<p>Histograms showing a comparison in the rate of growth between WT and <i>TaLEA</i>-transformed poplars. A: Control condition; B: 200 mM NaCl treatment for 6 d; C: Withholding water for 7 d. At least five plants from each line were used for biological repeats in each experiment. Values are means ± S.D. and the level of significance was set at <i>P</i> < 0.05. The stars above the bars indicate significant differences (<i>P</i> < 0.05) between the transgenic lines compared with WT.</p
<p><b>A</b>) The performance of <i>ZmPMP3-1</i> transgenic lines (L4, L6 and L11) and WT under salt ...
<p>(A) WT and <i>GhSnRK2</i> transgenic plants subjected to different concentrations of NaCl. (B) Ap...
<p>(A) shoot length, (B) root length, (C) leaf area, (D) fresh weight, (E) dry weight and (F) relati...
<p>Histograms showing the percentage of wilted leaves in WT and <i>TaLEA</i>-transformed poplars und...
<p>Histograms showing A: MDA content comparison. B: Relative electrolyte leakage comparison; control...
<p>Shown are weekly responses of transgenic and WT <i>Populus</i> subjected to drought stress (<b>A<...
<p>Phenotypes of wild-type and transgenic plants after treatment with NaCl for 14 days were shown in...
<p>a Three-week-old plants with different transgenic lines (OE3, OE7 and OE10) were given salt and w...
<p>(A) shoot length, (B) root length, (C) leaf area, (D) fresh weight, (E) dry weight and (F) relati...
<p>A). Photograph showing root growth of transgenic plants after cold stress (192h). B). Graphical r...
<p>Phenotypes of wild-type and transgenic plants after withholding water for 14 days were shown in p...
<p>A, the phenotypic changes before (upper panel) and after NaCl treatment (lower panel); B, fresh w...
<p>(A) Water potentials of PEG-diffused agar plates. Water potentials were measured at the end of th...
<p>Thirty-day-old plants were exposed for 10 days to 200 mM mannitol or 175 mM NaCl and then allowed...
<p>A) Root length and cotyledon greening rate of <i>EcbHLH57</i> expressing transgenic and wild type...
<p><b>A</b>) The performance of <i>ZmPMP3-1</i> transgenic lines (L4, L6 and L11) and WT under salt ...
<p>(A) WT and <i>GhSnRK2</i> transgenic plants subjected to different concentrations of NaCl. (B) Ap...
<p>(A) shoot length, (B) root length, (C) leaf area, (D) fresh weight, (E) dry weight and (F) relati...
<p>Histograms showing the percentage of wilted leaves in WT and <i>TaLEA</i>-transformed poplars und...
<p>Histograms showing A: MDA content comparison. B: Relative electrolyte leakage comparison; control...
<p>Shown are weekly responses of transgenic and WT <i>Populus</i> subjected to drought stress (<b>A<...
<p>Phenotypes of wild-type and transgenic plants after treatment with NaCl for 14 days were shown in...
<p>a Three-week-old plants with different transgenic lines (OE3, OE7 and OE10) were given salt and w...
<p>(A) shoot length, (B) root length, (C) leaf area, (D) fresh weight, (E) dry weight and (F) relati...
<p>A). Photograph showing root growth of transgenic plants after cold stress (192h). B). Graphical r...
<p>Phenotypes of wild-type and transgenic plants after withholding water for 14 days were shown in p...
<p>A, the phenotypic changes before (upper panel) and after NaCl treatment (lower panel); B, fresh w...
<p>(A) Water potentials of PEG-diffused agar plates. Water potentials were measured at the end of th...
<p>Thirty-day-old plants were exposed for 10 days to 200 mM mannitol or 175 mM NaCl and then allowed...
<p>A) Root length and cotyledon greening rate of <i>EcbHLH57</i> expressing transgenic and wild type...
<p><b>A</b>) The performance of <i>ZmPMP3-1</i> transgenic lines (L4, L6 and L11) and WT under salt ...
<p>(A) WT and <i>GhSnRK2</i> transgenic plants subjected to different concentrations of NaCl. (B) Ap...
<p>(A) shoot length, (B) root length, (C) leaf area, (D) fresh weight, (E) dry weight and (F) relati...