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Functions | Application sample | Conclusion | References |
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Authentication | Pufferfish | Identify different breeds of cultured pufferfish | [15] |
Sea bass | Changes of VOCs in sea bass under different slaughtering treatments | [16] |
Jingyuan lambs | The flavor profiles of Jingyuan lambs at different ages were established | [17] |
Donkey meat | Distinguish and characterize the flavor of different kinds of donkey meat | [18] |
Squid | The obvious differences of specific flavor compounds of squid with different processing methods were clarified | [19] |
Salmon | Distinguish salmon from different origins | [20] |
Hams | The combination of GC-IMS and electronic nose distinguishes three grades of ham | [21] |
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Adulteration detection | Pork samples | Distinguish different feeding conditions of pigs | [22] |
Ham samples | Identification of adulterated ham with different feeding conditions | [5] |
Iberian hams | Effectively categorize Iberian ham samples into different quality grades based on the feeding mode of pigs | [23] |
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Flavor analysis during meat processing | Fish fillets | Determine the flavor characteristics of different frying conditions | [24] |
Sturgeon | Detecting changes in flavor substances in raw and cooked sturgeon meat | [25] |
Crayfish | Effectively identified the flavor substances in the enzymatic hydrolysate | [26] |
Salted duck | Distinguish the change of characteristic flavor between different thermal treatment temperatures and different aging time salted duck | [27, 28] |
Grass carp surimi | Screening out the best washing method for the flavor of grass carp surimi | [29] |
Dezhou braised chicken | Identified the flavor substances in chicken meat during stewing and processing | [30] |
Bacon | Analysis of the changes of aroma components of bacon in four processing stages | [31] |
Pigeon | Exploring the influence of marinating and frying on the flavor of braised pigeon | [32] |
Chicken | Detecting the composition of flavor substances in Piao chicken boiling, frying, roasting, and cooking | ā |
Dry-cured pork belly | Obtain the volatile fingerprint results of all processing phases of traditional dry-cured pork belly | [33] |
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Evaluation of freshness and spoilage | Fish | GC-IMS can evaluate the degradation of fish caused by spoilage microorganisms | [34, 35] |
Meat products | Monitoring volatile biogenic amines in headspace vapor of muscle food by GC-IMS can reflect the deterioration degree | [36, 37] |
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