CORD-19:03476153a6c18a85c98721c557f35b1a09755d14 / 12558-12968 JSON TXT

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Id	Subject	Object	Predicate	Lexical cue
T84	0-91	Sentence	denotes	Large viruses, such as these, bring two additional complications to the annotation problem:
T85	92-410	Sentence	denotes	1) only a subset of the viral genes are essential, so some orthologs may be functional in one species but fragmented in another and, 2) some of the more diverse viruses have > 100 genes currently annotated as "hypothetical", and even the DNA polymerase protein may share only 32% aa identity with its closest relative.

Id	Subject	Object	Predicate	Lexical cue
TextSentencer_T84	0-91	Sentence	denotes	Large viruses, such as these, bring two additional complications to the annotation problem:
TextSentencer_T85	92-410	Sentence	denotes	1) only a subset of the viral genes are essential, so some orthologs may be functional in one species but fragmented in another and, 2) some of the more diverse viruses have > 100 genes currently annotated as "hypothetical", and even the DNA polymerase protein may share only 32% aa identity with its closest relative.
T8961	0-91	Sentence	denotes	Large viruses, such as these, bring two additional complications to the annotation problem:
T83977	92-410	Sentence	denotes	1) only a subset of the viral genes are essential, so some orthologs may be functional in one species but fragmented in another and, 2) some of the more diverse viruses have > 100 genes currently annotated as "hypothetical", and even the DNA polymerase protein may share only 32% aa identity with its closest relative.

Id	Subject	Object	Predicate	Lexical cue
T51	0-410	Epistemic_statement	denotes	Large viruses, such as these, bring two additional complications to the annotation problem: 1) only a subset of the viral genes are essential, so some orthologs may be functional in one species but fragmented in another and, 2) some of the more diverse viruses have > 100 genes currently annotated as "hypothetical", and even the DNA polymerase protein may share only 32% aa identity with its closest relative.