On June 21-23, the CDC ACIP will meet to discuss the new Covid-19 and RSV vaccines (and others).
Category: science
The Skinwalker Ranch Connection to Nikola Tesla
I watched one of the new episodes of The Secret of skinwalker Ranch the other night. The use of special imaging techniques led to finding what looked like little tunnels running underground in one area of the property.
That led to trotting out the little excavator and digging up the ground. They found some light-colored veins of dirt, which they analyzed. They contained elements, things like sodium, potassium and whatnot. I couldn’t understand why they didn’t compare that to the surrounding normal-looking dirt, because I think dirt everywhere has those elements in it.
I think one of the scientists/actors, Dr. Travis Taylor, mentioned that this kind of dirt might be able to transmit electricity. That got me thinking about Nikola Tesla and his fascinating experiments with electricity. I’m probably all mixed up about his theories but I think he tried to send electricity through the earth in an effort to show it could be transmitted without wires.
In fact, that led me on my usual wild goose chasing through the internet. I didn’t know Tesla almost died from cholera when he was much younger. I also found out he suffered from obsessive-compulsive disorder (OCD). That led me to a paper that was published in a neuroscience journal in 1999 showing that an intracellular form of cholera toxin was associated with OCD-like behaviors in mice.
Tesla also became friends with Mark Twain, one of my favorite humorists. Tesla used his “earthquake machine” to cure Twain’s constipation—by causing diarrhea.
You can learn a lot about science by watching the skinwalker ranch show. On the History Channel website, it’s subtitled as “science fiction.”
Campbell KM, de Lecea L, Severynse DM, Caron MG, McGrath MJ, Sparber SB, Sun LY, Burton FH. OCD-Like behaviors caused by a neuropotentiating transgene targeted to cortical and limbic D1+ neurons. J Neurosci. 1999 Jun 15;19(12):5044-53. doi: 10.1523/JNEUROSCI.19-12-05044.1999. PMID: 10366637; PMCID: PMC6782675.
We took the picture of the Nikola Tesla sculpture at Niagara Falls in 2015.
My Two Cents on the Involuntary Treatment of Tuberculosis and Psychiatric Illness
By now many of us have seen the news headline about the person in Washington state who was arrested and sent to jail for noncompliance with a court order for treatment of tuberculosis. This led to my searching the literature about the connection between court-ordered treatment for psychiatric illness and court-ordered treatment for tuberculosis in Iowa. I’m not assuming that the person who is the subject of the news story has psychiatric illness.
I’m a retired consultation-liaison psychiatrist and the issue of how to respond to patients who refuse treatment for tuberculosis arose maybe once in my career. When the Covid-19 pandemic began a few years ago, I thought of the Iowa code regarding involuntary quarantine of patients infected with Covid-19 infection. I thought it was a situation similar to that of persons infected with tuberculosis. That was an issue for the hospital critical incident management team to deal with.
I found an article relevant to both internal medicine and psychiatry. It is entitled “Can Psychiatry Learn from Tuberculosis Treatment?” It was written by E. Fuller Torrey, MD and Judy Miller, BA and published in Psychiatric Services in 1999. The authors point to the directly observed therapy (DOT) programs in place in several states, including Iowa. Such programs can include positive reinforcement incentives such as fast-food vouchers and food supplements, movie passes and more. They credit the New York experience using DOT with reducing the tuberculosis rate by 55%.
Torrey and Miller point out that many psychiatric treatment programs didn’t offer as many incentives as DOT programs for treatment of tuberculosis. They also say that a “credible threat of involuntary treatment, essential for the success of DOT” often is absent from psychiatric programs.
I was puzzled by their view because of what I saw from our own integrated multidisciplinary program of assertive community treatment (IMPACT) at The University of Iowa Hospitals & Clinics, which started well before they wrote the article. My impression is that it has been very successful. The Iowa Code covers the role of involuntary psychiatric hospitalization in the event of noncompliance as a result of uncontrolled psychiatric symptoms leading to danger to self or others or inability to provide for basic self-care needs.
On the other hand, because of my background in consultation-liaison psychiatry, I wondered about how we might treat someone with both tuberculosis and severe psychiatric illness, the latter of which could make treatment of the former difficult or even impossible.
We can use long-acting injectable antipsychotics to treat those with chronic schizophrenia. They’re not uniformly effective, but they play an important role in acute and maintenance therapy.
But I also forgot about how tuberculosis treatment could be administered to those unwilling to take it voluntarily. I rediscovered that tuberculosis treatment can be given by injection, if necessary, although it’s usually intended for treatment-resistant disease. On the other hand, scientists created a long-acting injectable drug for tuberculosis which was effective in animal studies and which could be a delivery system for non-adherent patients.
And I thought about who would be the responsible authority for administering tuberculosis medications on an involuntary basis. It’s not psychiatrists. It turns out that in most states, including Iowa, the local public health officer is in charge. The CDC has a web page outlining suggested provisions for state tuberculosis prevention and treatment.
Patients with tuberculosis who refuse treatment can be confined to a facility, although it’s not always clear what that facility ought to be. Certainly, I would be concerned about whether a jail would be the best choice.
I don’t have a clear answer for an alternative to incarceration. Would a hospital be better? General hospitals are not secure and there would not be an ideal way to prevent the patient from simply walking away from a general hospital ward. If the patient has a comorbid severe psychiatric illness that interferes with the ability to cooperate with tuberculosis treatment, then maybe a locked combined medical-psychiatric unit (MPU) would be the better choice. Arguably, while an MPU might not be the best use of this scare resource, it’s probably more likely to have a negative pressure isolation room for a patient with both tuberculosis and psychiatric illness. I co-attended with internal medicine staff on The University of Iowa Hospital’s MPU for many years. There are rigorous criteria for establishing such units. The best expert in integrated health care systems I know of would be a former teacher and colleague of mine, Roger Kathol, MD. He is currently the head of Cartesian Solutions.
I’m aware that just because someone refuses treatment for tuberculosis doesn’t necessarily mean a psychiatric illness is present. The critical issue then could become whether or not the patient has the decisional capacity to refuse medical treatment. The usual procedure for checking that would include assessing understanding, appreciation, reasoning, and the ability to make a choice. You don’t necessarily need a psychiatrist to do that. Further, there are nuances and recent changes in the decisional capacity assessment that can make the process more complicated. The New York Times article published in early May of this year, entitled, “A Story of Dementia: The Mother Who Changed,” makes that point based on a real-life case in Iowa, involving psychiatrists at The University of Iowa.
It occurs to me, though, that just because a person is able to pass a decisional capacity assessment doesn’t necessarily make a decision to refuse tuberculosis treatment OK. Letting someone expose others to infection when effective treatment is available doesn’t sound reasonable or safe.
That’s my two cents.
Quenard F, Fournier PE, Drancourt M, Brouqui P. Role of second-line injectable antituberculosis drugs in the treatment of MDR/XDR tuberculosis. Int J Antimicrob Agents. 2017 Aug;50(2):252-254. doi: 10.1016/j.ijantimicag.2017.01.042. Epub 2017 Jun 5. PMID: 28595939.
Rain Blesses Our Garden Including Evening Primrose
We were very happy when we finally got a little rain the other day. It really brightened up the garden. Sena got some evening primrose. This happens to be one of my favorite flowers. It was one of the many flowers she planted in her big garden at our first house.
The evening primrose I see on the web are mostly the yellow variety. The variety we’ve had is a pale pink color. We were surprised to see that some people warn against planting this in your yard. It’s considered invasive, but we didn’t have any problem with that years ago.
Some say that evening primrose is not intended for human or animal consumption. The Mayo Clinic web page says that, while it’s probably safe to take in pill form in small amounts for a limited period of time, the evidence for its effectiveness for the medical conditions people usually take it for is inconclusive at best. And you shouldn’t use it if you have a bleeding disorder, epilepsy, or schizophrenia.
My very limited web search revealed the rationale for avoiding taking evening primrose if you have schizophrenia was that it might raise the risk for seizures. I saw one Cochrane Database Review from over 20 years ago which said it had no effect on fish oil supplements for schizophrenia. One article from the 1980s suggested that evening primrose oil might increase the risk for seizures in patients with schizophrenia.
The bottom line is you should not ingest it but simply admire its beauty.
The Gray Catbird Rusty Rump Mystery
I looked into the mystery of the gray catbird’s rusty rump. I mentioned the rusty colored feathers under its tail feathers in yesterday’s post. For some reason the underside of its tail feathers looks a little messy. I was able to get more video evidence about what might be the cause.
The catbird looks fastidious. That may be misleading. Scientific observation reveals what is really going on.
This is probably also the origin of an old saying. I think it was Plato who said, “Never stand under a bird.”
The Secret of Wiffle Ball Farm
I sometimes enjoy watching one of the paranormal TV shows, “The Secret of skinwalker Ranch.” I don’t want to mention the word “skinwalker” too often because some people consider it dangerous to even say it loud because they believe the skinwalkers will latch on to you. It’s kind of a boogeyman thing. Anyhow, the actors on the show can be pretty funny, even when they don’t intend it. There’s even an astrophysicist involved. My spellchecker says the word “skinwalker” should be capitalized. I figure if I don’t do that, I’ll be safe.
Anyhow, it gives me an idea for another show some producers might want to consider, “The Secret of Wiffle Ball Farm.” It would probably get an astronomically high rating on Rotten Tomatoes. It would have a similar format to “The Secret of skinwalker Ranch.”
The setting would be in Monticello, Iowa where the headquarters is located. It’s Whiffle Tree Mercantile. There is some controversy about whether or not you should leave the “h” in the spelling or not. If you’re the least bit superstitious, you might wonder if leaving the “h” in would open a wormhole vortex which would allow a giant Wiffle Ball to zoom in with a vicious curve trajectory and bean you on the back of your head.
This isn’t so far-fetched, at least not as far-fetched as the “skinwalker” capitalization phobia. There is a story about the cartoonist, Gary Larson, getting a letter from Wiffle Ball, Inc. lawyers insisting that Larson capitalize all the letters in WIFFLE in the future and should only be used in reference to a product made by The Wiffle Ball, Inc.
Everybody knows you can put a righteous curve on a wiffle ball, maybe especially if you alter it in sneaky ways (see below). The ball has holes in it and I think I might have played it when I was a kid. If I had been a kid in 2011, I probably wouldn’t have been allowed to play it in New York instead of Iowa. It was banned as unsafe for a short while by the state legislature. People laughed at that so hard they probably peed their pants.
The name Wiffle Ball got its name from the whiff sound you heard when players struck out, mainly because of the outrageous curve a pitcher could throw with it. I think I read somewhere the inventors left the letter “h” out because it cut down on the cost of advertising. Regardless, you’ll still sometimes see Wiffle Ball spelled as Whiffle Ball.
But to get back to Whiffle Tree Mercantile (is it too late?), the mystery about it is whether or not you can find Wiffle balls for sale there. There might be a controversy about maybe a conspiracy to hide the ball from the public by favoring another meaning for “Whiffle” by tying it to the word “tree”.
Hang on to your hat, it gets pretty confusing pretty fast. The whiffle tree (which is often spelled “whiffletree”) is supposedly a mechanism to distribute forces through linkages. It can be used to connect an animal harness to a vehicle like a cart or plow. The name would be understandably be used as a cover for an antique store in Iowa.
But wait. There’s another dimension to the meaning of whiffletree. One guy says it’s a mechanical digital-to-analog converter. It’s based on the mechanical one described above, but it was a kind of calculator used in typewriters. The comments in the YouTube video are pretty enthusiastic about it, which makes you wonder what star system they’re from.
But hang on, the conspiracy and mystery go deeper than that. Some say that the whiffle tree is where you hang your whiffle bat. Okay, we need an astrophysicist or at least a scientist of some kind to play a serious role here—sort of.
In fact, there’s a story on the internet posted in 2010 about a mechanical engineering professor who studied the unhittable Wiffle Ball pitch and possibly discovered the secret. Dr. Jenn Stroud Rossmann studied the aerodynamics of the Wiffle Ball as well as something called “scuffing” which is to cut or scrape the ball so as to give it almost magical properties to make batters strike out. Scuffing is legal in Wiffle Ball, but not in regular baseball. What’s up with that?
The connection of all this with Whiffle Tree Mercantile in Monticello, Iowa is the biggest mystery, of course. What are they hiding? Why don’t they just tell us on their web site whether or not they sell Wiffle Balls? Is there an underground cache of scuffed Wiffle (Whiffle) Balls somewhere in the back of the store? Did extraterrestrials teach humans how to scuff them? Why does the internet story about Dr. Jenn Stroud Rossmann show her juggling Wiffle Balls? Is there a wormhole connecting Jones County (where Monticello is located) with Area 51 and when will the Federal Government simply admit that?
These and countless other questions could be answered in the soon to be considered blockbuster paranormal TV show “The Secret of Wiffle Ball Farm.”
AI Probably Cannot Read Your Mind
I was fascinated by the news story about the study regarding the ability of Artificial Intelligence (AI) to “read minds.” Different stories told slightly different versions, meaning they either did or did not include the authors’ caveats about the limitations of AI. Recently there has been a spate of news items warning about the dangers of AI taking over mankind.
Not to diminish the strengths of AI, the full article published in Nature Neuroscience reveal critically important facts about the study:
- Subject cooperation is essential for AI to train and apply the decoder which “reads” your mind
- You have to climb into a big MRI to enable the AI to even get started
- The subject can resist the AI by silently repeating simple tasks such as counting by sevens, naming and imagining animals, and imagined speech
The authors of the study caution that even if the subject doesn’t cooperate and the AI is inaccurate, humans could still deliberately lie about the results for “malicious purposes.” Nothing new under the sun there.
The current technology here would not be usable in the emergency room to assist psychiatrists ascertain suicide risk. It probably wouldn’t help psychiatrists and other physicians diagnose Factitious Disorder in patients whose main feature is “lying” about their medical and psychiatric disorders in order to get attention from health care professionals.
This reminds me of news stories about the propensity of AI to tell lies. One story called them pathological liars. I interviewed Google Bard and found out that it makes stuff up (see my posts about Bard). Does that mean that it’s lying? Humans lie, but I thought machines were incapable of deception.
Another interesting sidelight on lying is whether or not you could use AI like a lie detector. For example, the case of people who report being abducted by extraterrestrials. Travis Walton and co-workers reported he was abducted in 1975 and they all took lie detector tests. They all “passed.” There are many articles on the internet which essentially teach how to beat the polygraph test.
And if you can beat the AI by repeating the names of animals, it will not detect lying any better than a polygraph test.
I think it’s too soon to say that AI can read your mind. But it’s clear that humans lie. And it wouldn’t hurt those who are enthusiastically promoting AI to brush up on ethics.
Reference:
Tang, J., LeBel, A., Jain, S. et al. Semantic reconstruction of continuous language from non-invasive brain recordings. Nat Neurosci (2023). https://doi.org/10.1038/s41593-023-01304-9
Abstract:
“A brain–computer interface that decodes continuous language from non-invasive recordings would have many scientific and practical applications. Currently, however, non-invasive language decoders can only identify stimuli from among a small set of words or phrases. Here we introduce a non-invasive decoder that reconstructs continuous language from cortical semantic representations recorded using functional magnetic resonance imaging (fMRI). Given novel brain recordings, this decoder generates intelligible word sequences that recover the meaning of perceived speech, imagined speech and even silent videos, demonstrating that a single decoder can be applied to a range of tasks. We tested the decoder across cortex and found that continuous language can be separately decoded from multiple regions. As brain–computer interfaces should respect mental privacy, we tested whether successful decoding requires subject cooperation and found that subject cooperation is required both to train and to apply the decoder. Our findings demonstrate the viability of non-invasive language brain–computer interfaces.”
