I'm unsure of my stance on labeling, but I am not against GMOs as a technology, it all depends on what was modified, and what effect that modification
can have on our bodies and on the organism that was modified. Of course testing these things gets complicated and would require looking at every
aspect of the organism much like we do with natural things, protein pathways etc. Say the modification is inserting a gene or genes from a fish that
give the fish the ability to not freeze despite having a 0C body temperature into plants to allow for growth in northern regions. You would need to
identify all the gene products involved in the pathway that gives that phenotype and what effects every product of that pathway has on all other
pathways natural to the modified organism.
If for instance one of the inserted gene's product (that later binds to another inserted gene's product to form the final complex preventing H2O from
freezing in this case, I'm not sure of the exact details of that pathway but for the logic of the overall picture it works) also interacts with a
natural gene product to block a pathway within the plant or upregulates some other aspect that disturbs homeostasis of the plant, it could have
terrible side effects or it might not. Or the inserted gene product complexes with some natural gene product to create something that our bodies can't
process correctly or interacts with one of our chemical pathways that throw off the homeostasis of some system in our bodies, it might lead to
unintended side effects that might not be picked up in the test on other organisms, or it might take longer for the side effects to become noticeable,
years which would be beyond studies ability to confirm. Or perhaps the fish antifreeze probably requires a regulator to slow production at a certain
Molarity and if that gene(s) isn't present in the modified organism then the organism is liable to produce it constantly, but that would probably make
the plant nonviable or deficient
Unfortunately I have no idea how indepth the FDA or the companies test these things and study the effects on the natural pathways of the GMOs. But
from my point of view, as someone who has worked as an undergrad in a genetics research lab and taken a ton of course dedicated to genetics and
research techniques, I would say most are probably safe, given we eat fish that have these antifreeze proteins for instance, and most other genes
commonly used in GMOs come from other food products. That being said GMOs aren't all bad or all good, it all depends on the specifics. The one I am
suspicious of, for instance, is the ones that are modified to kill insects when they ingest the plant. I would have to see all the specifics behind
the testing to know for sure, but instinct makes me wary of that form of GMO.
As far as labeling is concerned, given the previous paragraphs, it does polarize the situation, and makes it seem like an all or none situation. While
I would be the first to criticize Monsanto's use of this technology *cough kid with a lightsaber cough*, I also have to take into consideration the
potential benefits this extremely powerful technology can bring to the world when making my decision on the approach to take going forward. I imagine
the main reason most countries in Europe ban these products is because of the amount of research required to verify each individual GMO's safety would
be a huge undertaking, not to mention the amount of time it would take to verify all the previous claims, there is massive amounts of disinfo, whether
intentional or not, on both sides. The companies have profit incentive and no obligation to health, the FDA is a revolving door, and those against
them who aren't scientist tend to make blanket claims. Given that most of the countries decided to ban them until more research is done on each GMO
shows that the experts of these countries question the validity or thoroughness of not only the studies done and funded by the biotech companies but
the FDA as well. So to just label the product as GMO may have negative consequences on not only the companies and economy, but also on the views
people have on the GMO technology itself. The negative views would, in the future, stand in the way of actual thorough research and advancement that
isn't for the sake of profit or, in the FDA's case, sake of the USA's economy or an individual's employer previous to working for the FDA, but for the
betterment of humanity and saving large numbers of people from starvation and malnourishment in the future, and not to mention other benefits that
could serve to slow down if not reverse desertification among other things.
In conclusion, This # be complicated, yo, and will take a long time to sort through, not to mention break through the lobbying and pass actual laws
and regulations that are conducive to discovering all risk associated with each GMO and minimizing risk on top of maximizing yields, nutrition, and
providing means to enable everyone in the world to have access to yummy num nums