Table 5.

Applications of the fractional wavelet transform and its combination with other chemometric techniques to UV spectroscopic analysis of pharmaceuticals.

Pharmaceuticals	Method	Families	Type of data	References
Ampicillin, sulbactam	FWT-derivative method	–	UV absorption data	Dinç and Baleanu, 2006
Lacidipine and its photodegradation product	FWT-CWT	Mexican hat function	UV absorption data	Dinç et al., 2006c
Cilazapril, hydrochlorothiazide	FWT-PLS	–	UV absorption data	Dinç et al., 2007b
Paracetamol, propiphenazone, caffeine and thiamine	FWT-PCR, FWT-PLS, FWT-ANN	–	UV absorption data	Dinç et al., 2008
Amlodipine, valsartan	FWT-PLS1, FWT-PLS2	–	UV absorption data	Çelebier et al., 2010
Trimethoprim, sulfachloropyridazine sodium	FWT-derivative method	–	UV absorption data	Kanbur et al., 2010
Atorvastatin, amlodipine	FWT-CWT	Mexican wavelet hat function	UV absorption data	Dinç and Baleanu, 2010b
Trimethoprim, sulphamethoxazole	FWT-PCR, FWT-PLS	–	UV absorption data	Dinç et al., 2010
of oxytetracycline and flunixin megluminein	FWT-PCR, FWT-PLS	–	UV absorption data	Kambur et al., 2011
Olmesartan modoxomil, hydrochlorothiazide	FWT-CWT	Mexican wavelet hat function	UV absorption data	Dinç et al., 2011a
Thiamine HCl, pyridoxine HCl, lidocaine HCl	FWT-PCR, FWT-PLS,	–	UV absorption data	Dinç and Baleanu, 2012
	FWT-CWT-PCR, FWT-CWT-PLS
Melatonin and its photodegradation	FWT-CWT	Biorthogonal, symplets	UV absorption data	Dinç et al., 2012