Research Article
Development of a Simple and Powerful Analytical Method for Formaldehyde Detection and Quantitation in Blood Samples
Table 3
Overview of the parameters for the analysis of FA in blood.
| Order | Blood sample | Analytical system | Detection limits | Pretreatment | Reference | Source | Separation | Detection | (pg μL–1) | Stabilization | Derivatizer | Others | Dilution factor |
| 1 | Yucatan minipig | HPLC | UV | 0.251 (LOD) | ○ (using K3EDTA) | DNPH | – Vortexing (2 min) | 35 | This study | 2 | SD rat | HPLC | MS/MS | 1.5 | ○ (using K3EDTA) | DNPH | – Vortexing (above 3 min) – Room temp. Reaction (15 min) | 91 | Kleinnijenguis et al. [17] | 3 | Human (blood plasma) | HPLC | FL | 460 (LOD) | × | Ampicillin | – Vortexing (1.5 min) – Heating (1 ) – Cooling – Rinsing – Centrifugation (5 min) – Drying | Above 24.3 | Luo et al. [36] | 4 | Fischer-344 rat | GC | MS | Not available | × | PFPH | – Incubation (2 h) – Extraction | Above 9.71 | Heck et al. [35] |
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DNPH: 2,4-dinitrophenylhydrazine; FL: fluorescence; GC: gas chromatography; HPLC: high-performance liquid chromatography; LOD: limit of detection; MS: mass spectrometry; PFPH: pentafluorophenylhydrazine; SD rat: Spragure–Dawley rat.
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