156227329 cites W2150751323 @default.
• W2156227329 cites W2164742457 @default.
• W2156227329 cites W2165826599 @default.
• W2156227329 cites W2167726774 @default.
• W2156227329 cites W2272751124 @default.
• W2156227329 cites W4235264607 @default.
• W2156227329 doi "https://doi.org/10.1016/j.atmosenv.2012.01.009" @default.
• W2156227329 hasPublicationYear "2012" @default.
• W2156227329 type Work @default.
• W2156227329 sameAs 2156227329 @default.
• W2156227329 citedByCount "66" @default.
• W2156227329 countsByYear W21562273292012 @default.
• W2156227329 countsByYear W21562273292013 @default.
• W2156227329 countsByYear W21562273292014 @default.
• W2156227329 countsByYear W21562273292015 @default.
• W2156227329 countsByYear W21562273292016 @default.
• W2156227329 countsByYear W21562273292017 @default.
• W2156227329 countsByYear W21562273292018 @default.
• W2156227329 countsByYear W21562273292019 @default.
• W2156227329 countsByYear W21562273292020 @default.
• W2156227329 countsByYear W21562273292021 @default.
• W2156227329 countsByYear W21562273292022 @default.
• W2156227329 countsByYear W21562273292023 @default.
• W2156227329 crossrefType "journal-article" @default.
• W2156227329 hasAuthorship W2156227329A5008459853 @default.
• W2156227329 hasAuthorship W2156227329A5016045878 @default.
• W2156227329 hasAuthorship W2156227329A5019502485 @default.
• W2156227329 hasAuthorship W2156227329A5023656414 @default.
• W2156227329 hasAuthorship W2156227329A5025395834 @default.
• W2156227329 hasAuthorship W2156227329A5036091927 @default.
• W2156227329 hasAuthorship W2156227329A5050675472 @default.
• W2156227329 hasAuthorship W2156227329A5059144951 @default.
• W2156227329 hasAuthorship W2156227329A5061723548 @default.
• W2156227329 hasAuthorship W2156227329A5091537644 @default.
• W2156227329 hasConcept C105923489 @default.

• next