Do you feel caffeinated, but don’t drink coffee? Or happy, but don’t take antidepressants?
An ongoing
Ball State University study shows tributaries to the White River are contaminated with a host of pharmaceutical residues,
which are likely making their way into the system through human waste. Ball State is tracking a footprint
from north of Muncie to Martinsville, and has found traces of 25 drugs ranging from caffeine to lithium,
an antidepressant.
The researchers are batting 1,000 so far, with 25 positive discoveries for
the 25 drug tests they’ve run. They haven’t even looked for all of the more than 300 possible
drugs.
Minimal levels of these drugs actually end up in drinking water, so the amounts aren’t
high enough to be noticed by humans. (Nobody’s saying anything about the fish.)
However, lead
researcher Melody Bernot says no one can speak authoritatively about the effect of constant exposure, even at low levels.
“There’s so much we don’t know,” says Bernot, a 1994 Lawrence Central High School grad. But,
she adds, that we should be “very” concerned.
Does this worry you?








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This is a newly-recognized "problem" everywhere mainly because the technology now exists to detect the most minute traces of anything in water.
The real public-health issue is figuring out if it's harmful.
Aldo Leopold, A Sand County Almanac (1949)
People will eventually embrace this idea, it's just a matter of how much time we waste between now and then.
Back up these claims with a discussion of bioavailability of drugs, gastrointestinal effects on absorption, the hepatic first-pass effect, and rates of renal clearance for systemic molecules. Then discuss therapeutic levels vs. minimum toxic or lethal level. Folks, if you understood these basic concepts of physiology and pharmacology, you would sleep well at night after a glass of water.
The researcher in question specializes in environmental science, and is not well qualified to make a claim regarding health concerns for trace levels of common drugs showing up on extremely sensitive assays. (I do suspect these quotes poorly reflect true context, and trust she is a reliable, respectable researcher in environmental science.) The real question should be on drugs that HAVE shown excessive toxicity in patients who take them for years (such as statins effects on hepatic function and muscle breakdown), then assess if their levels in drinking water meet the already studied and documented minimum toxic levels.
in this artical to me i feel like your are making it like its not a big deal that thier are drugs in our water.....
but it is a big deal isn't?
i mean we should be drinking healthy purified water not WATER with DRUGS in it.
thats not healthy.
correct me if im wrong please.