PMC:7319613 / 2004-2754 JSON TXT

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Id	Subject	Object	Predicate	Lexical cue
T30	0-11	GO:0007567	denotes	Prematurity
T31	24-28	UBERON:0000104	denotes	life
T32	77-84	UBERON:0000467	denotes	systems
T33	120-138	UBERON:0001004	denotes	respiratory system
T34	200-211	UBERON:0001004	denotes	respiratory
T35	218-225	GO:0065007	denotes	control
T36	394-398	GO:0007567	denotes	born
T37	399-410	NCBITaxon:1	denotes	individuals
T38	442-446	GO:0007567	denotes	born
T39	565-576	GO:0007567	denotes	prematurity
T40	619-626	GO:0002087	denotes	control
T41	631-638	UBERON:0005396	denotes	carotid
T42	681-690	GO:0007567;UBERON:0012101	denotes	perinatal
T85816	0-11	GO:0007567	denotes	Prematurity
T70834	24-28	UBERON:0000104	denotes	life
T39274	77-84	UBERON:0000467	denotes	systems
T51001	120-138	UBERON:0001004	denotes	respiratory system
T1619	200-211	UBERON:0001004	denotes	respiratory
T24876	218-225	GO:0065007	denotes	control
T7441	394-398	GO:0007567	denotes	born
T2438	399-410	NCBITaxon:1	denotes	individuals
T83936	442-446	GO:0007567	denotes	born
T68721	565-576	GO:0007567	denotes	prematurity
T60994	619-626	GO:0002087	denotes	control
T89216	631-638	UBERON:0005396	denotes	carotid
T90729	681-690	GO:0007567;UBERON:0012101	denotes	perinatal

Id	Subject	Object	Predicate	Lexical cue	fma_id
T2	120-138	Body_part	denotes	respiratory system	http://purl.org/sig/ont/fma/fma7158
T3	639-652	Body_part	denotes	chemoreceptor	http://purl.org/sig/ont/fma/fma85604

Id	Subject	Object	Predicate	Lexical cue	uberon_id
T2	120-138	Body_part	denotes	respiratory system	http://purl.obolibrary.org/obo/UBERON_0001004
T3	639-652	Body_part	denotes	chemoreceptor	http://purl.obolibrary.org/obo/UBERON_0018391

Id	Subject	Object	Predicate	Lexical cue
T12	120-138	http://purl.obolibrary.org/obo/UBERON_0001004	denotes	respiratory system

Id	Subject	Object	Predicate	Lexical cue	tao:has_database_id
42	631-664	Disease	denotes	carotid chemoreceptor dysfunction	MESH:D002340
43	691-700	Disease	denotes	hyperoxia	MESH:D018496

Id	Subject	Object	Predicate	Lexical cue
T14	0-139	Sentence	denotes	Prematurity can provoke life-long adverse sequelae in numerous physiological systems but might predominantly affect the respiratory system.
T15	140-287	Sentence	denotes	Importantly, recent accumulating evidence suggests that the respiratory drive/control might be particularly compromised under hypoxemic conditions.
T16	288-533	Sentence	denotes	Indeed, it is well established that the ventilatory response to hypoxic stimuli is blunted in prematurely born individuals as compared to their full-term born and physical capacity matched counterparts (Bates et al., 2014; Debevec et al., 2019).
T17	534-750	Sentence	denotes	Whilst the exact mechanisms of prematurity-related altered resting cardiorespiratory control and carotid chemoreceptor dysfunction remain unknown, perinatal hyperoxia was hypothesized to be the key underlying factor.