Matches in SemOpenAlex for { <https://semopenalex.org/work/W4376133314> ?p ?o ?g. }
- W4376133314 endingPage "7946" @default.
- W4376133314 startingPage "7937" @default.
- W4376133314 abstract "Comprehensive screening for functional substances from natural resources is always a hot research topic. Eicosapentaenoic acid- (EPA) and docosahexaenoic acid (DHA)-structured phospholipids (PLEPA/DHA) have versatile cardiovascular benefits as well as superior bioavailability. Herein, the abundance of PLEPA/DHA in 16 aquatic products was specifically and selectively screened using a recently developed precursor ion scan-driven hydrophilic interaction chromatography–mass spectrometry (PreIS-HILIC/MS) method with the fatty acyl moieties of EPA (m/z 301.6) and DHA (m/z 327.6) locked. The aim focused on the characteristics and differences in the varieties and contents of EPA/DHA-structured phosphatidylcholine (PCEPA/DHA) and EPA/DHA-structured phosphatidylethanolamine (PEEPA/DHA) molecular species. A total of 80 PLEPA/DHA molecules were identified in these natural sources, including 47 PCEPA/DHA and 33 PEEPA/DHA. After analysis, PC 16:0/20:5 and PC 16:0/22:6 are present in all aquatic products and at high levels. Antarctic krill was found to be the best resource of PLEPA/DHA in total (2574.69 μg·g–1), followed by mackerel (2330.11 μg·g–1), salmon (2109.91 μg·g–1), and Farrer’s scallop (1883.59 μg·g–1), while abalone contained the lowest level of PLEPA/DHA (310.44 μg·g–1). Besides, sea cucumber and sea bass contained the highest contents of EPA-structured and DHA-structured ether phospholipids, respectively, which could be highly recommended as dietary sources of special functional phospholipids. Finally, the multiple discrepancies between the 16 aquatic products were revealed by multivariate statistical analysis. These findings improve the awareness of the composition and content of PLEPA/DHA contained in aquatic products, providing a reference for their integrated development." @default.
- W4376133314 created "2023-05-12" @default.
- W4376133314 creator A5001931100 @default.
- W4376133314 creator A5005663184 @default.
- W4376133314 creator A5007656986 @default.
- W4376133314 creator A5008781150 @default.
- W4376133314 creator A5017215762 @default.
- W4376133314 creator A5017944089 @default.
- W4376133314 creator A5039562095 @default.
- W4376133314 creator A5039956410 @default.
- W4376133314 creator A5040303257 @default.
- W4376133314 creator A5055547749 @default.
- W4376133314 creator A5063054130 @default.
- W4376133314 creator A5080504920 @default.
- W4376133314 creator A5081825319 @default.
- W4376133314 date "2023-05-11" @default.
- W4376133314 modified "2023-10-05" @default.
- W4376133314 title "Comprehensive Screening for EPA/DHA-Structured Phospholipids in Aquatic Products by a Specific Precursor Ion Scanning-Based HILIC-MS/MS Method" @default.
- W4376133314 cites W1990202069 @default.
- W4376133314 cites W2000395527 @default.
- W4376133314 cites W2005669650 @default.
- W4376133314 cites W2007855541 @default.
- W4376133314 cites W2013330874 @default.
- W4376133314 cites W2142161489 @default.
- W4376133314 cites W2163386456 @default.
- W4376133314 cites W2168526937 @default.
- W4376133314 cites W2170476289 @default.
- W4376133314 cites W2400900297 @default.
- W4376133314 cites W2416822162 @default.
- W4376133314 cites W2423204807 @default.
- W4376133314 cites W2470690353 @default.
- W4376133314 cites W2591154583 @default.
- W4376133314 cites W2614874662 @default.
- W4376133314 cites W2614919993 @default.
- W4376133314 cites W2761506551 @default.
- W4376133314 cites W2770604522 @default.
- W4376133314 cites W2794198131 @default.
- W4376133314 cites W2801915548 @default.
- W4376133314 cites W2801960867 @default.
- W4376133314 cites W2888063819 @default.
- W4376133314 cites W2942055468 @default.
- W4376133314 cites W2942242168 @default.
- W4376133314 cites W2952827017 @default.
- W4376133314 cites W2964572581 @default.
- W4376133314 cites W2995680264 @default.
- W4376133314 cites W2996877259 @default.
- W4376133314 cites W3003381032 @default.
- W4376133314 cites W3016189683 @default.
- W4376133314 cites W3029194172 @default.
- W4376133314 cites W3033648475 @default.
- W4376133314 cites W3071792242 @default.
- W4376133314 cites W3082892380 @default.
- W4376133314 cites W3085879689 @default.
- W4376133314 cites W3088202157 @default.
- W4376133314 cites W3092737753 @default.
- W4376133314 cites W3093316847 @default.
- W4376133314 cites W3109763732 @default.
- W4376133314 cites W3110473473 @default.
- W4376133314 cites W3118878448 @default.
- W4376133314 cites W3120807279 @default.
- W4376133314 cites W3127710756 @default.
- W4376133314 cites W3136800478 @default.
- W4376133314 cites W3155737827 @default.
- W4376133314 cites W3168721766 @default.
- W4376133314 cites W3182046152 @default.
- W4376133314 cites W4293013307 @default.
- W4376133314 doi "https://doi.org/10.1021/acs.jafc.3c00505" @default.
- W4376133314 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37166010" @default.
- W4376133314 hasPublicationYear "2023" @default.
- W4376133314 type Work @default.
- W4376133314 citedByCount "1" @default.
- W4376133314 countsByYear W43761333142023 @default.
- W4376133314 crossrefType "journal-article" @default.
- W4376133314 hasAuthorship W4376133314A5001931100 @default.
- W4376133314 hasAuthorship W4376133314A5005663184 @default.
- W4376133314 hasAuthorship W4376133314A5007656986 @default.
- W4376133314 hasAuthorship W4376133314A5008781150 @default.
- W4376133314 hasAuthorship W4376133314A5017215762 @default.
- W4376133314 hasAuthorship W4376133314A5017944089 @default.
- W4376133314 hasAuthorship W4376133314A5039562095 @default.
- W4376133314 hasAuthorship W4376133314A5039956410 @default.
- W4376133314 hasAuthorship W4376133314A5040303257 @default.
- W4376133314 hasAuthorship W4376133314A5055547749 @default.
- W4376133314 hasAuthorship W4376133314A5063054130 @default.
- W4376133314 hasAuthorship W4376133314A5080504920 @default.
- W4376133314 hasAuthorship W4376133314A5081825319 @default.
- W4376133314 hasConcept C116817701 @default.
- W4376133314 hasConcept C179998833 @default.
- W4376133314 hasConcept C181389837 @default.
- W4376133314 hasConcept C185592680 @default.
- W4376133314 hasConcept C19038510 @default.
- W4376133314 hasConcept C2776091944 @default.
- W4376133314 hasConcept C2776330855 @default.
- W4376133314 hasConcept C2777171753 @default.
- W4376133314 hasConcept C2778918659 @default.
- W4376133314 hasConcept C2781170229 @default.
- W4376133314 hasConcept C31903555 @default.
- W4376133314 hasConcept C41625074 @default.