TABLE 3.

Prediction of transmembrane topology, phosphorylation sites and glycosylation for DaAqp sequences.

Protein name	The predicted transmembrane helicesa			Predicted phosphorylation sites				Glycosylation predictions
	Number	Consensus position		The number of residues			Total	Nb	Oc
		N-terminus	C-terminus	Serine	Threonine	Tyrosine
DaDrip_v1	6	Inside	Inside	10	5	2	17	HINPAVTIS	Ser201,Ser211
DaDrip_v2	6	Inside	Inside	11	6	2	19	HINPAVTIS	Ser206,Ser196
DaDrip_v3	6	Inside	Inside	11	5	2	18	HINPAVTIS	Ser202,Ser192
DaPrip	6	Inside	Inside	4	5	1	10	HLNPAVTIG	Ser199
DaEglpA1_v1	6	Inside	Inside	8	12	1	21	HLNPAVTLS	Ser45
DaEglpA1_v2	6	Inside	Inside	6	11	0	17	HLNPAVTLS	–d
DaEglpA1_v3	6	Inside	Inside	6	9	0	15	HLNPAVTLS	−
DaEglpA2	6	Inside	Inside	7	3	0	10	–	Thr151
DaAqp12L	7	Outside	Inside	11	10	3	24	–	Ser62

^aThe amino and carboxylterminal ends of DaAqp sequences were predicted to be either intracellular or extracellular based on consensus positions. ^bN-glycosylation. ^cO-glycosylation. ^dNo result.