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TESTBIOTECH
Testbiotech points to already existing legal flexibility. 30 April 2021 / The EU Commission has published a report on new genomic techniques (New GE, genome editing) in plants and animals. They have concluded that the current EU GMO regulation should be reformed. Its fundamental goals are to promote New GE applications in agricultureand to
GENETICALLY ENGINEERED ANIMALS The first genetically engineered mammals were developed even before the first transgenic plants. In 1974, it was announced that the first genetically engineered mice had been created. In 1985, the first genetically engineered sheep and pigs were presented to the public. At present, transgenic fish are awaiting approval in the US, and in Europe we are looking at the possibly GENETICALLY ENGINEERED COWS Genetically engineered cows. The genetically engineered cow (“Daisy”) was born in New Zealand with the aim that she would eventually produce milk containing less allergenic proteins. This was achieved by intervention in gene regulation causing the activity of natural genes to be blocked.BT11 | TESTBIOTECH
Bt11 is one of the older Bt maize, first authorized for cultivation in 1996. Bt11 produces the Bt toxin Cry1Ab against lepidoptera such as European corn borer (ECB, Ostrinia nubilalis and Mediterranean stem borer (MCB, Sesamia nonagrioides). In addition, Bt11 is herbicide-tolerant against the glufosinate-ammonium (BASTA, Liberty). It is currently authorized as food/feed, andAMFLORA POTATO
The GM starch potato Amflora owned by BASF has been genetically modified to inhibit the production of one of the two starches naturally occurring in potatoes so that it contains more then 99% of amylopectin but very little amylosee. It also contains an antibiotic resistance gene as marker. The potato, derived from the variety "Prvalent" has been modified by 'antisense GA21 MAIZE | TESTBIOTECH GA21 maize is one of Syngenta's Roundup Ready maizes. It was genetically engineered by particle acceleration (biolistic) transformation to be tolerant to glyphosate-containing herbicides (Roundup). Through the transformation three complete copies of the m-epsps gene were inserted into the maize genome. GA21 maize is currently approved for cultivation in the USA, Canada, Japan,CRISPR TOMATOES
Japan granted approval in January 2021 for the first ‘CRISPR tomatoes’ to be used in food production. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. GABA (γ-Aminobutyric acid) can diminish the transmission of specific signals in the central nervous system which may, amongst others, cause lowerCHRISTOPH THEN
Persönliche Informationen Kurz-Biographie. Dr. Christoph Then is executive director of Testbiotech (www.testbiotech.org).He also acts as a Coordinator for the Coalition "No Patents on Seeds" (www.no-patents-on-seeds.org).Christoph Then studied veterinary and has been working for about 20 years on issues in the field ofbiotechnology.
EXPERTS CONFIRM DIFFERENCES BETWEEN GENOME EDITING AND 2 July 2018 / In a recent publication jointly prepared by experts from the German regulatory authority (BVL) and US corporation DowDuPont, the experts have explicitly confirmed significant differences between new methods of genetic engineering and conventional plant breeding. According to the publication, plants manipulated with methods known as genome editing can be identified and traced in OVERVIEW OF GENOME EDITING APPLICATIONS USING SDN-1 AND Overview of genome editing applications using SDN-1 and SDN-2 in regard to EU regulatory issuesTESTBIOTECH
Testbiotech points to already existing legal flexibility. 30 April 2021 / The EU Commission has published a report on new genomic techniques (New GE, genome editing) in plants and animals. They have concluded that the current EU GMO regulation should be reformed. Its fundamental goals are to promote New GE applications in agricultureand to
GENETICALLY ENGINEERED ANIMALS The first genetically engineered mammals were developed even before the first transgenic plants. In 1974, it was announced that the first genetically engineered mice had been created. In 1985, the first genetically engineered sheep and pigs were presented to the public. At present, transgenic fish are awaiting approval in the US, and in Europe we are looking at the possibly GENETICALLY ENGINEERED COWS Genetically engineered cows. The genetically engineered cow (“Daisy”) was born in New Zealand with the aim that she would eventually produce milk containing less allergenic proteins. This was achieved by intervention in gene regulation causing the activity of natural genes to be blocked.BT11 | TESTBIOTECH
Bt11 is one of the older Bt maize, first authorized for cultivation in 1996. Bt11 produces the Bt toxin Cry1Ab against lepidoptera such as European corn borer (ECB, Ostrinia nubilalis and Mediterranean stem borer (MCB, Sesamia nonagrioides). In addition, Bt11 is herbicide-tolerant against the glufosinate-ammonium (BASTA, Liberty). It is currently authorized as food/feed, andAMFLORA POTATO
The GM starch potato Amflora owned by BASF has been genetically modified to inhibit the production of one of the two starches naturally occurring in potatoes so that it contains more then 99% of amylopectin but very little amylosee. It also contains an antibiotic resistance gene as marker. The potato, derived from the variety "Prvalent" has been modified by 'antisense GA21 MAIZE | TESTBIOTECH GA21 maize is one of Syngenta's Roundup Ready maizes. It was genetically engineered by particle acceleration (biolistic) transformation to be tolerant to glyphosate-containing herbicides (Roundup). Through the transformation three complete copies of the m-epsps gene were inserted into the maize genome. GA21 maize is currently approved for cultivation in the USA, Canada, Japan,CRISPR TOMATOES
Japan granted approval in January 2021 for the first ‘CRISPR tomatoes’ to be used in food production. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. GABA (γ-Aminobutyric acid) can diminish the transmission of specific signals in the central nervous system which may, amongst others, cause lowerCHRISTOPH THEN
Persönliche Informationen Kurz-Biographie. Dr. Christoph Then is executive director of Testbiotech (www.testbiotech.org).He also acts as a Coordinator for the Coalition "No Patents on Seeds" (www.no-patents-on-seeds.org).Christoph Then studied veterinary and has been working for about 20 years on issues in the field ofbiotechnology.
EXPERTS CONFIRM DIFFERENCES BETWEEN GENOME EDITING AND 2 July 2018 / In a recent publication jointly prepared by experts from the German regulatory authority (BVL) and US corporation DowDuPont, the experts have explicitly confirmed significant differences between new methods of genetic engineering and conventional plant breeding. According to the publication, plants manipulated with methods known as genome editing can be identified and traced in OVERVIEW OF GENOME EDITING APPLICATIONS USING SDN-1 AND Overview of genome editing applications using SDN-1 and SDN-2 in regard to EU regulatory issuesPUBLICATIONS
TESTBIOTECH Background 12 - 4 - 2021. 2021. Testbiotech Background STOA and New GE._v2.pdf. Testbiotech comment on EFSA’s assessment of genetically engineered maize MON 87427 x MON 87460 x MON 89034 x 1507 x MON 87411 x 59122 and subcombinations, from. TESTBIOTECH Background7
GENETICALLY ENGINEERED ANIMALS The first genetically engineered mammals were developed even before the first transgenic plants. In 1974, it was announced that the first genetically engineered mice had been created. In 1985, the first genetically engineered sheep and pigs were presented to the public. At present, transgenic fish are awaiting approval in the US, and in Europe we are looking at the possibly CRISPR/CAS COMPREHENSIVELY EXPLAINED 12 May 2021 / The Project Genetic Engineering and the Environment (FGU) is today releasing the first in a series of videos on CRISPR/Cas gene scissors. The basics of the technology, its possibilities and risks will be presented in four videos. Especially applications of CRISPR/Cas in plants are explained. These videos aim to promote informed dialogue in civil society on the KEEP GENE SCISSORS UNDER CONTROL! Keep gene scissors under control! Appeal to politicians. 18 May 2021 / In a joint appeal, science, agricultural, beekeeping and environmental protection organisations have criticised a controversial EU Commission report on the regulation of plants and animals derived from new methods of genetic engineering (New GE, genome editing). CRISPR: GENE SCISSORS CAUSE CHAOS IN THE GENOME 11 November 2020 / A new publication has described experiments using CRISPR/Cas9 gene scissors on human embryos. The aim of the experiments conducted in the US was to correct a mutated DNA sequence that causes a genetic disorder. This disorder can result in blindness (Retinitis pigmentosa). The gene scissors were supposed to cut the faulty gene sequence – and the expectation CRISPR/CAS COMPREHENSIVELY EXPLAINED / PART 2 21 May 2021 / The Project Genetic Engineering and the Environment (FGU) is today releasing the second in a series of videos on CRISPR/Cas gene scissors. The basics of the technology, its possibilities and risks will be presented in four videos. Especially applications of CRISPR/Cas in plants are explained. These videos aim to promote informed dialogue in civil society on the advantages and THE RETURN OF THE TRIFFIDS The Return of the Triffids. In September 2009 genetically engineered plants returned to life like supposedly extinct monsters from a movie: Herbicide tolerant Flax CDC-FLØØ1-2 (FP967), more commonly named Triffid, was found in the European markets. All of its seeds were thought to have been destroyed in 2001.CHRISTOPH THEN
Persönliche Informationen Kurz-Biographie. Dr. Christoph Then is executive director of Testbiotech (www.testbiotech.org).He also acts as a Coordinator for the Coalition "No Patents on Seeds" (www.no-patents-on-seeds.org).Christoph Then studied veterinary and has been working for about 20 years on issues in the field ofbiotechnology.
25 YEARS OF THE 'ONCOMOUSE' PATENT 19 May 2017 / In May 1992, the European Patent Office (EPO) granted the first patent on a mammal, the so-called “oncomouse” (EP0169672) patent. The mice were deliberately genetically engineered to be highly susceptible developing cancer within their lifespan. The patent was applied for by Harvard University in cooperation with the US company, DuPont. Many oppositions were filed against the GENETICALLY ENGINEERED MAIZE: NEW INDICATION OF HEALTH Insecticidal Bt toxins such as those produced in genetically engineered plants can be detrimental to human cells. This is a result of recent research led by researchers at the University of Caen (France). Their experiments showed that toxins produced in, for example, the genetically engineered maize MON810, can significantly impact the viability of human cells.TESTBIOTECH
Testbiotech points to already existing legal flexibility. 30 April 2021 / The EU Commission has published a report on new genomic techniques (New GE, genome editing) in plants and animals. They have concluded that the current EU GMO regulation should be reformed. Its fundamental goals are to promote New GE applications in agricultureand to
PUBLICATIONS
TESTBIOTECH Background 12 - 4 - 2021. 2021. Testbiotech Background STOA and New GE._v2.pdf. Testbiotech comment on EFSA’s assessment of genetically engineered maize MON 87427 x MON 87460 x MON 89034 x 1507 x MON 87411 x 59122 and subcombinations, from. TESTBIOTECH Background7
BT11 | TESTBIOTECH
Bt11 is one of the older Bt maize, first authorized for cultivation in 1996. Bt11 produces the Bt toxin Cry1Ab against lepidoptera such as European corn borer (ECB, Ostrinia nubilalis and Mediterranean stem borer (MCB, Sesamia nonagrioides). In addition, Bt11 is herbicide-tolerant against the glufosinate-ammonium (BASTA, Liberty). It is currently authorized as food/feed, and GA21 MAIZE | TESTBIOTECH GA21 maize is one of Syngenta's Roundup Ready maizes. It was genetically engineered by particle acceleration (biolistic) transformation to be tolerant to glyphosate-containing herbicides (Roundup). Through the transformation three complete copies of the m-epsps gene were inserted into the maize genome. GA21 maize is currently approved for cultivation in the USA, Canada, Japan,AMFLORA POTATO
The GM starch potato Amflora owned by BASF has been genetically modified to inhibit the production of one of the two starches naturally occurring in potatoes so that it contains more then 99% of amylopectin but very little amylosee. It also contains an antibiotic resistance gene as marker. The potato, derived from the variety "Prvalent" has been modified by 'antisense GENETICALLY ENGINEERED COWS Genetically engineered cows. The genetically engineered cow (“Daisy”) was born in New Zealand with the aim that she would eventually produce milk containing less allergenic proteins. This was achieved by intervention in gene regulation causing the activity of natural genes to be blocked. ‘CRISPR TOMATOES’ APPROVED IN JAPAN 3 Februar 2021 / Japan granted approval in January for the first ‘CRISPR tomatoes’ to be used in food production. There are plans to distribute the genetically engineered (GE) plants to home gardeners. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. This is an example of how it is possible toCRISPR TOMATOES
Japan granted approval in January 2021 for the first ‘CRISPR tomatoes’ to be used in food production. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. GABA (γ-Aminobutyric acid) can diminish the transmission of specific signals in the central nervous system which may, amongst others, cause lowerCHRISTOPH THEN
Persönliche Informationen Kurz-Biographie. Dr. Christoph Then is executive director of Testbiotech (www.testbiotech.org).He also acts as a Coordinator for the Coalition "No Patents on Seeds" (www.no-patents-on-seeds.org).Christoph Then studied veterinary and has been working for about 20 years on issues in the field ofbiotechnology.
OVERVIEW OF GENOME EDITING APPLICATIONS USING SDN-1 AND Overview of genome editing applications using SDN-1 and SDN-2 in regard to EU regulatory issuesTESTBIOTECH
Testbiotech points to already existing legal flexibility. 30 April 2021 / The EU Commission has published a report on new genomic techniques (New GE, genome editing) in plants and animals. They have concluded that the current EU GMO regulation should be reformed. Its fundamental goals are to promote New GE applications in agricultureand to
PUBLICATIONS
TESTBIOTECH Background 12 - 4 - 2021. 2021. Testbiotech Background STOA and New GE._v2.pdf. Testbiotech comment on EFSA’s assessment of genetically engineered maize MON 87427 x MON 87460 x MON 89034 x 1507 x MON 87411 x 59122 and subcombinations, from. TESTBIOTECH Background7
BT11 | TESTBIOTECH
Bt11 is one of the older Bt maize, first authorized for cultivation in 1996. Bt11 produces the Bt toxin Cry1Ab against lepidoptera such as European corn borer (ECB, Ostrinia nubilalis and Mediterranean stem borer (MCB, Sesamia nonagrioides). In addition, Bt11 is herbicide-tolerant against the glufosinate-ammonium (BASTA, Liberty). It is currently authorized as food/feed, and GA21 MAIZE | TESTBIOTECH GA21 maize is one of Syngenta's Roundup Ready maizes. It was genetically engineered by particle acceleration (biolistic) transformation to be tolerant to glyphosate-containing herbicides (Roundup). Through the transformation three complete copies of the m-epsps gene were inserted into the maize genome. GA21 maize is currently approved for cultivation in the USA, Canada, Japan,AMFLORA POTATO
The GM starch potato Amflora owned by BASF has been genetically modified to inhibit the production of one of the two starches naturally occurring in potatoes so that it contains more then 99% of amylopectin but very little amylosee. It also contains an antibiotic resistance gene as marker. The potato, derived from the variety "Prvalent" has been modified by 'antisense GENETICALLY ENGINEERED COWS Genetically engineered cows. The genetically engineered cow (“Daisy”) was born in New Zealand with the aim that she would eventually produce milk containing less allergenic proteins. This was achieved by intervention in gene regulation causing the activity of natural genes to be blocked. ‘CRISPR TOMATOES’ APPROVED IN JAPAN 3 Februar 2021 / Japan granted approval in January for the first ‘CRISPR tomatoes’ to be used in food production. There are plans to distribute the genetically engineered (GE) plants to home gardeners. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. This is an example of how it is possible toCRISPR TOMATOES
Japan granted approval in January 2021 for the first ‘CRISPR tomatoes’ to be used in food production. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. GABA (γ-Aminobutyric acid) can diminish the transmission of specific signals in the central nervous system which may, amongst others, cause lowerCHRISTOPH THEN
Persönliche Informationen Kurz-Biographie. Dr. Christoph Then is executive director of Testbiotech (www.testbiotech.org).He also acts as a Coordinator for the Coalition "No Patents on Seeds" (www.no-patents-on-seeds.org).Christoph Then studied veterinary and has been working for about 20 years on issues in the field ofbiotechnology.
OVERVIEW OF GENOME EDITING APPLICATIONS USING SDN-1 AND Overview of genome editing applications using SDN-1 and SDN-2 in regard to EU regulatory issuesPUBLICATIONS
TESTBIOTECH Background 12 - 4 - 2021. 2021. Testbiotech Background STOA and New GE._v2.pdf. Testbiotech comment on EFSA’s assessment of genetically engineered maize MON 87427 x MON 87460 x MON 89034 x 1507 x MON 87411 x 59122 and subcombinations, from. TESTBIOTECH Background7
PLANTGENERISK DATABASE The database lists the food plants which are authorised in the EU or are assessed by EFSA and might soon be approved. Each plant listed in the database is portrayed by its technical characteristics. Here one can also find the link to the opinion of EFSA and for many cases also a critical appraisal by Testbiotech. CRISPR/CAS COMPREHENSIVELY EXPLAINED 12 May 2021 / The Project Genetic Engineering and the Environment (FGU) is today releasing the first in a series of videos on CRISPR/Cas gene scissors. The basics of the technology, its possibilities and risks will be presented in four videos. Especially applications of CRISPR/Cas in plants are explained. These videos aim to promote informed dialogue in civil society on the ‘INDIRECT’ GENETIC ENGINEERING OF HONEY BEES 9 July 2020 / US researchers have filed an application for a patent covering genetically engineered bacteria, including the bees that have the microbes in their gut. According to the patent application, the bacteria can produce molecules which interfere with gene regulation across species boundaries. That way the honey bees are ‘indirectly’ genetically engineered. CRISPR: GENE SCISSORS CAUSE CHAOS IN THE GENOME 11 November 2020 / A new publication has described experiments using CRISPR/Cas9 gene scissors on human embryos. The aim of the experiments conducted in the US was to correct a mutated DNA sequence that causes a genetic disorder. This disorder can result in blindness (Retinitis pigmentosa). The gene scissors were supposed to cut the faulty gene sequence – and the expectation KEEP GENE SCISSORS UNDER CONTROL! Keep gene scissors under control! Appeal to politicians. 18 May 2021 / In a joint appeal, science, agricultural, beekeeping and environmental protection organisations have criticised a controversial EU Commission report on the regulation of plants and animals derived from new methods of genetic engineering (New GE, genome editing). CRISPR/CAS COMPREHENSIVELY EXPLAINED / PART 2 21 May 2021 / The Project Genetic Engineering and the Environment (FGU) is today releasing the second in a series of videos on CRISPR/Cas gene scissors. The basics of the technology, its possibilities and risks will be presented in four videos. Especially applications of CRISPR/Cas in plants are explained. These videos aim to promote informed dialogue in civil society on the advantages and GENETICALLY ENGINEERED ANIMALS The first genetically engineered mammals were developed even before the first transgenic plants. In 1974, it was announced that the first genetically engineered mice had been created. In 1985, the first genetically engineered sheep and pigs were presented to the public. At present, transgenic fish are awaiting approval in the US, and in Europe we are looking at the possibly RESEARCH PROJECT RAGES The RAGES project (Risk Assessment of genetically engineered organisms in the EU and Switzerland) investigated from 2016 to 2019 in detail the approval processes for genetically engineered plants. The project is completely independent of the interests of the biotechnology industry. Results from the RAGES project show that risk assessors in the EU and Switzerland have failed, GENETICALLY ENGINEERED MAIZE: NEW INDICATION OF HEALTH Insecticidal Bt toxins such as those produced in genetically engineered plants can be detrimental to human cells. This is a result of recent research led by researchers at the University of Caen (France). Their experiments showed that toxins produced in, for example, the genetically engineered maize MON810, can significantly impact the viability of human cells.TESTBIOTECH
Testbiotech points to already existing legal flexibility. 30 April 2021 / The EU Commission has published a report on new genomic techniques (New GE, genome editing) in plants and animals. They have concluded that the current EU GMO regulation should be reformed. Its fundamental goals are to promote New GE applications in agricultureand to
GENETICALLY ENGINEERED COWS Genetically engineered cows. The genetically engineered cow (“Daisy”) was born in New Zealand with the aim that she would eventually produce milk containing less allergenic proteins. This was achieved by intervention in gene regulation causing the activity of natural genes to be blocked. ‘CRISPR TOMATOES’ APPROVED IN JAPAN 3 Februar 2021 / Japan granted approval in January for the first ‘CRISPR tomatoes’ to be used in food production. There are plans to distribute the genetically engineered (GE) plants to home gardeners. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. This is an example of how it is possible to GA21 MAIZE | TESTBIOTECH GA21 maize is one of Syngenta's Roundup Ready maizes. It was genetically engineered by particle acceleration (biolistic) transformation to be tolerant to glyphosate-containing herbicides (Roundup). Through the transformation three complete copies of the m-epsps gene were inserted into the maize genome. GA21 maize is currently approved for cultivation in the USA, Canada, Japan,AMFLORA POTATO
The GM starch potato Amflora owned by BASF has been genetically modified to inhibit the production of one of the two starches naturally occurring in potatoes so that it contains more then 99% of amylopectin but very little amylosee. It also contains an antibiotic resistance gene as marker. The potato, derived from the variety "Prvalent" has been modified by 'antisenseCRISPR TOMATOES
Japan granted approval in January 2021 for the first ‘CRISPR tomatoes’ to be used in food production. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. GABA (γ-Aminobutyric acid) can diminish the transmission of specific signals in the central nervous system which may, amongst others, cause lowerCHRISTOPH THEN
Persönliche Informationen Kurz-Biographie. Dr. Christoph Then is executive director of Testbiotech (www.testbiotech.org).He also acts as a Coordinator for the Coalition "No Patents on Seeds" (www.no-patents-on-seeds.org).Christoph Then studied veterinary and has been working for about 20 years on issues in the field ofbiotechnology.
CRISPR/CAS VERSTÄNDLICH ERKLÄRT 12. Mai 2021 / Heute veröffentlicht die Fachstelle Gentechnik und Umwelt (FGU) das erste einer Reihe von Erklärvideos über die Genschere CRISPR/Cas. In insgesamt vier Videos werden Grundlagen der Technik, Möglichkeiten und Risiken dargestellt. Dabei werden vorallem
EXPERTS CONFIRM DIFFERENCES BETWEEN GENOME EDITING AND 2 July 2018 / In a recent publication jointly prepared by experts from the German regulatory authority (BVL) and US corporation DowDuPont, the experts have explicitly confirmed significant differences between new methods of genetic engineering and conventional plant breeding. According to the publication, plants manipulated with methods known as genome editing can be identified and traced in OVERVIEW OF GENOME EDITING APPLICATIONS USING SDN-1 AND Overview of genome editing applications using SDN-1 and SDN-2 in regard to EU regulatory issuesTESTBIOTECH
Testbiotech points to already existing legal flexibility. 30 April 2021 / The EU Commission has published a report on new genomic techniques (New GE, genome editing) in plants and animals. They have concluded that the current EU GMO regulation should be reformed. Its fundamental goals are to promote New GE applications in agricultureand to
GENETICALLY ENGINEERED COWS Genetically engineered cows. The genetically engineered cow (“Daisy”) was born in New Zealand with the aim that she would eventually produce milk containing less allergenic proteins. This was achieved by intervention in gene regulation causing the activity of natural genes to be blocked. ‘CRISPR TOMATOES’ APPROVED IN JAPAN 3 Februar 2021 / Japan granted approval in January for the first ‘CRISPR tomatoes’ to be used in food production. There are plans to distribute the genetically engineered (GE) plants to home gardeners. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. This is an example of how it is possible to GA21 MAIZE | TESTBIOTECH GA21 maize is one of Syngenta's Roundup Ready maizes. It was genetically engineered by particle acceleration (biolistic) transformation to be tolerant to glyphosate-containing herbicides (Roundup). Through the transformation three complete copies of the m-epsps gene were inserted into the maize genome. GA21 maize is currently approved for cultivation in the USA, Canada, Japan,AMFLORA POTATO
The GM starch potato Amflora owned by BASF has been genetically modified to inhibit the production of one of the two starches naturally occurring in potatoes so that it contains more then 99% of amylopectin but very little amylosee. It also contains an antibiotic resistance gene as marker. The potato, derived from the variety "Prvalent" has been modified by 'antisenseCRISPR TOMATOES
Japan granted approval in January 2021 for the first ‘CRISPR tomatoes’ to be used in food production. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. GABA (γ-Aminobutyric acid) can diminish the transmission of specific signals in the central nervous system which may, amongst others, cause lowerCHRISTOPH THEN
Persönliche Informationen Kurz-Biographie. Dr. Christoph Then is executive director of Testbiotech (www.testbiotech.org).He also acts as a Coordinator for the Coalition "No Patents on Seeds" (www.no-patents-on-seeds.org).Christoph Then studied veterinary and has been working for about 20 years on issues in the field ofbiotechnology.
CRISPR/CAS VERSTÄNDLICH ERKLÄRT 12. Mai 2021 / Heute veröffentlicht die Fachstelle Gentechnik und Umwelt (FGU) das erste einer Reihe von Erklärvideos über die Genschere CRISPR/Cas. In insgesamt vier Videos werden Grundlagen der Technik, Möglichkeiten und Risiken dargestellt. Dabei werden vorallem
EXPERTS CONFIRM DIFFERENCES BETWEEN GENOME EDITING AND 2 July 2018 / In a recent publication jointly prepared by experts from the German regulatory authority (BVL) and US corporation DowDuPont, the experts have explicitly confirmed significant differences between new methods of genetic engineering and conventional plant breeding. According to the publication, plants manipulated with methods known as genome editing can be identified and traced in OVERVIEW OF GENOME EDITING APPLICATIONS USING SDN-1 AND Overview of genome editing applications using SDN-1 and SDN-2 in regard to EU regulatory issues TESTBIOTECHTRANSLATE THIS PAGE Testbiotech verweist auf bereits bestehende gesetzliche Flexibilität. 30. April 2021 / Die EU-Kommission hat einen Bericht zu Anwendungen der ‚Neuen Gentechnik‘ (Genome Editing) bei Pflanzen und Tieren vorgelegt. Dabei kommt sie zur Auffassung, dass die bestehende Gentechnikgesetzgebung reformiert NEW FGU VIDEO EXPLAINS UNINTENDED ENVIRONMENTAL EFFECTS OF 9 June 2021 / Today, the Project Genetic Engineering and the Environment (FGU) is publishing the third explainer video on the CRISPR/Cas gene scissors. In a total of four videos, the basics of the technology, possibilities and risks are presented. In particular, applications of the gene scissors in plants are explained. With these videos, the FGU wants to support an informed dialogue inPUBLICATIONS
TESTBIOTECH Background 12 - 4 - 2021. 2021. Testbiotech Background STOA and New GE._v2.pdf. Testbiotech comment on EFSA’s assessment of genetically engineered maize MON 87427 x MON 87460 x MON 89034 x 1507 x MON 87411 x 59122 and subcombinations, from. TESTBIOTECH Background7
CRISPR: GENE SCISSORS CAUSE CHAOS IN THE GENOME 11 November 2020 / A new publication has described experiments using CRISPR/Cas9 gene scissors on human embryos. The aim of the experiments conducted in the US was to correct a mutated DNA sequence that causes a genetic disorder. This disorder can result in blindness (Retinitis pigmentosa). The gene scissors were supposed to cut the faulty gene sequence – and the expectation CRISPR/CAS VERSTÄNDLICH ERKLÄRT 12. Mai 2021 / Heute veröffentlicht die Fachstelle Gentechnik und Umwelt (FGU) das erste einer Reihe von Erklärvideos über die Genschere CRISPR/Cas. In insgesamt vier Videos werden Grundlagen der Technik, Möglichkeiten und Risiken dargestellt. Dabei werden vorallem
BT11 | TESTBIOTECH
Bt11 is one of the older Bt maize, first authorized for cultivation in 1996. Bt11 produces the Bt toxin Cry1Ab against lepidoptera such as European corn borer (ECB, Ostrinia nubilalis and Mediterranean stem borer (MCB, Sesamia nonagrioides). In addition, Bt11 is herbicide-tolerant against the glufosinate-ammonium (BASTA, Liberty). It is currently authorized as food/feed, and CRISPR: GEN-SCHERE BEWIRKT CHAOS IM ERBGUT 11. November 2020 / Eine neue Publikation berichtet über Versuche mit der Gen-Schere CRISPR/Cas9 an menschlichen Embryonen. Ziel der Versuche in den USA war die Korrektur einer Mutation, die eine Erbkrankheit verursacht. Diese kann zum Erblinden führen (Retinitis pigmentosa). Die Gen-Schere sollte dazu die fehlerhafte Gensequenz durchtrennen. Es wurde erwartet, dass der Fehler im Erbgut dann EFSA'S REVOLVING DOOR TO BIOTECH INDUSTRY UNACCEPTABLE The Germany-based NGO Testbiotech has today filed an official complaint with the European Ombudsman against EFSA, the EU's food safety agency. The complaint targets EFSA's decision to allow Suzy Renckens, head of EFSA's GMO Unit, to become a lobbyist for biotech giant Syngenta, without any 'cooling off' period or other restrictions. Ms Renckens move to become a leading ANBAU VON GENTECHNIK-MAIS VOR NEUEN PROBLEMEN 29. Oktober 2020 / Der in Europa umstrittene gentechnisch veränderte Mais MON810 produziert Insektizide und darf seit rund 20 Jahren in Spanien angebaut werden. Nun sieht sich der Anbau der transgenen Pflanzen mit neuen Problemen konfrontiert: Aktuelle Forschungsergebnisse zeigen, dass sich Teosinte, eine unkrautartige Verwandte des Mais, in ihren biologischen Eigenschaften so YIELDGARD VT PRO/RR2 (EVENT MON89034 X NK603) YieldGard VT PRO/RR2 (Event MON89034 x NK603) Published on testbiotech (https://www.testbiotech.org) YieldGard VT PRO/RR2 (Event MON89034 xNK603)
TESTBIOTECH
Testbiotech points to already existing legal flexibility. 30 April 2021 / The EU Commission has published a report on new genomic techniques (New GE, genome editing) in plants and animals. They have concluded that the current EU GMO regulation should be reformed. Its fundamental goals are to promote New GE applications in agricultureand to
TESTBIOTECHTRANSLATE THIS PAGE Testbiotech verweist auf bereits bestehende gesetzliche Flexibilität. 30. April 2021 / Die EU-Kommission hat einen Bericht zu Anwendungen der ‚Neuen Gentechnik‘ (Genome Editing) bei Pflanzen und Tieren vorgelegt. Dabei kommt sie zur Auffassung, dass die bestehende Gentechnikgesetzgebung reformiert GENETICALLY ENGINEERED COWS Genetically engineered cows. The genetically engineered cow (“Daisy”) was born in New Zealand with the aim that she would eventually produce milk containing less allergenic proteins. This was achieved by intervention in gene regulation causing the activity of natural genes to be blocked. ‘CRISPR TOMATOES’ APPROVED IN JAPAN 3 Februar 2021 / Japan granted approval in January for the first ‘CRISPR tomatoes’ to be used in food production. There are plans to distribute the genetically engineered (GE) plants to home gardeners. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. This is an example of how it is possible toAMFLORA POTATO
The GM starch potato Amflora owned by BASF has been genetically modified to inhibit the production of one of the two starches naturally occurring in potatoes so that it contains more then 99% of amylopectin but very little amylosee. It also contains an antibiotic resistance gene as marker. The potato, derived from the variety "Prvalent" has been modified by 'antisense GA21 MAIZE | TESTBIOTECH GA21 maize is one of Syngenta's Roundup Ready maizes. It was genetically engineered by particle acceleration (biolistic) transformation to be tolerant to glyphosate-containing herbicides (Roundup). Through the transformation three complete copies of the m-epsps gene were inserted into the maize genome. GA21 maize is currently approved for cultivation in the USA, Canada, Japan,CHRISTOPH THEN
Persönliche Informationen Kurz-Biographie. Dr. Christoph Then is executive director of Testbiotech (www.testbiotech.org).He also acts as a Coordinator for the Coalition "No Patents on Seeds" (www.no-patents-on-seeds.org).Christoph Then studied veterinary and has been working for about 20 years on issues in the field ofbiotechnology.
CRISPR TOMATOES
Japan granted approval in January 2021 for the first ‘CRISPR tomatoes’ to be used in food production. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. GABA (γ-Aminobutyric acid) can diminish the transmission of specific signals in the central nervous system which may, amongst others, cause lower CRISPR/CAS VERSTÄNDLICH ERKLÄRT 12. Mai 2021 / Heute veröffentlicht die Fachstelle Gentechnik und Umwelt (FGU) das erste einer Reihe von Erklärvideos über die Genschere CRISPR/Cas. In insgesamt vier Videos werden Grundlagen der Technik, Möglichkeiten und Risiken dargestellt. Dabei werden vorallem
OVERVIEW OF GENOME EDITING APPLICATIONS USING SDN-1 AND Overview of genome editing applications using SDN-1 and SDN-2 in regard to EU regulatory issuesTESTBIOTECH
Testbiotech points to already existing legal flexibility. 30 April 2021 / The EU Commission has published a report on new genomic techniques (New GE, genome editing) in plants and animals. They have concluded that the current EU GMO regulation should be reformed. Its fundamental goals are to promote New GE applications in agricultureand to
TESTBIOTECHTRANSLATE THIS PAGE Testbiotech verweist auf bereits bestehende gesetzliche Flexibilität. 30. April 2021 / Die EU-Kommission hat einen Bericht zu Anwendungen der ‚Neuen Gentechnik‘ (Genome Editing) bei Pflanzen und Tieren vorgelegt. Dabei kommt sie zur Auffassung, dass die bestehende Gentechnikgesetzgebung reformiert GENETICALLY ENGINEERED COWS Genetically engineered cows. The genetically engineered cow (“Daisy”) was born in New Zealand with the aim that she would eventually produce milk containing less allergenic proteins. This was achieved by intervention in gene regulation causing the activity of natural genes to be blocked. ‘CRISPR TOMATOES’ APPROVED IN JAPAN 3 Februar 2021 / Japan granted approval in January for the first ‘CRISPR tomatoes’ to be used in food production. There are plans to distribute the genetically engineered (GE) plants to home gardeners. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. This is an example of how it is possible toAMFLORA POTATO
The GM starch potato Amflora owned by BASF has been genetically modified to inhibit the production of one of the two starches naturally occurring in potatoes so that it contains more then 99% of amylopectin but very little amylosee. It also contains an antibiotic resistance gene as marker. The potato, derived from the variety "Prvalent" has been modified by 'antisense GA21 MAIZE | TESTBIOTECH GA21 maize is one of Syngenta's Roundup Ready maizes. It was genetically engineered by particle acceleration (biolistic) transformation to be tolerant to glyphosate-containing herbicides (Roundup). Through the transformation three complete copies of the m-epsps gene were inserted into the maize genome. GA21 maize is currently approved for cultivation in the USA, Canada, Japan,CRISPR TOMATOES
Japan granted approval in January 2021 for the first ‘CRISPR tomatoes’ to be used in food production. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. GABA (γ-Aminobutyric acid) can diminish the transmission of specific signals in the central nervous system which may, amongst others, cause lower CRISPR/CAS VERSTÄNDLICH ERKLÄRT 12. Mai 2021 / Heute veröffentlicht die Fachstelle Gentechnik und Umwelt (FGU) das erste einer Reihe von Erklärvideos über die Genschere CRISPR/Cas. In insgesamt vier Videos werden Grundlagen der Technik, Möglichkeiten und Risiken dargestellt. Dabei werden vorallem
CHRISTOPH THEN
Persönliche Informationen Kurz-Biographie. Dr. Christoph Then is executive director of Testbiotech (www.testbiotech.org).He also acts as a Coordinator for the Coalition "No Patents on Seeds" (www.no-patents-on-seeds.org).Christoph Then studied veterinary and has been working for about 20 years on issues in the field ofbiotechnology.
OVERVIEW OF GENOME EDITING APPLICATIONS USING SDN-1 AND Overview of genome editing applications using SDN-1 and SDN-2 in regard to EU regulatory issues TESTBIOTECHTRANSLATE THIS PAGE Testbiotech verweist auf bereits bestehende gesetzliche Flexibilität. 30. April 2021 / Die EU-Kommission hat einen Bericht zu Anwendungen der ‚Neuen Gentechnik‘ (Genome Editing) bei Pflanzen und Tieren vorgelegt. Dabei kommt sie zur Auffassung, dass die bestehende Gentechnikgesetzgebung reformiert NEW FGU VIDEO EXPLAINS UNINTENDED ENVIRONMENTAL EFFECTS OF 1 day ago · 9 June 2021 / Today, the Project Genetic Engineering and the Environment (FGU) is publishing the third explainer video on the CRISPR/Cas gene scissors. In a total of four videos, the basics of the technology, possibilities and risks are presented. In particular, applications of the gene scissors in plants are explained. With these videos, the FGU wants to support an informed dialogue in CRISPR: GENE SCISSORS CAUSE CHAOS IN THE GENOME 11 November 2020 / A new publication has described experiments using CRISPR/Cas9 gene scissors on human embryos. The aim of the experiments conducted in the US was to correct a mutated DNA sequence that causes a genetic disorder. This disorder can result in blindness (Retinitis pigmentosa). The gene scissors were supposed to cut the faulty gene sequence – and the expectation CRISPR/CAS VERSTÄNDLICH ERKLÄRT 12. Mai 2021 / Heute veröffentlicht die Fachstelle Gentechnik und Umwelt (FGU) das erste einer Reihe von Erklärvideos über die Genschere CRISPR/Cas. In insgesamt vier Videos werden Grundlagen der Technik, Möglichkeiten und Risiken dargestellt. Dabei werden vorallem
BT11 | TESTBIOTECH
Bt11 is one of the older Bt maize, first authorized for cultivation in 1996. Bt11 produces the Bt toxin Cry1Ab against lepidoptera such as European corn borer (ECB, Ostrinia nubilalis and Mediterranean stem borer (MCB, Sesamia nonagrioides). In addition, Bt11 is herbicide-tolerant against the glufosinate-ammonium (BASTA, Liberty). It is currently authorized as food/feed, and CRISPR: GEN-SCHERE BEWIRKT CHAOS IM ERBGUT 11. November 2020 / Eine neue Publikation berichtet über Versuche mit der Gen-Schere CRISPR/Cas9 an menschlichen Embryonen. Ziel der Versuche in den USA war die Korrektur einer Mutation, die eine Erbkrankheit verursacht. Diese kann zum Erblinden führen (Retinitis pigmentosa). Die Gen-Schere sollte dazu die fehlerhafte Gensequenz durchtrennen. Es wurde erwartet, dass der Fehler im Erbgut dann EFSA'S REVOLVING DOOR TO BIOTECH INDUSTRY UNACCEPTABLE The Germany-based NGO Testbiotech has today filed an official complaint with the European Ombudsman against EFSA, the EU's food safety agency. The complaint targets EFSA's decision to allow Suzy Renckens, head of EFSA's GMO Unit, to become a lobbyist for biotech giant Syngenta, without any 'cooling off' period or other restrictions. Ms Renckens move to become a leading ANBAU VON GENTECHNIK-MAIS VOR NEUEN PROBLEMEN 29. Oktober 2020 / Der in Europa umstrittene gentechnisch veränderte Mais MON810 produziert Insektizide und darf seit rund 20 Jahren in Spanien angebaut werden. Nun sieht sich der Anbau der transgenen Pflanzen mit neuen Problemen konfrontiert: Aktuelle Forschungsergebnisse zeigen, dass sich Teosinte, eine unkrautartige Verwandte des Mais, in ihren biologischen Eigenschaften so YIELDGARD VT PRO/RR2 (EVENT MON89034 X NK603) YieldGard VT PRO/RR2 (Event MON89034 x NK603) Published on testbiotech (https://www.testbiotech.org) YieldGard VT PRO/RR2 (Event MON89034 xNK603)
GENTECHNIK FÜRS KLIMA? Laut Aussagen von Prof. Weigel auf dem Kurznachrichtendienst Twitter „ empfiehlt “ der Weltklimarat den Einsatz von Gentechnik (u.a. Tweets vom 28.10.2019, 27.2.2020) bzw. von Genome Editing ( 1.2.2020 ). An anderer Stelle behauptet Weigel, dass sich der IPCC ausdrücklich für CRISPR ausspräche, um den Folgen der KlimakriseTESTBIOTECH
Testbiotech points to already existing legal flexibility. 30 April 2021 / The EU Commission has published a report on new genomic techniques (New GE, genome editing) in plants and animals. They have concluded that the current EU GMO regulation should be reformed. Its fundamental goals are to promote New GE applications in agricultureand to
TESTBIOTECHTRANSLATE THIS PAGE Testbiotech verweist auf bereits bestehende gesetzliche Flexibilität. 30. April 2021 / Die EU-Kommission hat einen Bericht zu Anwendungen der ‚Neuen Gentechnik‘ (Genome Editing) bei Pflanzen und Tieren vorgelegt. Dabei kommt sie zur Auffassung, dass die bestehende Gentechnikgesetzgebung reformiert GENETICALLY ENGINEERED COWS Genetically engineered cows. The genetically engineered cow (“Daisy”) was born in New Zealand with the aim that she would eventually produce milk containing less allergenic proteins. This was achieved by intervention in gene regulation causing the activity of natural genes to be blocked. ‘CRISPR TOMATOES’ APPROVED IN JAPAN 3 Februar 2021 / Japan granted approval in January for the first ‘CRISPR tomatoes’ to be used in food production. There are plans to distribute the genetically engineered (GE) plants to home gardeners. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. This is an example of how it is possible toAMFLORA POTATO
The GM starch potato Amflora owned by BASF has been genetically modified to inhibit the production of one of the two starches naturally occurring in potatoes so that it contains more then 99% of amylopectin but very little amylosee. It also contains an antibiotic resistance gene as marker. The potato, derived from the variety "Prvalent" has been modified by 'antisense GA21 MAIZE | TESTBIOTECH GA21 maize is one of Syngenta's Roundup Ready maizes. It was genetically engineered by particle acceleration (biolistic) transformation to be tolerant to glyphosate-containing herbicides (Roundup). Through the transformation three complete copies of the m-epsps gene were inserted into the maize genome. GA21 maize is currently approved for cultivation in the USA, Canada, Japan,CHRISTOPH THEN
Persönliche Informationen Kurz-Biographie. Dr. Christoph Then is executive director of Testbiotech (www.testbiotech.org).He also acts as a Coordinator for the Coalition "No Patents on Seeds" (www.no-patents-on-seeds.org).Christoph Then studied veterinary and has been working for about 20 years on issues in the field ofbiotechnology.
CRISPR TOMATOES
Japan granted approval in January 2021 for the first ‘CRISPR tomatoes’ to be used in food production. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. GABA (γ-Aminobutyric acid) can diminish the transmission of specific signals in the central nervous system which may, amongst others, cause lower CRISPR/CAS VERSTÄNDLICH ERKLÄRT 12. Mai 2021 / Heute veröffentlicht die Fachstelle Gentechnik und Umwelt (FGU) das erste einer Reihe von Erklärvideos über die Genschere CRISPR/Cas. In insgesamt vier Videos werden Grundlagen der Technik, Möglichkeiten und Risiken dargestellt. Dabei werden vorallem
OVERVIEW OF GENOME EDITING APPLICATIONS USING SDN-1 AND Overview of genome editing applications using SDN-1 and SDN-2 in regard to EU regulatory issuesTESTBIOTECH
Testbiotech points to already existing legal flexibility. 30 April 2021 / The EU Commission has published a report on new genomic techniques (New GE, genome editing) in plants and animals. They have concluded that the current EU GMO regulation should be reformed. Its fundamental goals are to promote New GE applications in agricultureand to
TESTBIOTECHTRANSLATE THIS PAGE Testbiotech verweist auf bereits bestehende gesetzliche Flexibilität. 30. April 2021 / Die EU-Kommission hat einen Bericht zu Anwendungen der ‚Neuen Gentechnik‘ (Genome Editing) bei Pflanzen und Tieren vorgelegt. Dabei kommt sie zur Auffassung, dass die bestehende Gentechnikgesetzgebung reformiert GENETICALLY ENGINEERED COWS Genetically engineered cows. The genetically engineered cow (“Daisy”) was born in New Zealand with the aim that she would eventually produce milk containing less allergenic proteins. This was achieved by intervention in gene regulation causing the activity of natural genes to be blocked. ‘CRISPR TOMATOES’ APPROVED IN JAPAN 3 Februar 2021 / Japan granted approval in January for the first ‘CRISPR tomatoes’ to be used in food production. There are plans to distribute the genetically engineered (GE) plants to home gardeners. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. This is an example of how it is possible toAMFLORA POTATO
The GM starch potato Amflora owned by BASF has been genetically modified to inhibit the production of one of the two starches naturally occurring in potatoes so that it contains more then 99% of amylopectin but very little amylosee. It also contains an antibiotic resistance gene as marker. The potato, derived from the variety "Prvalent" has been modified by 'antisense GA21 MAIZE | TESTBIOTECH GA21 maize is one of Syngenta's Roundup Ready maizes. It was genetically engineered by particle acceleration (biolistic) transformation to be tolerant to glyphosate-containing herbicides (Roundup). Through the transformation three complete copies of the m-epsps gene were inserted into the maize genome. GA21 maize is currently approved for cultivation in the USA, Canada, Japan,CHRISTOPH THEN
Persönliche Informationen Kurz-Biographie. Dr. Christoph Then is executive director of Testbiotech (www.testbiotech.org).He also acts as a Coordinator for the Coalition "No Patents on Seeds" (www.no-patents-on-seeds.org).Christoph Then studied veterinary and has been working for about 20 years on issues in the field ofbiotechnology.
CRISPR TOMATOES
Japan granted approval in January 2021 for the first ‘CRISPR tomatoes’ to be used in food production. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. GABA (γ-Aminobutyric acid) can diminish the transmission of specific signals in the central nervous system which may, amongst others, cause lower CRISPR/CAS VERSTÄNDLICH ERKLÄRT 12. Mai 2021 / Heute veröffentlicht die Fachstelle Gentechnik und Umwelt (FGU) das erste einer Reihe von Erklärvideos über die Genschere CRISPR/Cas. In insgesamt vier Videos werden Grundlagen der Technik, Möglichkeiten und Risiken dargestellt. Dabei werden vorallem
OVERVIEW OF GENOME EDITING APPLICATIONS USING SDN-1 AND Overview of genome editing applications using SDN-1 and SDN-2 in regard to EU regulatory issues TESTBIOTECHTRANSLATE THIS PAGE Testbiotech verweist auf bereits bestehende gesetzliche Flexibilität. 30. April 2021 / Die EU-Kommission hat einen Bericht zu Anwendungen der ‚Neuen Gentechnik‘ (Genome Editing) bei Pflanzen und Tieren vorgelegt. Dabei kommt sie zur Auffassung, dass die bestehende Gentechnikgesetzgebung reformiert NEW FGU VIDEO EXPLAINS UNINTENDED ENVIRONMENTAL EFFECTS OF 1 day ago · 9 June 2021 / Today, the Project Genetic Engineering and the Environment (FGU) is publishing the third explainer video on the CRISPR/Cas gene scissors. In a total of four videos, the basics of the technology, possibilities and risks are presented. In particular, applications of the gene scissors in plants are explained. With these videos, the FGU wants to support an informed dialogue in CRISPR: GENE SCISSORS CAUSE CHAOS IN THE GENOME 11 November 2020 / A new publication has described experiments using CRISPR/Cas9 gene scissors on human embryos. The aim of the experiments conducted in the US was to correct a mutated DNA sequence that causes a genetic disorder. This disorder can result in blindness (Retinitis pigmentosa). The gene scissors were supposed to cut the faulty gene sequence – and the expectation CRISPR/CAS VERSTÄNDLICH ERKLÄRT 12. Mai 2021 / Heute veröffentlicht die Fachstelle Gentechnik und Umwelt (FGU) das erste einer Reihe von Erklärvideos über die Genschere CRISPR/Cas. In insgesamt vier Videos werden Grundlagen der Technik, Möglichkeiten und Risiken dargestellt. Dabei werden vorallem
BT11 | TESTBIOTECH
Bt11 is one of the older Bt maize, first authorized for cultivation in 1996. Bt11 produces the Bt toxin Cry1Ab against lepidoptera such as European corn borer (ECB, Ostrinia nubilalis and Mediterranean stem borer (MCB, Sesamia nonagrioides). In addition, Bt11 is herbicide-tolerant against the glufosinate-ammonium (BASTA, Liberty). It is currently authorized as food/feed, and CRISPR: GEN-SCHERE BEWIRKT CHAOS IM ERBGUT 11. November 2020 / Eine neue Publikation berichtet über Versuche mit der Gen-Schere CRISPR/Cas9 an menschlichen Embryonen. Ziel der Versuche in den USA war die Korrektur einer Mutation, die eine Erbkrankheit verursacht. Diese kann zum Erblinden führen (Retinitis pigmentosa). Die Gen-Schere sollte dazu die fehlerhafte Gensequenz durchtrennen. Es wurde erwartet, dass der Fehler im Erbgut dann EFSA'S REVOLVING DOOR TO BIOTECH INDUSTRY UNACCEPTABLE The Germany-based NGO Testbiotech has today filed an official complaint with the European Ombudsman against EFSA, the EU's food safety agency. The complaint targets EFSA's decision to allow Suzy Renckens, head of EFSA's GMO Unit, to become a lobbyist for biotech giant Syngenta, without any 'cooling off' period or other restrictions. Ms Renckens move to become a leading ANBAU VON GENTECHNIK-MAIS VOR NEUEN PROBLEMEN 29. Oktober 2020 / Der in Europa umstrittene gentechnisch veränderte Mais MON810 produziert Insektizide und darf seit rund 20 Jahren in Spanien angebaut werden. Nun sieht sich der Anbau der transgenen Pflanzen mit neuen Problemen konfrontiert: Aktuelle Forschungsergebnisse zeigen, dass sich Teosinte, eine unkrautartige Verwandte des Mais, in ihren biologischen Eigenschaften so YIELDGARD VT PRO/RR2 (EVENT MON89034 X NK603) YieldGard VT PRO/RR2 (Event MON89034 x NK603) Published on testbiotech (https://www.testbiotech.org) YieldGard VT PRO/RR2 (Event MON89034 xNK603)
GENTECHNIK FÜRS KLIMA? Laut Aussagen von Prof. Weigel auf dem Kurznachrichtendienst Twitter „ empfiehlt “ der Weltklimarat den Einsatz von Gentechnik (u.a. Tweets vom 28.10.2019, 27.2.2020) bzw. von Genome Editing ( 1.2.2020 ). An anderer Stelle behauptet Weigel, dass sich der IPCC ausdrücklich für CRISPR ausspräche, um den Folgen der KlimakriseTESTBIOTECH
Testbiotech points to already existing legal flexibility. 30 April 2021 / The EU Commission has published a report on new genomic techniques (New GE, genome editing) in plants and animals. They have concluded that the current EU GMO regulation should be reformed. Its fundamental goals are to promote New GE applications in agricultureand to
TESTBIOTECHTRANSLATE THIS PAGE Testbiotech verweist auf bereits bestehende gesetzliche Flexibilität. 30. April 2021 / Die EU-Kommission hat einen Bericht zu Anwendungen der ‚Neuen Gentechnik‘ (Genome Editing) bei Pflanzen und Tieren vorgelegt. Dabei kommt sie zur Auffassung, dass die bestehende Gentechnikgesetzgebung reformiertPUBLICATIONS
TESTBIOTECH Background 12 - 4 - 2021. 2021. Testbiotech Background STOA and New GE._v2.pdf. Testbiotech comment on EFSA’s assessment of genetically engineered maize MON 87427 x MON 87460 x MON 89034 x 1507 x MON 87411 x 59122 and subcombinations, from. TESTBIOTECH Background7
BT11 | TESTBIOTECH
Bt11 is one of the older Bt maize, first authorized for cultivation in 1996. Bt11 produces the Bt toxin Cry1Ab against lepidoptera such as European corn borer (ECB, Ostrinia nubilalis and Mediterranean stem borer (MCB, Sesamia nonagrioides). In addition, Bt11 is herbicide-tolerant against the glufosinate-ammonium (BASTA, Liberty). It is currently authorized as food/feed, and ‘CRISPR TOMATOES’ APPROVED IN JAPAN 3 Februar 2021 / Japan granted approval in January for the first ‘CRISPR tomatoes’ to be used in food production. There are plans to distribute the genetically engineered (GE) plants to home gardeners. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. This is an example of how it is possible to GENETICALLY ENGINEERED COWS Genetically engineered cows. The genetically engineered cow (“Daisy”) was born in New Zealand with the aim that she would eventually produce milk containing less allergenic proteins. This was achieved by intervention in gene regulation causing the activity of natural genes to be blocked.AMFLORA POTATO
The GM starch potato Amflora owned by BASF has been genetically modified to inhibit the production of one of the two starches naturally occurring in potatoes so that it contains more then 99% of amylopectin but very little amylosee. It also contains an antibiotic resistance gene as marker. The potato, derived from the variety "Prvalent" has been modified by 'antisense GA21 MAIZE | TESTBIOTECH GA21 maize is one of Syngenta's Roundup Ready maizes. It was genetically engineered by particle acceleration (biolistic) transformation to be tolerant to glyphosate-containing herbicides (Roundup). Through the transformation three complete copies of the m-epsps gene were inserted into the maize genome. GA21 maize is currently approved for cultivation in the USA, Canada, Japan,CRISPR TOMATOES
Japan granted approval in January 2021 for the first ‘CRISPR tomatoes’ to be used in food production. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. GABA (γ-Aminobutyric acid) can diminish the transmission of specific signals in the central nervous system which may, amongst others, cause lower OVERVIEW OF GENOME EDITING APPLICATIONS USING SDN-1 AND Overview of genome editing applications using SDN-1 and SDN-2 in regard to EU regulatory issuesTESTBIOTECH
Testbiotech points to already existing legal flexibility. 30 April 2021 / The EU Commission has published a report on new genomic techniques (New GE, genome editing) in plants and animals. They have concluded that the current EU GMO regulation should be reformed. Its fundamental goals are to promote New GE applications in agricultureand to
TESTBIOTECHTRANSLATE THIS PAGE Testbiotech verweist auf bereits bestehende gesetzliche Flexibilität. 30. April 2021 / Die EU-Kommission hat einen Bericht zu Anwendungen der ‚Neuen Gentechnik‘ (Genome Editing) bei Pflanzen und Tieren vorgelegt. Dabei kommt sie zur Auffassung, dass die bestehende Gentechnikgesetzgebung reformiertPUBLICATIONS
TESTBIOTECH Background 12 - 4 - 2021. 2021. Testbiotech Background STOA and New GE._v2.pdf. Testbiotech comment on EFSA’s assessment of genetically engineered maize MON 87427 x MON 87460 x MON 89034 x 1507 x MON 87411 x 59122 and subcombinations, from. TESTBIOTECH Background7
BT11 | TESTBIOTECH
Bt11 is one of the older Bt maize, first authorized for cultivation in 1996. Bt11 produces the Bt toxin Cry1Ab against lepidoptera such as European corn borer (ECB, Ostrinia nubilalis and Mediterranean stem borer (MCB, Sesamia nonagrioides). In addition, Bt11 is herbicide-tolerant against the glufosinate-ammonium (BASTA, Liberty). It is currently authorized as food/feed, and ‘CRISPR TOMATOES’ APPROVED IN JAPAN 3 Februar 2021 / Japan granted approval in January for the first ‘CRISPR tomatoes’ to be used in food production. There are plans to distribute the genetically engineered (GE) plants to home gardeners. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. This is an example of how it is possible to GENETICALLY ENGINEERED COWS Genetically engineered cows. The genetically engineered cow (“Daisy”) was born in New Zealand with the aim that she would eventually produce milk containing less allergenic proteins. This was achieved by intervention in gene regulation causing the activity of natural genes to be blocked.AMFLORA POTATO
The GM starch potato Amflora owned by BASF has been genetically modified to inhibit the production of one of the two starches naturally occurring in potatoes so that it contains more then 99% of amylopectin but very little amylosee. It also contains an antibiotic resistance gene as marker. The potato, derived from the variety "Prvalent" has been modified by 'antisense GA21 MAIZE | TESTBIOTECH GA21 maize is one of Syngenta's Roundup Ready maizes. It was genetically engineered by particle acceleration (biolistic) transformation to be tolerant to glyphosate-containing herbicides (Roundup). Through the transformation three complete copies of the m-epsps gene were inserted into the maize genome. GA21 maize is currently approved for cultivation in the USA, Canada, Japan,CRISPR TOMATOES
Japan granted approval in January 2021 for the first ‘CRISPR tomatoes’ to be used in food production. The tomatoes contain a much higher concentration of a plant compound (GABA) compared to those derived from conventional breeding. GABA (γ-Aminobutyric acid) can diminish the transmission of specific signals in the central nervous system which may, amongst others, cause lower OVERVIEW OF GENOME EDITING APPLICATIONS USING SDN-1 AND Overview of genome editing applications using SDN-1 and SDN-2 in regard to EU regulatory issues TESTBIOTECHTRANSLATE THIS PAGE Testbiotech verweist auf bereits bestehende gesetzliche Flexibilität. 30. April 2021 / Die EU-Kommission hat einen Bericht zu Anwendungen der ‚Neuen Gentechnik‘ (Genome Editing) bei Pflanzen und Tieren vorgelegt. Dabei kommt sie zur Auffassung, dass die bestehende Gentechnikgesetzgebung reformiertPUBLICATIONS
TESTBIOTECH Background 12 - 4 - 2021. 2021. Testbiotech Background STOA and New GE._v2.pdf. Testbiotech comment on EFSA’s assessment of genetically engineered maize MON 87427 x MON 87460 x MON 89034 x 1507 x MON 87411 x 59122 and subcombinations, from. TESTBIOTECH Background7
NEW FGU VIDEO EXPLAINS UNINTENDED ENVIRONMENTAL EFFECTS OF 13 hours ago · 9 June 2021 / Today, the Project Genetic Engineering and the Environment (FGU) is publishing the third explainer video on the CRISPR/Cas gene scissors. In a total of four videos, the basics of the technology, possibilities and risks are presented. In particular, applications of the gene scissors in plants are explained. With these videos, the FGU wants to support an informed dialogue in CRISPR/CAS COMPREHENSIVELY EXPLAINED 12 May 2021 / The Project Genetic Engineering and the Environment (FGU) is today releasing the first in a series of videos on CRISPR/Cas gene scissors. The basics of the technology, its possibilities and risks will be presented in four videos. Especially applications of CRISPR/Cas in plants are explained. These videos aim to promote informed dialogue in civil society on the CRISPR/CAS COMPREHENSIVELY EXPLAINED / PART 2 21 May 2021 / The Project Genetic Engineering and the Environment (FGU) is today releasing the second in a series of videos on CRISPR/Cas gene scissors. The basics of the technology, its possibilities and risks will be presented in four videos. Especially applications of CRISPR/Cas in plants are explained. These videos aim to promote informed dialogue in civil society on the advantages and CRISPR: GENE SCISSORS CAUSE CHAOS IN THE GENOME 11 November 2020 / A new publication has described experiments using CRISPR/Cas9 gene scissors on human embryos. The aim of the experiments conducted in the US was to correct a mutated DNA sequence that causes a genetic disorder. This disorder can result in blindness (Retinitis pigmentosa). The gene scissors were supposed to cut the faulty gene sequence – and the expectation GENETICALLY ENGINEERED ANIMALS The first genetically engineered mammals were developed even before the first transgenic plants. In 1974, it was announced that the first genetically engineered mice had been created. In 1985, the first genetically engineered sheep and pigs were presented to the public. At present, transgenic fish are awaiting approval in the US, and in Europe we are looking at the possibly ‘INDIRECT’ GENETIC ENGINEERING OF HONEY BEES 9 July 2020 / US researchers have filed an application for a patent covering genetically engineered bacteria, including the bees that have the microbes in their gut. According to the patent application, the bacteria can produce molecules which interfere with gene regulation across species boundaries. That way the honey bees are ‘indirectly’ genetically engineered. MON863 | TESTBIOTECH MON863 maize is a product of the Monsanto company. The maize line was produced by particle acceleration (biolistic) transformation and contains the following two foreign genes: - a cry3Bb1 gene from Bacillus thuringiensis ssp. kumamotoensis. The cry3Bb1 gene encodes a Coleopteran-specific insecticidal protein. - a nptII gene. NptII is an antibiotic resistance marker geneCHRISTOPH THEN
Persönliche Informationen Kurz-Biographie. Dr. Christoph Then is executive director of Testbiotech (www.testbiotech.org).He also acts as a Coordinator for the Coalition "No Patents on Seeds" (www.no-patents-on-seeds.org).Christoph Then studied veterinary and has been working for about 20 years on issues in the field ofbiotechnology.
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CRISPR/CAS VERSTÄNDLICH ERKLÄRT / TEIL 2 Fachstelle Gentechnik und Umwelt informiert in Videos über Potentialeund Risiken
21. Mai 2021 / Heute veröffentlicht die _Fachstelle Gentechnik und Umwelt_ (FGU) das zweite einer Reihe von Erklärvideos über die Gen-Schere CRISPR/Cas. In insgesamt vier Videos werden Grundlagen der Technik, Möglichkeiten und Risiken dargestellt. Dabei werden vor allem Anwendungen der Gen-Schere bei Pflanzen erklärt. Mit diesen Videos will die Fachstelle einen informierten Dialog in der Gesellschaft über die neuen Gentechnikverfahren einschließlich ihrer Vor- und Nachteile unterstützen. * Weiterlesen bei CRISPR/Cas verständlich erklärt / Teil 2* English
DIE GEN-SCHERE UNTER KONTROLLE HALTEN! Aufruf an die Politik 18. Mai 2021 / In einem gemeinsamen Aufruf setzen sich Organisationen aus den Bereichen Wissenschaft, Landwirtschaft, Imkerei und Umweltschutz kritisch mit einem umstrittenen Bericht der EU-Kommission zum Einsatz Neuer Gentechnik bei Pflanzen und Tieren auseinander. Sie bemängeln, dass der Bericht der Kommission die Risiken für Mensch und Umwelt nicht ausreichend berücksichtigt und damit zu politischen Entscheidungen führen könne, die das Vorsorgeprinzip beschädigen. * Weiterlesen bei Die Gen-Schere unter Kontrolle halten!* English
CRISPR/CAS VERSTÄNDLICH ERKLÄRT Fachstelle Gentechnik und Umwelt informiert in Videos über Potentialeund Risiken
12. Mai 2021 / Heute veröffentlicht die _Fachstelle Gentechnik und Umwelt_ (FGU) das erste einer Reihe von Erklärvideos über die Genschere CRISPR/Cas. In insgesamt vier Videos werden Grundlagen der Technik, Möglichkeiten und Risiken dargestellt. Dabei werden vor allem Anwendungen der Genschere bei Pflanzen erklärt. Mit diesen Videos will die Fachstelle einen informierten Dialog in der Gesellschaft über die neuen Gentechnikverfahren einschließlich ihrer Vor- und Nachteile unterstützen. * Weiterlesen bei CRISPR/Cas verständlich erklärt* English
EU-KOMMISSION WILL GENTECHNIKRECHT REFORMIEREN Testbiotech verweist auf bereits bestehende gesetzliche Flexibilität 30. April 2021 / Die EU-Kommission hat einen Bericht zu Anwendungen der ‚Neuen Gentechnik‘ (Genome Editing) bei Pflanzen und Tieren vorgelegt. Dabei kommt sie zur Auffassung, dass die bestehende Gentechnikgesetzgebung reformiert werden sollte. Leitgedanken sind unter anderem die Förderung der Anwendungen von Neuer Gentechnik in der Landwirtschaft sowie internationaler Handel, Technologieförderung und Produktentwicklung. Die Kommission fordert, bei der Marktzulassung auch mögliche Vorteile der Gentechnik zu berücksichtigen, anstatt nur die Risiken zu prüfen. * Weiterlesen bei EU-Kommission will Gentechnikrecht reformieren* English
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