<p>The WT, VC and transgenic lines were cultured in MS medium under a 16 h light/8 h dark cycle at 25°C for one week, and then the plants were transplanted to containers filled with a mixture of soil and sand (3∶1) where they were regularly watered for two or five weeks. Six-week-old seedlings of transgenic and WT tobacco plants grown in pots were deprived of water for 20 d and the photos were taken (A). Three-week-old seedlings of transgenic and WT tobacco plants grown in pots were deprived of water for 20 d and the photos were taken (B). The whole two-week-old seedlings of transgenic plants and WT were used to extract RNA to detect <i>TaAQP7</i> expression by RT-PCR with <i>NtUbiquitin</i> as an internal control (C). Three biological expe...
<p>(<b>A</b>) WT and <i>GhSnRK2</i> transgenic plants before and after drought stress. (<b>B</b>) Se...
<p>Phenotypes of six <i>TaNAC67</i> transgenics and WT and GFP controls following drought stress (A)...
Drought causes severe stress on plants and constrains crop production. New strategies are essential ...
<p>(A) 10-day-old WT and transgenic plants were exposed to natural drought stress for 7 days and re-...
<p>(A) Phenotype of WT and TG tobacco lines after 3 weeks of drought treatment. (B) Rate of leaf yel...
<p>The WT and transgenic lines were cultured in MS medium under a 16 h light/8 h dark cycle at 25°C ...
<p><b>(A)</b> Growth of WT and <i>35S:AtVIP1</i> transgenic lines containing OE-VIP1–5 and -7 under ...
<p><b>A</b> Drought tolerance of potted plants of wild-type and <i>ZmSKD1</i>-overexpressing tobacco...
AbstractP5CSF129A cDNA and the nptII marker gene were used for tobacco (Nicotiana tabacum L. cv. Bel...
<p>Potato WT plants and transgenic lines (S-2, S-7) was subjected to drought as described above in <...
WT and transgenic (L3-L12) plants grown under greenhouse conditions were exposed to a progressive so...
<p>First row: WT plants and three AtUCP1-overexpressing lines (7, 32 and 49) were grown under contro...
<p>(<b>A</b>) and (<b>B</b>) Drought tolerance assay. 7-d seedlings were transferred to soil for ano...
Transgenic mannitol-producing (+mtlD) and wild type (-mtlD) tobacco plants were exposed to water def...
WT and transgenic (L3-L12) plants were exposed to three water regimes: (i) control (leaf water poten...
<p>(<b>A</b>) WT and <i>GhSnRK2</i> transgenic plants before and after drought stress. (<b>B</b>) Se...
<p>Phenotypes of six <i>TaNAC67</i> transgenics and WT and GFP controls following drought stress (A)...
Drought causes severe stress on plants and constrains crop production. New strategies are essential ...
<p>(A) 10-day-old WT and transgenic plants were exposed to natural drought stress for 7 days and re-...
<p>(A) Phenotype of WT and TG tobacco lines after 3 weeks of drought treatment. (B) Rate of leaf yel...
<p>The WT and transgenic lines were cultured in MS medium under a 16 h light/8 h dark cycle at 25°C ...
<p><b>(A)</b> Growth of WT and <i>35S:AtVIP1</i> transgenic lines containing OE-VIP1–5 and -7 under ...
<p><b>A</b> Drought tolerance of potted plants of wild-type and <i>ZmSKD1</i>-overexpressing tobacco...
AbstractP5CSF129A cDNA and the nptII marker gene were used for tobacco (Nicotiana tabacum L. cv. Bel...
<p>Potato WT plants and transgenic lines (S-2, S-7) was subjected to drought as described above in <...
WT and transgenic (L3-L12) plants grown under greenhouse conditions were exposed to a progressive so...
<p>First row: WT plants and three AtUCP1-overexpressing lines (7, 32 and 49) were grown under contro...
<p>(<b>A</b>) and (<b>B</b>) Drought tolerance assay. 7-d seedlings were transferred to soil for ano...
Transgenic mannitol-producing (+mtlD) and wild type (-mtlD) tobacco plants were exposed to water def...
WT and transgenic (L3-L12) plants were exposed to three water regimes: (i) control (leaf water poten...
<p>(<b>A</b>) WT and <i>GhSnRK2</i> transgenic plants before and after drought stress. (<b>B</b>) Se...
<p>Phenotypes of six <i>TaNAC67</i> transgenics and WT and GFP controls following drought stress (A)...
Drought causes severe stress on plants and constrains crop production. New strategies are essential ...