Extended Data Fig. 3: Comparison of base editing efficiencies induced by different CGBEs. | Nature Biotechnology

Extended Data Fig. 3: Comparison of base editing efficiencies induced by different CGBEs.

From: Deep learning models to predict the editing efficiencies and outcomes of diverse base editors

Extended Data Fig. 3: Comparison of base editing efficiencies induced by different CGBEs.

The red triangles indicate target sequences at which the editing efficiency of one base editor is at least 30% higher than that of the other base editor. Heatmaps show the relative distribution of nucleotides neighboring the target nucleotide in target sequences within the red triangles. Results at position 6 are also shown in Fig. 2d–f. The number of target sequences (n) = 1,807 and 830 at position 5, 1,413 and 957 at position 6, and 1,249 and 1,227 at position 7 for NG-CGBE1 and NG-miniCGBE1, respectively (a), 2,643 and 972 at position 5, 2,894 and 817 at position 6, 2,706 and 838 at position 7 for NG-miniCGBE1 and NG-APOBEC-nCas9-Ung, respectively (b), and 2,885 and 808 at position 5, 2,995 and 766 at position 6, and 2,715 and 891 at position 7 for NG-CGBE1 and NG-APOBEC-nCas9-Ung, respectively (c).

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