Extended Data Fig. 5: FttA is an abundant protein likely responsible for 3′-end formation in archaeal cells. | Nature Microbiology

Extended Data Fig. 5: FttA is an abundant protein likely responsible for 3′-end formation in archaeal cells.

From: FttA is a CPSF73 homologue that terminates transcription in Archaea

Extended Data Fig. 5

Quantitative Western blots employing anti-FttA antibodies, purified recombinant FttA, and total cellular lysates derived from known numbers of lysed T. kodakarensis cells reveal that FttA is present at ~2,100 -/ + 500 copies per cell. Cell counts and protein calculations were performed as described20. A, B and C represent independent biological samples.

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