FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2728080552> ?p ?o ?g. }

• W2728080552 endingPage "136" @default.
• W2728080552 startingPage "122" @default.
• W2728080552 abstract "The possibility to transfer methods from thermal to differential-flow modulated comprehensive two-dimensional gas chromatographic (GC×GC) platforms opens interesting perspectives for routine analysis of complex samples. Flow modulated platforms avoid the use of cryogenics, thereby simplifying laboratory operations and analyst supervision during intensive analytical sessions. This study evaluates the feasibility of transferring a fingerprinting method capable of classifying and discriminating cocoa samples based on the volatiles fraction composition according to their origin and processing steps. Previously developed principles of GC×GC method translation are applied to an original fingerprinting method, developed for a loop-type thermal modulated GC×GC-MS system, to engineer a method for a reverse-injection differential flow modulated platform (GC×2GC-MS/FID) with a dual-parallel secondary column and dual detection. Effective method translation preserves analytes elution order, 1D resolution, and 2D pattern coherence. The experimental results confirm the feasibility of translating fingerprinting method conditions while preserving the informative power of 2D peak patterns for sample classification and discrimination. Correct translation enables effective transfer of metadata (e.g., compound names and MS fragmentation patterns) by automatic template transformation and matching from the original/reference method to its translated counterpart. Although the adoption of a narrow bore (i.e. 0.1mm dc) column in the first-dimension enabled operation under close-to-optimal conditions with the differential-flow modulation platform, due to the dual-parallel columns in the second-dimension, it resulted in lower overall method sensitivity. Nevertheless, fingerprinting accuracy was preserved and most of the key-aroma compounds and technological markers were effectively mapped, thus limiting the loss of fingerprinting information." @default.
• W2728080552 created "2017-07-14" @default.
• W2728080552 creator A5007226151 @default.
• W2728080552 creator A5012641172 @default.
• W2728080552 creator A5033419666 @default.
• W2728080552 creator A5039687978 @default.
• W2728080552 creator A5052908126 @default.
• W2728080552 creator A5056839980 @default.
• W2728080552 creator A5064116956 @default.
• W2728080552 creator A5069061644 @default.
• W2728080552 creator A5089801104 @default.
• W2728080552 date "2018-02-01" @default.
• W2728080552 modified "2023-10-01" @default.
• W2728080552 title "Advanced fingerprinting of high-quality cocoa: Challenges in transferring methods from thermal to differential-flow modulated comprehensive two dimensional gas chromatography" @default.
• W2728080552 cites W1431258213 @default.
• W2728080552 cites W1877224858 @default.
• W2728080552 cites W1966560281 @default.
• W2728080552 cites W1966594648 @default.
• W2728080552 cites W1970855541 @default.
• W2728080552 cites W1981018219 @default.
• W2728080552 cites W1981507373 @default.
• W2728080552 cites W1991945765 @default.
• W2728080552 cites W2011338144 @default.
• W2728080552 cites W2024869960 @default.
• W2728080552 cites W2025187443 @default.
• W2728080552 cites W2029917681 @default.
• W2728080552 cites W2043266740 @default.
• W2728080552 cites W2045558316 @default.
• W2728080552 cites W2047982106 @default.
• W2728080552 cites W2048229233 @default.
• W2728080552 cites W2048884206 @default.
• W2728080552 cites W2055378791 @default.
• W2728080552 cites W2058127399 @default.
• W2728080552 cites W2070567181 @default.
• W2728080552 cites W2072840134 @default.
• W2728080552 cites W2079367054 @default.
• W2728080552 cites W2090473161 @default.
• W2728080552 cites W2094422105 @default.
• W2728080552 cites W2095323197 @default.
• W2728080552 cites W2096848554 @default.
• W2728080552 cites W2101727925 @default.
• W2728080552 cites W2107248496 @default.
• W2728080552 cites W2111938911 @default.
• W2728080552 cites W2112092057 @default.
• W2728080552 cites W2120108684 @default.
• W2728080552 cites W2127143572 @default.
• W2728080552 cites W2141206344 @default.
• W2728080552 cites W2145031568 @default.
• W2728080552 cites W2153049279 @default.
• W2728080552 cites W2157174244 @default.
• W2728080552 cites W2177332555 @default.
• W2728080552 cites W2194407248 @default.
• W2728080552 cites W2211451319 @default.
• W2728080552 cites W2279133129 @default.
• W2728080552 cites W2317543429 @default.
• W2728080552 cites W2466654306 @default.
• W2728080552 cites W2519102794 @default.
• W2728080552 cites W2559844230 @default.
• W2728080552 doi "https://doi.org/10.1016/j.chroma.2017.07.014" @default.
• W2728080552 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28760605" @default.
• W2728080552 hasPublicationYear "2018" @default.
• W2728080552 type Work @default.
• W2728080552 sameAs 2728080552 @default.
• W2728080552 citedByCount "31" @default.
• W2728080552 countsByYear W27280805522018 @default.
• W2728080552 countsByYear W27280805522019 @default.
• W2728080552 countsByYear W27280805522020 @default.
• W2728080552 countsByYear W27280805522021 @default.
• W2728080552 countsByYear W27280805522022 @default.
• W2728080552 countsByYear W27280805522023 @default.
• W2728080552 crossrefType "journal-article" @default.
• W2728080552 hasAuthorship W2728080552A5007226151 @default.
• W2728080552 hasAuthorship W2728080552A5012641172 @default.
• W2728080552 hasAuthorship W2728080552A5033419666 @default.
• W2728080552 hasAuthorship W2728080552A5039687978 @default.
• W2728080552 hasAuthorship W2728080552A5052908126 @default.
• W2728080552 hasAuthorship W2728080552A5056839980 @default.
• W2728080552 hasAuthorship W2728080552A5064116956 @default.
• W2728080552 hasAuthorship W2728080552A5069061644 @default.
• W2728080552 hasAuthorship W2728080552A5089801104 @default.
• W2728080552 hasConcept C10390740 @default.
• W2728080552 hasConcept C123460561 @default.
• W2728080552 hasConcept C137777109 @default.
• W2728080552 hasConcept C185592680 @default.
• W2728080552 hasConcept C43617362 @default.
• W2728080552 hasConcept C72850032 @default.
• W2728080552 hasConcept C73826308 @default.
• W2728080552 hasConceptScore W2728080552C10390740 @default.
• W2728080552 hasConceptScore W2728080552C123460561 @default.
• W2728080552 hasConceptScore W2728080552C137777109 @default.
• W2728080552 hasConceptScore W2728080552C185592680 @default.
• W2728080552 hasConceptScore W2728080552C43617362 @default.
• W2728080552 hasConceptScore W2728080552C72850032 @default.
• W2728080552 hasConceptScore W2728080552C73826308 @default.
• W2728080552 hasLocation W27280805521 @default.
• W2728080552 hasLocation W27280805522 @default.
• W2728080552 hasOpenAccess W2728080552 @default.
• W2728080552 hasPrimaryLocation W27280805521 @default.

• next