. 2014 Mar 18;9(3):e92089. doi: 10.1371/journal.pone.0092089

Table 2. Glt_Ph residues involved in the coordination of the ligands and their equivalents in EAAT1, EAAT2 and EAAT3.

Glt_Ph	Y89	T92	S93	Q242	R276	S277	S278	G306	T308
EAAT1	Y127	T130	T131	H328	S363	S364	S365	G394	T396
EAAT2	Y124	T127	T128	H326	A361	S362	S363	G392	T394
EAAT3	Y98	T101	T102	H296	S331	S332	S333	G362	T364
Glt_Ph	N310	D312	T314	Y317	Q318	S349	I350	T352	G354
EAAT1	N398	D400	T402	Y405	E406	S437	I438	A440	G442
EAAT2	N396	D398	T400	Y403	E404	S435	I436	A438	S440
EAAT3	N366	D368	T370	Y373	E374	S405	I406	A408	G410
Glt_Ph	V355	G359	D390	D394	M395	R397	T398	N401	D405
EAAT1	I443	G447	D472	D476	R477	R479	T480	N483	D487
EAAT2	I441	G445	D470	D474	R475	R477	T478	N481	D485
EAAT3	V411	G415	D440	D444	R445	R447	T448	N451	D455

Residues from the mutagenesis experiments in Table 1 are also included in the table. Those residues that are not conserved between Glt_Ph and EAATs are indicated with boldface. Human sequences are used for EAAT3.

Table 2. GltPh residues involved in the coordination of the ligands and their equivalents in EAAT1, EAAT2 and EAAT3.

Table 2. Glt_Ph residues involved in the coordination of the ligands and their equivalents in EAAT1, EAAT2 and EAAT3.