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. 2022 May 6;13:849930. doi: 10.3389/fpls.2022.849930

Table 4.

Sequenced T-DNA junctions of complex T-circles.

Sample no. Strain Construct RB* Microhomologya Filler DNAb Microhomologyc LB*
Nicotiana benthamiana
#002–23 EHA105 TET-ORI Readthrough >380 bp NA NA NA NA
#003–50 EHA105 TET-ORI Precise 2 (GA) 236 bp binary +9 bp internal T-DNA sequence 0 −72
#003–61 EHA105 TET-ORI −1 2 (TG) >486 bp binary sequence NA NA
#003–62 EHA105 TET-ORI Precise 4 (TTGA) >489 bp binary sequence NA NA
#003–64 EHA105 TET-ORI Precise +1 0 >202 bp internal T-DNA sequence NA NA
#008–73 EHA105 TET-ORI Precise 1 (A) 290 bp plant DNA 6 (TCAGGC) −11
#009–12 EHA105 TET-ORI Precise +4 5 (CAGGC) >585 bp binary sequence NA NA
#050–14 EHA105 AMP-ORI Readthrough 151 bp NA 0 0 −215
#050–23 EHA105 AMP-ORI Precise 0 >431 bp binary sequence NA NA
#052–9 EHA105 AMP-ORI Precise+1 1 (C) 284 bp binary sequence 3 (AGC) −456
#052–17 EHA105 AMP-ORI Readthrough 224 bp NA 0 0 −237
#052–18 EHA105 AMP-ORI −21 4 (TTCA) 188 bp plant DNA 0 −239
#052–22 EHA105 AMP-ORI Precise +1 0 >406 bp Ti plasmid sequence NA NA
#052–28 EHA105 AMP-ORI Precise 0 84 bp T-DNA sequence 3 (GCT) −436
#052–35 EHA105 AMP-ORI Precise 0 >484 bp binary sequence NA NA
#052–44 EHA105 AMP-ORI Precise+1 1 (C) 375 bp Agrobacterium chromosomal DNA 3(CGA) −317
#052–45 EHA105 AMP-ORI Readthrough 129 bp NA 0 3 (TTT) −714
#052–55 EHA105 AMP-ORI Precise 2 (GA) 74 bp internal T-DNA sequence 2(GG) −683
#052–60 EHA105 AMP-ORI Precise +2 2 (CA) >560 bp binary sequence NA NA
#052–63 EHA105 AMP-ORI Readthrough 192 bp NA 0 0 −265
#052–66 EHA105 AMP-ORI Precise 0 >799 bp Ti plasmid sequence NA NA
VirD2ω
#005–8 At1959 TET-ORI −11 0 234 bp binary sequence 4 (AACA) −46
Arabidopsis Col-0
#021–4 EHA105 AMP-ORI Readthrough >461 bp NA NA NA NA

NA, not available.

*

Right border (RB) and left border (LB) numerical values represent the position in the DNA relative to the precise end.

a

Microhomology between RB and filler DNA.

b

Filler DNA is defined here as any DNA sequence not part of the contiguous T-DNA.

c

Microhomology between filler and LB.