PubMed:29587633 / 1169-1735 JSON TXT

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Id	Subject	Object	Predicate	Lexical cue
T71	44-47	1799649	denotes	SPs
T67	44-47	CVCL_R927	denotes	SPs
T66	44-47	PR:P49903	denotes	SPs
T70	44-47	PR:000014643	denotes	SPs
T73	44-47	PR:Q8S948	denotes	SPs
T68	44-47	GO:0046524	denotes	SPs
T69	44-47	D016750	denotes	SPs
T72	44-47	C535540	denotes	SPs
T74	246-254	CHEBI:36080	denotes	proteins
T75	292-295	CHEBI:85361	denotes	TMs
T77	451-468	D004272	denotes	mitochondrial DNA
T78	451-468	SO:0001032	denotes	mitochondrial DNA
T76	451-468	GO:0000262	denotes	mitochondrial DNA
T83	499-505	37565	denotes	tandem
T84	499-505	SO:0001513	denotes	tandem
T86	560-565	D004272	denotes	mtDNA
T87	560-565	SO:0001032	denotes	mtDNA
T85	560-565	GO:0000262	denotes	mtDNA

Id	Subject	Object	Predicate	Lexical cue
T2	0-566	RESULTS	denotes	In silico analyses suggests the presence of SPs and SCSs and provides some insight into possible function(s) of these novel ORFs. The assessed confidence in these structures and functions was highly variable, possibly due to the novelty of these proteins. The number and topology of putative TMs appear to be maintained among both F- and H-ORFs, however, this is not the case for M-ORFs. There does not appear to be a typical control region in H-type mitochondrial DNA, especially given the loss of tandem repeats in unassigned regions when compared to F-type mtDNA.

Id	Subject	Object	Predicate	Lexical cue
T9	44-47	CVCL_4920\|Spontaneously_immortalized_cell_line\|Sus scrofa	denotes	SPs
T10	44-47	CVCL_R927\|Spontaneously_immortalized_cell_line\|Lateolabrax japonicus	denotes	SPs
T11	416-417	CVCL_6479\|Finite_cell_line\|Mus musculus	denotes	a