<p>The rice <i>Actin</i> gene was used as the control. M, DNA size maker; CK, non-transgenic rice; R450-2, R450-5, R450-6 and R450-7 are independent transgenic events sensitive to bentazon.</p
BACKGROUND: The major challenge of cultivating genetically modified (GM) rice (Oryza sativa) at the ...
<p>(a) PCR analysis of T<sub><b>1</b></sub> transgenic rice plants for marker excision. (b) RT-PCR a...
<p>(A) Expression of genes related to transposon elements (TEs). A total of 17,271 TEs were selected...
<p>A) The genomic DNA was isolated from transgenic rice plants and was hybridized with a probe prepa...
<p>The T2 transgenic rice events (R-6, R-11 and R-42) along with non-transgenic ones (CK) were cultu...
<p>The T<sub>1</sub> transgenic plants and the conventional control rice plants were sprayed with Be...
<p>The weight of DNA marker was shown on the left. <b>A</b> PCR identification of the integration of...
Plant transgenic technology has been widely utilized for engineering crops for trait improvements an...
<p>The T0 transgenic rice plants (T) along with non-transgenic (CK) ones were cultured in greenhouse...
<p>Lanes: M, the DNA molecular weight markers; Z58, the non-transgenic Zheng58; 1–10, the transgenic...
<p><b>A.</b> Schematic representation of the T-DNA region of the pCAMBIA1301 binary vector. LB: left...
<p>(A) <i>OsPCF6</i> and <i>OsTCP21</i> expression in wild-type and transgenic rice. Total RNAs from...
Using transgenic rice as a bioreactor for mass production of pharmaceutical proteins could potential...
(A) Detection of the TALEN gene transcript by RT-PCR. A transcript corresponding to the region conta...
<p>(A) Southern blot analysis. Genomic DNA in lanes P and RS1 to RS22 were digested with <i>Bam</i>H...
BACKGROUND: The major challenge of cultivating genetically modified (GM) rice (Oryza sativa) at the ...
<p>(a) PCR analysis of T<sub><b>1</b></sub> transgenic rice plants for marker excision. (b) RT-PCR a...
<p>(A) Expression of genes related to transposon elements (TEs). A total of 17,271 TEs were selected...
<p>A) The genomic DNA was isolated from transgenic rice plants and was hybridized with a probe prepa...
<p>The T2 transgenic rice events (R-6, R-11 and R-42) along with non-transgenic ones (CK) were cultu...
<p>The T<sub>1</sub> transgenic plants and the conventional control rice plants were sprayed with Be...
<p>The weight of DNA marker was shown on the left. <b>A</b> PCR identification of the integration of...
Plant transgenic technology has been widely utilized for engineering crops for trait improvements an...
<p>The T0 transgenic rice plants (T) along with non-transgenic (CK) ones were cultured in greenhouse...
<p>Lanes: M, the DNA molecular weight markers; Z58, the non-transgenic Zheng58; 1–10, the transgenic...
<p><b>A.</b> Schematic representation of the T-DNA region of the pCAMBIA1301 binary vector. LB: left...
<p>(A) <i>OsPCF6</i> and <i>OsTCP21</i> expression in wild-type and transgenic rice. Total RNAs from...
Using transgenic rice as a bioreactor for mass production of pharmaceutical proteins could potential...
(A) Detection of the TALEN gene transcript by RT-PCR. A transcript corresponding to the region conta...
<p>(A) Southern blot analysis. Genomic DNA in lanes P and RS1 to RS22 were digested with <i>Bam</i>H...
BACKGROUND: The major challenge of cultivating genetically modified (GM) rice (Oryza sativa) at the ...
<p>(a) PCR analysis of T<sub><b>1</b></sub> transgenic rice plants for marker excision. (b) RT-PCR a...
<p>(A) Expression of genes related to transposon elements (TEs). A total of 17,271 TEs were selected...
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