Table 7 Comparison of the present method with other extraction methods for the determination of AO and MB.

From: Dispersive solid phase microextraction based on magnesium oxide nanoparticles for preconcentration of auramine O and methylene blue from water samples

Analytical method

Analyte

LDRa

LODb

RSDc

Application

PFd

References

DLLMEe-UV/Vis

AO

10–2000 ng mL−1

2.62 ng mL−1

3.2%

Rain water, Tap water, Double-distilled water, Lake water, River water and Wastewater

66.67

50

UADSPMEf

AO

0.4‐9 mg L−1

0.0015 mg L−1

3.44%

Yasouj city water, Sheshpir minral water and Beshar river water

 

51

DSPEg-UV/Vis

AO

5–200 mg L−1

1 mg L−1

2.4–3.8%

Lake water

 

52

AA-IL-DLLMEh-HPLC

AO

0.05–50 μg g−1

0.01 μg g−1

2.7–7.4%

Tofu, Dried bean curd, Dried beancurd stick and Bean curd skin

 

53

SPE-HPLC

AO

0.01–40 mg kg−1

0.003 mg kg−1

3.2–5.5%

Soybean products, Soybean products and Yellow croaker

 

54

DSPME-UV/Vis

AO

1–2000 ng mL−1

0.23 ng mL−1

2.2%

Rain water, Tap water, Double-distilled water, Mineral water and Wastewater

100

55

SPE-HPLC

AO

50–100,000 ng mL−1

1.25 ng mL−1

3.7–7.7%

curry paste, chili sauce, gochujang, tandoori chicken, shrimp powder, and powder soup

 

56

UA-DMNSPMEi-UV/Vis

AO

1–1000 ng mL−1

0.33 ng mL−1

3.1%

Tap water, Wastewater, and Lake water

44.5

This work

LLEj-CE

MB

1000–60,000 ng mL−1

1000

7.1%

Human urine

4.7

57

DSPE–CPE

MB

2–350 μg L–1

0.65 μg L−1

1.05%

Domestic wastewater, Beshar water and Karoon water

100

58

HF-LPMEk-HPLC

MB

1.6–600 ng mL−1

0.5 ng mL−1

3.8%

River water, Sea water and Wastewater

160

59

SALLEl-UV/Vis

MB

200–7000 ng mL−1

60 ng mL−1

1.1–3.8%

Wastewater

-

60

SALLME-BEm-UV/Vis

MB

2–170 ng mL−1

0.5 ng mL−1

3.3–6.2%

River water and Wastewater

 

61

UA-DMNSPME-UV/Vis

MB

5–2000 ng mL−1

1.66 ng mL−1

2.9%

Tap water, Wastewater, Fish farm, and Lake water

44.5

This work

  1. aLinear dynamic range, bLimit of detection, cRelative standard deviation, dPreconcentration factor, eDispersive liquid–liquid microextraction, fUltrasound-assisted dispersive solid-phase microextraction, gDispersive solid-phase extraction, hAir-assisted ionic liquid-based dispersive liquid–liquid microextraction, iUltrasound-assisted dispersive-magnetic nanocomposites-solid-phase microextraction, jLiquid-liquid extraction, kHollow fiber liquid-phase microextraction, lSalting-out assisted liquid–liquid extraction, mShaker-assisted liquid–liquid microextraction combined with back-extraction.