I checked with my colleague to get the inside scoop.
Actually I made a few errors.
The 0.005mg/KG (5ppb) is just the MRL , the minimum reportable level.
The labs can easily analyze this with high accuracy and precision as the minimum level of quantitation is routinely 5,10 , 100 or a 1000 times lower.
So the minimum reportable level (which is why you see 5ppb mentioned) is far above the analytical limit of sentivity. If the chemical is detected at lower levels than that it will be mentioned but the quantity will not be reported.
The only report on what they regard is the toxicological harm level.
I checked with my colleague to get the inside scoop.
Actually I made a few errors.
The 0.005mg/KG (5ppb) is just the MRL , the minimum reportable level.
The labs can easily analyze this with high accuracy and precision as the minimum level of quantitation is routinely 5,10 , 100 or a 1000 times lower.
So the minimum reportable level (which is why you see 5ppb mentioned) is far above the analytical limit of sentivity. If the chemical is detected at lower levels than that it will be mentioned but the quantity will not be reported.
The only report on what they regard is the toxicological harm level.
So we really are talking about fractions of a microgram (that oneâs for you, Rocket) per egg. Incredible.
Ah, OK, the article seems to have misreported that then.
So, itâs legal for everything in my huo guo to contain fipronil, in any amount, but a miniscule trace eight orders of magnitude below the lethal dose in the egg or the chicken slices is just cause for a mass cull?
Seriously, the world is going fâing mad. They make up these dumbass rules, it seems to me, to gloss over the fact that poisons are routinely over-used on pretty much everything except their irrelevant exceptions. TBH I have no problem with them making life hell for battery-chicken farmers. I object to them making life hell for the chickens. I just wish theyâd chase people down for sensible reasons - animal welfare and human health - instead of bizarre gotchas in laws that donât protect anybody.
Yes, Iâm aware you can use it there for some things but not for others.
The rules are not dumbass, the farmers use it because itâs cheaper! They donât follow the rules, itâs actually easy to understand, donât use for this or that purpose, simple really.
I know the farmers donât follow the rules. I was pointing out that the rules donât make any sense in the context of known harms. Making exceptions for this and that application is completely illogical, because itâs still getting into the food chain and/or the environment. It doesnât matter what route it takes. Either ban the stuff, or donât.
Iâm wondering if some of it gets into the chickens by way of chickenfeed, if itâs permitted for agricultural use. In fact I donât see how it could not be present somewhere along the line, since itâs permissible for so many other applications.
Yes, that was my point really. They encourage farmers to cram chickens into conditions that inevitably result in disease and pest infestations, and then get all sniffy when the farmers spray noxious chemicals. And then they punish the chickens.
I know chickens tend to attract mites etc like keyboards attract fluff, even under free-range conditions, but if the animal is allowed to dust-bathe they stay at manageable levels.
Seems a bit unlikely, since itâs far more toxic to chickens that it is to humans. The chicken would die long before egg residue levels became high enough to be a serious food-safety issue.
The lethal dose of Fipronil for a human, incidentally, is apparently about 5g. Thatâs in the same ballpark as sodium nitrite. Check out the regulations for sodium nitrite. I know different chemicals will behave very differently at sub-lethal doses, but Iâm not convinced thatâs meaningful when youâre talking about micrograms vs. grams, even in the case of bioaccumulators (Fipronil apparently isnât one).
I saw a TV report where they showed the bottles and the farmer said he didnât know it was a problem to spray the chickens . I believe they were spraying the chickens directly.
Doesnât surprise me in the least. The guys around me are endlessly spraying God-knows-what. Most of them never even went to school. As far as theyâre concerned itâs all made from unicorn horns and pixie poop; they have absolutely no clue what any of that stuff does. They just go on the general principle that if you spray enough of this and that youâll eventually spray the one that works.
Iâve never understood why almost every civilisation on Earth delegates its food supply to those least capable of delivering it, or those who have an enormous chip on their shoulder about their miserable lot in life. Farmers everywhere seem to have roughly the same social status as septic-tank cleaners, and take slightly less pride in their jobs.
Itâs probably no worse than all the other shit youâll find in eggs. And in everything else.
Personally I always buy the (supposedly) free range ones, or the ones in the market labelled âĺéčâ, but Iâve no doubt those are mislabelled and mismanaged too.
Off the top of my head, I canât think of any substance that doesnât cause harm before the lethal dose is reached. There are some for which no safe dose is known, or so they say.
Sure there is. Crudely speaking, you can divide everything into three classes: stuff your body knows how to deal with and can eliminate as harmless metabolites, stuff that your body turns into toxic metabolites, and stuff that it doesnât know how to deal with at all.
Sugar, for example, is more-or-less harmless unless you consume it faster than your body can do something useful with it. At that point it becomes a toxin. Same with water.
You can fully recover from non-fatal cyanide poisoning or carbon monoxide poisoning (they act in similar ways), as long as it isnât repeated faster than your body can repair itself.
Ethanol can be metabolised, but it ends up (partially) as acetaldehyde, which is toxic at any dose.
Hydrogenated fats (margarine etc) appears to be toxic at any dose because theyâre bioaccumulators. Nobodyâs pinned down exactly what the long-term effects are, but theyâre implicated in a wide range of metabolic problems. Same with eg., lead and mercury.
âHarmâ can be permanent or temporary. If you need to recover from something, that indicates a problem. The point being, the fatal dose is not the only thing worth paying attention to.
Also, is the pesticide in question a bioaccumulator or not?