RT @stuartsmyth66: @NovaMarkButler @mclaudebibeau These are just activist talking points. Evidence shows that development times can be redu…
@NovaMarkButler @mclaudebibeau These are just activist talking points. Evidence shows that development times can be reduced from 7-25 years down to 2-3. Gene editing is an extension of safe technologies that have been used since the 1950s to develop new cr
RT @stuartsmyth66: Estimates suggest crop development times range from 7-25 years. Gene editing can reduced this to 2-3, while the cost of…
RT @stuartsmyth66: Estimates suggest crop development times range from 7-25 years. Gene editing can reduced this to 2-3, while the cost of…
RT @stuartsmyth66: Estimates suggest crop development times range from 7-25 years. Gene editing can reduced this to 2-3, while the cost of…
RT @stuartsmyth66: Estimates suggest crop development times range from 7-25 years. Gene editing can reduced this to 2-3, while the cost of…
RT @stuartsmyth66: Estimates suggest crop development times range from 7-25 years. Gene editing can reduced this to 2-3, while the cost of…
RT @stuartsmyth66: Estimates suggest crop development times range from 7-25 years. Gene editing can reduced this to 2-3, while the cost of…
RT @stuartsmyth66: Estimates suggest crop development times range from 7-25 years. Gene editing can reduced this to 2-3, while the cost of…
RT @stuartsmyth66: Estimates suggest crop development times range from 7-25 years. Gene editing can reduced this to 2-3, while the cost of…
RT @stuartsmyth66: Estimates suggest crop development times range from 7-25 years. Gene editing can reduced this to 2-3, while the cost of…
RT @stuartsmyth66: Estimates suggest crop development times range from 7-25 years. Gene editing can reduced this to 2-3, while the cost of…
Estimates suggest crop development times range from 7-25 years. Gene editing can reduced this to 2-3, while the cost of editing a gene can be as little as €10. It boggles the mind that eNGOs want to delay farmer access to new crop varieties. https://t.co/r
RT @stuartsmyth66: @uvachemistry @GeneticLiteracy @josephopoku1990 @ScienceAlly CRISPR can be applied in days, for $10-15, with varieties d…
@uvachemistry @GeneticLiteracy @josephopoku1990 @ScienceAlly CRISPR can be applied in days, for $10-15, with varieties developed in 2-3 yrs, compared to 7-10 for other crops. In the face of changing climates, solutions like this will be essential to ensuri
RT @stuartsmyth66: The development of a new crop variety typically takes 12-15 years. Gene editing has the potential to reduce this to 2-3…
RT @stuartsmyth66: The development of a new crop variety typically takes 12-15 years. Gene editing has the potential to reduce this to 2-3…
The development of a new crop variety typically takes 12-15 years. Gene editing has the potential to reduce this to 2-3 years. Gene editing will be essential for ensuring variety development rapidly responds to changing climates. https://t.co/rsixJwRlx9
RT @stuartsmyth66: Genome editing technologies like CRISPR, can be designed in a matter of weeks if not days, and in the most economical ca…
RT @stuartsmyth66: Genome editing technologies like CRISPR, can be designed in a matter of weeks if not days, and in the most economical ca…
RT @stuartsmyth66: Genome editing technologies like CRISPR, can be designed in a matter of weeks if not days, and in the most economical ca…
RT @CamiDRyan: Lengthy, but good read and when @aricroch speaks, I listen: “[Gene editing’s] low cost and fast production allow not only p…
RT @stuartsmyth66: Genome editing technologies like CRISPR, can be designed in a matter of weeks if not days, and in the most economical ca…
RT @stuartsmyth66: Genome editing technologies like CRISPR, can be designed in a matter of weeks if not days, and in the most economical ca…
Could genome edited plant be the catalyst for the next Green Revolution?
RT @stuartsmyth66: Genome editing technologies like CRISPR, can be designed in a matter of weeks if not days, and in the most economical ca…
RT @stuartsmyth66: Genome editing technologies like CRISPR, can be designed in a matter of weeks if not days, and in the most economical ca…
RT @stuartsmyth66: Genome editing technologies like CRISPR, can be designed in a matter of weeks if not days, and in the most economical ca…
RT @stuartsmyth66: Genome editing technologies like CRISPR, can be designed in a matter of weeks if not days, and in the most economical ca…
RT @stuartsmyth66: Genome editing technologies like CRISPR, can be designed in a matter of weeks if not days, and in the most economical ca…
Genome editing technologies like CRISPR, can be designed in a matter of weeks if not days, and in the most economical case, for as little as €10. The cost and time will provide significant food security advancements in developing countries. https://t.co/rs
RT @stuartsmyth66: With new breeding technologies, such as genome editing, plant breeding programs can potentially be reduced from approxim…
Lengthy, but good read and when @aricroch speaks, I listen: “[Gene editing’s] low cost and fast production allow not only private cos & multinationals to develop new biotech crops / animals, but also public–private groups—especially in developing coun
@Bayer4Crops alluded to this earlier today at #BayerFutureFarming
RT @stuartsmyth66: With new breeding technologies, such as genome editing, plant breeding programs can potentially be reduced from approxim…
RT @stuartsmyth66: With new breeding technologies, such as genome editing, plant breeding programs can potentially be reduced from approxim…
RT @stuartsmyth66: With new breeding technologies, such as genome editing, plant breeding programs can potentially be reduced from approxim…
RT @stuartsmyth66: With new breeding technologies, such as genome editing, plant breeding programs can potentially be reduced from approxim…
RT @stuartsmyth66: With new breeding technologies, such as genome editing, plant breeding programs can potentially be reduced from approxim…
RT @stuartsmyth66: With new breeding technologies, such as genome editing, plant breeding programs can potentially be reduced from approxim…
RT @stuartsmyth66: With new breeding technologies, such as genome editing, plant breeding programs can potentially be reduced from approxim…
RT @stuartsmyth66: With new breeding technologies, such as genome editing, plant breeding programs can potentially be reduced from approxim…
RT @stuartsmyth66: With new breeding technologies, such as genome editing, plant breeding programs can potentially be reduced from approxim…
RT @stuartsmyth66: With new breeding technologies, such as genome editing, plant breeding programs can potentially be reduced from approxim…
RT @stuartsmyth66: With new breeding technologies, such as genome editing, plant breeding programs can potentially be reduced from approxim…
RT @stuartsmyth66: With new breeding technologies, such as genome editing, plant breeding programs can potentially be reduced from approxim…
RT @stuartsmyth66: With new breeding technologies, such as genome editing, plant breeding programs can potentially be reduced from approxim…
RT @stuartsmyth66: With new breeding technologies, such as genome editing, plant breeding programs can potentially be reduced from approxim…
With new breeding technologies, such as genome editing, plant breeding programs can potentially be reduced from approximately 7-25 to as few as 2-3 years. https://t.co/rsixJwRlx9
RT @AcumenIst: OUT NOW: 'Meeting Report of the OECD Conference on “Genome Editing: Applications in Agriculture—Implications for Health, Env…
OUT NOW: 'Meeting Report of the OECD Conference on “Genome Editing: Applications in Agriculture—Implications for Health, Environment and Regulation”': in-depth summaries of the presentations of each invited speaker given at the Conference (https://t.co/XFv
RT @AJStein_de: OECD report on “#GeneEditing: Applications in Agriculture – Implications for Health, Environment & #Regulation”. Genetic en…
OECD report on “#GeneEditing: Applications in Agriculture – Implications for Health, Environment & #Regulation”. Genetic engineering provides low-cost tools for innovation in #health, #agriculture, industrial #biotechnology & other #bioeconomy sect
RT @Jack_Heinemann: "The delegation was alerted not to over-promise the technology; while techniques like SDN2 had not been fully mastered,…
RT @Jack_Heinemann: "The delegation was alerted not to over-promise the technology; while techniques like SDN2 had not been fully mastered,…
"The delegation was alerted not to over-promise the technology; while techniques like SDN2 had not been fully mastered, it would be foolish to overhype genome technology with results based on the technique." Train has left the station. #geneediting https:/
Meeting report of the OECD conference on “Genome Editing: Applications in Agriculture—Implications for Health, Environment and Regulation” https://t.co/vFmKCdbaBZ
Meeting report of the OECD conference on Genome Editing: Applications in Agriculture—Implications for Health, Environment and Regulation https://t.co/EHfMxXTufo
Meeting report of the OECD conference on “Genome Editing: Applications in Agriculture—Implications for Health, Environment and Regulation” https://t.co/tNvYRLqq3s