It’s a dangerous thing to do. People with major depression are said to be twice as likely to develop a drinking problem if they self-medicate with alcohol a lot. Then there’s the possible interaction between alcohol or drugs with a person’s prescribed meds.
To be perfectly honest, there were times in my life when I self-medicated with wine, beer, or liquor. During one particularly dark time, when I had been prescribed benzos for a physical ailment, that was thrown into the mix. And, again with the honesty, I still sometimes have wine or beer with dinner, though I know I shouldn’t. I could say that I know how much I can drink without it affecting my reaction to my meds, but the fact is that I just shouldn’t.
Recently, however, a study was published in the journal Nature Communications which said that “getting drunk causes the same molecular changes in the brain as taking rapid antidepressants.” Here are the basics.
It was a study done on mice, which means it’s a long way yet from applying to human beings. The set-up was this: Mice were given alcohol, then placed in a container of water. Being passive and willing to drown was taken as an indication that the hapless creature was depressed. Sure enough, the mice that were given alcohol proved to be more active and energetic in trying to swim, which was taken as a sign of not being depressed.
The study did not end happily for any of the mice, however. Their brains were examined to determine how the alcohol achieved its antidepressant effects. The scientists say that changes in the boozy mouse brains showed that alcohol has effects on neurotransmitters that were similar to the way antidepressants affect the brain. That’s a long way from saying that alcohol is good for the depressed, though.
The premise of the experiment sounds a little shaky to me. I mean, assuming the swimming mice to be less depressed than the drowning mice strikes me as just a wee bit anthropomorphic. Plus, the mice seem to have been situationally depressed (by being left to drown), rather than chronically, as in clinical depression. However, the brain study seems more interesting to me. After all, it compared the effects of alcohol directly with the effects that antidepressants have on neurotransmitters and said that the former “mimicked” the latter.
What’s the takeaway from all this? Well, first of all, it’s hardly blanket permission for the depressed to go out and indulge indiscriminately. Further experiments are needed, presumably ones that will work their way up the animal kingdom until they come to depressed humans, though one hopes that they are not thrown into water to sink or swim.
If those further studies go the same way as the mouse study, I rather imagine the result will be something like the medical advice that you can take a glass of red wine to stave off heart disease – not a blanket approval, but the use of a potentially hazardous thing to ward off a potentially worse thing. Of course, that will not apply to alcoholics or others who must avoid the substance altogether for any of a variety of reasons.
I also note that the study focused on the effects of alcohol in relation to depression only. The manic phase of bipolar disorder was not part of the study and drinking while manic is well known to be a really bad, though often occurring, thing. Of course the same can be said of drinking and depression.
For now, the best advice is simply not to drink if you are depressed or bipolar. Don’t use me as an example. I’m not sharing this to encourage anyone to indulge in potentially destructive, even lethal, behavior. As always, Your Mileage May Vary, especially when compared with that of drunken, depressed, or dead mice. But drinking is still far from a good idea for the bipolar. And don’t mix it with benzos either. Trust me on this. It’s a slippery slope.