CORD-19:a01a6cdf83b4f97c924da009bc034e8d01ad6f10 / 14891-15260 JSON TXT

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Id	Subject	Object	Predicate	Lexical cue
TextSentencer_T96	0-369	Sentence	denotes	The data indicated that replacement of codons in the spike gene with those frequently used in mammalian increased S-EGFP fusion protein expression in cultured cells, supporting the hypothesis that the observed differences in efficiency of expression of modified and unmodified spike genes were related to codon usage and GC content, as shown in other studies [21, 22] .
TextSentencer_T96	0-369	Sentence	denotes	The data indicated that replacement of codons in the spike gene with those frequently used in mammalian increased S-EGFP fusion protein expression in cultured cells, supporting the hypothesis that the observed differences in efficiency of expression of modified and unmodified spike genes were related to codon usage and GC content, as shown in other studies [21, 22] .
TextSentencer_T96	0-369	Sentence	denotes	The data indicated that replacement of codons in the spike gene with those frequently used in mammalian increased S-EGFP fusion protein expression in cultured cells, supporting the hypothesis that the observed differences in efficiency of expression of modified and unmodified spike genes were related to codon usage and GC content, as shown in other studies [21, 22] .

Id	Subject	Object	Predicate	Lexical cue
T96	0-369	Sentence	denotes	The data indicated that replacement of codons in the spike gene with those frequently used in mammalian increased S-EGFP fusion protein expression in cultured cells, supporting the hypothesis that the observed differences in efficiency of expression of modified and unmodified spike genes were related to codon usage and GC content, as shown in other studies [21, 22] .

Id	Subject	Object	Predicate	Lexical cue
T16	0-369	Epistemic_statement	denotes	The data indicated that replacement of codons in the spike gene with those frequently used in mammalian increased S-EGFP fusion protein expression in cultured cells, supporting the hypothesis that the observed differences in efficiency of expression of modified and unmodified spike genes were related to codon usage and GC content, as shown in other studies [21, 22] .