CORD-19:d8c4042441e88788e26135cb83f2510ac050aae7 / 6587-6980 JSON TXT

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Id	Subject	Object	Predicate	Lexical cue
TextSentencer_T36	0-393	Sentence	denotes	This paper first provides an inventory of the predominant techniques currently used to detect and measure non-covalent protein-pADPr interactions, then turns to an in-depth description of the specialized pADPr-binding modules that recognize different structural features of the pADPr, and finally, presents the functional consequences of this association in pADPr-responsive cellular pathways.
TextSentencer_T36	0-393	Sentence	denotes	This paper first provides an inventory of the predominant techniques currently used to detect and measure non-covalent protein-pADPr interactions, then turns to an in-depth description of the specialized pADPr-binding modules that recognize different structural features of the pADPr, and finally, presents the functional consequences of this association in pADPr-responsive cellular pathways.
T54945	0-393	Sentence	denotes	This paper first provides an inventory of the predominant techniques currently used to detect and measure non-covalent protein-pADPr interactions, then turns to an in-depth description of the specialized pADPr-binding modules that recognize different structural features of the pADPr, and finally, presents the functional consequences of this association in pADPr-responsive cellular pathways.

Id	Subject	Object	Predicate	Lexical cue
T36	0-393	Sentence	denotes	This paper first provides an inventory of the predominant techniques currently used to detect and measure non-covalent protein-pADPr interactions, then turns to an in-depth description of the specialized pADPr-binding modules that recognize different structural features of the pADPr, and finally, presents the functional consequences of this association in pADPr-responsive cellular pathways.

Id	Subject	Object	Predicate	Lexical cue
T11	0-393	Epistemic_statement	denotes	This paper first provides an inventory of the predominant techniques currently used to detect and measure non-covalent protein-pADPr interactions, then turns to an in-depth description of the specialized pADPr-binding modules that recognize different structural features of the pADPr, and finally, presents the functional consequences of this association in pADPr-responsive cellular pathways.