id	sid	eid	entity	type
mkg-870	1	1	mkgs vol 44 no 2 april-juni	ORG
mkg-870	1	2	2011.indd	CARDINAL
mkg-870	1	3	44	DATE
mkg-870	2	1	2 june 2011	DATE
mkg-870	2	2	amir lr1	PERSON
mkg-870	2	3	abbas	PERSON
mkg-870	2	4	1	CARDINAL
mkg-870	2	5	university of indonesia	ORG
mkg-870	2	6	jakarta	GPE
mkg-870	2	7	2	CARDINAL
mkg-870	2	8	batan	PERSON
mkg-870	8	1	two	CARDINAL
mkg-870	10	1	mtt	ORG
mkg-870	11	1	68 μm	QUANTITY
mkg-870	11	2	134 μm	QUANTITY
mkg-870	11	3	7 days	DATE
mkg-870	11	4	10 mg/l	QUANTITY
mkg-870	15	1	abstrak latar belakang:	PERSON
mkg-870	15	2	merupakan	GPE
mkg-870	15	3	proses yang penting untuk keberhasilan	PERSON
mkg-870	15	4	tulang	GPE
mkg-870	15	5	melalui rekayasa jaringan	PERSON
mkg-870	16	1	saat ini	PERSON
mkg-870	16	2	belum diketahui	PERSON
mkg-870	17	1	kemampuan	PERSON
mkg-870	17	2	sebagai tempat proliferasi	ORG
mkg-870	17	3	dan migrasi	PERSON
mkg-870	17	4	darah penting untuk	PERSON
mkg-870	18	1	hidup sel	PERSON
mkg-870	18	2	di bagian dalam scaffold	PERSON
mkg-870	19	1	tujuan	PERSON
mkg-870	19	2	mengevaluasi porositas	PERSON
mkg-870	19	3	serta sifat biokompatibilitas	PERSON
mkg-870	20	1	endotel diisolasi dari vena	PERSON
mkg-870	22	1	dengan variasi	PERSON
mkg-870	22	2	dan dicuci dengan berbagai	PERSON
mkg-870	23	1	dievaluasi dengan	PERSON
mkg-870	24	1	aktifitas huvec	ORG
mkg-870	26	1	hasil	PERSON
mkg-870	26	2	68	CARDINAL
mkg-870	26	3	dan meningkat menjadi	PERSON
mkg-870	26	4	134	CARDINAL
mkg-870	26	5	setelah inkubasi dengan	PERSON
mkg-870	26	6	10 mg/ml	QUANTITY
mkg-870	27	1	kultur huvec pada	PERSON
mkg-870	27	2	selama 24	PERSON
mkg-870	27	3	tidak	ORG
mkg-870	27	4	yang	PERSON
mkg-870	27	5	dibandingkan dengan kontrol	PERSON
mkg-870	28	1	kesimpulan	PERSON
mkg-870	28	2	memiliki sifat biokompatibilitas	ORG
mkg-870	28	3	yang baik terhadap sel huvec	PERSON
mkg-870	29	1	kondisi ini memberikan	PERSON
mkg-870	29	2	aktifitas sel huvec pada scaffold	ORG
mkg-870	29	3	yang akan	PERSON
mkg-870	29	4	dan nutrisi untuk osteoblas	PERSON
mkg-870	31	1	lisa r amir	PERSON
mkg-870	31	2	biologi	PERSON
mkg-870	31	3	fakultas	GPE
mkg-870	31	4	kedokteran gigi universitas	PERSON
mkg-870	31	5	indonesia	GPE
mkg-870	33	1	4	CARDINAL
mkg-870	33	2	indonesia	GPE
mkg-870	35	1	021-31930355	CARDINAL
mkg-870	35	2	68	CARDINAL
mkg-870	36	1	j. (maj	PERSON
mkg-870	37	1	gigi	PERSON
mkg-870	38	1	44	DATE
mkg-870	39	1	2 june 2011	DATE
mkg-870	39	2	67–71	CARDINAL
mkg-870	40	1	three	CARDINAL
mkg-870	41	1	three	CARDINAL
mkg-870	42	1	national atomic energy agency	ORG
mkg-870	42	2	indonesia	GPE
mkg-870	42	3	indonesia	GPE
mkg-870	43	1	indonesia	GPE
mkg-870	47	1	engineering.7-10	TIME
mkg-870	48	1	firstly	ORDINAL
mkg-870	49	1	runx2.11 runx2	PERSON
mkg-870	49	2	runx2	PERSON
mkg-870	50	1	secondly	ORDINAL
mkg-870	51	1	osteoblasts.12 third	ORG
mkg-870	55	1	indonesia	GPE
mkg-870	56	1	indonesia	GPE
mkg-870	59	1	25	CARDINAL
mkg-870	60	1	6 gr	QUANTITY
mkg-870	60	2	10 ml 3%	PERCENT
mkg-870	60	3	1%	PERCENT
mkg-870	60	4	1%	PERCENT
mkg-870	60	5	0.2	CARDINAL
mkg-870	60	6	2 hours	TIME
mkg-870	61	1	24 hours	TIME
mkg-870	62	1	three	CARDINAL
mkg-870	63	1	1 week	DATE
mkg-870	63	2	10 mg/l	QUANTITY
mkg-870	66	1	approximately 15 cm	QUANTITY
mkg-870	66	2	2 g/ml	QUANTITY
mkg-870	66	3	st louis	GPE
mkg-870	66	4	pbs	ORG
mkg-870	66	5	1%	PERCENT
mkg-870	66	6	4 hours	TIME
mkg-870	67	1	baudin et al	PERSON
mkg-870	68	1	pbs	ORG
mkg-870	68	2	2	CARDINAL
mkg-870	69	1	0.2%	PERCENT
mkg-870	69	2	69bachtiar	CARDINAL
mkg-870	69	3	gibco	GPE
mkg-870	69	4	california	GPE
mkg-870	69	5	7 minutes	TIME
mkg-870	69	6	37°	QUANTITY
mkg-870	69	7	1a	CARDINAL
mkg-870	70	1	lsgs kit	PERSON
mkg-870	70	2	2%	PERCENT
mkg-870	70	3	1 mg	QUANTITY
mkg-870	70	4	10 ng	QUANTITY
mkg-870	70	5	3 ng	QUANTITY
mkg-870	70	6	10 mg/ml	QUANTITY
mkg-870	70	7	gibco	GPE
mkg-870	70	8	california	GPE
mkg-870	71	1	huvec	PERSON
mkg-870	71	2	6	CARDINAL
mkg-870	71	3	denmark	GPE
mkg-870	71	4	approximately 6 days	DATE
mkg-870	71	5	80%	PERCENT
mkg-870	71	6	1b	CARDINAL
mkg-870	72	1	huvec	PERSON
mkg-870	72	2	24 hour	TIME
mkg-870	72	3	mtt	PRODUCT
mkg-870	73	1	huvec	ORG
mkg-870	73	2	24 days	DATE
mkg-870	73	3	mtt	ORG
mkg-870	74	1	jeol	GPE
mkg-870	74	2	jsm 6510	PERSON
mkg-870	74	3	japan	GPE
mkg-870	75	1	2	CARDINAL
mkg-870	76	1	three	CARDINAL
mkg-870	76	2	19 μm	QUANTITY
mkg-870	76	3	1	CARDINAL
mkg-870	77	1	50 μm to	QUANTITY
mkg-870	77	2	1	CARDINAL
mkg-870	78	1	approximately 4.5-fold	CARDINAL
mkg-870	79	1	huvec	ORG
mkg-870	79	2	80%	PERCENT
mkg-870	79	3	1b	CARDINAL
mkg-870	80	1	huvec	ORG
mkg-870	80	2	5	CARDINAL
mkg-870	80	3	96	CARDINAL
mkg-870	80	4	200	CARDINAL
mkg-870	80	5	lsgs kit	PERSON
mkg-870	80	6	24 hours	TIME
mkg-870	82	1	mtt	ORG
mkg-870	83	1	huvec	ORG
mkg-870	83	2	3	CARDINAL
mkg-870	84	1	huvec viability	ORG
mkg-870	85	1	2	CARDINAL
mkg-870	86	1	7 days	DATE
mkg-870	86	2	10 mg/l	QUANTITY
mkg-870	87	1	400	CARDINAL
mkg-870	87	2	200	CARDINAL
mkg-870	87	3	100	CARDINAL
mkg-870	87	4	ia	GPE
mkg-870	87	5	3	CARDINAL
mkg-870	87	6	huvec	ORG
mkg-870	87	7	24 hours	TIME
mkg-870	88	1	1	CARDINAL
mkg-870	91	1	7 minutes	TIME
mkg-870	91	2	37°	QUANTITY
mkg-870	91	3	80%	PERCENT
mkg-870	91	4	5 days	DATE
mkg-870	92	1	70	CARDINAL
mkg-870	93	1	j. (maj	PERSON
mkg-870	94	1	gigi	PERSON
mkg-870	95	1	44	DATE
mkg-870	96	1	2 june 2011	DATE
mkg-870	97	1	67–71	CARDINAL
mkg-870	100	1	three	CARDINAL
mkg-870	100	2	lysozyme14	GPE
mkg-870	101	1	4–13 mg/l	QUANTITY
mkg-870	103	1	pbs	ORG
mkg-870	103	2	7 days	DATE
mkg-870	103	3	as high as	CARDINAL
mkg-870	103	4	5-fold	CARDINAL
mkg-870	107	1	150-200 μm	QUANTITY
mkg-870	108	1	necrosis.17	LAW
mkg-870	115	1	ecs	ORG
mkg-870	115	2	ecs	ORG
mkg-870	116	1	huvec	ORG
mkg-870	116	2	ecs	ORG
mkg-870	116	3	huvec	ORG
mkg-870	116	4	ec	ORG
mkg-870	118	1	indonesia	GPE
mkg-870	121	1	three	CARDINAL
mkg-870	121	2	first	ORDINAL
mkg-870	122	1	huvec	ORG
mkg-870	125	1	1	CARDINAL
mkg-870	125	2	7 days	DATE
mkg-870	125	3	10 mg/l	QUANTITY
mkg-870	125	4	37°	QUANTITY
mkg-870	125	5	±	CARDINAL
mkg-870	125	6	7 days	DATE
mkg-870	125	7	±	CARDINAL
mkg-870	125	8	60 534	CARDINAL
mkg-870	125	9	33	CARDINAL
mkg-870	125	10	134	CARDINAL
mkg-870	125	11	55 402	CARDINAL
mkg-870	125	12	62	CARDINAL
mkg-870	125	13	122 ± 40	MONEY
mkg-870	125	14	77	CARDINAL
mkg-870	125	15	cmc-natpp	ORG
mkg-870	125	16	71bachtiar	DATE
mkg-870	126	1	university of indonesia research	ORG
mkg-870	127	1	2505/	MONEY
mkg-870	128	1	1	CARDINAL
mkg-870	128	2	yang s	PERSON
mkg-870	128	3	leong kf	PERSON
mkg-870	128	4	du z	PERSON
mkg-870	128	5	chua	PERSON
mkg-870	132	1	eng	GPE
mkg-870	132	2	2001	DATE
mkg-870	132	3	7	CARDINAL
mkg-870	132	4	679–89	CARDINAL
mkg-870	133	1	2	CARDINAL
mkg-870	133	2	borlongan cv	PERSON
mkg-870	133	3	sanberg	GPE
mkg-870	135	1	sci monit	ORG
mkg-870	135	2	2008	DATE
mkg-870	135	3	14	CARDINAL
mkg-870	136	1	3	CARDINAL
mkg-870	136	2	mi fl	PERSON
mkg-870	136	3	huang ct	PERSON
mkg-870	136	4	liang hf	PERSON
mkg-870	136	5	chen mc	PERSON
mkg-870	136	6	chiu yl	PERSON
mkg-870	136	7	chen ch	PERSON
mkg-870	138	1	agric food chem 2006	ORG
mkg-870	138	2	54	CARDINAL
mkg-870	138	3	3290–6	CARDINAL
mkg-870	138	4	4	CARDINAL
mkg-870	138	5	hoemann	ORG
mkg-870	138	6	sun j	PERSON
mkg-870	138	7	mckee md	PERSON
mkg-870	138	8	rivard ge	PERSON
mkg-870	138	9	hurtig	GPE
mkg-870	138	10	buschmann m. chitosan-glycerol	PERSON
mkg-870	139	1	2007	DATE
mkg-870	139	2	15	CARDINAL
mkg-870	139	3	78–89.	CARDINAL
mkg-870	140	1	5	CARDINAL
mkg-870	140	2	khanal dr	PERSON
mkg-870	140	3	choontanom p	PERSON
mkg-870	140	4	okamoto y	PERSON
mkg-870	140	5	minami s	PERSON
mkg-870	140	6	chandrakrachang s	PERSON
mkg-870	140	7	steven w.	PERSON
mkg-870	141	1	indian	NORP
mkg-870	141	2	2000	DATE
mkg-870	141	3	77	CARDINAL
mkg-870	141	4	1085–9	CARDINAL
mkg-870	141	5	6	CARDINAL
mkg-870	142	1	seol y	PERSON
mkg-870	142	2	lee j	PERSON
mkg-870	142	3	lee y, ku y	PERSON
mkg-870	142	4	lee s	PERSON
mkg-870	142	5	han s	ORG
mkg-870	142	6	chung c. chitosan	PERSON
mkg-870	143	1	biotechnol	GPE
mkg-870	143	2	lett 2004	DATE
mkg-870	143	3	26	CARDINAL
mkg-870	143	4	1037–41	CARDINAL
mkg-870	144	1	amir l	PERSON
mkg-870	145	1	2006	DATE
mkg-870	145	2	17	CARDINAL
mkg-870	145	3	410–6. 8	DATE
mkg-870	146	1	orthop	CARDINAL
mkg-870	146	2	2009	DATE
mkg-870	146	3	16(4	DATE
mkg-870	146	4	19	CARDINAL
mkg-870	148	1	2008	DATE
mkg-870	149	1	2(suppl): s45–57	ORG
mkg-870	150	1	10	CARDINAL
mkg-870	151	1	schipani e	PERSON
mkg-870	151	2	maes	PERSON
mkg-870	151	3	carmeliet g	PERSON
mkg-870	151	4	semenza gl	PERSON
mkg-870	151	5	hifs	PERSON
mkg-870	151	6	vegf	PERSON
mkg-870	152	1	2009	DATE
mkg-870	152	2	24(8	CARDINAL
mkg-870	152	3	1347–53	DATE
mkg-870	153	1	11	CARDINAL
mkg-870	154	1	salim	PERSON
mkg-870	154	2	morgan ef	PERSON
mkg-870	154	3	giaccia aj	PERSON
mkg-870	154	4	mt	GPE
mkg-870	154	5	runx2	PERSON
mkg-870	155	1	2004	DATE
mkg-870	155	2	17	CARDINAL
mkg-870	156	1	12	CARDINAL
mkg-870	157	1	dore-duffy	PERSON
mkg-870	158	1	curr pharm des 2008	ORG
mkg-870	158	2	14(16	DATE
mkg-870	158	3	1581–93	DATE
mkg-870	159	1	13	CARDINAL
mkg-870	160	1	plouet j	PERSON
mkg-870	160	2	bloomfoeld s	PERSON
mkg-870	160	3	alexandre c	PERSON
mkg-870	160	4	vico l.	PERSON
mkg-870	160	5	vegf	ORG
mkg-870	161	1	j bone min	PERSON
mkg-870	161	2	19	CARDINAL
mkg-870	161	3	1471–80	CARDINAL
mkg-870	162	1	14	CARDINAL
mkg-870	163	1	mi fl	PERSON
mkg-870	163	2	huang ct	PERSON
mkg-870	165	1	agric food chem 2006	ORG
mkg-870	165	2	54	CARDINAL
mkg-870	165	3	3290–6	CARDINAL
mkg-870	165	4	15	CARDINAL
mkg-870	166	1	baudin	PERSON
mkg-870	166	2	vaubourdolle m.	PERSON
mkg-870	167	1	2007	DATE
mkg-870	167	2	2(3	CARDINAL
mkg-870	167	3	16	CARDINAL
mkg-870	168	1	howard	PERSON
mkg-870	168	2	roberts s.	PERSON
mkg-870	169	1	j anat 2008	PERSON
mkg-870	169	2	213	CARDINAL
mkg-870	169	3	66–72	CARDINAL
mkg-870	169	4	17	CARDINAL
mkg-870	169	5	santos m	PERSON
mkg-870	169	6	r. vascularization	PERSON
mkg-870	170	1	macromol	PERSON
mkg-870	170	2	biosci 2010	DATE
mkg-870	170	3	10	CARDINAL
mkg-870	170	4	12–27	CARDINAL