CORD-19:01548ef6d46d6e6d72afe8cbf4e231552b9d2bd7 / 24238-24645
Annnotations
CORD-19_Custom_license_subset
Id | Subject | Object | Predicate | Lexical cue |
---|---|---|---|---|
T121 | 0-407 | Sentence | denotes | Following demonstration in cell-free systems, it is widely accepted that these enzymes, by means of an RNA-DNA hybrid intermediate, can transcribe part or all of the information in the viral RNA into a DNA copy that then becomes integrated into the host cell DNA, causing cell transformation followed by maintenance of the trans-formed state when this material is replicated in unison with the cellular DNA. |
CORD-19-Sentences
Id | Subject | Object | Predicate | Lexical cue |
---|---|---|---|---|
TextSentencer_T121 | 0-407 | Sentence | denotes | Following demonstration in cell-free systems, it is widely accepted that these enzymes, by means of an RNA-DNA hybrid intermediate, can transcribe part or all of the information in the viral RNA into a DNA copy that then becomes integrated into the host cell DNA, causing cell transformation followed by maintenance of the trans-formed state when this material is replicated in unison with the cellular DNA. |
TextSentencer_T121 | 0-407 | Sentence | denotes | Following demonstration in cell-free systems, it is widely accepted that these enzymes, by means of an RNA-DNA hybrid intermediate, can transcribe part or all of the information in the viral RNA into a DNA copy that then becomes integrated into the host cell DNA, causing cell transformation followed by maintenance of the trans-formed state when this material is replicated in unison with the cellular DNA. |
Epistemic_Statements
Id | Subject | Object | Predicate | Lexical cue |
---|---|---|---|---|
T81 | 0-407 | Epistemic_statement | denotes | Following demonstration in cell-free systems, it is widely accepted that these enzymes, by means of an RNA-DNA hybrid intermediate, can transcribe part or all of the information in the viral RNA into a DNA copy that then becomes integrated into the host cell DNA, causing cell transformation followed by maintenance of the trans-formed state when this material is replicated in unison with the cellular DNA. |