Ptak Science Books

Flying Mountains of the Diseased Dead: Offensive Weapons and the Black Death

JF Ptak Science Books   Post 1740

It is generally conceded that the introduction of the Plague¹ into Europe in 1348 had its very terroristic beginning in the Genoese trade and port city of Caffa, the result of a series of various sieges and bad blood between them and their Mongol hosts.

 

The background to this confrontation is pretty extensive, with sieges laid to Caffa several times over a hundred year period.  The Genoese established themselves at Caffa (which today is the city of Feodosija, Ukraine) via and agreement with the Kahn of the Golden Horde (the remnants of the Mongol Empire of Genghis Khan), which was a seaside link that reached across Russia and into the Far East.  The city was besieged in 1308 due to diplomatic/trade/ethnic etc. unpleasantnesses, and the Genoese wound up firing and evacuating the city, only to be invited back again in 1312 with the acceptance f a new Khan.  A major city developed which by 1343 consisted of two concentric rings of fortress protecting a diverse population of 20,000.  But it was in this year that the second siege began, lasting four years, with the Genoese (having access to the sea and supplies and new military input) finding themselves with a string of victories against the Mongols.
 

The Mongols at this time were also laid low with what turned out to be the Black Plague. Anxious to share this disaster with the Genoese, they catapulted their fallen, diseased soldiers over the siege walls and into the Caffa, with devastating effect. The scene was recorded by the contemporary Gabrielem de Mussis  (the account found in Mark Wheelis’(U  Cal Davis) CDC article “Biological Warfare at the 1346 Siege of Caffa”), which begins “In the name of God, Amen. Here begins an account of the disease or mortality which occurred in 1348, put together by Gabrielem de Mussis of Piacenza” and continues:

“The dying Tartars, stunned and stupefied by the immensity of the disaster brought about by the disease, and realizing that they had no hope of escape, lost interest in the siege. But they ordered corpses to be placed in catapults and lobbed into the city in the hope that the intolerable stench would kill everyone inside. What seemed like mountains of dead were thrown into the city, and the Christians could not hide or flee or escape from them, although they dumped as many of the bodies as they could in the sea. And soon the rotting corpses tainted the air and poisoned the water supply, and the stench was so overwhelming that hardly one in several thousand was in a position to flee the remains of the Tartar army. Moreover one infected man could carry the poison to others, and infect people and places with the disease by look alone. No one knew, or could discover, a means of defense.

“Thus almost everyone who had been in the East, or in the regions to the south and north, fell victim to sudden death after contracting this pestilential disease, as if struck by a lethal arrow which raised a tumor on their bodies. The scale of the mortality and the form which it took persuaded those who lived, weeping and lamenting, through the bitter events of 1346 to 1348—the Chinese, Indians, Persians, Medes, Kurds, Armenians, Cilicians, Georgians, Mesopotamians, Nubians, Ethiopians, Turks, Egyptians, Arabs, Saracens and Greeks (for almost all the East has been affected)—that the last judgment had come.

“…As it happened, among those who escaped from Caffa by boat were a few sailors who had been infected with the poisonous disease. Some boats were bound for Genoa, others went to Venice and to other Christian areas. When the sailors reached these places and mixed with the people there, it was as if they had brought evil spirits with them: every city, every settlement, every place was poisoned by the contagious pestilence, and their inhabitants, both men and women, died suddenly. And when one person had contracted the illness, he poisoned his whole family even as he fell and died, so that those preparing to bury his body were seized by death in the same way. Thus death entered through the windows, and as cities and towns were depopulated their inhabitants mourned their dead neighbours.”

The end result of the mountains of dead flying plague-ridden corpses was the retreat of the Genoese, who also brought back the disease to (at the very least) southern Europe, with spectacularly bad results, killing millions and millions of people. 

1) “The catastrophic pandemic has, generally been considered to have been plague, a zoonotic disease caused by the gram-negative bacterium Yersinia pestis, the principal reservoir for which is wild rodent.”--Wheelis

Fuller quote, below, in continued reading:

 

The Gift that Keeps on Giving: Radium, in Powder or Suppository

JF Ptak Science Books  Quick Post

Radium.  It was for some short period of time a magnificent and harmless thing, soemthing with a life of its own, sort of, in the way that people used to think of electricity. 

This is a detail for an advertisement for radium salts, found in the December, 1903 issue of Le Radium.  At this point, just five years after the Curies discovered it and quick-published (in five days) their results in the Comptes Rendus..., the massive biochemical effects of human/radium interaction was not understood. And so the ads for firms like Armet de Lisle, which  was loudly selling Sels de Radium (and other radioactive substances like uranium salt  and uranium phosphate) without any real knowledge of the adverse health effects of its products.  (The Curies and Becquerel had noticed ulcertating reactions to their skin when it was left in contact to radium, and "radium dementia" had been reported beginning about 1900, but it would take quite some time for this radioactive material to be understood as lethal products.)

Radium was used (in very small dosages) for the illuminating of instrument panels and dials (in, say, aircraft) and wrist watch faces into the 1960, though the major health factors ground themselves out in the worker who would come into contact with the radium itself. 

Of course there were other uses for radium as a cure-all, which would have been a completely different story:

[which I wrote about here in "Radium Dance"]

Eve's Ovum, "Unused" Sperm & Embryological Sex Wars of the 18th Century--a note

JF Ptak Science Books Post 1715  [Part of the History of Dots series.] 

I wanted to land this post (the title of which is nearly as long as the article) on this little island in a wide sea of similar islands in the complicated 18th century history of embryology.  Where we came from and how living things developed really wasn't very clear at this time, and really wouldn't be until Karl Ernst von Baer discovered the human ovum in 1827.¹

The issue of the ovaries as ovens--of homunuclus and palingenesis and epigenesis, the imaginary male-dominant anatomy of reproduction–was pretty much somewhat solved by the beginning of the 19th century.  Or at least the homunculus, the tiny but perfectly formed miniature human traveling along in sperm, was.  This character is pictured here, riding in the squinty-eyed imagination of researcher  Nicholas Hartsoeker², who desperately wanted to see the thing, I think, and which found itself published in his book Essai Dioptrique  in 1695.  Spermatozoa was discovered earlier by the great Leeuwenhoek (1632-1723) and which was finally confirmed in its fertility hypothesis by Lazzano Spallanzani, who also happened to be an ovist, thinking that each egg contained a pre-formed embryo).

The woman as a simple baker of a gift of preformed life was a medical belief that helped perpetuate the supposed inferiority of women, and that the woman’s part in the procreative process was a simple oven.  It was a difficult image/belief to resist, persisting well into the 19th century.  But there was another side of this debate as well, and that was that woman didn't need the male sperm to proceed with the process of conception, with some scientists believing that coition had nothing whatsoever to do with the process.  And so there were battle lines drawn in the primordial embryological sand of the 18th century, each demanding a sex-dominant role in procreation. 

And if sperm contained a perfect, pre-formed human being, waiting to be planted in the oven of woman, what happens to all of those-pre-forms in the sperm that went "unused"?  I imagine that if you were an 18th century pre-formationist that this would be a tricky and very uncomfortable question. If you could put on special sperm-specs that would allow you to see "ejected" and  "unused" sperm in the same sort of ways in which we can see non-visible light, that, well, you might want to watch your step and avoid smashing a fully-formed human being that had the potential of living for weeks on its own with the benefit of anything else at all. I have to admit that even for me this makes the picture of this Earth not very savory. The author of "A Brief History of Sperm" at SeductionLabs.org points out that at least one English country doctor, James Cooke, thought that this ejecta "might not die", at all,

"... but ‘live a latent life, in an insensible or dormant state, like Swallows in Winter, lying quite still like a stopped watch when let down, till [they] are received afresh into some other male Body of the proper kind’."--from SeductionLabs.org, in its "A Brief History of Sperm".

It sounds a little like embryologico-guerrilla warfare.

In the middle of the sides drawing themselves up for battle, choosing male- or female-dominant mechanics of procreation, or a combination of both, were the supra-ovists, who claimed that in this mess that every human who would ever be born on Earth was already present in the ovum of Eve.  There were some who tried to calculate the figure of how many people that ovum contained, but like the creation timeline of Bishop Wilberforce, the numbers were open to severe self-definign interpretations. 

It is interesting to note these debates, though, because they weren't really finally settled until just three generations ago. (Or four if you're much younger than I.)

Notes:

1.  von Baer published his discovery in his Epistola de Ovo Mammalium et Hominis Genesi (Leipzig, 1827), followed by his two-part Ueber die Entwickelungsgeschichte der Thiere  in 1828 and 1837 on the history and evolution of animals.  The original paper did not catch on, immediately, and took some years to be established.  There was actually a paid competition going on in Europe at this time for the purpose of finding the ovum, and although aware of the award and thinking he had found the "prize", von Baer was not well-doisposed to the idea of the "race", and so really didn't participate.  Jean-Louis Prevost (1790-1850) and Jean-Baptiste A. Dumas (1800-1884) also came to the conclusion that the "animacules" in the semen were responsible for fertilization.  The deal wouldn't be solidified until Oskar Hertwig actually observed the fusion of the male and female material in the ovum of a starfish in 1876. 

2. Hartsoeker ("heart seeker") (1665-1725) was a microscopist of high order in addition to being a physicist and a medical doctor, never actually saw this thing in his investigations--he iterated that the little person must be there.  But he never did say that he observed it. 

A Bloated Alphabet of Fat Cures: Strychnine Pills, Vibrators and Hope.

JF Ptak Science Books     Post 1691      Part of the Series on Blank, Empty and Missing Things:  Promises.

Quackery in general has survived in spite of itself over many fields, not the least of which is astrology and creation "science", cults, religions, and walking-with-the-dead.  In the U.S. in the 1910-1925 period however there was a attempt at investigating the most outrageous frauds in the medical profession by the American Medical Association, and of the many sorts of quacks and frauds-liver cures, neuralgia miracles, electro-vibrator hair restorers and lump removers, anti-droopy happiness pills, cocaine nervous system remedies, and so on--what I'd like to look at right now is concerned with "flesh reduction", or  fat cures. 

 

[Photograph of a neon sign, Manhattan, 1941, by Weegee from Naked City.]

According to the AMA (in a 1934 retrospective) the chief stimulant to the obesity industry was the rise of womens' fashions.  I think that the reasoning might wind itself around the growth of expendable money in the American rising middle class, where Americans, in general, had more money to spend on the non-essentials than any time in the history of the country.  That leads to more consumables, and that leads to more advertising, and that leads to more idealized images of what people should look like, and that leads to wanting to look like that, and that opens the door to scammers who offer a way to get to the not-actual ideal without effort and for little money.  And so in the '20's there was a spike in quack remedies for obesity, as there was little or no control over the content of what was being sold nor the claims about what the product did, medically speaking-there was general protection from fraud, of course, but the medical compliment for establishing what that actually was wasn't quite yet in place. 

There is a veritable alphabet (soup) of mondo bizarre cures that the AMA attacked and ripped apart during the 1920's, publishing the findings of their labs on the ingredients of the cures and the possibilities of whether any of the hundreds (thousands?) of these things worked at all. 

And what the AMA found was really pretty remarkable--lots of water, sugar, tartar,
tinctures of useless this and that, desicated liver, seaweed, salt, lemon, and that
sort of thing, none of which had any value for weight reduction whatsoever.  A
major ingredient, for some reason, was focus vesiculosus, also known as
bladderwrack, sea-wrack, kelp-ware and sea-oak--there was no indication of why this
ingredient was so popular, especially since it was used in some farms as a pig feed
to make the animals fat.
 

So, aside from the pig-fattening ingredient for human "flesh reduction", we'll have a quick alphabetical tour of some of the outrageous (and bizarrely-named) products and their components promising hope and physical happiness to the woman of 1925. (Let's note that the following are just locally-applied or ingested cures-there's an entire universe of external applications and devices that were used to solve the problem of fat.  For example, the Violet Ray Machine claimed that in addition to obesity it would cure "Problems with circulation of the blood, the heart's action, bumps of the funny-bone, germ infections, weakness, the waste of the body, congestion, impaired physical development, pains and aches, complexion and skin diseases, facial and body blemishes, hair loss, headaches, inflammation of joints, muscles, nerves, Atrophy, circulatory disorders, constipation, deafness, goitre, high blood pressure, arteriosclerosis, insomnia (sleeplessness-Brain Fag), indigestion, dyspepsia, neuritis, nervousness, hysteria, melancholia, neurasthenia, neuralgia, obesity, pain, paralysis, prostate gland problems, scalp diseases, falling hair, dandruff, asthma, anemia, bronchitis, catarrh, hay fever, rose fever, colds and other inflammations of the upper air passages, and, of course, cancer."  This quote with thanks from the Museum of Quack Meidcal Therapy Devices

And so to the consumable and applied quack fat cures:

Absorbit Reducing Paste-one of my favorites.  This was a nighttime sleeping paste
which was composed of 44% lard as well as beeswax, oil and milk.  After slathering
yourself in this oily, waxy, milky fat cocoon (the sheets!) you were also supposed
to ingest an accompanying night aid pill, which was 24% sulphur and 61% sugar.  So
not only would you be oily milky waxy lardy, you'd also be stinky and, at the end of
it all, hyper. 

Allmans Anti Fat Anti Pon (?)).  According to its label, it was a "powerful and
entirely harmless specific", which the AMA revealed to be composed of citric acid,
water and food coloring.  Sounds like Kool Aid. 

Arbolone tablets.  These guys were made of desiccated thyroid, starch, lime and sugar.

Basy Bread was a "anti growth" bread which turned out to be just a course wheat bread

Clark's Thinning Salts was almost entirely washing soda.

Dalloff's Time Pills were made of lavender and bearberry.

Elfin Fat reducing Gum Drops (continuing its spectacular name by saying it was a
product of the Pep-Giving Product Co., Inc.), was actually one of the only items
that might have contributed to weight loss, if only for the fact that in addition to
consuming its drops made of laxative and sugar you were supposed to adhere to a
pretty regimented, difficult exercise routine.  Big sweat and potent laxative does
in fact produce weight loss.  Maybe not a good weight loss, but aa weight loss
nevertheless. 

Elimiton (!) was a product made of caffeine and rhubarb.

Every Woman's Flesh Reducer promised a new figure with their mixture of Epsom salt
and camphor.

Fatsoff, a soap product that you washed with, was not surprisingly made of soap.
Fayro was another soap and washing flesh reduction "package" that asserted that by
using their secret flesh reducing salve (i.e., "soap"), you would "open your pores
to let the blood cells sweat off fat".  I could just about see the AMA guy who was
writing their description of this thing slamming his pen and screaming.

Some other F's included Fells Reducing Tablets (which were milk), Figurroids (salty
baking soda), Floradona (sodium thiosulphate, the photographer's "hypo"), and Folt's
Reducing Soap (which was, again, soap). 

Get Slim was a vile purgative of sugar, tartar and baking soda, plus perfumes.

Hall's Tablet Triturates were ginger and a big shake of chalk; Hargreaves Reducing
Wafers (bread and liquorice).

J.Z. Obesity tablets--were the same product as Absorbit which was the same as
Zobeide (minus the ox mucus). 

LaMar reducing Soap ("to wash away fat") was soap.

Marmola, "a thyroid-containing obesity cure" was composed of cornstalk, borax, baking
soda and tartaric acid, with a special "constipation agent" (?), as well as a lot of
salt. 

Morlene would reduce goitersm neck fat, bust size and tumors, somehow, with the
application of its cleansing elements (soap).

Neutroid seems to have been the most lethal of the hundreds tested, contaning bad
dollops of magnesium carbonate and iodol, and was taken internally (where external
application could prove fatal). 

Oil of Korein was pretty nasty stuff, containing sassafrass and about 75% petrolatum
(a semi-solid mixture of hydrocarbons, or petroleum jelly), though it also offered
some really good advice on foods to avoid if you didn't want to actually gain
weight. 

Phy-thy-rin was a calcium and sugar coated pill of iodine and dried thyroid, with
plenty of sugar, and liquorice. 

Rusell's Anti-Corpulent {reparation was a powdered added to water that would
effectively produce orange Kool-Aid.

Sangra Bath Salts was perhaps the most outrageously simple, being just colored bath
salt.  Slendaform ("just gently rub it in, and watch yourself get thin"), was a
half-pound jar of oil of turpentine, white vinegar and milk curd.  Slyphine, which
crowded its ads with tremendous claims to be "Absolutely The Best Weight Reducer
Ever Discovered" and other very shouty claims (by somehow "attracting surplus
fat"), was simply borax and talc. 

Dr. Vincent's Anti-Stout Pills contained a pretty sounding mixture of aloes, jalap,
cloves and bladderwrack.

Mme. Yale's Fertilizer Tablets-I'm not sure about the real use of "fertilizer"
here.) was actually one of the earliest of these frauds to be attacked by the
government, being charged with fraud by "misbranding" in 1909, as federal chemists
could find no connection between weight loss and its sole ingredients of sugar,
charcoal and cream of tartar. 

Lastly, we offer Zobeude, which was just Absorbit Reducing Paste relabled for
British consumption, though it seems to have contained an added ingredient of
"purified ox bile".  We are told in Bruce's Materia Medica of 1884 that "Purified ox
bile has the composition of fresh bile, less the mucus ."

Snail Trails--Getting from the Law of Irritability to Articulated Clowns and Artificial Leeches

JF Ptak Science Books  Post 1677

The Laws of Irritability was a marvelous-sounding title (to our ears, in this year) for a rather important medical treatise on the contraction of muscles.  It was a medical treatise by Felice Fontana¹ (1730-1805), and had nothing to do with what we would think of as irritability, and certainly was a long way from a book like Robert Burton's beautiful and slightly unreadable (and fairly unendurable) Anatomy of Melancholy, even as much as we would like it to be.  After all, wouldn't it be lovely, somehow, in a automated-Dickensian way, to see that there were 32 laws of irritability, and that this was the first of the afflictions like ennui and depression and so on that could be modified and codified, and I guess eventually commodified?  (Making these things into commodities didn't have to wait for anything at all in the way of proof or scientific merit went; after all, they were published in published books, which would have to be purchased, so there's an instant commodification to them.)  But alas the Laws of Irritability were nothing of the sort, referring to a set of observations and deductions more real than half-imagined self-references.

But all of this leads me in a very uncommon route to articulated clowns and skeletons, and of course artificial leeches.

This entire post started with the imaging that this book (below) by Fausto Nicolini, Vita di Arlecchino ("Harlequin's Life", published in 1958) and which contained a rather unusual bit to it-actually it didn't so much "contain" it but displayed it.  The front and back covers were both illustrated with clown images--clown images that could be copied, its sections cut apart, and re-assembled into a working cut-out paper puppet.  Now I've been dealing with scarce/rare/non-existent books for 30 years, and I cannot recall a similarly-covered book, where the reader could turn its cover into a puppet.  But here it was. 

[Click, enlarge, print and cut out your own dancing harlequin--the back cover is below.]

It reminded me of another work, a beautiful anatomical treatise by Jean Baptiste Sarlandiere, first published in France but eventually printed and published in New York in 1837 as Systematized Anatomy, or Human Organography. The sample below shows exactly how the book was laid out, almost as an instructional on how to reconstitute the body--a cut-out book, made to be separated and then pulled together again as a whole, the joints articulated with string or brass brads, a book no longer now a little puppet, "A real live boy".  (And yes it happens to be an Italian author--Carlo Collodi--who gave life to that naughty marionette...this is a tough story for kids, I think, even though I muscled my way through it with our younger daughter, leaving out some of the brutal stuff.)

And it is via Sarlandiere that we get to our leeche issue, because it was he who fashioned the response tot he endemic leech shortages of the 1820's and 1830's with his creation of the artificial leech. 

Oh to be in France in the 1830's and be a illegal leech importer, for your fortune would have been made.  Leeches were still very important in medicine--as a matter of fact Francois Broussais² saw the leech as a cure to virtually every diseases, saw them as a way of relseasing the inflammation and swelling and other complaints caused the body via strange and odd assaults on the body--the leech was a good and measured response to external insult, applied frequently and very liberally. 

Evidently consumption on all fronts was on the rise, prices went high, but the availability of leeches went down.  In France alone, leech production (in 1836) fell from 50 million to about 18 million, all but 1 million of those staying within the country.  And so it was Sarlandiere who came to the rescue with his "artificial leech"³, something that would replace venthouses and bleeding cups and of course the leech itself.  It was something that he had already developed years before, but perhaps time had caught up to it.

His devices are shown  below⁴ (expandable):

 

I'm unsure of the disposition of the artificial leech; Sarlandiere's medical instrument lay in wait for the Dutch leech crisis, and seems to have gotten everyone through the sorrowful state of leechless affairs as they existed. At least he published images of what his invention looked like for the rest of the medical world to see and comment upon, and possibly use, and replicate.  This unlike other "advances" in instrumentation which were kept under wraps, and secret, such as in the case of the foreceps kept secret by the Chamerlains for several generations.  At least the widespread trust in the leech didn't last much longer.

 

[Source: Philosophy of Science Portal ]

Notes

1.  The work was published as De irritabiltatis legibus, nunc primum sancitis, et de spirituum animalium in movendis musculis inefficacia, revised and translated into Italian as Ricerche filosofiche sopra la fisica animale (1775)Fontana leges irritabilitatis constituit, ingeniosus homo et accuratus, published in 1767.

"Formulated after the model of Newton's principles in physics, the laws of Fontana on muscular irritability were an important but neglected contribution to the subject of muscular contractility. The first law concerned Haller's concept of contractility as a property of muscle fiber itself, and pointed out that a contraction follows only after some stimulus. The discussion displayed insight into the underlying nature of tetanic muscular contraction. The second principle was the refractory period discovered by Fontana in heart muscle and applied to better understanding of the function of other muscles. The original third principle was a disproof of the efficacy of a theoretical entity, the 'animal spirits' . . . In his fourth law, Fontana pointed out the loss of contractility which results from stretching or compressing a muscle, and certain medical applications of this principle. The fifth law was concerned with problems arising from atrophy of disuse."--Complete Dictionary of Scientific Biography, volume 5.

2^.   François Joseph Victor Broussais (1772–1838). Marie-Luce Jardin, Les Thérapies par les sangsues: les pratiques les plus anciennes aux traitements actuels hautement scientifiques, Université de Franche-Comté, Faculté de Médecine et de Pharmacie de Besançon, 2005, Thèse, pp. 32–3.

3.  Jean-Baptiste Sarlandière, Bdellomètre du Docteur Sarlandière, Paris, Firmin Didot le jeune, 1819.

4. Teunis Willem van Heiningen, "Jean-Baptiste Sarlandière's Mechanical Leeches (1817–1825): An Early Response in the Netherlands to a Shortage of Leeches", in Medical History (Wellcome Trust),  Med Hist. 2009 April; 53(2): 253–270.

And more on Fontana from the DSB ("Fontana, Felice." Complete Dictionary of Scientific Biography. Vol. 5. Detroit: Charles Scribner's Sons, 2008. 55-57. Gale Virtual Reference Library. Web. 22 Dec. 2011):

On the Royal Hating of the Evil and Devil-Stink of Tobacco--King James I, 1604

JF Ptak Science Books    Post 1676

”[Smoking is] a custom loathsome to the eye, hateful to the nose, harmful to the brain, dangerous to the lungs, and in the black stinking fume thereof, nearest resembling the horrible Stygian smoke of the pit that is bottomless.”--King James I, in “Counter Blaste To Tobacco”:, published 1604

James I hated tobacco.  He hated every aspect of it, particularly since some smokers favored the stuff because of its purported medicinal and curing qualities--but for James it all led to vile stink, Devil worship and deep sin.  He just simply hated the whole idea--that and the person who introduced the notion and practice to James' fair island, who was Sir Walter Raleigh.  And what did Raleigh get out of that deal?  Well, he certainly over the course of tars-filled time introduced the possiblity of grim, cancerous death to a billion practicers and had a miserable pipe tobacco named for him.  And he also was beheaded.  I can't help but think that the smoking business had something to do with pulling James' head into pulling Raleigh's head off. (Well, it was actually "chopped" off, his bodyk buried and his head treated and stuffed and kept by his wife for the next 29 years.  In his prison cell in the Black Tower, Raleigh left a small container of tobacco, with the sentiment Comes meus fuit illo miserrimo tempo (It was my companion at that most miserable time) engraved upon its lid.)

And so James wrote this piece in 1604, a thin 32-page evisceraton of tobacco and tobacco-users.  It is an antiquarian rush to righteous vindication, and it in no small measure helped James' cause that he was right on a lot of his viciously-placed claims.

 

The sins and vanities of the filthy use of tobacco were many but evidently described in three layers, like a good cake, though he does make a good case for the habit's vileness.  Tobacco is mainly a sin of guilt and selfishness, of drunkness which is one of the great malfactors of all bad things, and of course the greatest sin of all in that it would impede the protection of the King and the realm.  James makes the case for tobacco use being an indolent, sick-making, vile producer of impotence and uncaring, driving all manner of sin that would lead to personal downfall and to the general "mollicie and delicacie of the wrath of overthrow" of kingdoms.

First are you not guiltie of sinnefull and shamefull lust? (for lust may bee as well in any of the senses as in feeling) that although you bee troubled with no disease, but in perfect health, yet can you neither be merry at an Ordinarie, nor lasciuious in the Stewes...

Secondly it is, as you vse or rather abuse it, a branche of the sinne of drunkennesse, which is the roote of all sinnes: for as the onely delight that drunkards take in wine is in the strength of the taste, and the force of the fume thereof that mounts vp to the braine: for no drunkards loue any weake, or sweete drinke: so are not those (I meane the strong heate and the fume), the onely qualities that make Tobacco so delectable to all the louers of it? ...

Thirdly, is it not the greatest sinne of all, that you the people of all sortes of this Kingdome, who are created and ordeined by God to bestowe both your persons and goods for the maintenance both of the honour and safetie of your King and Commonwealth, should disable yourselves in both?

The King also attacks the attractive and bogus medicinal properties of tobacco, and he takes care to list some of its precious capacities, from ridding people of the gout (instantly), to wakening the brain, to pox-curing, and even having the ability to cast out devils. Of course this belief was sustained as semi-fact for hundreds of years now, eventually worming its way into the all vast pockets of the Middle Class via print and other media as advertisements with doctors, dentists, nurses, pilots, sports figures, politicians (most famously perhaps being R. Reagan), and of course Santa Claus extolling various curative properties of cigarettes.  In the 20th century there was also the strong influence of Sexerettes--the possibility of sexiness curled around languid figures selling cigarettes to the young and old alike.

Electro-Punk Heavy Metal Birthing Machine--a Fantastically Bad Idea

JF Ptak Science Books   Re-posting entry #1500

I found this by accident, and needed to share it immediately, because in the splendid and chilly vastness of the infinite Encyclopedia of Bad Ideas, this entry would seem quite the poster child for such a stupendous effort--the mud to which all dust aspires. 

The centrifugal machine for human birth...its hard to even finish that sentence, let alone finish it without wincing.

I think what we have here is the Vitruvian Woman of Bad Ideas relating to human birth, the patent described more fully in this great piece by Marc Abrahams (of the Annals of Improbable Research) in The Guardian, 2006):

 

Read the rest of this post here.

Sterilizing the Insane, Epileptics, Prostitutes, and More--U.S.A. 1929

JF Ptak Science Books    Post 1335     On "the Privilege of Sterilization"

There are so many ways of spelling "n-a-z--i" without using a "z".  Or the "n".  The vowels come in handy, though.  The Human Betterment Foundation of Pasadena, California did just that, as did the Association of Ontario Mayors, the Eugenic Society, and many other correct-thinking associations and societies.  What these people had in mind was the raising of the genetic good through the malleable confusion of human rights issues resulting in the forced
"asexualization" of the lesser elements of society--forced sterilization of inmates in state-run mental and correctional institutions, (I've written about sterilization and eugenics earlier on this blog, here, though the pamphlets I'm writing about today are different.Today's pamphlets are available for purchase at our blog bookstore.)

To paraphrase the good doctor Hunter Thompson, ("when the going gets tough the weird turn pro"), the Nazis did that, becoming complete beasts, horrors even to their own horror, almost unimaginably so. (As a matter of fact, they were so bad that a certain percentage of the population believes that the Holocaust and the Nazi experimentation didn't happen because, among other, race-hating reasons, the crimes were just too enormous to be true.)  But before eugenics studies were molded into what the Nazis needed they provided ample justification to other groups. before the Nazis were elected to power in 1933.  These American groups weren't nearly on the same level as the Nazis, but they did create their own levels of hell, just not as deep and as profoundly grotesque as the Nazi-version.  But it was something very deeply disturbing.

The Human Betterment Society put the issue quite simply in their slim little pamphlet, Human Sterilization--to save ourselves from "race degeneration"  society had to act and restrict 'defective" men and women from bearing and rearing children.   There aren't that many pages in this publication but they each present some astounding assertions, perhaps the most shocking of which is that this society had its eyes on a larger prize--the country was burdened by as many as 18 Million people with mental disease, who "put a charge and a tax on the population" and who would "cost a billion dollars a year" to take care of.  The Human Betterment people do not say outright that 18 million people should be sterilized, but the statements come in the middle of a pamphlet making the case for sterilization, so we are left with the determinant that riding this people from the gene pool would be a desirable outcome. 

Dr. William Hutton makes the case for the humanitarian treatment of the treatment espoused in the title of his A Brief for the Sterilization of the Feeble-Minded (1936). "It would be unjust and anti-social to withhold the privilege of sterilization from the victims of mental disorders (the insanities)..."(emphasis mine). He dives into the deep-end of the sterilization issue, making the cse for dealing with the "blind, deaf-mutes, haemophilicacs and brachydactyly (deformed fingers)" in the same manner.

Of course the Nazis performed all manner of sterilizations before 1939 and before they started to simply exterminate entire populations of who they considered to be human beings unworthy of life. The eugenics people didn't want to kill people--they just wanted to take away all of their reproductive rights, forever.

As it turns out, the list of the types of people who were subject to enforced, state-organized sterilization got a little shadow-y around the edges, enough so that prisoners or mental patients accused of "moral terpitude" could include, say, poor women forced into prostitution. The lateral motion of these sorts of issue were decided by different state agencies--in New Jersey for example it was the Board of Examiners of the Feeble-Minded; in Indiana, it was a board of "eugenics experts" (who were to be paid no more than $3 per case).

The reach of sterilizations varied by state--some states did not have any laws regarding enforced sterilizations, though most did--the reach of the practice varied from state to state as well, some (like New York) reaching beyond the state penal institutions, mental hospitals and "homes for the feeble-minded", and then right down into reform schools for boys and girls (with Michigan looking into industrial schools as well).   Some states--like Kansas--reached across these lines into the lives of epileptics; Michigan did not hunt for epileptics but did so for "imbeciles". Oregon seemed to cast the widest net, including the "feeble-minded, insane, epiletpic, habitual criminals, moral degenerates, and sexual perverts" found in any institution maintained at the public's expense who condition was found to be "inadvisable for procreation".  Maine on the other hand simply included "other forms of mental disease".

By 1933 state-sponsored sterilizations of these classes of people reached the following totals:

And so it almost ends, the story of sterilization growing weak and stale by World War II, exhausted and failing under its own exhaustion and failure.  The sterilization of sterilization really begins with the Supreme Court Decision of 1942, the Court finding unanimously that (in Skinner v Oklahoma) that Mr. Skinner's--a chicken thief--right were being violated when faced with castration.  Justice William O. Douglas wrote:  "[S]trict scrutiny of the classification which a State makes in a sterilization law is essential, lest unwittingly, or otherwise, invidious discriminations are made against groups or types of individuals in violation of the constitutional guaranty of just and equal laws."The practice continued with less abandon and more restrictive uses into the Nixon administration, which even as late as 1970 increased Medicaid funding for sterilizations, a weirdly appropriated funding that seemed to dramatically increase the sterilization of poor blacks.  Forced sterilization breathed its last in Oregon in 1981.  

 

On What Cost What--Treating Injured Seamen in the War of 1812

JF Ptak Science Books   Post 1659

When you think of expense and medical care, why on Earth should any of it cost so much?  Well, that question would make more sense if asked in the year 1812, because--according to the make-believe history of Medical Billing Capacity-- the need for compensation for knowledge or spent stores or supplies or whatever was not very great, at all. 

E(ward) Cutbush, a very capable naval surgeon (and noted as the father of modern American naval medicine) attests to this, and did so in this report on the status and expense of the hospitals and medical care facilities available to the U.S. Navy (and which was published in 1819). He didn't of course know necessarily that health care wasn't very expensive at all--especially if relation to the price of wine--Cutbush just reported the numbers. 

And the numbers are interesting:  in 1814, for the U.S. Naval Hospital in Washington, D.C., for the 116 inpatients and 86 outpatients seen during the year, a total of $344.74 was spent on "medicines, instruments and dressings", $1,166.30 on "support of patients, nurses and attendants" (which really meant food and sundries),  and another $180.00 in wages for  "nurses and attendants".  By comparison, $79.70 was spent on soap and candles, $334.52 on replacement furniture, and $368.40 on fuel. $50.56 was spent of fruits and vegetables.

A little bit further on, Cutbsuh tells of the more exact expenses on food/"support" for the folks at the  D.C. hospital  in 1814.  By far the leading expense (in the total of $1,166.30 3/4) was meat, meaty fresh meat, which accounted for nearly half of the total outlay ($439.88).  Bread was next ($179) followed by Madeira wine ($108).  Actually all of the alcoholic beverages--which included Madeira, brandy, sherry, port and whiskey) added up to $153.00, almost as much as bread.  Meat, bread and booze then accounted for $726, or 62% of the food budget (less the minimal cost of fresh veggies).  Milk, tea and coffee weighed in at $92, which means the drinking-goods totaled $245, or 21% of the food outlay.  Barley, rice, oat meal corn meal and "biscuit" came in at $24; vinegar, molasses and brown sugar surpassed those staples at $97.

We don't get any information on the surgeon's pay, unless we look at the stats for the naval hospital at Baltimore.  There, for 1814, we see that $352.00 was spent on medicine, $80 on surgeon's instruments, $231 on fuel, $1645 on provisions, $18 for nurses, $18 for cooks, and $1282 on surgeon pay.  Unfortunately, I cannot find how many surgeons were called to receive this compensation, but we can see that their pay consumed 26% of the hospital expenses while caring for a total of 244 sailors over the run of one year.  It is not impossible that there was one surgeon on hand, and one nurse.  So, each sailor getting care from Baltimore received about $1.44 worth of medicine for their stay; the nurse and cook each got about 7 cents for each of the patients receiving care there, and the doctor picked up about $5.25 per sailor.

Of course there wasn't much in the way of surgical tools when compared with even the late 19th century to spend money on--ditto medicine.  Stand-alone hospital machinery was virtually non-existent in 1814, and so the major factor upon which all hopes were laid was the surgeon, a sort of walking hospital--a job of superior messiness and long and lonely responsibility.

These numbers were for the late period of the War of 1812, when more than 2,650 servicemen were killed and 4,500 wounded.I could not in a cursory effort find the number of surgeons serving or employed during 1814, nor an overall figure on total medical care cost for seamen.  But it does seem likely that more was spent on milk, bread and booze than on medicine and surgical instruments.  And certainly the doctor cost far more than any other single unit int he medical care scheme--and, given that the greatest part of all care necessary resided with the physician, it was probably worth every penny.  (Or fourth thereof.)

Notes:

1.  Cutbush at this time was given the direction of the "Marine and Navy Hospital establishment and of the medical and hospital Stores, which may from time to time be required for the use of the hospitals, or for the vessels of the United States equipped at this place."--Dudley, William S.. The Naval War of 1812, a documentary history, Volume 3.. Naval Historical Center, 1985.

 

Did Galileo Know That He Was Galileo?

JF Ptak Science Books     Post 1610

Here's an interesting lead sentence I found in 3QuarksDaily via Salon:

  "Karl Marx did not know what we know: he did not know that he was Karl Marx."

The author suggested that Marx would've had a better time in his life had he known what influence he wielded in what he was writing--basically, Karl Marx didn't know that he was KARL MARX.  It is an interesting--and frightening--idea to think of someone laboring like that laboring (as it were) away in relative obscurity, or at least relative to the monumental influence it would come to have.

The real question is not how many people might be in this category of not knowing who we know them to be, but if everyone is in this category at one point or another, and how long it took for them to understand the lasting significance of their work.  But for right now I'm interested to know what people think of the following ten science personalities, and to answer (in a simple survey), if they knew the significance of their work.

The survey is simple and fairly straightforward, and asks questions regarding Copernicus, Harvey, Galileo, Einstein, Maxwell, Newton, Turing, Darwin, Lucretius and John Von Neumann. 

You'll have a chance to view the survey results at the end.  Thanks!

Follow this link to the survey.

 

The Vast VD Landscape of "Procurable" Women: the Big WWII Poster Post on Veneral Diseases

JF Ptak Science Books  Quick Post

[All images from John Brown's Public Diplomacy Press and Review Blog, here.]

Almost all of these posters were printed by the U.S. government as a preventative measure to help eradicate the costs of venereal diseases to the American armed forces.  They look a little outre and goofy and unbelievable in their way, but their message was very clear.  The effects of venereal disease too is a very clear one to military forces, because as important as it is to feed and clothe your troops, it is equally important to keep them healthy, for since the beginning of keeping armies there are always episodes of armed forces being decimated by disease, some percentage of them being sexually transmitted. 

So I understand that the powers that be were trying to limit the lovelust interests of a (conquering) military force by scaring them,but sometimes the message came with a price, as with the lead poster on this post, which basically shrank the individuality of women down to the nexus, eliminating their individuality and robotizing them into VD-carrying sex toys.   .

The percentage enough would carry this message, but a detailed view of the poster shows how it enunciates the mechanization of the female love receptacle:

I don't disagree with the underlying purpose of these posters, or even most of their sentiments--except of course for the lobotomized-disease-carrier-women parts.

 

History of Lines: the First Heart Catheterization, 1928

JF Ptak Science Books  Post 1580   [Part of the History of Lines series.]

Werner Forssmann (1904-1979) was a tough man.  He had an idea for injecting drugs into the heart quickly for certain emergencies and came up with the idea of cardiac catheterization, thinking that it might be possible to pass a catheter through the veins of the arm and into the right side of the heart.  In 1928 he acted on the idea, on himself: he applied a local anaesthetic and with a cannula inserted a catheter into the antecubital vein of his arm, sliding it 65 cm into his body; then he walked (with the aid of a nurse) into radiology and completed the journey of the catheter into the right auricle of his heart.  He had tried this procedure earlier with the aid of another physician, who wound up alarmed because of the pricking something in along the way, not to mention the possible danger of inserting a foreign object into a living heart. Forssmann met success alone on the second attempt, though he did make an x-ray of his experiment:

That's some pretty significant self-experimentation.  Forssmann would be awarded the Nobel Prize for Physiology or Medicine in 1956¹, 28 years after the publication of this epochal paper, and 13 years after the end of Forssmann's career as a surgeon-major during WWII, also during which he became a Nazi. 

Notes:

1. "The Nobel Prize in Physiology or Medicine 1956 was awarded jointly to André Frédéric Cournand, Werner Forssmann and Dickinson W. Richards "for their discoveries concerning heart catheterization and pathological changes in the circulatory system..."

The above image is a detail from the illustration used in the publication of Forssmann's results "DieSondierung des rechten Herzens" in Klinische Wochenschrift (1928):

History of Lines--the Heart, Arteries and the Circulation of the Blood, 1628 (1639)

JF Ptak Science Books     Post 1570

I think that if I had a sense for design and some artistic talent that I could perhaps make something interesting out of bits and pieces of the details of a hundred famous lines.  Or two hundred.  Unfortunately, I don't possess those talents, so I'll just have to write about it as though it has been done, already.  If we could whisk ourselves away 50 years into the past to the great world of early broadcast television, back into the days of glorious black and white, it would be interesting to present the details singly and first on a game show like the lovable "What's My Line" show. (Another guest, another one of the hundred or two that could appear, can be seen below*, though I think this one is a dead giveaway.)

Today's line section from this blog's History of Lines series comes to us from William Harvey, being an illustration in his epochal Exercitatio anatomica de motu cordis et sanguinis in animalibus (or On the Movement of the Heart and Blood in Animals).  It was in this book that Harvey published his experimental results on how blood moved through its course in the body, showing that the 1400-year-old Galenic idea concerning the movement of blood was all wrong. 

Harvey had conducted experiments via the scientific method--and was among the earliest to do so--and established early on, by 1615 or thereabouts, that the Galen theory regarding the movement of the blood was incorrect. He found that contrary to long-established belief the liver did not convert food into blood, and that the lungs did not push the blood through the  body, and that blood was not continuously generated.  Why wait until 1628 to publish his results?  I suspect that he was not looking forward to the problem and notoriety of publishing results that went against the medical grain--actually some of which were the exact opposite of the accepted practice--which in fact was the case for decades after the first edition appeared.  But Harvey presented his results in his short book in a concise way, explaining how it was that the heart and arterial systems functioned, and then in a second section of the work displayed how the blood was circulated rather than produced. (He was able to establish that if Galen's theory was correct that the liver would have to produce 540 pounds of blood every day--a simple impossibility.)

Harvey's work had a revolutionary effect on the study of physiology and medicine at the same sort of level as Copernicus or the use of the telescope by Galileo--I think that there is little doubt in that.  Harvey was able to produce his results through experimentation and without the benefit of the microscope, which would have helped him enormously had he been able to identify capillaries--something that would have to wait for Marcello Malpighi and his publication in 1673, sixteen years after Harvey's death. 

Notes:

The detail from the big image in Copernicus' De revolutionibus orbium coelestium (On the Revolutions of the Heavenly Spheres), 1543.

Society of Consequences: the Value of Life and the Importance of Horse Manure, 1859

JF Ptak Science Books    Post 1524

In the epochal year of 1859 (Darwin's Origin of Species is published) Philip P. Carpenter (1819-1877) contributed a very interesting article to The Canadian Naturalist and Geologist and the Proceedings of the Natural History Society of Montreal (the full article appearing here).  Among many things, the intriguing title "On the Value of Human Life in Different Parts of Canada" suggests something that might seem a translucent to the modern reader--that in the statistics, somewhere, is a Bell curve that might establish what the "average" person was.  The idea of the "average man"--a statistical impossibility at the time--was important in the sociological application of the statistical work of the early and very influential mathematician Adolphe Quetelet (1796-1874, fl. 1840's), whose theorizing underneath his numbers was questionable and wincing, but Mr. Carpenter really doesn't approach this--he has a much more current and applicable idea in mind.  He was interested in the positive and major consequences of relatively minor government investment in the health of the population and the upkeep of the basic infrastructure of a city.

In collecting his data on birth/death/mortality rates in some major cities in Canada, Mr. Carpenter undertakes a cost-benefit analysis (of sorts) to show how much it would cost to prevent a certain percentage of those deaths, and that a very small investment in maintaining a city's infrastructure would wind up saving lives and money as a result.  It is an elegant, interesting argument.

He points to some statistics for the city of Munchen, establishing that the sewering and cleaning of 20 street there reduced the mortality  rate from 31 to 25  per  1000 ("that is, preventing 21 deaths and 588 cases of sickness in seven months"), saving the community the cost of caring for the ill and reducing the amount of time lost in the workplace.

Basically, Carpenter establishes that adding sewers and just simply cleaning the streets--basic sanitary measures--is an economic benefit to the local community, arguing that "as the cost of sanitary measures is generally the greatest obstacle to their adoption, it may be well to inquire whether their neglect is not still more costly".  And that it not only made a certain amount of intuitive sense to undertake these measures, Carpenter felt as though he had the numbers (later found to be very problematic) to display how much more "neglect" would cost.  For example:

A key and simple element to defining health for Canadian cities was horse manure, which those cities seemed to be awash in  Carpenter makes a very simple case for simply using the manure for fertilizer rather than just throwing it into the river, and that the act of cleaning this waste not only was beneficial for the health of the community, but was also had value for cultivation..  This may seem trivial now, but in 1859, evidently, it wasn't an obvious issue.  Carpenter concludes:

This was a very satisfying read, and the author made a simple, solid and convincing economic case for "doing the right thing".  It would turn out later in the 1860's and 1870's that Carpenter's statistical methods were deeeply flawed, leading to him being abandoned by the association that he helped to create--a bitter pill, to be sure, since the overall conclusions about public health were correct, if not the numbers.  After all was said and done, Carpenter was out to save people (particularly the poor), more so than an actuarial table. 

Notes:

An interesting table showing the relative health of the cities in the countryside versus, say, the Gotham of Montreal:

Questionable Quidity and the Road to Achieving a Faster and More Productive Smoking-Related Disease

JF Ptak Science Books  Quick Post

Cigarette manufacturers--like anyone other entity in business--want their clients to consume as much product as possible.  Or buy their goods as often as possible.  With that in mind I'm a little surprised that the Big Five never adopted any of the ideas shown below, all helping the smoker to get at their next cigarette as quickly as possible. For example, in the event hat there were no ashtrays around, several people patented their notions for in-the-cigarette-pack ashtrays, so that no matter where a person was, they could always clicks their ash and stow their butts back in the pack.   Of course, I'm sure that the Makers determined almost instantly that this concern affects perhaps an immeasurable percentage of smokers; if someone wanted (read "needed") a cig, and there was no ash tray, they can just, well, smoke their cigarette and not use an ash tray. Or go outside.  OR something.  Or perhaps the manufacturers recognized that they could actually sell the idea to some of their smokers, but then realized instantly that carrying around ciggie waste is not attractive and perhaps a stinking mess.  Or they recognized that--like Lee Iaccoca fighting seat belts because it made cars look "unsafe"--having  place to deposit cigarette waste right there with the cigarettes might send a message to the consumer that their product is messy and in the end very unattractive.  Best leave the unattractive bits in a tray somewhere else.  Or of course share the end product of smoking enjoyment with others by leaving it on the ground.

Then of course to remind consumers how useful the process of smoking is, there were other inventions that combined the products of this act with some other highly useful enterprise, like this cigarette lighter/pencil sharpener with what might have been a whistle attachment:

 

And if you found yourself needing/wanting a smoke but didn't have a free hand, there was always the following device, which allowed the consumer to smoke their stuff through a tube:

Speaking to the humility of smokers was this device that allowed the user to extinguish their smoking product automatically, no matter what the size of the burning member, reminding the user that if they wanted to actually stop, they could:

 

Again, another extension of the art of cigarette smoking and how useful smoking implements can be--the cigarette lighter with built-in flashlight:

Cigarette lighter with built-in extinguisher:

Pen with built-in cigarette lighter (1977):

And another example of a very complicated instrument for extinguishing a cigarette, sending a message with I-don't-know-what undertones:

These are just some of the many glorious appendages to smoking and making it easier--many more can be found at the U.S. Patent Office, like all of the examples above.