162
A. Pérez-Gálvez and J. Fontecha
Table 7.1
(continued)
Sample type
Targeted
pigments for
analysis
Stationary phase
Mobile phase
Detection/Identification References
Microalgae and
cyanobacteria samples
Carotenoids C
30 -3
μm, 250
× 4.6 mm
Gradient; A: 81:15:4
methanol:tert-butyl-methyl ether:water
(v/v/v); B: 7:90:3
methanol:tert-butyl-methyl ether:water
(v/v/v); 1 mL/min
UV/Vis:
450 nm—coupled to
qQ-TOF and APCI
source
Maroneze
et al. (2019)
a
APCI
atmospheric pressure chemical ionization. b
Q
quadrupole. c
TOF
time of flight. d
ESI
electrospray ionization. e
TWIM
traveling wave ion mobility.
f
Triethylamine is included in the mobile phase when the analysis is performed with uncoupled UV/Vis detection
A. Pérez-Gálvez and J. Fontecha
Table 7.1
(continued)
Sample type
Targeted
pigments for
analysis
Stationary phase
Mobile phase
Detection/Identification References
Microalgae and
cyanobacteria samples
Carotenoids C
30 -3
μm, 250
× 4.6 mm
Gradient; A: 81:15:4
methanol:tert-butyl-methyl ether:water
(v/v/v); B: 7:90:3
methanol:tert-butyl-methyl ether:water
(v/v/v); 1 mL/min
UV/Vis:
450 nm—coupled to
qQ-TOF and APCI
source
Maroneze
et al. (2019)
a
APCI
atmospheric pressure chemical ionization. b
Q
quadrupole. c
TOF
time of flight. d
ESI
electrospray ionization. e
TWIM
traveling wave ion mobility.
f
Triethylamine is included in the mobile phase when the analysis is performed with uncoupled UV/Vis detection