Reliable techniques to detect the presence and zygosity of transgenic events in plants are crucial for biotechnology research and plant breeding industry. Therefore, we have introduced a novel assay, which enables high-throughput genotyping of transgenic events in maize using duplex real-time PCR. We demonstrated that the presence and zygosity of two selected transgenic events could be detected with high reproducibility and that our method is suitable for rapid genotyping of a large number of samples
Abstract Background After transformation, plants that are homozygous and contain one copy of the tra...
We recently developed a multiplex polymerase chain reaction (PCR) system for the simultaneous detec...
The present study which dealt mainly with processed feeds and some maize samples sold commercially i...
It is vital to develop high-throughput methods to determine transgene copy numbers initially and zyg...
Simple and reliable, high-throughput techniques to detect the zygosity of transgenic events in plant...
Background: A crucial step in the evaluation of newly produced transgenic plants is the selection of...
Despite the unceasing advances in genetic transformation techniques, the success of common delivery ...
This review examines how real-time PCR can be used to determine copy number and zygosity in transgen...
Aim. To develop a methodology for detection of the genes of resistance to the stress factors in tran...
With the growth in the transgenic market, fast and economically viable methodologies are necessary f...
Homozygosity is highly desirable in transgenic plants research to ensure the stable integration and ...
This work describes a quantitative multiplex real-time PCR method optimized for the detection 12 of ...
In this paper we present qualitative detection and identification methods for StarLink maize (event ...
The present study was designed to establish a qualitative detection method based on conventional and...
The objective of the present study was to assess the applicability of the MON 8105' event-specific m...
Abstract Background After transformation, plants that are homozygous and contain one copy of the tra...
We recently developed a multiplex polymerase chain reaction (PCR) system for the simultaneous detec...
The present study which dealt mainly with processed feeds and some maize samples sold commercially i...
It is vital to develop high-throughput methods to determine transgene copy numbers initially and zyg...
Simple and reliable, high-throughput techniques to detect the zygosity of transgenic events in plant...
Background: A crucial step in the evaluation of newly produced transgenic plants is the selection of...
Despite the unceasing advances in genetic transformation techniques, the success of common delivery ...
This review examines how real-time PCR can be used to determine copy number and zygosity in transgen...
Aim. To develop a methodology for detection of the genes of resistance to the stress factors in tran...
With the growth in the transgenic market, fast and economically viable methodologies are necessary f...
Homozygosity is highly desirable in transgenic plants research to ensure the stable integration and ...
This work describes a quantitative multiplex real-time PCR method optimized for the detection 12 of ...
In this paper we present qualitative detection and identification methods for StarLink maize (event ...
The present study was designed to establish a qualitative detection method based on conventional and...
The objective of the present study was to assess the applicability of the MON 8105' event-specific m...
Abstract Background After transformation, plants that are homozygous and contain one copy of the tra...
We recently developed a multiplex polymerase chain reaction (PCR) system for the simultaneous detec...
The present study which dealt mainly with processed feeds and some maize samples sold commercially i...