Fig. 4: FLICK-PE mediates efficient intended editing in soybean stable transformation. | Nature Communications

Fig. 4: FLICK-PE mediates efficient intended editing in soybean stable transformation.

From: A flanking-nicks prime editor (FLICK-PE) system to boost prime editing in dicots

Fig. 4

Percentages of intended editing, unintended editing and indels at target-site 1 (PE2 n = 25, PE3 n = 23, FLICK-PE n = 19) (a), target-site 3 (PE2 n = 21, PE3 n = 30, FLICK-PE n = 27) (b) and target-site 5 (PE2 n = 27, PE3 n = 32, FLICK-PE n = 25) (c) induced in T0 soybean stable transformants by PE2, PE3 and FLICK-PE, as determined via Hi-TOM deep sequencing. d The effective intended-editing efficiency of PE2, PE3 and FLICK-PE in T0 soybean stable transformants. The effective intended-editing events were defined as Hi-TOM deep sequencing-validated intended editing rates ≄ 20%. Sanger sequencing chromatograms of two T0 lines carrying effective intended edits (indicated by red arrowheads) at target-site 1 (e), target-site 3 (f) and target-site 5 (g) induced by FLICK-PE. The central black lines in the violin plots represent the median in (a–c). The horizontal gray lines represent the lower and upper quartiles, and the shaded areas represent data-distribution density (a–c). The ā€œintended edit readsā€ above the chromatograms indicate the proportion of intended edits in this line detected via Hi-TOM sequencing (e–g). Source data are provided as a Source data file.

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