This method allows high-throughput qualitative screening to identify seeds containing a transgene product in endosperm tissue. It is particularly useful for determining genetic segregation ratios or identifying seeds to be advanced in a breeding program. Tissue printing is used to avoid time-consuming extraction steps. Antibody-based detection of the transgene product makes this method suitable to any transgene product for which a specific antibody is available. It is possible to screen thousands of seeds per week using this method
DNA based characterisation of maize germplasm has become the easiest and fastest approach to identif...
Genetically modified plants (GMP) are regulated by comprehensive EU legislation. Cisgenesis, intrage...
One of the major problems facing the world in the 21st century is feeding a growing population on ev...
We have developed a method for detecting a transgene and its protein product in maize endosperm that...
We have developed a method for detecting a transgene and its protein product in maize endosperm that...
Seed tissues (endosperm, embryo, and pericarp) are often separated into tissue-enriched fractions by...
With the growth in the transgenic market, fast and economically viable methodologies are necessary f...
The determination of the presence of genetically modified plant material by the detection of express...
The efficiency of fractionating cereal grains (e.g., dry corn milling) can be evaluated and monitore...
Abstract Leaf collection from the field, labeling and tracking back to the source plants after genot...
Expressing transgenes in the endosperm of cereals by developing stably transformed lines is an expen...
Entering the second decade of commercialization of biotech crops, the global area cultivated with tr...
The objective of this work was to distinguish the parental source of alleles in heterozygous progeny...
The cultivation of genetically modified crops is becoming increasingly important; more traits are em...
Plant breeders are always interested in new genetic resources. In the past, the sources have been li...
DNA based characterisation of maize germplasm has become the easiest and fastest approach to identif...
Genetically modified plants (GMP) are regulated by comprehensive EU legislation. Cisgenesis, intrage...
One of the major problems facing the world in the 21st century is feeding a growing population on ev...
We have developed a method for detecting a transgene and its protein product in maize endosperm that...
We have developed a method for detecting a transgene and its protein product in maize endosperm that...
Seed tissues (endosperm, embryo, and pericarp) are often separated into tissue-enriched fractions by...
With the growth in the transgenic market, fast and economically viable methodologies are necessary f...
The determination of the presence of genetically modified plant material by the detection of express...
The efficiency of fractionating cereal grains (e.g., dry corn milling) can be evaluated and monitore...
Abstract Leaf collection from the field, labeling and tracking back to the source plants after genot...
Expressing transgenes in the endosperm of cereals by developing stably transformed lines is an expen...
Entering the second decade of commercialization of biotech crops, the global area cultivated with tr...
The objective of this work was to distinguish the parental source of alleles in heterozygous progeny...
The cultivation of genetically modified crops is becoming increasingly important; more traits are em...
Plant breeders are always interested in new genetic resources. In the past, the sources have been li...
DNA based characterisation of maize germplasm has become the easiest and fastest approach to identif...
Genetically modified plants (GMP) are regulated by comprehensive EU legislation. Cisgenesis, intrage...
One of the major problems facing the world in the 21st century is feeding a growing population on ev...