0	3	The	the	DT
4	9	Oct-2	oct-2	NN
10	23	transcription	transcription	NN
24	30	factor	factor	NN
30	31	.	.	.

33	36	The	the	DT
37	42	Oct-2	oct-2	NN
43	56	transcription	transcription	NN
57	63	factor	factor	NN
64	66	is	be	VBZ
67	68	a	a	DT
69	75	member	member	NN
76	78	of	of	IN
79	82	the	the	DT
83	86	POU	POU	NNP
87	88	(	(	(
88	99	Pit-Oct-Unc	Pit-Oct-Unc	NNP
99	100	)	)	)
101	107	family	family	NN
108	110	of	of	IN
111	124	transcription	transcription	NN
125	132	factors	factor	NNS
133	136	and	and	CC
137	139	is	be	VBZ
140	149	expressed	express	VBN
150	154	only	only	RB
155	157	in	in	IN
158	159	B	B	NNP
160	171	lymphocytes	lymphocyte	NNS
172	175	and	and	CC
176	178	in	in	IN
179	187	neuronal	neuronal	JJ
188	193	cells	cell	NNS
194	197	but	but	CC
198	201	not	not	RB
202	204	in	in	IN
205	210	other	other	JJ
211	215	cell	cell	NN
216	221	types	type	NNS
221	222	.	.	.

223	226	The	the	DT
227	234	primary	primary	JJ
235	238	RNA	RNA	NNP
239	249	transcript	transcript	NN
250	252	of	of	IN
253	256	the	the	DT
257	261	gene	gene	NN
262	264	is	be	VBZ
265	272	subject	subject	JJ
273	275	to	to	TO
276	287	alternative	alternative	JJ
288	296	splicing	splicing	NN
297	299	to	to	TO
300	305	yield	yield	VB
306	315	different	different	JJ
316	324	variants	variant	NNS
325	330	which	which	WDT
331	334	can	can	MD
335	341	either	either	CC
342	350	activate	activate	VB
351	353	or	or	CC
354	361	repress	repress	VB
362	366	gene	gene	NN
367	377	expression	expression	NN
377	378	.	.	.

379	382	The	the	DT
383	388	forms	form	NNS
389	397	produced	produce	VBN
398	400	in	in	IN
401	402	B	B	NNP
403	414	lymphocytes	lymphocyte	NNS
415	419	have	have	VBP
420	421	a	a	DT
422	435	predominantly	predominantly	RB
436	446	activating	activate	VBG
447	453	effect	effect	NN
454	456	on	on	IN
457	461	gene	gene	NN
462	472	expression	expression	NN
473	480	whereas	whereas	IN
481	486	those	those	DT
487	495	produced	produce	VBN
496	498	in	in	IN
499	507	neuronal	neuronal	JJ
508	513	cells	cell	NNS
514	518	have	have	VBP
519	520	a	a	DT
521	534	predominantly	predominantly	RB
535	545	inhibitory	inhibitory	JJ
546	552	effect	effect	NN
553	556	and	and	CC
557	560	can	can	MD
561	568	repress	repress	VB
569	572	the	the	DT
573	583	expression	expression	NN
584	586	of	of	IN
587	591	both	both	CC
592	595	the	the	DT
596	602	herpes	herpes	NN
603	610	simplex	simplex	NN
611	616	virus	virus	NN
617	632	immediate-early	immediate-early	JJ
633	638	genes	gene	NNS
639	642	and	and	CC
643	646	the	the	DT
647	655	cellular	cellular	JJ
656	664	tyrosine	tyrosine	NN
665	676	hydroxylase	hydroxylase	NN
677	681	gene	gene	NN
681	682	.	.	.

683	687	Thus	thus	RB
688	693	Oct-2	oct-2	NN
694	699	plays	play	VBZ
700	702	an	an	DT
703	712	important	important	JJ
713	717	role	role	NN
718	720	in	in	IN
721	724	the	the	DT
725	735	regulation	regulation	NN
736	738	of	of	IN
739	747	cellular	cellular	JJ
748	752	gene	gene	NN
753	763	expression	expression	NN
764	766	in	in	IN
767	771	both	both	CC
772	773	B	B	NNP
774	779	cells	cell	NNS
780	783	and	and	CC
784	792	neuronal	neuronal	JJ
793	798	cells	cell	NNS
799	801	as	as	RB
802	806	well	well	RB
807	809	as	as	IN
810	812	in	in	IN
813	816	the	the	DT
817	824	control	control	NN
825	827	of	of	IN
828	833	viral	viral	JJ
834	841	latency	latency	NN
841	842	.	.	.