FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4280596434> ?p ?o ?g. }

• W4280596434 abstract "Nettle is a highly valued medicinal plant that is still largely neglected, both in terms of nutrition and use for pharmacological purposes. Tinctures, i.e., alcoholic extracts, are becoming increasingly popular nettle products, mainly because they allow better availability of phytochemicals and their stability over a longer period of time. The production of alcoholic extracts is a chemically demanding process that is still usually carried out using conventional techniques, which have numerous drawbacks. The use of green technologies such as ultrasound-assisted extraction (UAE), which is characterized by high efficiency of phytochemical extraction, shorter treatment time, and a much lower environmental footprint, is a suitable and sustainable solution. Therefore, the aim of this study is to determine the influence of the extraction method, conventional and ultrasound (by varying two ultrasound equipment systems), time and ethanol concentration on the extraction of specialized metabolites from nettle powder. Ultrasonic extraction using a probe system significantly contributed to increase the ascorbic acid yield, polyphenolic compounds, and antioxidant capacity of nettle extracts compared to conventional extraction. In addition, when a probe system was used during UAE, significantly less time was required for isolation of individual specialized metabolites compared to ultrasonic extraction in the bath. Ethanol concentration (50 and 80% v/v) also proved to be an important factor in the efficiency of extraction of specialized metabolites, with 80% ethanol being more effective for the isolation of ascorbic acid and pigment compounds (chlorophyll and carotenoids), while 50% v/v for the extraction of polyphenolic compounds. It can be concluded that extraction with the ultrasonic probe system is much more efficient in obtaining higher yields of specialized metabolites from nettle powder in a shorter time (average process duration 5-10 min) both compared to UAE in the bath and classical extraction. However, optimization of the key factors of time, solvent type, and ultrasonic power is necessary to maintain the nutritional quality of the nettle extract in order to obtain a final product with a high specialized metabolites content, antioxidant capacity, and functional value. The future application of alcoholic nettle extracts is based on the fact that these products have significant potential as functional foods and pharmacological preparations for the treatment of a number of but also to strengthen the immune system, mainly due to the rich nutritional composition and high content of various specialized metabolites. The prepared extracts can be safely taken orally by diluting the tinctures with water immediately before ingestion." @default.
• W4280596434 created "2022-05-22" @default.
• W4280596434 creator A5001057270 @default.
• W4280596434 creator A5005985496 @default.
• W4280596434 creator A5010720056 @default.
• W4280596434 creator A5011570537 @default.
• W4280596434 creator A5013341955 @default.
• W4280596434 creator A5037088381 @default.
• W4280596434 creator A5056810665 @default.
• W4280596434 creator A5067003184 @default.
• W4280596434 creator A5091680246 @default.
• W4280596434 date "2022-05-20" @default.
• W4280596434 modified "2023-10-05" @default.
• W4280596434 title "Application of Ultrasound as Clean Technology for Extraction of Specialized Metabolites From Stinging Nettle (Urtica dioica L.)" @default.
• W4280596434 cites W1576106009 @default.
• W4280596434 cites W1836993790 @default.
• W4280596434 cites W1963833113 @default.
• W4280596434 cites W1964179093 @default.
• W4280596434 cites W1965252184 @default.
• W4280596434 cites W1968900381 @default.
• W4280596434 cites W1979966635 @default.
• W4280596434 cites W1997611499 @default.
• W4280596434 cites W1999448385 @default.
• W4280596434 cites W2007255051 @default.
• W4280596434 cites W2012991711 @default.
• W4280596434 cites W2016944978 @default.
• W4280596434 cites W2020195993 @default.
• W4280596434 cites W2023915735 @default.
• W4280596434 cites W2026092045 @default.
• W4280596434 cites W2029688007 @default.
• W4280596434 cites W2041283340 @default.
• W4280596434 cites W2053923304 @default.
• W4280596434 cites W2063545855 @default.
• W4280596434 cites W2065974897 @default.
• W4280596434 cites W2078070380 @default.
• W4280596434 cites W2082696033 @default.
• W4280596434 cites W2091574460 @default.
• W4280596434 cites W2099449122 @default.
• W4280596434 cites W2104794122 @default.
• W4280596434 cites W2243364599 @default.
• W4280596434 cites W2332019796 @default.
• W4280596434 cites W2340757728 @default.
• W4280596434 cites W2350308510 @default.
• W4280596434 cites W2566959642 @default.
• W4280596434 cites W2572012451 @default.
• W4280596434 cites W2773783282 @default.
• W4280596434 cites W2793262908 @default.
• W4280596434 cites W2794481543 @default.
• W4280596434 cites W2803010492 @default.
• W4280596434 cites W2803705151 @default.
• W4280596434 cites W2804419648 @default.
• W4280596434 cites W2843736587 @default.
• W4280596434 cites W2854714874 @default.
• W4280596434 cites W2898061173 @default.
• W4280596434 cites W2899784581 @default.
• W4280596434 cites W2923006999 @default.
• W4280596434 cites W2941801425 @default.
• W4280596434 cites W2948388252 @default.
• W4280596434 cites W2965464804 @default.
• W4280596434 cites W2981897182 @default.
• W4280596434 cites W2997306180 @default.
• W4280596434 cites W3006431133 @default.
• W4280596434 cites W3016082868 @default.
• W4280596434 cites W3041357517 @default.
• W4280596434 cites W3081632915 @default.
• W4280596434 cites W3086033144 @default.
• W4280596434 cites W3087902131 @default.
• W4280596434 cites W3088947129 @default.
• W4280596434 cites W3113037799 @default.
• W4280596434 cites W3122561167 @default.
• W4280596434 cites W3136121903 @default.
• W4280596434 cites W3150547368 @default.
• W4280596434 cites W3161647648 @default.
• W4280596434 cites W3163136832 @default.
• W4280596434 cites W3167913869 @default.
• W4280596434 cites W3193607172 @default.
• W4280596434 cites W3196864703 @default.
• W4280596434 cites W3197858306 @default.
• W4280596434 cites W4200549519 @default.
• W4280596434 cites W4206014371 @default.
• W4280596434 cites W4206376229 @default.
• W4280596434 cites W4245400552 @default.
• W4280596434 cites W852864826 @default.
• W4280596434 doi "https://doi.org/10.3389/fnut.2022.870923" @default.
• W4280596434 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35669064" @default.
• W4280596434 hasPublicationYear "2022" @default.
• W4280596434 type Work @default.
• W4280596434 citedByCount "5" @default.
• W4280596434 countsByYear W42805964342022 @default.
• W4280596434 countsByYear W42805964342023 @default.
• W4280596434 crossrefType "journal-article" @default.
• W4280596434 hasAuthorship W4280596434A5001057270 @default.
• W4280596434 hasAuthorship W4280596434A5005985496 @default.
• W4280596434 hasAuthorship W4280596434A5010720056 @default.
• W4280596434 hasAuthorship W4280596434A5011570537 @default.
• W4280596434 hasAuthorship W4280596434A5013341955 @default.
• W4280596434 hasAuthorship W4280596434A5037088381 @default.
• W4280596434 hasAuthorship W4280596434A5056810665 @default.
• W4280596434 hasAuthorship W4280596434A5067003184 @default.
• W4280596434 hasAuthorship W4280596434A5091680246 @default.

• next