0	9	Isolation	isolation	NN
10	12	of	of	IN
13	14	a	a	DT
15	26	rel-related	rel-related	JJ
27	32	human	human	JJ
33	37	cDNA	cdna	NN
38	42	that	that	WDT
43	54	potentially	potentially	RB
55	62	encodes	encode	VBZ
63	66	the	the	DT
67	72	65-kD	65-kd	JJ
73	80	subunit	subunit	NN
81	83	of	of	IN
84	92	NF-kappa	NF-kappa	NNP
93	94	B	B	NNP
95	96	[	[	(
96	105	published	publish	VBN
106	113	erratum	erratum	NN
114	121	appears	appear	VBZ
122	124	in	in	IN
125	132	Science	Science	NNP
133	137	1991	1991	CD
138	141	Oct	Oct	NNP
142	156	4;254(5028):11	4;254(5028):11	CD
156	157	]	]	)
159	160	A	a	NN
161	164	DNA	dna	NN
165	170	probe	probe	NN
171	175	that	that	WDT
176	183	spanned	span	VBD
184	185	a	a	DT
186	192	domain	domain	NN
193	202	conserved	conserve	VBN
203	208	among	among	IN
209	212	the	the	DT
213	227	proto-oncogene	proto-oncogene	NN
228	233	c-rel	c-rel	NN
233	234	,	,	,
235	238	the	the	DT
239	249	Drosophila	Drosophila	NNP
250	259	morphogen	morphogen	NN
260	266	dorsal	dorsal	NN
266	267	,	,	,
268	271	and	and	CC
272	275	the	the	DT
276	279	p50	p50	NN
280	283	DNA	dna	NN
284	291	binding	binding	NN
292	299	subunit	subunit	NN
300	302	of	of	IN
303	311	NF-kappa	NF-kappa	NNP
312	313	B	B	NNP
314	317	was	be	VBD
318	327	generated	generate	VBN
328	332	from	from	IN
333	339	Jurkat	Jurkat	NNP
340	341	T	t	NN
342	346	cell	cell	NN
347	360	complementary	complementary	JJ
361	364	DNA	dna	NN
365	369	with	with	IN
370	373	the	the	DT
374	384	polymerase	polymerase	NN
385	390	chain	chain	NN
391	399	reaction	reaction	NN
400	401	(	(	(
401	404	PCR	PCR	NNP
404	405	)	)	)
406	409	and	and	CC
410	420	degenerate	degenerate	JJ
421	437	oligonucleotides	oligonucleotide	NNS
437	438	.	.	.

439	443	This	this	DT
444	449	probe	probe	NN
450	453	was	be	VBD
454	458	used	use	VBN
459	461	to	to	TO
462	470	identify	identify	VB
471	472	a	a	DT
473	484	rel-related	rel-related	JJ
485	498	complementary	complementary	JJ
499	502	DNA	dna	NN
503	507	that	that	WDT
508	518	hybridized	hybridize	VBD
519	521	to	to	TO
522	523	a	a	DT
524	536	2.6-kilobase	2.6-kilobase	JJ
537	546	messenger	messenger	NN
547	550	RNA	RNA	NNP
551	558	present	present	JJ
559	561	in	in	IN
562	567	human	human	JJ
568	569	T	t	NN
570	573	and	and	CC
574	575	B	b	NN
576	587	lymphocytes	lymphocyte	NNS
587	588	.	.	.

589	591	In	in	FW
592	597	vitro	vitro	FW
598	611	transcription	transcription	NN
612	615	and	and	CC
616	627	translation	translation	NN
628	630	of	of	IN
631	634	the	the	DT
635	648	complementary	complementary	JJ
649	652	DNA	dna	NN
653	661	resulted	result	VBD
662	664	in	in	IN
665	668	the	the	DT
669	678	synthesis	synthesis	NN
679	681	of	of	IN
682	683	a	a	DT
684	691	protein	protein	NN
692	696	with	with	IN
697	699	an	an	DT
700	708	apparent	apparent	JJ
709	718	molecular	molecular	JJ
719	723	size	size	NN
724	726	of	of	IN
727	729	65	65	CD
730	741	kilodaltons	kilodalton	NNS
742	743	(	(	(
743	745	kD	kd	NN
745	746	)	)	)
746	747	.	.	.

748	751	The	the	DT
752	762	translated	translate	VBN
763	770	protein	protein	NN
771	777	showed	show	VBD
778	782	weak	weak	JJ
783	786	DNA	dna	NN
787	794	binding	binding	NN
795	799	with	with	IN
800	801	a	a	DT
802	813	specificity	specificity	NN
814	817	for	for	IN
818	821	the	the	DT
822	827	kappa	kappa	NN
828	829	B	B	NNP
830	837	binding	binding	NN
838	843	motif	motif	NN
843	844	.	.	.

845	849	This	this	DT
850	861	protein-DNA	protein-dna	JJ
862	869	complex	complex	NN
870	880	comigrated	comigrate	VBD
881	885	with	with	IN
886	889	the	the	DT
890	897	complex	complex	NN
898	906	obtained	obtain	VBN
907	911	with	with	IN
912	915	the	the	DT
916	924	purified	purify	VBN
925	930	human	human	JJ
931	934	p65	p65	NN
935	943	NF-kappa	NF-kappa	NNP
944	945	B	B	NNP
946	953	subunit	subunit	NN
954	957	and	and	CC
958	965	binding	binding	NN
966	969	was	be	VBD
970	979	inhibited	inhibit	VBN
980	982	by	by	IN
983	984	I	i	NN
985	990	kappa	kappa	NN
991	998	B-alpha	B-alpha	NNP
999	1002	and	and	CC
1003	1008	-beta	-beta	NN
1009	1017	proteins	protein	NNS
1017	1018	.	.	.

1019	1021	In	in	IN
1022	1030	addition	addition	NN
1030	1031	,	,	,
1032	1035	the	the	DT
1036	1041	65-kD	65-kd	JJ
1042	1049	protein	protein	NN
1050	1060	associated	associate	VBN
1061	1065	with	with	IN
1066	1069	the	the	DT
1070	1073	p50	p50	NN
1074	1081	subunit	subunit	NN
1082	1084	of	of	IN
1085	1093	NF-kappa	NF-kappa	NNP
1094	1095	B	B	NNP
1096	1099	and	and	CC
1100	1103	the	the	DT
1104	1109	kappa	kappa	NN
1110	1111	B	B	NNP
1112	1117	probe	probe	NN
1118	1120	to	to	TO
1121	1125	form	form	VB
1126	1127	a	a	DT
1128	1135	complex	complex	NN
1136	1140	with	with	IN
1141	1144	the	the	DT
1145	1149	same	same	JJ
1150	1165	electrophoretic	electrophoretic	JJ
1166	1174	mobility	mobility	NN
1175	1177	as	as	IN
1178	1181	the	the	DT
1182	1190	NF-kappa	NF-kappa	NNP
1191	1196	B-DNA	B-DNA	NNP
1197	1204	complex	complex	NN
1204	1205	.	.	.

1206	1215	Therefore	therefore	RB
1216	1219	the	the	DT
1220	1231	rel-related	rel-related	JJ
1232	1237	65-kD	65-kd	JJ
1238	1245	protein	protein	NN
1246	1249	may	may	MD
1250	1259	represent	represent	VB
1260	1263	the	the	DT
1264	1267	p65	p65	NN
1268	1275	subunit	subunit	NN
1276	1278	of	of	IN
1279	1282	the	the	DT
1283	1289	active	active	JJ
1290	1298	NF-kappa	NF-kappa	NNP
1299	1300	B	B	NNP
1301	1314	transcription	transcription	NN
1315	1321	factor	factor	NN
1322	1329	complex	complex	NN
1329	1330	.	.	.