Snake Venom L-Amino Acid Oxidases: Trends in Pharmacology and Biochemistry

Table 4

Percent of similarity between L-amino acid oxidases from snake venoms.

Sequences	GI	(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)
Calloselasma  rhodostoma	20141785	100.00	85.36	85.99	88.27	88.76	89.48	86.63	84.69	88.32
Bothrops  moojeni	82127389	85.36	100.00	87.39	88.77	88.70	88.49	86.40	95.82	88.08
Crotalus  adamanteus	6093636	85.99	87.39	100.00	87.19	87.94	87.65	85.41	87.35	87.67
Agkistrodon  halys	48425312	88.27	88.77	87.19	100.00	91.77	99.18	90.95	90.12	90.74
Ovophis  okinavensis	538260091	88.76	88.70	87.94	91.77	100.00	92.66	89.53	88.95	92.67
Gloydius  blomhoffii	75570145	89.48	88.49	87.65	99.18	92.66	100.00	91.67	91.07	91.47
Trimeresurus  stejnegeri	33355627	86.63	86.40	85.41	90.95	89.53	91.67	100.00	86.24	91.49
Bothropoides  pauloensis	347602324	84.69	95.82	87.35	90.12	88.95	91.07	86.24	100.00	91.09
Protobothrops  flavoviridis	538259837	88.32	88.08	87.67	90.74	92.67	91.47	91.49	91.09	100.00