<p>(A): Shoot dry weight analysis of wild-type and <i>SNAC1</i> plants after different stress treatments; (B): Root dry weight analysis of wild-type and <i>SNAC1</i> plants after different stress treatments; (C): Final boll number of plant under different stress treatment in the greenhouse; (D): Rate of water loss from excised leaves. WT: wild-type plants; S-1: <i>SNAC1</i> plants from transgenic line S-1; S-4: <i>SNAC1</i>-overexpression plant from transgenic line S-4. *statistically significant at 5%.</p
<p>A, the phenotypic changes before (upper panel) and after NaCl treatment (lower panel); B, fresh w...
<p>(A) biomass. (B) root/shoot ratio. The dry weights of roots and shoots were determined after they...
<p>Seedlings 21-d-old WT and transgenic maize (lines M-6 and M-8) were exposed to severe drought str...
<p>(A): Photosynthetic performance of wild-type and <i>SNAC1</i>-overexpressing transgenic plant aft...
<p>(A): Phenotype of wild-type and <i>SNAC1</i>-overexpressing transgenic plants before salt treatme...
<p>(A), (B), (C): Phenotype of wild-type and <i>SNAC1</i>-overexpressing transgenic plants under str...
<p><b>A</b>. Fresh shoot weight under regular and reduced irrigation conditions. <b>B</b>. Fresh roo...
<p>A and B show the BADH activity and GB content in the leaves, respectively; C shows the root bioma...
<p>(A): Map of SNAC1-overexpressing vector with the <i>npt II</i> gene as a screening marker. (B): M...
<p><b>(A)</b> Photographs of OE lines, RNAi lines and non-transgenic (NT) plants in the vegetative s...
<p>Control (WT and PC) and <i>CsNFYA5</i> transgenic (NF12, NF15, NF16, NF20 and NF22) lines were su...
<p>(A) Rate of water loss from <i>GhSnRK2</i> transgenic plants. Six plants of each transgenic and W...
<p><b>A.</b> Phenotypes of wild-type and two independent <i>OsSIZ1</i>-transgenic plants under norma...
<p><b>A.</b> Phenotypes of wild-type and two independent <i>OsSIZ1</i>-transgenic plants on MS media...
<p>(<b>A</b>) Phenotype of WT, <i>esk1i</i>-3, <i>esk1i</i>-<i>ICE1</i>-7, <i>esk2i</i>-<i>ICE1</i>-...
<p>A, the phenotypic changes before (upper panel) and after NaCl treatment (lower panel); B, fresh w...
<p>(A) biomass. (B) root/shoot ratio. The dry weights of roots and shoots were determined after they...
<p>Seedlings 21-d-old WT and transgenic maize (lines M-6 and M-8) were exposed to severe drought str...
<p>(A): Photosynthetic performance of wild-type and <i>SNAC1</i>-overexpressing transgenic plant aft...
<p>(A): Phenotype of wild-type and <i>SNAC1</i>-overexpressing transgenic plants before salt treatme...
<p>(A), (B), (C): Phenotype of wild-type and <i>SNAC1</i>-overexpressing transgenic plants under str...
<p><b>A</b>. Fresh shoot weight under regular and reduced irrigation conditions. <b>B</b>. Fresh roo...
<p>A and B show the BADH activity and GB content in the leaves, respectively; C shows the root bioma...
<p>(A): Map of SNAC1-overexpressing vector with the <i>npt II</i> gene as a screening marker. (B): M...
<p><b>(A)</b> Photographs of OE lines, RNAi lines and non-transgenic (NT) plants in the vegetative s...
<p>Control (WT and PC) and <i>CsNFYA5</i> transgenic (NF12, NF15, NF16, NF20 and NF22) lines were su...
<p>(A) Rate of water loss from <i>GhSnRK2</i> transgenic plants. Six plants of each transgenic and W...
<p><b>A.</b> Phenotypes of wild-type and two independent <i>OsSIZ1</i>-transgenic plants under norma...
<p><b>A.</b> Phenotypes of wild-type and two independent <i>OsSIZ1</i>-transgenic plants on MS media...
<p>(<b>A</b>) Phenotype of WT, <i>esk1i</i>-3, <i>esk1i</i>-<i>ICE1</i>-7, <i>esk2i</i>-<i>ICE1</i>-...
<p>A, the phenotypic changes before (upper panel) and after NaCl treatment (lower panel); B, fresh w...
<p>(A) biomass. (B) root/shoot ratio. The dry weights of roots and shoots were determined after they...
<p>Seedlings 21-d-old WT and transgenic maize (lines M-6 and M-8) were exposed to severe drought str...