<p><b>A</b>) PCR detection of the gene <i>man5As</i>. Lane 1, the DNA molecular weight markers; lane 2–10, the transgenic plants; lane 11, the vector pHP20754-<i>man5As</i>; lane 12, the non-transgenic Zheng58. <b>B</b>) PCR detection of the gene <i>actin</i>. Lane 1, the DNA molecular weight markers; lane 2–10, the transgenic plants; lane 11, the non-transgenic Zheng58.</p
<p>(A) PCR analyses of T<sub>0</sub> transgenic tobacco lines. (B) RT-PCR analyses of <i>UGT85A5</i>...
<p>(a) PCR analysis of T<sub><b>1</b></sub> transgenic rice plants for marker excision. (b) RT-PCR a...
<p>A. PCR analysis of <i>AK</i> and <i>APR</i> genes in the transgenic alfalfa plants. Lane WT: wild...
<p><b>A</b> PCR detection of the gene <i>bgl7Am</i> in the genomic DNA of transgenic plant leaves of...
<p>Genomic DNA isolated from selected transgenic lines derived from the two constructs and untransfo...
<p>(A) and (B) PCR analysis for the presence of the <i>Cry1Ac</i> and <i>SCK</i> gene in transgenic ...
<p>(a) PCR results with the primer pair P35S/TCR using the genomic DNAs prepared from fresh leaves o...
<p>Lanes: M, the DNA molecular weight markers; Z58, the non-transgenic Zheng58; 1–10, the transgenic...
<p>(a) Schematic map of plant expression gene construct pCAMBIA1301-<i>SbMT-2</i>. (b) Confirmation ...
<p>A. PCR amplification of CaMV35S terminator sequence. Lane M: DNA Marker II; lane 1: plasmid pLRPT...
<p>(A) PCR detection of the transgene in transgenic lines. M: 1kb ladder marker, lane 1: transgenic ...
<p>Amplification of 368 bp was observed in all transgenic lines except Wt, whereas <i>Ah-actin</i> g...
<p>(A) A schematic diagram of the mAb SO57 HC and LC DNA constructs <a href="http://www.plosone.org/...
<p>The weight of DNA marker was shown on the left. <b>A</b> PCR identification of the integration of...
Abstract Background After transformation, plants that are homozygous and contain one copy of the tra...
<p>(A) PCR analyses of T<sub>0</sub> transgenic tobacco lines. (B) RT-PCR analyses of <i>UGT85A5</i>...
<p>(a) PCR analysis of T<sub><b>1</b></sub> transgenic rice plants for marker excision. (b) RT-PCR a...
<p>A. PCR analysis of <i>AK</i> and <i>APR</i> genes in the transgenic alfalfa plants. Lane WT: wild...
<p><b>A</b> PCR detection of the gene <i>bgl7Am</i> in the genomic DNA of transgenic plant leaves of...
<p>Genomic DNA isolated from selected transgenic lines derived from the two constructs and untransfo...
<p>(A) and (B) PCR analysis for the presence of the <i>Cry1Ac</i> and <i>SCK</i> gene in transgenic ...
<p>(a) PCR results with the primer pair P35S/TCR using the genomic DNAs prepared from fresh leaves o...
<p>Lanes: M, the DNA molecular weight markers; Z58, the non-transgenic Zheng58; 1–10, the transgenic...
<p>(a) Schematic map of plant expression gene construct pCAMBIA1301-<i>SbMT-2</i>. (b) Confirmation ...
<p>A. PCR amplification of CaMV35S terminator sequence. Lane M: DNA Marker II; lane 1: plasmid pLRPT...
<p>(A) PCR detection of the transgene in transgenic lines. M: 1kb ladder marker, lane 1: transgenic ...
<p>Amplification of 368 bp was observed in all transgenic lines except Wt, whereas <i>Ah-actin</i> g...
<p>(A) A schematic diagram of the mAb SO57 HC and LC DNA constructs <a href="http://www.plosone.org/...
<p>The weight of DNA marker was shown on the left. <b>A</b> PCR identification of the integration of...
Abstract Background After transformation, plants that are homozygous and contain one copy of the tra...
<p>(A) PCR analyses of T<sub>0</sub> transgenic tobacco lines. (B) RT-PCR analyses of <i>UGT85A5</i>...
<p>(a) PCR analysis of T<sub><b>1</b></sub> transgenic rice plants for marker excision. (b) RT-PCR a...
<p>A. PCR analysis of <i>AK</i> and <i>APR</i> genes in the transgenic alfalfa plants. Lane WT: wild...