0	4	Cell	cell	NN
5	15	activation	activation	NN
16	19	and	and	CC
20	29	apoptosis	apoptosis	NN
30	32	by	by	IN
33	42	bacterial	bacterial	JJ
43	55	lipoproteins	lipoprotein	NNS
56	63	through	through	IN
64	73	toll-like	toll-like	JJ
74	84	receptor-2	receptor-2	NN
84	85	.	.	.

87	96	Apoptosis	Apoptosis	NNP
97	99	is	be	VBZ
100	110	implicated	implicate	VBN
111	113	in	in	IN
114	117	the	the	DT
118	128	generation	generation	NN
129	132	and	and	CC
133	143	resolution	resolution	NN
144	146	of	of	IN
147	159	inflammation	inflammation	NN
160	162	in	in	IN
163	171	response	response	NN
172	174	to	to	TO
175	184	bacterial	bacterial	JJ
185	194	pathogens	pathogen	NNS
194	195	.	.	.

196	199	All	all	DT
200	209	bacterial	bacterial	JJ
210	219	pathogens	pathogen	NNS
220	227	produce	produce	VBP
228	240	lipoproteins	lipoprotein	NNS
241	242	(	(	(
242	246	BLPs	BLP	NNP
246	247	)	)	)
247	248	,	,	,
249	254	which	which	WDT
255	262	trigger	trigger	VBP
263	266	the	the	DT
267	273	innate	innate	JJ
274	280	immune	immune	JJ
281	289	response	response	NN
289	290	.	.	.

291	295	BLPs	BLP	NNP
296	300	were	be	VBD
301	306	found	find	VBN
307	309	to	to	TO
310	316	induce	induce	VB
317	326	apoptosis	apoptosis	NN
327	329	in	in	IN
330	335	THP-1	thp-1	NN
336	345	monocytic	monocytic	JJ
346	351	cells	cell	NNS
352	359	through	through	IN
360	365	human	human	JJ
366	375	Toll-like	toll-like	JJ
376	386	receptor-2	receptor-2	NN
387	388	(	(	(
388	393	hTLR2	htlr2	NN
393	394	)	)	)
394	395	.	.	.

396	400	BLPs	BLP	NNP
401	405	also	also	RB
406	415	initiated	initiate	VBD
416	425	apoptosis	apoptosis	NN
426	428	in	in	IN
429	431	an	an	DT
432	442	epithelial	epithelial	JJ
443	447	cell	cell	NN
448	452	line	line	NN
453	464	transfected	transfecte	VBN
465	469	with	with	IN
470	475	hTLR2	htlr2	NN
475	476	.	.	.

477	479	In	in	IN
480	488	addition	addition	NN
488	489	,	,	,
490	494	BLPs	blp	NNS
495	505	stimulated	stimulate	VBD
506	513	nuclear	nuclear	JJ
514	527	factor-kappaB	factor-kappab	NN
527	528	,	,	,
529	530	a	a	DT
531	546	transcriptional	transcriptional	JJ
547	556	activator	activator	NN
557	559	of	of	IN
560	568	multiple	multiple	JJ
569	573	host	host	NN
574	581	defense	defense	NN
582	587	genes	gene	NNS
587	588	,	,	,
589	592	and	and	CC
593	602	activated	activate	VBD
603	606	the	the	DT
607	618	respiratory	respiratory	JJ
619	624	burst	burst	NN
625	632	through	through	IN
633	638	hTLR2	htlr2	NN
638	639	.	.	.

640	644	Thus	thus	RB
644	645	,	,	,
646	651	hTLR2	htlr2	NN
652	654	is	be	VBZ
655	656	a	a	DT
657	666	molecular	molecular	JJ
667	671	link	link	NN
672	679	between	between	IN
680	689	microbial	microbial	JJ
690	698	products	product	NNS
698	699	,	,	,
700	709	apoptosis	apoptosis	NN
709	710	,	,	,
711	714	and	and	CC
715	719	host	host	NN
720	727	defense	defense	NN
728	738	mechanisms	mechanism	NNS
738	739	.	.	.