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Fig. 1 | BMC Plant Biology

Fig. 1

From: Transgenic chickpea (Cicer arietinum L.) harbouring AtDREB1a are physiologically better adapted to water deficit

Fig. 1

Molecular analysis of transgenic chickpea lines a: PCR analyses of four transgenic chickpea events (T0); b: PCR analyses of transgenic chickpea progenies (T1) derived from E5; c: PCR analyses of transgenic chickpea progenies (T1) derived from E17; d: PCR analyses of transgenic chickpea progenies (T1) derived from E19; e: PCR analyses of transgenic chickpea progenies (T1) derived from E22; [L1–100 bp DNA ladder and L2–1 kb DNA ladder]; f: Southern blot analysis (L: DIG-labelled DNA ladder; I-IV: Four independent transgenic chickpea lines E5, E17, E19 and E22 (T1 stage); N: Non-transformed chickpea (DCP 92–3); P: Positive control (Binary plasmid). g: RT-PCR analysis (L1: 1Kb plus DNA ladder; P: Positive control; N: Negative control; I-IV: Transgenic chickpea lines (T1 stage); V–X: Transgenic chickpea lines (T2 stage); NTC: No Template Control; C: RNA as Template; L2: 100 bp DNA ladder) [Mean SM 11.8% and mean LWP −0.82 MPa]

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