GM toy tomatoes
Genetic engineers have always liked playing with tomatoes.
The first GM food to hit US supermarket shelves was a tomato with a gene for ripening switched off [1]. This was Calgene's Flavr Savr tomato designed by science to last longer on the vine (it did), to be easier to handle during distribution (it wasn't), to taste better (it was pronounced 'mediocre') and to sell at a premium (it didn't). The Flavr Savr tomato's main claim to fame was its inappropriate (some would say absurd) use as a model GMO to set US regulations for all subsequent GM foods. Launched in 1994, the disappointing Flavr Savr finally sank into oblivion three years later.
The first GM food to hit UK supermarket shelves was Zeneca's cheap tinned Californian tomato puree made from GM tomatoes designed for lower processing costs due to their engineered reduced water content. These sank into oblivion in 1999 after two successful years and one disastrous year when consumer awareness caught up with the meaning of its "genetically modified" label.
Fast forward to 2008 when the media went wild reporting preliminary results of a GM 'anti-cancer' tomato produced by GM crop research scientists at the UK's John Innes Centre (JIC). These novel purple-fleshed, high-antioxidant ('anthocyanine') tomatoes were going to "save your life" (Martin).
Hopefully, no one held their breath waiting for their life to be saved by a tomato, because they'd still be waiting.
Bad laboratory practice
December 2021
In the 1970s, there was a massive scandal when America's largest contract research laboratory, responsible for a third of all its pre-approval toxicology testing, was found to have been manipulating studies and systematically falsifying experimental data for over a decade.
Industrial Bio-Test Laboratories (IBT) carried out around a third of US pharmaceutical and chemical product safety testing during the 1950s, 1960s and 1970s.
When the Food and Drug Administration (FDA) audited the company, 71% of its studies were invalidated, and thousands were found to be fraudulent or grossly inadequate.
IBT clients included Monsanto, Dow, and DuPont.
America's response to this fraud was to devise 'Good Laboratory Practice' (GLP). This quality assurance system provides a legal framework which specifies, for example, standard requirements for equipment and facility maintenance, experimental conditions, documentation of all procedures and data, archiving of all findings and materials, monitoring of personnel, and external auditing of test facilities.
Good Laboratory Practice was introduced into America in 1978 and adopted by the Organisation for Economic Co-operation and Development (OECD) in 1992 making it a world-wide standard. It was formally adopted by the EU in a 2004 Directive.
Problem sorted.
Or, is it?
Glyphogoats
September 2021
As glyphosate's reputation disappears down the drain [1,2], and European countries progressively tighten regulations on the use of this herbicide, various new and old alternative approaches have been proposed to deal with weeds. These have included hot foam, blow-torching, hot water, old-fashioned hoeing and hand-weeding, or even simply tolerating weeds if their presence isn't causing a problem except to the tidy-minded.
Another way to get rid of weeds is to eat them, or rather get something that likes the taste of weeds to eat them for you.
Caution! GM ahead
September 2021
Sedated by the GM food labelling and risk assessment requirements of the EU, many British people have been lulled into thinking GM has become a bit of a non-issue. However, just before Covid 19 obliterated all other news, many media outlets were picking up on the real possibility that, post-Brexit, "Supermarkets could be stocked with genetically modified food under future UK-US trade deal" (The Sun). Indeed, some were warning of the risk of a race to the bottom [1] and asking what happened to Westminster's pledge to take back control of our markets [2].
What started it was that, while "Boris Johnson has repeatedly claimed that negative impacts of Brexit will pale in comparison to the benefits" (Lib Dems quoted in PoliticsHome), the government's own figures suggest the 'benefits' could be as low as 0.02% of GDP. The UK Trade Policy Observatory at Sussex University commented "The numbers are very small. It just goes to show how tiny the gains are from a free trade agreement with the US compared to losing our present arrangements with the EU".
To avoid upsetting the public, the Government categorically ruled out involving the NHS in any trade negotiations, while allowing the health and safety issues surrounding US produce (which our Prime Minister has dismissed as "mumbo jumbo"), to be side-lined into the easily explained issues of chlorine-treated chicken and hormone-treated beef. On the subject of GM and food safety, however, the UK's negotiating stance has been over-generalised and elastic: "Any agreement will ensure high standards and protections for consumers and workers, and will not compromise on our high environmental protection, animal welfare and food standards." (quoted in The Sun)
This is not good news for British farmers who face the double-whammy of their home market being flooded with cheap (GM, and heavily subsidised) American produce just at the same time as their export markets to Europe have vanished.
The National Farmers' Union (NFU) for England and Wales, whose mission is to give farmers a voice, to protect their way of life, to campaign for a stable and sustainable future for British farmers, and to secure them the best deal, has been narrowly focusing on a ban on chlorine-treated chicken. At the same time, despite knowing its members' customers clearly rejected GM foods in the past and have no reason whatsoever to have changed their minds, the NFU is lobbying hard for gene editing. The organisation claims that this unproven GM technology will put the UK "in a world-leading position to showcase sustainable climate-friendly farming " (Blythman). Given the unpredictable disturbances in gene edited genomes increasingly being revealed by science [3,4,5,6], the NFU's wild optimism really doesn't sound like the best deal for farmers. This US-style, high-tech idealism puts the NFU at odds with its sister organisations in Scotland and Northern Ireland which have banned GM crops of all kinds.
As journalist Joanna Blythman warned pre-Brexit:
The precision problem in genome editing
August 2021
In 2018, the European Court of Justice gave its opinion on EU law with regard to gene editing. It concluded that techniques which use lab-made nucleic acids (such as DNA or the related RNA) to alter genetic material in a way that does not occur naturally are GM and are, therefore, subject to GMO regulation [1].
Glyphosate on the road
The Brexit race to the bottom
By the time this article pops up on the net, who knows what Brexit chaos might be unfolding. It is, however, worth being forewarned about what's been sneaked into place at the time of writing. As GM Watch points out, there's so much political upheaval in the UK and Europe, we risk "being so overwhelmed by the noise and sense of urgency that we miss what's really going on".
For example ...
GM in sewage
One concern about GM crops which European regulators have always taken seriously, is the possibility of the horizontal gene transfer of artificial antibiotic-resistance genes from GM food plants into strains of bacteria which cause human and livestock disease.
Antibiotic-resistance has been described as medicine's climate change: a modern day plague [1].
Pesticides in the population
In 2017, a study was published indicating yet another possible chronic health effect from eating glyphosate, the herbicide sprayed on, and accumulated by, most GM crops.
The biotech industry has tried to claim that the presence of glyphosate excreted in urine proves the weedkiller is safe because the body is able to clear it out. However, tests on cows (not possible on humans) have shown glyphosate is distributed evenly in their organs and urine, suggesting the herbicide is retained in the body.
The cost of not testing
President Trump and his administration view environmental regulations as a hindrance to economic productivity.
Climate change and GM go hand in hand
Paul D. Thacker, a journalist with a nose for industry-led corruption of science and regulations, has commented that climate change denial and promotion of GMOs go together like peanut butter and jelly.
At first glance, it's not obvious why: it seems to involve a unique ability to entertain two opposing beliefs at the same time. Climate change deniers say climate change isn't happening so we don't need to do anything. GMO promoters say we need GM 'solutions' to feed the world and to save the environment because of climate change.
Action on new GMOs
Live life on the veg
The song of the birds for mirth
One is nearer God's heart in a garden
Than anywhere else on earth.
Professor of Biological Sciences (and avid gardener) Dave Goulson of the University of Sussex advocates growing your own fruit and vegetables because it's good for the environment, saves money, and "is also extremely good for the soul, giving people a real sense of satisfaction and getting them out into nature".
Super-maize with super problems
In 2018, the European Food Safety Authority (EFSA) GMO panel gave a positive opinion on a new five-event stacked GM maize for food and feed use in the EU.
GM with a TwYST
Take horizontal gene transfer seriously - now
The risk to health from artificial antibiotic resistance genes being used as markers during the creation of most GMOs was recognised in Europe back in the 1990s. However, lulled by mathematical modelling suggesting horizontal gene transfer (HGT) would never be significant in a complex, natural environment, the problem wasn't taken too seriously [1].
Our irrational unclean food supply
Patent-unfriendly broccoli
After a lot of moaning by food rights activists, the European Patent Office (EPA) reconsidered its ideas on the patenting of life, and in 2017 set new rules.
Following on from this (and a whole lot more moaning by food rights activists) the EPA revoked a patent it had granted five years previously on a new strain of broccoli.
















