Matches in SemOpenAlex for { <https://semopenalex.org/work/W3211084310> ?p ?o ?g. }
- W3211084310 endingPage "113579" @default.
- W3211084310 startingPage "113579" @default.
- W3211084310 abstract "• It was first time to evaluate different tobacco types for heated cigarettes. • Total score of Tiandeng tobacco was highest in heated cigarettes. • Total alkaloids were positively correlated with the total sensory evaluation. • Total polyphenols were positively correlated with the total sensory evaluation. • Aldehydes have a negative correlation with the total sensory evaluation score. Heated tobacco (Nicotiana tabacum L.) products develop rapidly because of its low toxicity. In order to evaluate the industrial applicability of the existing types of characteristic tobacco as raw materials for heated tobaccos, this research ascertained differences in the main chemical compositions in tobacco leaves from different types to establish a relationship between chemical composition and sensory evaluation to select types suitable for producing heated tobaccos. Nine tobacco types (K326, Yunyan 97, Cherry-red tobacco, Han tobacco, Dao tobacco, Tiandeng tobacco, Sun-cured yellow tobacco, fresh-cut tobacco, and aromatic tobacco) planted in Yunnan Province, China were selected. Their sensory quality was evaluated by the method for sensory evaluation of heated tobaccos and chemical composition and content of aroma substances in tobacco leaves were determined. In the evaluation of sensory quality of heated tobaccos, the total score of Tiandeng tobacco was significantly higher than those of the other types, followed by Cherry-red tobacco and K326; There were significant differences in chemical composition in the nine tobacco types and the total alkaloid content in Cherry-red tobacco was notably higher than in the other tobacco types. The amounts of total sugar, reducing sugar, and starch in Han tobacco were significantly lower than other types, while the amounts of total nitrogen, potassium oxide, chloride ions, and protein were much higher than in the other tobacco types. The total amounts of polyphenols and aroma compounds in fresh-cut tobacco were significantly higher than in the other tobacco types. The contents of nornicotine, neonicotine, anatabine, and total alkaloid showed a significant positive correlation with the total sensory evaluation score. The contents of nicotyrine and 2,3-bipyridine were significantly and negatively correlated with the total sensory evaluation score. A remarkable negative correlation was found between starch content and score on irritation. Furthermore, the amounts of neochlorogenic acid, chlorogenic acid, caffeic acid, and total polyphenols were significantly and positively correlated with the total sensory evaluation score. The amounts of aldehydes and phenolic compounds had a significant negative correlation, while the amount of olefin compounds had a significant positive correlation, with the total sensory evaluation score. These chemicals in tobacco leaves can be used as in analyses screening of other suitable tobacco types, and as reference standards for selecting tobacco raw materials suitable for high-quality heated tobaccos." @default.
- W3211084310 created "2021-11-08" @default.
- W3211084310 creator A5000122672 @default.
- W3211084310 creator A5000232905 @default.
- W3211084310 creator A5001597045 @default.
- W3211084310 creator A5004788886 @default.
- W3211084310 creator A5011384451 @default.
- W3211084310 creator A5014032287 @default.
- W3211084310 creator A5030288223 @default.
- W3211084310 creator A5056650682 @default.
- W3211084310 creator A5059093268 @default.
- W3211084310 creator A5063800558 @default.
- W3211084310 creator A5065254727 @default.
- W3211084310 creator A5065506467 @default.
- W3211084310 creator A5068051844 @default.
- W3211084310 creator A5076721028 @default.
- W3211084310 creator A5078947584 @default.
- W3211084310 date "2021-09-01" @default.
- W3211084310 modified "2023-10-01" @default.
- W3211084310 title "The applicability of different tobacco types to heated tobacco products" @default.
- W3211084310 cites W1968864603 @default.
- W3211084310 cites W2058203551 @default.
- W3211084310 cites W2088631428 @default.
- W3211084310 cites W2144422028 @default.
- W3211084310 cites W2153023086 @default.
- W3211084310 cites W2529623586 @default.
- W3211084310 cites W2625107572 @default.
- W3211084310 cites W2766329418 @default.
- W3211084310 cites W2789752794 @default.
- W3211084310 cites W3028043140 @default.
- W3211084310 cites W3111095150 @default.
- W3211084310 doi "https://doi.org/10.1016/j.indcrop.2021.113579" @default.
- W3211084310 hasPublicationYear "2021" @default.
- W3211084310 type Work @default.
- W3211084310 sameAs 3211084310 @default.
- W3211084310 citedByCount "11" @default.
- W3211084310 countsByYear W32110843102022 @default.
- W3211084310 countsByYear W32110843102023 @default.
- W3211084310 crossrefType "journal-article" @default.
- W3211084310 hasAuthorship W3211084310A5000122672 @default.
- W3211084310 hasAuthorship W3211084310A5000232905 @default.
- W3211084310 hasAuthorship W3211084310A5001597045 @default.
- W3211084310 hasAuthorship W3211084310A5004788886 @default.
- W3211084310 hasAuthorship W3211084310A5011384451 @default.
- W3211084310 hasAuthorship W3211084310A5014032287 @default.
- W3211084310 hasAuthorship W3211084310A5030288223 @default.
- W3211084310 hasAuthorship W3211084310A5056650682 @default.
- W3211084310 hasAuthorship W3211084310A5059093268 @default.
- W3211084310 hasAuthorship W3211084310A5063800558 @default.
- W3211084310 hasAuthorship W3211084310A5065254727 @default.
- W3211084310 hasAuthorship W3211084310A5065506467 @default.
- W3211084310 hasAuthorship W3211084310A5068051844 @default.
- W3211084310 hasAuthorship W3211084310A5076721028 @default.
- W3211084310 hasAuthorship W3211084310A5078947584 @default.
- W3211084310 hasBestOaLocation W32110843101 @default.
- W3211084310 hasConcept C104317684 @default.
- W3211084310 hasConcept C144027150 @default.
- W3211084310 hasConcept C185592680 @default.
- W3211084310 hasConcept C2777108408 @default.
- W3211084310 hasConcept C2777580618 @default.
- W3211084310 hasConcept C2778004101 @default.
- W3211084310 hasConcept C2780563676 @default.
- W3211084310 hasConcept C2781205006 @default.
- W3211084310 hasConcept C31903555 @default.
- W3211084310 hasConcept C55493867 @default.
- W3211084310 hasConcept C59822182 @default.
- W3211084310 hasConcept C70899900 @default.
- W3211084310 hasConcept C86803240 @default.
- W3211084310 hasConceptScore W3211084310C104317684 @default.
- W3211084310 hasConceptScore W3211084310C144027150 @default.
- W3211084310 hasConceptScore W3211084310C185592680 @default.
- W3211084310 hasConceptScore W3211084310C2777108408 @default.
- W3211084310 hasConceptScore W3211084310C2777580618 @default.
- W3211084310 hasConceptScore W3211084310C2778004101 @default.
- W3211084310 hasConceptScore W3211084310C2780563676 @default.
- W3211084310 hasConceptScore W3211084310C2781205006 @default.
- W3211084310 hasConceptScore W3211084310C31903555 @default.
- W3211084310 hasConceptScore W3211084310C55493867 @default.
- W3211084310 hasConceptScore W3211084310C59822182 @default.
- W3211084310 hasConceptScore W3211084310C70899900 @default.
- W3211084310 hasConceptScore W3211084310C86803240 @default.
- W3211084310 hasLocation W32110843101 @default.
- W3211084310 hasOpenAccess W3211084310 @default.
- W3211084310 hasPrimaryLocation W32110843101 @default.
- W3211084310 hasRelatedWork W1968582567 @default.
- W3211084310 hasRelatedWork W2357388690 @default.
- W3211084310 hasRelatedWork W2380660855 @default.
- W3211084310 hasRelatedWork W2386263676 @default.
- W3211084310 hasRelatedWork W4299969330 @default.
- W3211084310 hasRelatedWork W786874010 @default.
- W3211084310 hasRelatedWork W1860568361 @default.
- W3211084310 hasRelatedWork W1861401829 @default.
- W3211084310 hasRelatedWork W1951058305 @default.
- W3211084310 hasRelatedWork W2428735721 @default.
- W3211084310 hasVolume "168" @default.
- W3211084310 isParatext "false" @default.
- W3211084310 isRetracted "false" @default.
- W3211084310 magId "3211084310" @default.