A. PCR confirmation of Cry1Ac. Lane M: 50 bp ladder (Fermentas, USA); lane 1: positive control (Recombinant plasmid DNA harbouring the cry1Ac gene); lane 2: negative control; lane 3 and 4: reference control maize; lane 5–6: transgenic maize. B. PCR analysis of the cry2A. Lane M: 50 bp ladder; lane1: positive control (Recombinant plasmid DNA harbouring the cry2A gene sequence); lane 2: negative control; lane 3 and 4: reference control maize; lane 5 and 6: transgenic maize. (JPG)</p
<p>(A) The arrows represent the PCR primers used for the detection of the flanking sequences. G1 and...
<p>A. PCR analysis of <i>AK</i> and <i>APR</i> genes in the transgenic alfalfa plants. Lane WT: wild...
Primers and probes were developed for the element-specific detection of cry1A.105 and cry2Ab2 genes,...
<p><b>A</b> PCR detection of the gene <i>bgl7Am</i> in the genomic DNA of transgenic plant leaves of...
<p>(A) and (B) PCR analysis for the presence of the <i>Cry1Ac</i> and <i>SCK</i> gene in transgenic ...
<p>A. PCR amplification of CaMV35S terminator sequence. Lane M: DNA Marker II; lane 1: plasmid pLRPT...
<p>PCR result summary for samples in which transgenes were detected, and background information on t...
<p><b>A</b> Western blot analysis of the Bgl7AM from transgenic maize seeds. Lane M, the protein mol...
<p>(A) polymerase chain reaction (PCR) analysis of wild type and transgenic lines with specific prim...
<p>(a) The endogenous gene (226 bp) of corn for <i>ivr</i> (left), (b) The exogenous gene (678 bp) o...
<p>Lanes: M, the DNA molecular weight markers; Z58, the non-transgenic Zheng58; 1–10, the transgenic...
For the quantitative analysis of genetically modified (GM) maize in processed foods, primer sets and...
Aim. To develop a methodology for detection of the genes of resistance to the stress factors in tran...
*<p>Numbers of positive plant by PCR-Southern/numbers of immature embryos for transformation ×100%.<...
Particle bombardment and Agrobacterium-mediated transformation are two popular methods currently use...
<p>(A) The arrows represent the PCR primers used for the detection of the flanking sequences. G1 and...
<p>A. PCR analysis of <i>AK</i> and <i>APR</i> genes in the transgenic alfalfa plants. Lane WT: wild...
Primers and probes were developed for the element-specific detection of cry1A.105 and cry2Ab2 genes,...
<p><b>A</b> PCR detection of the gene <i>bgl7Am</i> in the genomic DNA of transgenic plant leaves of...
<p>(A) and (B) PCR analysis for the presence of the <i>Cry1Ac</i> and <i>SCK</i> gene in transgenic ...
<p>A. PCR amplification of CaMV35S terminator sequence. Lane M: DNA Marker II; lane 1: plasmid pLRPT...
<p>PCR result summary for samples in which transgenes were detected, and background information on t...
<p><b>A</b> Western blot analysis of the Bgl7AM from transgenic maize seeds. Lane M, the protein mol...
<p>(A) polymerase chain reaction (PCR) analysis of wild type and transgenic lines with specific prim...
<p>(a) The endogenous gene (226 bp) of corn for <i>ivr</i> (left), (b) The exogenous gene (678 bp) o...
<p>Lanes: M, the DNA molecular weight markers; Z58, the non-transgenic Zheng58; 1–10, the transgenic...
For the quantitative analysis of genetically modified (GM) maize in processed foods, primer sets and...
Aim. To develop a methodology for detection of the genes of resistance to the stress factors in tran...
*<p>Numbers of positive plant by PCR-Southern/numbers of immature embryos for transformation ×100%.<...
Particle bombardment and Agrobacterium-mediated transformation are two popular methods currently use...
<p>(A) The arrows represent the PCR primers used for the detection of the flanking sequences. G1 and...
<p>A. PCR analysis of <i>AK</i> and <i>APR</i> genes in the transgenic alfalfa plants. Lane WT: wild...
Primers and probes were developed for the element-specific detection of cry1A.105 and cry2Ab2 genes,...