Exploration of Foods and Foodomics

From: The role of liquid phase microextraction in plant and animal food analysis

Table 6. Membrane-based LPME: HF-LPME, EME, PALME review and application papers

Membrane LPME	Subject	Author(s)	Year	References
Membrane-based LPME reviews	Efficiencies of HF-LPME	Alsharif et al.	2017	[124]
	HF-LPME, SBME and EME for pesticide analyses	Prosen	2019	[125]
	Microextraction with supported membranes	Pedersen-Bjergaard	2020	[126]
	HF-LPME for analysis of metal ions and pharmaceuticals	Khan et al.	2020	[127]
	HF-LPME with polymer inclusion membrane (PIM)	Olasupo, Suah	2022	[128]
	3-phase HF-LPME and PALME	Gjelstad	2019	[129]
	Mass transfer in EME	Huang et al.	2016	[130]
	EME	Huang et al.	2017	[131]
	EME overview	Druoin et al.	2019	[132]
	Conductive vial EME/PALME, drugs	Skaalvik et al.	2021	[133]
	Environmental applications of EME	Shi et al.	2023	[134]
	Chemically modified EME membranes	Li et al.	2022	[135]
	EME, the liquid membrane, review	Hansen et al.	2022	[136]
	EME, fundamentals and applications, review	Martins et al.	2023	[137]
HF-LPME food, environmental, forensics applications	HF-LPME, GC-MS, OP pesticides, fish	Sun et al.	2011	[138]
	UAE, HF-LPME, GC/NPD, OP pesticides, baby foods	González-Curbelo et al.	2013	[139]
	Automated 3-Phase HF-LPME, HPLC/UV, herbicides, water	Tajik et al.	2015	[140]
	DES-HF-LPME, GC-MS, phenolics from beverage plastics	Afshar Mogaddam et al.	2020	[141]
	NADES, SLM, PALME, LC-MS/MS, OP nerve agents, urine	Bauchouareb et al.	2022	[142]
	HF-LPME, GC-MS, organo-tin compounds in fruit juice	González-Domínguez, Sayago	2023	[143]
	HF-LPME, HPLC, herbicides in soil	Moret et al.	2023	[144]
	HF-LPME, HPLC-FLD, fluoroquinolones, chicken liver	Moema et al.	2023	[145]
	HF-LPME, PALME, GC-MS, aromatic amines, urine	Lorenzo-Parodi et al.	2023	[146]
	NADES-HD-LPME, HPLC/UV, triazines, water, urine	Díaz-Álvarez et al.	2023	[147]
EME food, forensics applications	EME, HPLC/UV, caffein, gallic acid, coffee	Khajeh et al.	2017	[148]
	EME, HPLC/UV, melamine, infant formulae	Rezaee et al.	2022	[149]
	MAE, EME/PALME, IC, perchlorate in seafood	Nsubuga et al.	2016	[150]
	ENE-AAS determination of Cr(VI) in food samples	Goodarzi et al.	2022	[151]
	Chitosan SLM/EME/PALME/HPLC/UV, coffee, tea	Román-Hidalgo et al.	2023	[152]

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LPME: liquid phase microextraction; HF-LPME: hollow fiber LPME; EME: electromembrane extraction; PALME: parallel artificial liquid membrane extraction; SBME: solvent bar microextraction; GC: gas chromatography; MS: mass spectrometry; OP: organophosphorus; UAE: ultrasound-assisted extraction; NPD: nitrogen/phosphorus detector; HPLC: high performance liquid chromatography; UV: ultraviolet; DES: deep eutectic solvent; NADES: natural deep eutectic solvent; SLM: supported liquid membrane; MS/MS: tandem mass spectrometry; FLD: fluorescence detection; UV: ultraviolet; MAE: microwave aided extraction; IC: ion chromatography; UHPLC: ultra-high performance liquid chromatography

Declarations

Author contributions

JMK: Conceptualization, Investigation, Visualization, Writing—original draft, Writing—review & editing.

Conflicts of interest

The author declares that he has no conflicts of interest.

Ethical approval

Not applicable.

Consent to participate

Not applicable.

Consent to publication

Not applicable.

Availability of data and materials

Not applicable.

Funding

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Copyright

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