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Smallpox info  

post #1 of 9
Thread Starter 
Can anyone recommend some good sites or books on the history of smallpox and the vaccine? I mean the real history, not the "Jenner saved us all" taught in school, LOL. :LOL

Wendy Lydall mentions in Raising a Vaccine Free Child () that she is writing one, but apparently she hasn't finished yet. When she does I will definitely be buying it!

Any recommendations?
post #2 of 9
Try this: http://www.thedoctorwithin.com/index...les/index.html

Read the chapter entitled "Smallpox: Bringing a Dead Disease Back to Life" about halfway down the list
post #3 of 9
version according to me.

I think Quirky wanted this too.

Warning. A tome: 20 pages in word for this post:

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

I have confined the majority of this history to England, (with brief mention of Europe dates early on) because England is the “home” of smallpox vaccination, and it was here, and in Europe or elsewhere, where the major developments took place in the context of the vaccine. I am not ignoring New Zealand, or American history. I just don’t feel that either is relevant regarding the history of the vaccine in relation to the disease.

Background to Smallpox disease and vaccine history.

In order to understand the history of Smallpox, it needs to be taken in the context of the conditions of the day.

When we consider the way of lives of our British ancestors, the wonder is not that epidemics carried off so many, but that so many survived to tell the tale. When the last great plague visited England, in 1666, the public authorities were slowly waking up to the fact that a little public spring cleaning would not go amiss, with the practice of using ditches and rivers as offal and general rubbish tips being forbidden. Throwing refuse out of doors and windows was not encouraged, and the fine for being caught was 12 pence…

But even so, that understanding came slowly… if you drive through England now, you may still see houses with bricked in windows, and might wonder why that was. Because in 1695, the Government decided that a window tax (windows were the latest fashion statement) would be a good way to earn some freebie money. The tax was finally removed in 1803. Naturally enough, the public’s response had been to brick up most windows, which in the context of fresh air and disease was probably not helpful. Though it is doubtful if people in those days would even have considered fresh air a necessity. From the reading of history, it would seem that both air and light were considered superfluous to requirements.

Even the upper class women, with their monstrous hairdo’s would go nowhere without their back-scratchers. Washing of the body was considered very dangerous, and to have clean clothes even more so. Such things as bathrooms and toilets were not even considered by the architects of the day. In stately houses, the servants removed the bed-chamber potties, and used a bucket under the stairs. I have yet to find out what was done with the contents therein….

Until a period considerably later than the reign of Queen Elizabeth the first, flours were “cleaned” by strewing fresh rushes on top of the old, which had gradually become sodden with dirt, bones and refuse from both animals and humans that accumulated. There is no doubt that were we to return to the “good old days” we would again be plagued by epidemics of many descriptions..

In 1762, ac Act was passed for removal of overhanging sign-boards, and waterspouts, which could pour filth on people in the streets beneath. In 1766, granite pavements replaced soil soaked with sewage, and during the next 50 years, most of London was paved. (Though they still had trouble with puddles and mess, because the concept of drainage was not yet understood) By 1780, Dr Black states that many streets had been widened, sewers made, there was a better water supply and less crowding. Wider streets and better ventilated houses (once the window tax was removed) and better roads were constructed so that fresh food could enter the city. From 1801-1821, many city inhabitant were moved to more outlying districts. “This dispersion of the former city population over a much larger suburban area was, in all probability, the most powerful of the various sanitary causes which led to the diminution of mortality, both general and from zymotic diseases.” (“The Wonderful Century” Alfred Russell Wallace, London Swan Sonnenschein, 1901)

Diet moved away from bread, beer and salted meat towards fish, potatoes, and fresh meat though that was also partly frowned on…

Plague, Black death and cholera responded quickly to this programme, but Smallpox did not, in my opinion, because of the steady increase not only in the immunisation programme, but the continuation of inoculation in the remoter areas where vaccination wasn’t available. Vaccination was primarily, arm to arm, or made by collecting vaccine scabs till the jar was full, adding water, making a paste, and that was the new vaccine…..

But it was not taken up wholeheartedly, because as the down-side became evident, ordinary people became very sceptical.

In 1854, Smallpox vaccination became compulsory. Before this time, the highest death rates notified was 2,000 for any 2 yr period. The death rate climbed until in 1870 – 71, 23,062 people died in England and Wales.

In Europe in the countries where smallpox vaccination was practiced, the death toll followed the same pattern. In 1870-71 in Germany, 124,948 people died, and according to the German records ALL had been vaccinated. The records stated “In Berlin alone, no less that 17,038 persons had smallpox after vaccination, and 2,884 of them died.

The compiler of Statistics of the Registrar General in UK, Dr William Farr stated “Smallpox attained its maximum mortality after vaccination was introduced. The mean annual smallpox mortality per 10,000 population from 1830 – 1865 was at the rate of 2.04. After compulsory vaccination in 1871, and death rate was 10.24. In 1872 the death rate was 8.33, and this after the most laudible efforts to extend vaccination by legislative enactments”.

These statistics started a medical and political riot, as the rich and poor alike complained about the rise in death rates, and key doctors started to speak out against vaccination. Enlightened councils like Leicester and Gloucester turned their back of central Government laws and decided to implement their own plans. London authorities were none too happy either, and you could compile volumes of statements made by medical officers of health, doctors, specialists and –politicians, all calling for changes and NOT vaccination.

The result was the Public Health act of 1875, which resulted in new revamped sewage systems, proper drainage systems, cemented joints in pipes, and in general making the human pig styes more habitable. The work was gradual for many places, as it was done as and when by pick and shovel. In Europe, the first world war helped things along by virtue of the razing many cities, and having to start again from scratch.

In England, progress was slow and steady, with the last major slum areas of London being done by courtesy of the German bombing raids…

The value of the Public Health Act is best seen in the progress of typhoid in the civil population of England. Typhoid had not responded greatly to the health measures prior to1875. The annual death rate from typhoid fever for the 5 years immediately preceding the passing of the Public Health Act 1875, was 373 per million, but from the passing of that act, in each area as the provision were abided by, the typhoid rates dropped dramatically.

So this is a potted background with which to view the history of smallpox vaccination and disease.

Smallpox inoculation is first recorded in china in the Long Qing reign (1567-1572)

In 1673 variolation against smallpox appeared in Denmark, and in 1778 on recommendation of the medical fraternity, two inoculation houses were established by the king in the Capital.

In Italy, inoculation was secretly practiced by the Neopolitans from early times. It was freely performed by nurses who inoculated infants entrusted to their care, without the knowledge of the parents.

In 1722, Dr Wright, a surgeon of Wales refers to inoculation against smallpox in the British Isles as “a very ancient custom”.

The first record of inoculation in France appears in 1712, and in 1763, a fatal epidemic of smallpox in that country wiped out a large part of the population; the government attributed it to inoculation and banned the practice. Five years later after intense lobbying by the medical profession, the decree was rescinded and by the end of the 18th century was again a common practice.

The first record of inoculation in Ireland appears in 1723 in Dublin. A doctor inoculated 25 people; 3 died, and it was abandoned for a time.

Most literature attributes the introduction of inoculation in England to Lady Wortley Montagu, who introduced it into entland in 1721 on her return from Turky where it was also common practice.

At the time of its introduction in Great Britain it was hailed as the greatest of medical discoveries, and the praise lavished upon it equals anything we hear today from those who promote vaccination:

Dr Monteith related (“Report of the Newcastle Dispensary, from its Foundation in 1777”, Newcastle-upon-Tyne, 1878.) “By the year 1777 the arguments, in favour of variolation, had so far triumphed over the habits and prejudices of the profession that there is no instance mentioned in our reports of any medical man in Newcastle opposing it. It is always spoken of as one of the best established facts in medical science. With the general public, the case was different. Their prejudices were as strong as ever, and they exhibited a horror of variolation which would satisfy the most ardent anti-vaccinator. To combat these prejudices, various means were tried, - sermons from the pulpit, pathetic exhortations in the newspaper, etc… In 1801 there had been in all 3,268 operated on.”

Yet, this very “best established facts in medical science” was outlawed, and branded as a crime in 1840.

The first record or innoculation in Germany is 1724. Once again, after many deaths in Berlin it was banned for a period, then reinstated.

In 1754, Peverani introduced smallpox inoculation to Rome, and the same course ensued.

In 1721, Cotton Mather introduced it to areas in the states. By decree of “the Select Men of the Town of Baron, June 22, 1721, the practise was condemned in the most vituperative language possible.







Edward Jenner

Lancet, Feb 2, 1929, page 233.

“A dreadful amount of nonsense was perpetually talked about vaccination, and that was the difficulty. In Jenner’s classical paper no mistake was omitted that could possible have been made, and there was a good deal of evidence that Jenner had been a rogue.”

So now we come to our friend Edward Jenner born on May 16th, 1749, son of a Berkely country parson. Both his parents died when he was 5. Jenner was apprenticed at 13 to Sodbury surgeon named Daniel Ludlow for 7 years. At 21, he was sent for 2 years as the first resident student to the great surgeon and innovator of contemporary medicine, Dr John Hunter of London, working at the newly established St. George’s Hospital. At 23 he returned to his native village and started to practice as a surgeon and apothecary. He continued for several years as a plain, unqualified country doctor. (Scary to think that this is all they had to learn….)

He had a bent for natural history, and a tendency to rather vague speculation, but little application, being lazy by nature. Hunter incessantly urged him to make observations on the winter temperatures of hedgehogs, but the sole outcome of years of messing around, was a brief record of four temperatures of hedgehogs, 2 in winter, 1 in summer, and I at a season not stated, which Hunter introduced in half a dozen lines into his paper on “animal heat” when he reprinted it in 1786.

In 1776 he made his bid for fame by sending a paper called “The Natural History fo the Cuckoo” to the Royal Society, but on June 19th, 1786, Jenner claimed to have seen a newly hatched cuckoo pitching a newly hatched sparrow out of the nest. He asked for the return of his manuscript, and recorded this, as well as other observations. The revised paper was then printed in Philosophical Tansactions. With Hunter’s influence, and considerable lobbying, he was elected F.R.C in January 1789.

On the basis of this newly acquired status, and with Hunter’s assistance, he applied in 1790 to St Andrews University for a doctoret, which was agreed to in 1791.

Shortly after this, Jenner inherited a considerable sum of money, sold his practice and spent his time between Berkely and Cheltenham amusing himself “with extemporaneous amusements not intended for the press.”




On 14th may, 1786, James Phipps, a boy of 8, was vaccinated with matter from the hand of an infected dairymaid classified as casual cowpox. After 6 weeks he repeated the process, this time with matter from a boy who had smallpox. James Phipps was declared immune to smallpox, but he died at the age of 20 of pulmonary consumption, having been inoculated over 20 times (Baron’s life of Jenner, Vol 2)

Two year later, he vaccinated his own son, then a year and a half old, with swine-po, and between that year and 1792, he repeatedly inoculated him with smallpox. This son was always delicate in health, and died in his 21st year, of pulmonary consumption.

In 1797, Jenner sent to the Royal Society a manuscript entitled “An inquiry into the Natural History of a Disease know in Gloucestershire by the Name of Cowpox.” Which was rejected on the ground that “perusal of his cases and experiments produced no conviction whatsoever” and he received a friendly admonition in reply, that as he had gained some reputation by his former paper, it was not advisable to present this one, which would injure his established credit.

In 1798, Jenner revised and extended his paper which he then privately published in a pamphlet form with a new title, more amplified than its contents:

“An Enquiry into the causes and effects of the Variolae Vaccinae, A Disease, discovered in some of the western counties of England, particularly Gloucestershire and known by the name of cowpox.”

In this paper he surmises that smallpox generated from horse-grease and by accidental circumstances. He also asserted that measles and scarlet fever with ulcerous sore throats and spotted skin came from the same source……

After his original paper was rejected, two other doctors joined the scene, both of whom Jenner later suspected of trying to play him off the stage. George Pearson, M.D., F.R.S., was a College Physician, who reviewed Jenner’s work with mixed conclusion, but was considered to be an eminent doctor. The second was Dr William Woodward, who died in 1805, also a college Physician, but not so “eminent”, though a specialist in smallpox and “a skilled inoculator”.

An outbreak in a dairy in Grey’s Inn Lane gave them the break they needed and when the Royal Society skeptics saw the milkmaid’s hands, they decided that perhaps cowpox did exist, and agreed to Woodward giving cowpoxing a trial. His results however, almost put an end to vaccination. Of his 450 cowpoxed cases, one died, and a great many had hundres, and one or two thousands of pustules on their bodies. Only 2.5ths had no pustules, and a quarter had been severely ill. His recommendation was that for the purpose of inoculation matter should only be taken from the milder cases. While he considered and excluded contamination of the lancets, he later admitted the probability that his subjects had been simultaneously cowpoxed and smallpoxed.

When he found that Dr Woodville was about to publish his results he entreated him, both personally and by letter, “Not to do a thing that would so disturb the progress of vaccination.”

Annoyed at his peers rebuke, he decided to use his elevated status to his advantage. He succeeded in persuading a number of aristocratic ladies to become amateur vaccinators among their tenantry and dependant. The method was novel and highly sensations, described by some as “a pleasing diversion for the fashionable world” Under the protection of the Earl and Countess of Berkely, he openly defied the medical professions. Lady Charloote Wrottesley was one of the earliest devotees, and vaccinated thousands in Staffordshire.

His royal friends, to authenticate their new-found “diversion” introduced him into the King’s court where the King, impressed with his fervour, recommended the Prime Minister covey to Parliament in 1802 His Majesty’s desire that a benefaction of 10,000 pounds be paid to Jenner from the public purse. When the Bill came up, the royal princes attended in its support. To the parliament of the day, an intimation of the Royal Wish in a matter of this kind was decisive. Jenner promised the Monarchy and Parliament, that the vaccination would put an end to smallpox forever.
.

Even by 1802, there were many reports of disastrous results from the so-called cow-poxing, which in itself needs to be explained. Cowpox, which is not a natural disease in that it never occurs on calves, yearlings or bulls, but only on milking cows, was presumed by Jenner to be smallpox of the cow. Jenner held that the origin of both cowpox and smallpox was to be found in a third process called horse grease, considered by some to be a type of horse syphilis, by others to be a type of wasting disease or consumption.

It was also repeatedly pointed out to him that cowpox was not a natural disease, and many doctors stated that it was a disease communicated TO the cows, from the syphilitic sores on the hands of the milkers….



Even though in 1802, the medical profession were dubious, but on orders pushed by the royalty, the Royal Jennerian Institute was set up with the grant from parliament. But neither as a director of the Institute, or as a West End Physician, was he a success. He quarrelled with the Institute staff, and in 1804 when the second report of the Jennerian Institute admitted having seen smallpox in previously successfully cowpoxed individuals, the resultant tow all but collapsed the Institute.

The result of his London practice was an annual loss of over 1,000 pounds. His professional colleagues were very ready to speak of Jenner in the highest terms, but were less ready to admit him into their innermost circles. The University of Oxford took some coaxing to make him a doctor, and the College of Physicians would have nothing to do with him, or his cowpoxing.

Meantime, Jenner’s friends had established the Royal Jennerian society in 1803, which at first was well supported, but trouble came quickly in the form of Jenner, who quarrelled with the resident Inoculator Dr Walker. He had substantial support, and seceded, starting another association called the London Vaccine Institution.

Henner appointed a young Irish surgeon as Walker’s successor, but he neglected his duties, and in 1813, what remained was incorporated into Walkers Institute. Walker continued his work, in spite of fierce opposition from Jenner and his friend, and the Institute was still in existence in 1866 under Dr John Epps.

So again, with the help of his royal friends, he persuaded the English Government to give him another 20,000 pounds. But this time a National Vaccine Institute was set up with Sire Lucas Papys as chairman of the Board, which declared to Jenner “You, sire, are to be the whole and sole director. We are to be considered as nothing: what do we know of vaccination.” but what they did do, was to prevent Jenner from having any power in a bid to forestall the previously noted “disaster”, so he resigned within a year.

(Following this, the Institute was funded with each person having a salary of 100 pounds a year, and a yearly endowment of 3,000 pounds per year with which to vaccinate the poor, but in 1822 it was discovered that this all went to pay salaries, rent and print, and other sundries, so it was decreased to 2,500 pounds, and again in 1833 to 2,200 pounds per year.)

In 1805, Jenner was organising relays of vaccinated emigrant children, in order to supply both United States and India with “vaccine”.

By this time the Royal college of Surgeons were not well disposed towards him either, having ascertained from their members that the smallpox vaccination had considerable difficulties, and often did not work.

In 1810, the London Medical Observer, (Volume 6, 1810), joined in the vocal fray, reporting: “535 cases of smallpox after vaccination; some having been done by Jenner himself) with their names and authorities reporting them, and details of 97 fatal cases of smallpox amongst vaccinated with 150 cases of serious injury arising from vaccination among whom were 10 medical me with their names and addresses including two professors of anatomy who had suffered from the operation in their own families.”

Another extract by Dr Maclean in the same medical journal states “Very few deaths from cowpox appear in the Bills of Mortality, owing to the means which have been used to suppress a knowledge of them. Neither were deaths, diseases and failures transmitted in great abundance from the country, not because they did not happen, but because some practitioners were interested in not seeing them and others who did see them were afraid of announcing what they knew.”

There were many other medical articles at that time, saying much the same thing, in different journals.

Jenner’s response?

He blamed the inexpertise of vaccinators who “are not sufficiently acquainted with the disease to enable them to discriminate with due accuracy between the perfect and imperfect pustule.

Yet in 1804, he had said that anyone could do it as it was “not very difficult to learn.”

For some time, his close friends who he had vaccinated, had escaped lightly and retained their faith in him, but on May 26, 1811, the Hon. Robert Grosvenor, whom Jenner had vaccinated himself, and declared immune, feel seriously ill with smallpox. At this point, the public really turned on him.

Depressed and upset at the public outcry, Jenner wrote to a friend saying “I am on the lookout to be able to make a fortune, and to appease the public.”

As the numbers of vaccine failures increased and people became disillusioned, one of the main jobs of the National Vaccine Institute was to explain these. One letter which Jenner wrote to his friend and follower, R dunning, who was a surgeon said “This security given to the constitution by vaccine inoculation is exactly equal to that given by the variolous (smallpox). To expect more from it would be wrong. As failures in the latter are constantly presenting themselves, nearly from its commencement to the present time, we must expect to find them in the former also.”

So much for his declaration to the king and parliament, that one does would provide immunity for life.

Jenner died on January 26, 1823 of a stroke at the age of 73.

Jenner, who had not been able to keep a cowpox strain going, had managed to establish a strain from horse-grease, which was used in Europe but forcefully banned in England by those who knew better. This strain was commented upon in 1798 (an Inquiry into the causes and Effects of the Variolae Vaccinae) in which he said “We have seen that the virus from the Horse is not to be relied upon as rendering the system secure from variolous infection, but that the matter produced by it on the nipple of the cow is perfectly so.” (page 37)

Jenner had used and supplied this strain for the purpose of vaccination, if you take a letter from Dr John Thomas in 1820, who says:

“the vaccine virus used in Edinburgh for a series of eighteen years produced exactly the same appearances as are delineated by Dr Jenner as characteristic of Cowpox. The appearances of the vaccine vesicle produced..agree exactly with those exhibited by vesicles produced by inocuation, with the more recent equine matter with which I have been favoured by Dr Jenner.”

In 1836, several different lymphs were used throughout Britain and the world, although no-one knew exactly what they were from. Some were said to be horsegrease, some goat pox, some swine pox, and some smallpox passed once through the cow. Woodville’s vaccine was used worldwide, but by 1935, so many doctors had complained at the results it was felt necessary to go back to the cow.

In France, the director of the Paris Institute formalized matter taken from the hands of a milker called Bousquet, from the “Passy” cow.

In Bristol in 1838, Dr Estlin produced a new vaccine from the hands of milkers, and in the same year, and the two following years – 1838 – 1841, Ceely of Aylesbury found half a dozen distinct occurrences of cowpox in the dairy farms of his district. His account of the natural history of the cowpox and its effects when inoculated into the human are is the most comprehensive and candid one ever given.

So it is thought that Bousquet, Estlin, and Ceely were the chief “stockists” of “original lymph” vaccine after Woodville.

In 1854, by the time smallpox vaccination had become compulsory by law, it was done using original lymph, vaccinating one person, and then it was continued one of two ways. Either a person with a pox scab was used, arm to arm, with an unvaccinated person, or lots of scabs were put into an open glass fruit jar. Once that was full, it was made into an emulsion with water and distributed as new lymph. That there was considerable doubt as to what was in the vaccine is illustrated by the following comments, extracted from medical literature:

Dr Brundenell Carter, St George’s Hospital, Lond: “… a large proportion of apparently inherited syphilis are in reality vaccinal; these cases do not show until the age of from 8 – 10 years by which time the relation between cause and affect are lost sight of.”

Dr Ballard, vaccine inspector, English Government: “..there can be no doubt that the vaccine virus and the syphilitic virus may both be drawn at the same time, upon the same instrument, from one and the same vesicle. The vesicle which is thus capable of furnishing both vaccine and syphilitic virus may be present, prior to being opened, all the normal and fully developed characters of the true Jennerian vesicle as ordinarily met with.”

Dr J.M. Peebles, commenting on 17 school girls who developed syphilis after vaccination at Lebus, near Frankfurt.” The vaccinator report stated that the vaccinations were from regular, official calf-lymph – absolutely pure, glycerinated, sterilized, all germs but the vaccine sporule, destroyed, hermetically sealed until used…”

There is an interesting point to make here, that a new water drainage system of London was completed in 1865. Prior to that, it had still been a somewhat dour place to go through. Following this, there was a marked decline in the overall death rate and in deaths from zymotics, especially fevers (typhus, enteric, simple) and diphtheria.

In 1866, following further complaints in Europe, the Beaugency cow provided the source of much of the calf lymph of the Dutch, Belgian and other vaccine farms. This was claimed to be “the best stock” as all the others they held to be fraudulent, or spurious forms (of which many were named) and were thought to be Equipe-pox stock (horse grease) swine-pox or goat pox stock.

The problem was that after 1836, most of the stock got so crossed and intermixed that on-one could tell what they were using. Even the people who promoted the Beaugency stock admitted that it was of unknown origin.

The two other stocks which some held to be “genuine” were Equine-pox stock, and Human stock. Equine pox stock, which Jenner had held was the stock that all genuine cow-pox came from, produced exactly the same vesicles as cowpox, and Loy of Whitby used this exclusively, as did Sacco of Milan, who sent some to De Carro of Vienna to use, which he did.

Jenner on 23rd July 1813 had recorded “Equine virus, which I have been using from arm to arm for these two months past, without observing the smallest deviation in the progress and appearance of the pustules from those produced by vaccine.”

And 17 May 1817 “too matter from Jane King (equine direct) for the National Vaccine Establishment. The pustules beautifully correct.’

The Human pox stock was developed by Dr Thiele in Kazan (Russia) who pronounced that HE had produced “the genuine vaccine disease by passing human smallpox matter through a cow and using it as vaccine matter in 1836. Cely of Aylesbury, not to be outdone, repeated Thiele’s experiments, and pronounced them a success, and held them to be better than that of cowpox origin.

Badcock, a dispensing chemist in Brighton took up this practice of passaging smallpox through cows, while other vaccinators said that it was a delusion to conclude that inoculating cows with smallpox every produced anything but smallpox. There are no accounts of Badcocks work, but he summarised the results in the Pall Mall Gazette, saying “By careful and repeated experiments I produced, by the inoculation of the cow with smallpox, a benign lymph of a non-infectious and highly protective character. My lymph has now been in use at Brighton for forty years and is at the present time, the principal stock of lymph employed there, being that exclusively used by the public vaccinators”

At Boston, US, the same kind of lymph was raised with stock from France, and put to use in 1852. But at Attleborough, Mass., the same experiments had led to a disastrous epidemic of smallpox.

Jan 23, 1880 :- “ Experiments were conducted which showed that smallpox could be induced in the horse or the cow by variolation, BUT the variolus matter could never turn into horse-grease in the horse, or cowpox in the cow (M. Chauveau, Report of Committee of the Academie of Sciences.) All experiments consistently failed.

(Even in the early 1900’s in parts of India, inoculated cows were led along the streets from door to door, and a bit of matter was scraped off for the vaccination of residents)

In 1871, when public disquiet was on the up, Lancet, July 15, 1871 had this to say:

“the deaths from smallpox have assumed the proportions of a plague. Over 10,00 lives have been sacrificed during the past year in England and Wales. In London, 5,641 deaths have occurred since Christmas. Of 9,392 patients in London Smallpox hospitals, no less than 6,854 have been vaccinated i.e.73% Taking a mortality of 17.5% of those attacked, and the deaths this year in the whole country of 10,000, it will follow that more than 122,000 vaccinated persons have suffered from smallpox! Can we greatly wonder that the opponents of vaccination should point to such statistics as evidence of the failur of the system? It is necessary to speak plainly on this matter.”

That year, the House of commons held a committee hearing on vaccination, where many doctors gave evidence against vaccination. One was Dr William Collins, who like many others declared that he had:

“known people who had been vaccinated and re-vaccinated suffer dreadfully from smallpox, two of whom died in the most hideous confluent form after successful vaccination and re-vaccination; one of the three times vaccinated.”

In the epidemic of 1870-72, 44,840 people died, after 70 years of vaccination and 18 years of compulsion.

Also as a matter of interest the article also pointed out that 96% of births were officially registered as vaccinated. AND that a person’s word for being vaccinated was not accepted. The smallpox hospital only accepted that a person was vaccinated, if they had an old scar which was totally distinguishable from the newly forming vesicles. Inspection was done by official “vaccinators” during the progress of the disease. Therefore, if a person, say had confluent, or haemorrhagic smallpox, such a scar would be unlikely to be found. Therefore, the percentage of vaccinated could well have been higher than the Lancet stated.

This was in fact discussed thoroughly at the Royal commission in 1886, when it was admitted that in nearly all fatal cases, the profuse eruption his the vaccination scars if they existed, and these cases were all put down as unvaccinated, and with unreliable observations such as these, it was impossible to gauge the true numbers of those vaccinated. (Parliamentary papers 1896, XLVII, p 179)

Another interesting thought to ponder from the historical data was that in London, prior to vaccination, in the worst smallpox outbreak, only 2 % of the population contracted smallpox, and of those 25% died. If there had been vaccinators there at that time, would they have credited this 99.5% of the population, who did not contract smallpox, as solely due to their vaccine?

Dr Geo Wyld of London, held at that time to be a man of impeachable integrity and the authority of that time on vaccination stated in the London Daily News, February 17, 1877:

“I find that many medical men are under the false impression that all we require to do is to inoculate a heifer with smallpox matter and thus get a supply of vaccine lymph. This might become productive of disastrous consequences. Smallpox inoculation of the heifer produces not vaccinia, but a modified smallpox capable of spreading smallpox amongst human beings by infection.”

It soon became very evident world wide, in both lay literature and many of the main medical journals, that vaccination did nothing to either halt or cause less serious infections of smallpox. . By 1885, it was obvious to all in the official statistics, that there was a direct correlation. The medical people wrangled, the average person rebelled, especially when the registrar generals statistics were made public and showed that the majority of people who had died of smallpox from 1850 – 1872 were vaccinated.

A huge outcry amongst the public ensued Over 100 union parished ripped up the local vaccination ordinances in 1872, and instead called in the Sanitary engineers, and started putting in sewage disposal plans, rubbish dispose, proper corpse disposal and jointed pipes to ensure uncontaminated water. Those were the measures officially adopted under the Public Health Act in 1875. the offical records states that those parishes were the ones that by and large escaped the 1878 smallpox epidemic. This, combined with dietary measure initiated in the early 1800’s, along with surveillance, quarantined, and containment of all “imported” cases from outside local areas did what no vaccines could. (It was not until about 70 years later that World Health personnel realised the truth of quarantine, containment and isolation.)

While the unions who had ripped up the vaccination ordinances and got on with real public health measures, the debate continued. 1878 Parliament records show Sir Thomas Chambers as saying “You cannot show that vaccination has reduced deaths, or saved a single life. There may be no smallpox, but the disappearance of smallpox is by no means equivalent to the reduction of mortality.

In 1880, the Registrar General had got tired of the debate, and in his 1880 official report state that:

“The decennium which closed with the year 1880 was one of lower mortality in London than any of the preceding decennial periods. These facts are strong evidence that the sanitary effort of recent years have not been unfruitful. …. The fixing our attention on total morality, we take into consideration its causes. For it will be found that the saving of life was almost entirely due to diminished mortality from causes whose destructive activity is especially amenable to sanitary interference – namely the so-called zymotic diseases. The death rate from fever fell nearly 50%, scarletina and diphtheria 33%. One disease alone in this class showed exceptionally a rise, and no inconsiderable one. This was smallpox, which owing to the two great outbreaks of 1871 – 2, and 1878-8 gave a death-rate nearly 50% ABOVE its previous average.”

Parliamentary response to his comments varied from Dr W.B. Carpenter who said that the protective power of vaccination was only useful when the danger is absent, and of little value in an epidemic…another went further and said that were it not for such outbreaks, the vaccination record would be quite satisfactory, which prompted yet another to comment that such statements reminded him of the bankrupt who said he would be perfectly solvent were it not for confounded losses!

From 1857 onwards, many of the “syphilis” doctors constantly remarked in public at the increase in syphilis rates, and how it was, in their opinions, carried in the vaccine.

Many practitioners testified before a Parliamentary committee in 1871 that they had personally, unwittingly, transferred syphilis from lymph supplied by the vaccine institute. At this same committee, Dr Bakewell, Vaccinator General of Trinidad, testified that he had seen both leprosy and syphilis communicated by Vaccination, and he considered that smallpox vaccination was the main reason that leprosy had become to common in Trinidad. Sir Ronald Marting M.E., backed up his statements about the spread of Leprosy.

Huges’ Practice of Medicine by R.J. E. Scott, published in New York by P. Blakiston’s Son and Co (no date on the photocopy) said on page 71 “Syphilis and tetanus have been transmitted by vaccination: that tuberculosis and leprosy have been transmitted by vaccination has been claimed but never proved.”

Parliament sent Mr William Tebb to all 5 continents to investigate the matter, and his conclusions, published in 1891 in a publication called “the Public Health, Leprosy and Vaccination” confirmed that everywhere that leprosy had increased, had synchronised with the enforcement of smallpox vaccination.

The Hawaiian Government invited Dr Edward E Arning, and eminent bacteriologist, to spend 1883 – 1885 in Hawaii, investigating the cause and spread of Leprosy. He repeatedly found the bacillae leprae in vaccine lymph, and in the lymph and crusts after the vaccination of lepers. He attributed the remarkable increase to general and repeated vaccination of the inhabitants, and was supported by a number of medical practitioners in Hawaii, as well as several presidents of the Board of health in Honolulu, who had also made this subject one of careful investigation.

Not only were these reports backed by other doctors such as Sir Erasmus Wilson, Professor W.T.Gardiner, Dr Tilbury Fox, Dr Carter Superintendent of Leper asylum Trinidad, but things were about to take a turn for the worse.

Cancer specialists started to comment on the high number of seamen who were starting to get cancerous lesions in their vaccine scars…

In the mid 1880’s, the Encyclopaedia Britannica had commissioned him to do a piece on vaccinations. He was pro-vaccine at that time, and chosen because of his meticulous research abilities and honesty. But he was stunned at what he was finding in his research. He wrote in the 1889 9th Edition “The real affinity of cowpox is not smallpox, but syphilis.” He goes on to detail his assertions with photographs, facts and concluded by saying “Vaccination is a grotesque superstition.”

He also reviewed all the works on smallpox, and commented that Cowpox when “undisturbed by the milkers hands” has no existence in the originating cow; it is the persistent irritation that makes it a pox.” He also commented that the girls transferred it from their “filthy hands” to their faces.

There was also a huge increase in childhood eczema, which Creighton discusses, saying” The widespread belief that much of the eczema dates from vaccination is not by any means to be dismissed as a mere fancy. The skin-disorders that followed vaccination in the first years of the practice were described by Birth and others to be new in type.” The publishing of his article and his evidence at the enquiry had predictable results. After such an impertinent display, in the words of a colleague “He was dropped into oblivion”

Yet on his death, was hailed as “A giant of his time”.

And such was the general pitch of public discontent in the early 1890’s, that the medical profession had to do something. What they did was two things.

1)They set up the General Medical Council in 1896. Officially, its purpose was to register only bona-fide, upstanding doctors who the public could trust. Those doctors were registered, and only those doctors could practice medicine. But in actuality, the GMC silenced dissenters, since they simply struck them off the register, or refused to register them, if they would not toe the line.


2)As a palliative to the concerned doctors, they set up, in 1896. the Royal Commission into Vaccination, where, according to the GMC, all material would be honestly and openly studied.

All the evidence mentioned including the records of all the parishes refusing to implement compulsory vaccination was studied, but rejected. But the evidence exists today, in the form of the Royal Commission on Vaccination. There are two reports, the official one stating vaccination to be superduper clean and a world saver, and the dissenting report which accurately stated evidence given. There is also Minutes of Evidence In British House of commons “Reports from Commissioners, Inspectors & Others”. I don’t know how many volumes there are, but there appear to be many!

Dr Charles Creighton, who wrote the EB article, gave extensive evidence at the hearing, and his evidence is in volume 15!

Another interesting medical person who presented evidence to the Royal Commission was Professor Adolf Vogt, Professor of Hygiene and of Sanitary Statistics 1877 – 1894 at the University of Berne Switzerland. Professor Vogt supplied a mathematical demonstration, using the statistical data available at that time, to show that a person who had once undergone smallpox, instead of being immune from a second attack, actually had an increased susceptibility to a second attack. He also showed that in Germany, in the Army, in which all recruits are re-vaccinated, the mortality from smallpox was 60%, more than among the civil population of the same age: it was ten times greater among the infantry than among the cavlry, and sixty times more among the Hessians than among the Wurtembergers. The Bavarian contingent, which was re-vaccinated without exception,, had five times the death-rate from smallpox in the epidemic of 1870 – 1871 than the Bavarian civilian population of the same ages had, though revaccination was not obligatory amongst the civilians.

His figures accorded with those from Prussia which was the best re-vaccinated country in Europe. In the 1871 epidemic, Prussia had 69,839 deaths, higher than any other Northern state.




Furthermore, many other physicians provided evidence to the royal commission that they frequently observed people experiencing second attacks of Smallpox.

This was backed up by Jenner’s 1808 publication called “Facts for the most part unobserved, or not duly noticed respecting Variolous Contagion (pg 17) in which he cites a passage from his 1799 publication called “Further Observations”:

“It should be remembered that the constitution cannot, by previous infection, be rendered totally insusceptible of the variolous poison. Neither the casual nor the inoculated Smallpox, whether it produced the disease in a mild or violent way, can perfectly extinguish the susceptibility”

But this information along with the very public statement by the Registrar General that the death rate was increasing, was considered by many parents indisputable evidence that vaccination, far from protecting their children, would not only make them sick of syphilis, and other diseases, but make them more susceptible to smallpox.

Little wonder that the unions had such whole hearted parental support and co-operation with their unorthodox plans.

The problem for the medical people was that such information had the potential to unravel not only their reputation, but the vaccine “industry”. So to counter the negative publicity, in both lay and medical media, the medical profession using the results of the Royal commission, started a mass publicity campaign, blaming the previous use of arm to arm vaccination, and badly trained doctors and vaccine administrators – and even “wrong technique” as the cause of all the troubles.

They maintained that a new “safe, pure glycerinated lymph” was the only one that would work. They proposed that vaccine manufacture should be removed from the hands of amateurs with “dubious” stock, and that its manufacture should be entrusted to “reliable” pharmaceutical companies to ensure a standard safe product.

Arm to arm vaccination was immediately made illegal in 1898, after the medical profession admitted that arm to arm did indeed spread both syphilis and tuberculosis, and this provided them with the scapegoat and useful alibi to “get out of jail” so to speak..

Even so, huge numbers of parents simply didn’t buy into what they saw as the new propaganda.

And it is interesting to note that the fatality rate of subsequent epidemics was very very much lower. Prior to 1886, the fatality rate had been consistently at, or above 15 – 17%. The 1891 – 2(12.70), 1897(18.44), and 1901-218.55 and 16.60) outbreaks showed the levels of pre-1986

But again, the problem with these statistics, is that the dead were mostly considered unvaccinated, simply because a scar could not be found. Yet most patients had asserted they were vaccinated. Who knows – but even allowing for that, the general mortality percentage from 1887 onwards showed sporadic high points, but in between that, very very low ones as well. According to the literature, other factors were also considered to be at work, since while the average case fatality rate was not high in 1891, it was noted that there was an exceeding high prevalence of the disease amongst the vagrant classes in London, and it was noted to have badly hit the “undernourished group with diminished resistance” the virulence of the smallpox was getting less, and this also increased the number of parents not wishing to vaccinate…

From 1919, variola minor alastrim was totally dominant in the UK and severe forms of smallpox never again entered Great Britain. It is also to be noted that vaccination rates dropped severely by 1883, with the majority of parents defying the law in places like Leicestershir. The number of parents summonsed and prepared to be imprisoned show this clearly. By 1885, the system was pretty clogged, with over 3,000 parents awaiting prosecution, which mobilised demonstrations in the towns where numbers were mounting.. But by1898 the fine/jail system was quietly abandoned after the 1898 Act allowed conscientious objection if supported by a magistrate. By the end of 1898, 203,413 “C.O.” certificates had been issued by local magistrates, excusing over 230,000 children from vaccination. The government attempted to clamp down on the definition on what constituted “satisfaction” of conscientious belief, which resulted in a drop of only 39, 511 certificates in the following year. Which sprung the National Anti-Vaccination League back into life. This was compounded by the fact that the new Government calf lymph had not yet been given with any “guarantee”. The NAVL league ran a concerted campaign until in 1907, an act was passed virtually ending compulsory vaccination. By making a straightforward declaration, a parent was free of obligation to the act. By 1911, over 25% of births were exempted, and it was all down-hill for the pro-vaccinationists from there. In the late 40’s, the Vaccination Act was repealed totally..

In the medical literature, you come across substantial quantities of material detailing that the virus had lost its virulence in all the more developed countries, not just in England, and no longer seemed to cause death, but the medical profession would not discontinue immunization in case the virus reverted back to virulence(!!!!!) From 1895, with the exception of Africa where the passing around of smallpox scabs was still practiced (there, they were mainly swallowed..!!!…), right up to the 60’s, the major smallpox epidemics through the world ALL took place in ‘fully’ vaccinated countries. Which isn’t surprising given the number of different sources for the vaccine, and the fact that, STILL, no-one really had the foggiest as to what it was. For all they knew, they could have been propagating a very severe strain of the virus in some vaccine batches….

The United Nations (in the days the League of Nations” kept the data.

Egypt. Compulsory vaccination since 1890. 1929, the League of Nationaion reported that the vaccination campaign of 1920, of 5.5000,000 vaccination had wiped out all smallpox. In 1925, 14,900,000 vaccinations were given in a population of 13,964,000. In 1926 2,677 were stricken, 544 died. By the end of 1934, 7,650 cases had been reported; 1,373 had died, and all were vaccinated.

Japan. In 1906, Baron Takaki stated at a medical function in England: “There are no antivaccinationists in Japan. Every child is vaccinated before 6 months, on entering school, the army and again in an outbreak.”

In 1908, Japan had 18,075 cases, 5,838 deaths, a mortality of 33% which was the highest ever, even prior to vaccinations. But that was not the first for Japan. Between 1886 – 92, there were 25,474,370 vaccinations and revaccinations given. During those seven years there were 165,774 reported cases and 28,979 deaths.

Italy – 1920 – 99% vaccinated, 12, 155 deaths.

Phillipines : 1911-20; 24,436,889 vaccination given by the US. The result = 75,339 deaths which was the highest death rate in history. Before vaccination, the phillipines highest death rate had been 10%. In 1918 – 20 alone, there were 122,997 cases, and 65,241 deaths. Dr Hay also gave considerable evidence that after USA vaccination in 1899 – 1902, smallpox increased 1,000%. However, this is unverifiable, because for some reason, the Army Annual Reports for these years, which were held in the Army Medical Library in Washington were missing at the time of enquiry.

Great Britain.

1944 (Lancet, no 2, pg 681) Dr Illingworth and Dr Olive document only the first 100 cases of smallpox in a military hospital in 1943, and 44. 96 had been successfully vaccinated, 70 within the previous 2 years, 16 between 2 – 8 weeks before the outbreak. 13 of the 14 deaths were vaccinated.

The vaccine was only withdrawn when they could no longer deny that it was at least 257 major diseases, and that more people had died of vaccination and had suffered unnecessarily, than those who had died of, or suffered from the results of smallpox disease itself.

After it was agreed to withdraw the vaccine from routine use in bring, the BMJ, November 4th, 1950 had this to say about the pure, safe, smallpox vaccine:

“With all the best of care, heavy bacterial contamination of vaccine lymp is inevitable during its preparation, and as many as 500 million organisms per ml may be present, particularly in the tropics. They belong mostly to the cocci group, but may also include Bacillus subtilis, Bac. Coli, Pseudomas Pyocyanea, yeasts and fungi, anaerobic organisms be also be occasional contaminants. None of these methods advocated can be considered satisfactory.”

Given that many of the viruses we know now, were neither recognised or identifiable at that time, it would appear that this would have been a minimal list of contaminants.

As to what the smallpox vaccine virus was, even in 1951, BMJ said it was taken from a case in Cologne in the 1800’s. Not so, said Lister Institute in June 1962: “It is neither smallpox, nor cowpox matter, but a strain called ‘pox-virus officinale’. In 1964 in Vaccine hybrids, in Journal of Hygiene, 62, pg 147, Dr Bedson and Dumbell made the point that no-one knows what the vaccine virus is.

Which is, as far as is known, the situation today.

To understand the history, is to understand the inherent dangers in using a vaccine of unknown origin, which would never meet FDA or CDC standards today, and is one of the most heavily contaminated vaccines ever made in the history of vaccinology.

Bibliography:

Apart from medical articles, the basis of this draft is:

Encyclopedia Britannica, 1889 edition (9th)

Vaccination by Dr Charles Creighton

Smallpox in London: Factors in the decline of the Disease in the nineteenth Century, by Anne Hardy,
Medical History 1983,27:111-138

Leicester and Smallpox: The Leicester method by Stuart M.F. Fraser Medical History, 1980,24:315-332.

The Genesis of Edward Jenner’s INQUIRY of 1798: A comparison of the two unpublished manuscripts and the published version. By Derrick Baxby.
Medical Hisory, 1985,29:193-199

Law, Medicine and public opinion: the resistance to compulsory Health Legislation 1870 – 1907, part 1, and part 2 by R.M.MacLeod
Public Law (Jnl) 1967

The Value of Vaccination by Feorge William Winterburn, PhD., M.D., Pub F.E.Boericke,
1886.

An Inquiry into Vaccine “Lymph”. Medical Pamphlet Vol 119, S610.4/M248.

Other sources used are quoted in the text.
post #4 of 9
This was put on another prepper board about two years ago, in answer to questions from multi discussion from lots of people, but may not make sense. I'm too tired to format it to make sense, so you'll have to puddle through.

It's a comglomerate of posts most of which I wrote. The nursing section wasn't written by me.

It may also make you feel sick,

and I don't have time to format bold everything etc... and you'll have to put up with the typos.

If you want it formatted, e-mail me, and I'll flick you both word files.

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

SMALLPOX (VARIOLA)

The descriptions below are taken from two books:

Medical Microbiology, Volume One: Microbial Infections, 1973
Harrison’s principle of Internal Medicine, Eighth edition, 1977.

Specific additions by me will be in italics, and are based on what I know about the relevant issue.

The two descriptions were blended to give a more complete picture than either book could give on its own.

The characteristic feature of the diseases caused by the pox group of viruses is the formation of papules, vesicles and pustules in the skin; generalised manifestations of illness may be very severe or entirely absent. In man these viruses cause smallpox, alastrim, vaccinia.

Under natural conditions, most of these viruses are restricted to a single host, although notable exceptions are the cow-pox, and vaccinia viruses which can infect man, cattle and a number of other animals.

The viruses of Smallpox and Vaccinia.

The appearance of the particles of these two viruses are virtually identical. The virus which causes variola and alastrim are biologically and immunologically indistinguishable in the laboratory (Medical Microbiology text). They are seen as small spheres 300 – 300 nm in diameter. The internal structure is complex and no precise symmetry can be detected. (Modern texts say the virus is brick shaped ,whereas early texts considered this shape an artifact of staining, and that the virus was spherical prior to staining.)

Modern texts have determined that the envelope of the smallpox virus is a lipo-protein. I don’t know if this has relevance in terms of endotoxin, since the endotoxin of E.coli is its actual envelope, which is a lipo-polysaccharide.

It is very difficult to distinguish the three viruses of variola major, alastrim and vaccinia by serological methods, because they all share major common protein antigens.

The host range of the smallpox virus is limited to that primates; apart from man, monkeys are the only animals susceptible to natural infections. Other animals are only slightly susceptible. The vaccinia virus has a much wider host range than the variola virus; calves, rabbits and sheep are all used regularly for the propagation of the virus for vaccine lymph, and monkeys, mice rats, hamsters and guinea-pigs may also be infected, though they are less susceptible.

Vaccinia virus pocks are generally much larger and more variable in size than those of the variola virus. A useful distinguishing character is that variola virus will multiply and produce pocks at 38.25 o C (101 o F), whereas alastrim virus will not multiply or produce any lesions at this temperature. In general, the higher the ceiling temperature of a virus the greater is its virulence….(Monkey pox 39 o C (102.25 o F), cow-pox 40 o C (104 o F) and rabbit pox and vaccinia 40.5 – 41 o C (104.5 – 106 o F)

VARIOLA virus is very stable and survives in exudates from patients for many months: living virus has been recovered from crusts kept at room temperature for over a year. It can be preserved in sealed ampoules at4 o C for many years, and indefinitely by freeze drying. Vaccinia virus in calf lymph stored in the dark at 10 o C retains its activity for at least three months.

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The virus is destroyed by moist heat at 60 o C in 10 minutes, but in the dry state can resist 100 o C for 5 – 10 minutes. 0.01 % potassium permanganate and 50% ethyl or methyl alcohol and acetone kill the virus within one hour.

As does a ph value of 3. (Harrison’s)

~~~~~~~~~~~~~~~~~~~~~~~~~~

Smallpox infection.

Pathogenesis.

Smallpox virus enters the body through the upper respiratory tract, and is first met by the Waldeyer’s ring.

Waldeyer’s ring is comprised of the nasopharyngeal tonsil (or the adenoids) which is at the back and on the ceiling of the pharynx, and two tubal tonsils on the opposite floor. And the “mouth” part of the ring, is the palantine tonsils, two areas on the upper back “west” and “east” sides of the epiglottis which hangs down from the ceiling at the back of the mouth, and the lingual tonsils which sit in the back third of the tongue.

The virus first infects the mucosal cells, and travels to reach the regional lymph nodes. A transient viremia may follow with the infection of reticuloendothelial cells through the whole body; multiplication of the virus in these cells leads to a second and more intense viraemia which heralds the onset of the clinical illness. This phase is short lived except in fulminant cases, and by the end of the second day of the fever, the virus can no longer be detected in the blood.

Because the virus multiplies in the liver, it shuts down many of the processes which deal with endogenous endotoxin. Normally, the liver traps and degrades endotoxins from the gut every day. But where the liver is not working properly, E.coli endotoxin, which is always in our gut, can leak through the liver and start a chain of events, which can lead to the haemorrhagic version of smallpox. So it is important that the liver and kidneys be supported during smallpox – or any viral infections for that matter.

After infection of the respiratory tract, it is presumed to infect the lymph system.

The incubation period of smallpox from the time of exposure to the onset of the prodrome is about 12 days, with variation extremes of 7 – 17 days. The disease can be divided into a prodrome, and early eruptive phase, and a period of vesiculation and pustule formation.

(Both books were inconsistent in their use of words, but all agreed that the end point were “vesicles”)

The PRODROME is characterized by a temperature of 102 – 106 o F, headache, myalgia especially in the back, abdominal pain, vomiting, and in some patients by a transient blotchy erythematous eruption, not dissimilar to a rubella rash.

After 3 or 4 days, the fever subsides, the symptoms decrease and the patient seems to recover. It is at this time, when the patient is afebrile, that the focal eruption begins.

Early manifestations are painful ulcers on the buccal mucosa and macules which appear first on the face and forearms, and rapidly become firm, shotty papules. The papules increase in number and spread from the face and distal extremities to involve the trunk. The individual lesions may remain discrete and scattered, or they may become confluent and involve most of the body. They are most concentrated on the fact and distal extremities including the palms and soles and are relatively sparse on the body itself.

On the third or fourth day after the appearance of the focal rash, the papules progress to vesicles containing clear fluid, perhaps 6mm in diameter which over the next few days, become cloudy because of infiltration by pus cells and desquamated epithelials cells; haemorrhages into the vesicles and surrounding skin may also be seen (a sure sign of endotoxin break through because the liver is not working fully, starting disseminated intravascular coagulation cascade)

The vesicles, or pustules have a very distinctive and horrible smell….

During the course of smallpox, the lesions at any one time, in one area, are all at the same stage of evolution. At the time the vesicles become pustular, there is recurrence of fever, which may persist until healing occurs.

The pustules umbilicate and form crusts and scabs which usually fall off 3 weeks after the beginning of illness, leaving small scars, or deep pits, depending on the severity of the smallpox.

This description applies to disease of moderate severity.

Alastrim is characterised by the usual incubation period and prodrome, but is followed either by a focal eruption of fewer than 100 papules, or by a rash resembling chickenpox.

Smallpox with prodrome but no eruption of any kind is called variola sine eruptione.

The fulminating forms, which historically, go by various names from “sledgehammer” smallpox, confluent or haemorrhagic smallpox.

Confluent smallpox is where the vesicles all run together, and if the skin break, does not have a good outcome. Death in these cases more usually occurs between the 11th and 15th day of the rash..

Haemorrhagic smallpox has the usual incubation period, characterized by severe prostration, fever, bone marrow depression, haemorrhagic skin lesion, and bleeding. The disease progressed from inception to death within 3 or 4 days, WITHOUT evidence of the typical focal skin lesions.

There are two forms:

Flat black pox, where the skin remains relatively smooth, but blackens in large areas. The immune system, having be paralysed (by the endotoxin) produces no pus. The blackened areas merge as the areas spread, and the disseminated vascular coagulation spreads. The skin sometimes comes away from the body in large sheets.

Haemorrhagic black pox. In this form, highly contagious black unclotted blood seeps from everywhere, and internal organs break down, and parts can be expelled from orifices accompanied by a profusion of blood, in a manner that closely resembles written accounts of Ebola.

However, with regard to haemorrhagic fever, in one of the books I have is this comment…

Perspectives in Virology Volume 10, Edited by Morris Pollard 1978, Raven Press:

"Dr Dekking: Smallpox has a hemorrhagic form, and it is remarkable that patients suffering from hemorrhagic smallpox are always in good physical condition before they die. They get the hemorrhagic form of smallpox. If you look at the history of all these hemorrhagic fevers, they are first discovered as hemorragic favers with a mortality of 97% - 100%, and then later, on further inquiry, you find that there are 1,000 patients who did not die, and probably are not hemorrhagic. It is possible that these are not really new diseases, but these are diseases that presently manifest themselves in a much better fed populations than in populations 10 or 20 years ago. We have to consider this as a possible explanation. The question was whether these might have been viruses that were not described because the disease was no serious enough, and now the disease manifests itself more seriously because of improvement in feeding conditions."


(a question was asked at the beginning of the chapter by Dr Shelokov who asked "Why is it that so many of the new viral diseases that we discuss have a hemorrhagic component?")

I disagree, and have found no medical studies which support this. The CC haemorrhagic fever going through Afghanistan is hitting those with nutritional deficiencies and scurvy the hardest. Therefore vitamin C deficiency is the logical reason, and also Vit C treatment should prevent black pox.


Because of its low “ceiling” temperature for growth, the virus after the onset of fever, probable is best able to grow only in the cooler tissues, particularly in the skin. The biphasic temperature would indicate an attempted immune response to the increased quantities of virus? Smears made from the early papular lesions show very large numbers of virions and in the later stages crusts from the pustules still contain living virus.

Severity is determined by individual immunological determinants and nutrition.

Since the virus which produces all forms of the disease is identical, I believe that like all other diseases, the nature of the infection is determined by the biochemical and immunological determinants of each patient. Some of the websites I have seen claim that Alastrim is a weak mutant, but there is no laboratory proof to support this claim.


Variola major has a case fatality which varies from 5 – 10 % in previously vaccinated patient, to 10 – 30% in unvaccinated cases. One book puts it at 10 – 50%.

In fulminating and haemorrhagic cases the case fatality is over 90%.

Variola minor (alastrim) is much less severe than variola major at all stages of the illness, the rash is less profuse, the fever of shorter duration and the fatality rate is below 1 per cent.

Variola minor may be indistinguishable from a mild case of variola major.

Very mild cases can be termed “the clinicians nightmare”. For example, a patient with only a single skin lesion on the wrist caused an outbreak of smallpox involving 40 patients and several deaths in 1973. ( which underscores the “individual susceptibility and condition of health alluded to above).

COMPLICATIONS.

Bacterial superinfections of the lesions, usually with Staphylococcus aureas, may occur in the late pustular stage. Bacterial pneumonia and sepsis may be seen in severe forms of smallpox. Mild conjunctivitis is quite common, and iritis and hepatitis have been recognised (which are in my opinion, are frank feature of vitamin A deficiency – which was rampant in the epidemic years, through to the 1930’s)

Encephalomyelitis may occur in the late stage of the disease and is similar to other postinfectious encephalitides. Osteomyelitis and joint effusions may complicate the disease, and orchitis has also been reported.

Differential diagnosis.

Smallpox is preceded by a longer prodrome than chickenpox, and the eruption vesiculates over a period of days, instead of hours. The smallpox lesions are all characteristically in the same stage of development, whereas those of chickenpox may display all stages of evolution.

Other conditions, which are sometimes confused with smallpox include eczema vaccinatum, eczema herpeticum, rickettsialpox, drug eruptions, come cases of contact dermatitis, and Stevens_Johnson syndrome. The fulminant, haemorrhagic smallpox may closely resemble meningococcemia, typhus and haemorrhagic fevers of other origin.

EPIDEMIOLOGY.

The origin of infection in smallpox is a patient suffering from the disease. Infected particles may be inhaled directly. The virus may also be transmitted indirectly by clothing, bed-linen, utensils, or dust, and there have been many occasions when laundry workers have contracted the infection from contaminated bed-linen. Patients are not infective during the incubation period of the disease, but from the time of the first appearance of the rash until all crusts disappear, they may be a source of the virus. The people of greatest infectivity is the 3rd to 10th day of the illness.

Smallpox is not as infectious as diseases such as measles or chickenpox.

Control measures.

The patient must be removed to a unit specially reserved for smallpox, and strict isolation precautions mush be observed. The patient’s clothing, bedding, personal possessions and his house should be disinfected with steam or formaldehyde vapour.

All contacts should be isolated for 16 days.

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

Not by me:


Ick section on nursing a smallpox patient.

First thing I'd do if I heard of a case in my area is... clear out a room in my house. I mean completely clear it out, strip it to bare walls, flooring & wood. No carpets, no curtains. Dust down, then wash everything. You'll see why later. Use plastic or other washable blinds. Get rid of the bed. Just put the mattress(es) on the floor lying on some thick plastic.
(Sue, I wouldn’t do this. The reason is that when you see some additional material I am going to put in, you will see that the carer will get a totally stuffed back. You cannot nurse someone this intensively on the floor. It is also harder to stand someone up from the floor, than lever them over a bed. I would use a bed at a slightly higher height than normal so that I was always standing upright.)

Have the plastic edging long enough to make a sort of small wall. Cover the mattress in plastic. In a pinch, plastic garbage & duct tape work. Make sure you have LOTS of clean linen & I mean lots. Buy it, make it, beg, borrow or steal it... can't have too many sheets, pillow cases, washcloths, rags & towels.

Get lots of plastic basins, pails; whatever. 5 gallon paint type buckets are handy. You'll see why later. Anybody here who currently doesn't have 20 gallons of bleach in the house should. It's cheap. Get some bottle type sprayers... again, can't have too many. While you're at it, lots of permanent markers & more duct tape. A cheap hand pump type garden sprayer or 2 is worth its weight in gold. Heck... get three.

Invest heavily in plastic sheeting... thick... or rubber aprons. Fishermens’ slickers are an option. You can also & I have; get tons of those cheap drug store rain ponchos... you can do a lot with those & duct tape. You'll see later. Tarpaulins are good, just make sure it's not a "textured" plastic... ya want everything slick & easy to wipe.

Here's how you set up your patient's room, assuming you think you have a case of smallpox. You've emptied it out & set up the mattress on the floor. It's as clean as you can manage. Outside the room, which is now a "hot zone", set up a "grey area". Things in there are not considered clean, but are not as dangerous as in the patient's room. In that area, place a 5 gallon bucket gilled with clean water & a couple of good "glug glugs" of bleach. You want the water to really smell of bleach. Mark the pail :"Decon" for decontamination. It's nice to have it sitting on a rubber mat with a lip, to prevent spills. Keep it handy but not close enough to trip over. On a clean table there, you want gloves, masks & over gowns, preferably of rubber or plastic. Lots of garbage bags too for double bagging laundry until you clean it. A flashlight & good strong overhead light or lamp.

Did I mention you'd want to be able to boil lots of water? Make sure you have kettles, pots, whatever. There’s going to be lots of laundry in your immediate future. Out in our grey zone, a flashlight is good & perhaps a small table with extra linen. Inside the room, lots of garbage bags & another rubber floor mat with a lip. Also, several spray bottles filled with a mix of 3/4 water to 1/4 bleach. Maybe that's overkill but with what I've learned about variola, I'd not be comfy with less. You also want a supply of drinking water in there & more linen.

Okay, your loved one is sick & you suspect smallpox. IMMEDIATELY get her into your isolation room. She'll be ill, complaining of fever & uncomfortable eyes, kind of like a bad cold or flu. Probably no rash yet, but you know smallpox is around so you can't go wrong presuming that's what it is. While you've told your patient to get into the room, you have stopped where you are... stripped down completely... including ALL jewellery & piercings & places them in a double bag. Bring that with you to the 'grey zone' where you put on some comfy clothing. Yeah, that's the other thing you need out there, clothes for any caregivers... you can there wash glasses, false teeth, anything else you need to wear to function. So a 'clean' bucket for that kind of stuff...

Right, you sat your bag of stuff on top of a bleach/water bucket while you were getting dressed. Spray it with loads of bleach/water & wait several minutes. You can speak to your patient through a CLOSED door. You're having her strip right down & 'wearing' a sheet while you prepare yourself... her clothing & all jewelry & piercings can go into the bag... might be a good idea to have a plastic container with lid to put that kind of stuff in. Include false teeth, glasses & definitely contact lenses. ALL come out/off.

I forgot, inside the room you also have at least one, preferably 2 large plastic buckets with lid, ready to go with water & bleach. If not ready, you can prep them really quickly. Your patients laundry & other items go right into that & stay there for at least 15 minutes. I'm being arbitrary; probably need less but why not 15? Everything out of the bag, unfolded or whatever & into the bleach/water. Don't shake anything, Be very gentle moving stuff... don't want to spread the virus. Put the bag in too. Gotta think of re-use as much as possible.
(Sue – I think a better option is to put all washing in really large buckets with a lid. Buckets that you can then put the water/cum bleach on top of the washing. That way, there is minimum handling
Remember also that the patient is not infectious to you or others yet)
Okay, laundry temporarily dealt with, get your patient comfortable. In bed with light, comfy EASY TO WASH & DRY clothing. Be as reassuring & fear free as you can/ If you can't... fake it. You don't need hysteria at this point & if your patient is old enough... she knows what's going on anyway. Many an epidemic almost contained has been lengthened by patients panicking & running out among other people. Nasty though, but you also might want to think of how to lock someone into a room... more on that later.

You'll want a notebook or clipboard. You want some way of keeping track of how your patient is, fever levels, time of any symptoms showing up, etc. Later on when you're dead tired you'll forget when you gave medication or water... trust me on that, you will.

So start by writing the date & time. Take her temperature & note what that is. Mention her mental state. Is she calm or not? Is she mentally "all there", meaning is she or is she in touch with where she is & what's happening. With a flashlight, carefully look over her body. You're looking for rashes. That's how it starts... a red rash kind of like chickenpox. Blisters come later.

So what's the rest of the family doing? Hopefully, you have someone else strong, preferably adult. Have them shut down the house... doors, windows, etc. Lock 'em. You don't want someone blundering into a house with smallpox. Have them all mask & glove up. BEFORE changing clothes, have them clean the house. Wipe down everything with a water/bleach mix from one of your umpteen LABELLED sprayers. Tap water is fine... just make sure you didn't skimp on bleach. If smallpox IS in the house this won't get it all, but it increases the odds in your favour. Once that's done, have them change clothing too... into a garbage bag. Someone start laundry using HOT cycles. Add bleach, forget fading. You've got bigger fish to fry.

Have your other strong one feed them all, then set the older kids to doing dishes or something. Now a this stage depending what's going on outside your little world, you may want to "post guards" to advise you of the approach of strangers. Not sure about how I feel about "quarantine" sings. Could backfire if folks decide YOU are the source & they decide to torch your house.. it's happened in the past. Put a few folks to bed; you'll be on shift for a while. Actually a few family meetings discussing all of this held soon is a great idea. If everyone has assigned chores, duties, etc. they feel a bit better.

NO ONE but designated care givers gets into that room for ANY reason... unless it's the government at gunpoint or whatever. But keep family & pets out. Virus particles can settle on a pet's fur too. The designated family caretakes, 2 is the minimum you SHOULD have, from now on do NOTHING but care for the sick AND for themselves. You get sloppy when you're tired & hungry.

Okay, you've got all that done. Everyone has been fed & watered, house is clean & everyone is either busy, asleep or resting, or doing other vital chores. Oh yeah, anyone handling 'unbleached laundry' should always be masked/gloved/gowned. Ideally, only caregivers handle it except for when it goes to the washer/dryer. Btw, your room is as close to the patient's as possible. Think of yourself as being in semi-seclusion. Have a radio, tv, book or something else handy for yourself. Book that go into the sickroom don't come out except as a sodden pile of water/bleach soaked paper.

All you have to do at this point, before your patient gets REALLY sick is make sure they rest & eat & drink as much as they can handle. Several chamber pots are good, unless you have an ensuite. Later, they'll be too sick or eat/drink much & they'll need all the strength they can get to fight this off. Make them drink lots.
(Sports bottle with pop-tops might be good so that you can dribble water in the mouth without it going everywhere?)
Keep track of fever or other symptoms, every 3-4 hours at first. Once they start really breaking with it, you'll be checking constantly. Encourage them to sleep if possible & whatever form of medicine; western, naturopath, homeopath, veterinary... whatever your preference, treat as needed.

Right, 12-72 hours has passed & now it's getting interesting. Your patient feels lousy. She complains of aches/pains, her eyes are sore, she may be nauseated. Treat the symptoms according to your preferences. At some point, she'll have developed a rash. This one tends to begin on the extremities first; that is, hands & feet, then work "in towards the middle". Being covered by a sheet may become annoying or painful. You might want to rig, with old coat hangers 3-4 "U" shaped 'sheet racks'. Make sure they are tall enough to keep sheets off a patients & bend your cobbled together hangers at the bottom, to slip under the mattress. So these are 3-4 "bars" about the width of the bed, about a foot off the surface of the patient & with your "wings" to slip under the mattress about 12-18" long. Can always use duct tape to steady them.

Once the blisters form, your patient won't tolerate much "handling", so touch as little as possible. When in the room, you're fully gloved/gowned & masked anyway. Don't worry about really "washing" them thoroughly, just do the best you can, trying not to break the blisters. Each bit of fluid in the blisters is LOADED with infectious viruses or virions. That's an excellent reason not to pop them, if no other. Keep the face, groin area & armpits clean, again as best you can.

Okay, now the talk is going to get a bit ugly; sorry but it's an ugly disease. First thing you'll notice I've read, is that this disease STINKS once the blisters form. I've read it's hard to describe but unforgettable. You might want to put your favourite essential oil on your mask, a drop or 2. Lavender works for me as it's also mildly antiseptic. As well as forming all over the skin, the pocks may form inside the eyelids & right on the eyes. Inside the mouth too. They will form inside the anus & vagina... nothing you can do abut that. Do NOT douche your patient or give an enema... just more contaminated stuff hard to get rid of & you may harm rather than help. For the eyes, about all you can do is bathe them using distilled water. So yeah, buy or distill your own water.

Until the pocks start drying up or breaking, don't change the bed linen with abandon. Wait until it's dirty. Your family has enough laundry to do. Oh yeah, after doing any patient/caregiver/sickroom laundry run your washing machine empty with cold water & bleach. Helps keep it safer for family who are not sick yet also need to do laundry. Your clothing should never leave the patient care area, that is, your over clothing, the plastic stuff. If you must leave the sick zone, strip off, wash down, (personally I'm not shy about spraying myself with water/bleach), & get into clean clothing. Limit contact with other family/household members. Don't forget to eat & switch off with your co-caregiver. Sleep when you can. Forget the rest of the world. Someone can give you a "highlight package" of significant news a few times a day. Have someone monitor local broadcasts for 'civil defence' instructions & that sort of thing.

Forget getting to a hospital on this. This will spread far, wide & fast. They'll be overwhelmed very quickly. Stay home. There will be lots of 'home nursing' advice given on your local media. If it sounds sensible, quicker, easier, do it. Save YOUR strength.

Plan on someone else in the household catching it from your first patient. They may have been infectious for a day or so before you all catch on that this may be more than a cold. Have another mattress ready to be brought in to your sick room.

As for feeding/watering; LOTS of fluids. Fed them along the lines of light & nourishing, preferably cooling when they have a fever. Treat urine as contaminated & pour it into a bucket with some bleach/water. Let it sit for a bit... 15 minutes?... before it goes into the one designated bathroom toilet. Faeces I'd put in the toilet bowl, (careful of any splashing), add some bleach & let sit before flushing into the sewer/septic system.

ALL linen items in the room must soak in 1 bucket of bleach/water before leaving the room. Then wring em out & put them to soak again in your 'grey zone'. Then & only then do they go for washing. Balance the need for fresh air against the fact that this sucker is airborne... no easy answers there, I'm afraid.

Needless to say, this is a lousy time to welcome visitors. How you deal with official agencies coming to your door is up to you & how you feel about them. There may be central points to pick up food/water... would be nice, eh? But don't count on it. Smallpox will close down an awful lot of what we take for granted very quickly. Preps are a good thing, a VERY good thing. Food, water, etc may simply not be available. Someone has to harvest it, ship it, can/box it, deliver it, etc. Once a pandemic is really under way... ain't going to happen, I don't think. I'm not counting on it.

After the rash develops, your patient may have blisters/more rash for up to 3-4 weeks. During all of that time, they're extremely contagious. During the last week, the pustules start drying, scabbing & falling off. All that stuff contains virus. Whenever you sweep the floor in the room, lightly spray water/bleach first... anything to keep dust flying. Between uses your broom/dust pan rest in... you got it, a bucket with bleach/water... in the room. You'll need another such bucket with water/bleach mix for dishes.
(What about using disposable plates, and put them in bag to be incinerated….)
And another smaller one for chamber pots, urinals, thermometers... any medical gear that's not consumable. Label them all.

Once your patient's last scabs are off for a few days, they can 'resume normal', whatever that is by this stage. Others, yourself included, may by now be sick. They take over as best the can... your first patients I mean.

I can't predict what would happen. I strongly feel that a single case will quickly be followed by others & by the time it's discovered, it will be incubating all over the country, all over the world. Modern travel, eh? Plan on it taking a year to 'burn through' the world's population. As well, after a few months, you'll start seeing flu, food poisoning, water contamination... all because people are already weakened & your infrastructure people, those left on their feet, will be working like stink & some stuff won't be picked up on, especially water treatment & that sort of thing. Of course, there will be opportunists who feel free to whatever they choose. Be prepared to guard you & yours as best you can.

Variola has been documented to survive on letters for a few weeks, then sicken the recipient. It survives on linen, pets, clothing, skin, just about any surface. It's one tough little virus. You & yours will spend a great deal of time wiping, cleaning, scrubbing, etc. That's just the way it has to be to try & minimize the case numbers.

Forget the government, forget the hospital system. They'll do their best, but don't anybody kid themselves. They can't cope with a fraction of the number of cases your country could expect. No one could. People with other medical conditions WILL die. NO hospital beds or staff to treat all who need anything in terms of medical care.

So that brings me to the last part... bodies. With such a high fatality rate, you may lose your loved one. You will probably have been given instructions on how to notify authorities & what to do. I expect some kind flag of a certain colour hanging will be used to communicate the message that a body has to be recovered. They'll probably be cremated... both to kill the virus & because there's no room to bury that many or people to do it.

There's no specific treatment for smallpox. All you can really do is keep patients as comfy as possible & make sure they eat & drink as much as they can handle. The scarring can be awful & pocks on the eyes results in blindness most of the time. I wouldn't put anything on the pocks to prevent or minimize scarring while the blisters are not dry. The lotion/cream gets transferred to clothing/linen & itself is loaded with virus. Mind, if much of the population is scarred, it's a bit easier to take, I suppose.

Pre-existing medical conditions obviously make smallpox harder to survive. Yeah I know, this makes for depressing reading, but this would be the reality of it.

Important points:

1) you can't clean enough

2) you can't rest enough

3) the government can't do enough

4) have to remove all jewellery, piercings, contacts, glasses, hearing aids

5) Label your buckets

6) lots will die


Reading through this, you'll gather a list of what you need to buy that you don't already have. I'm loathe to recommend too many medications. Something for fever, sure but only use it if the fever gets over 103. As nasty as a fever feels, it's an important part of killing off virus internally. Have something for cough & nausea around. Lots of juices & "liquid meals".

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The person who wrote this is continually paranoid about how serious everything is, so better you read paranoid nursing than anything else. That is your highest standard after all.

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For me.... And pray

Options for treatment. (Back to my posts now)

First, you could consider what the present medical profession have to offer. So some might consider using Acetominophen, or some such drug for both pain and fever. In my opinion, this would be a very big mistake, since the action of the drug is to suppress the immune system.


Why I believe you should not use antipyretics.

There is a huge amount of medical literature which shows that antipyretics suppress the immune system, prolong the disease, and make the complications more serious, particularly in conditions like Meningococcal meningitis, but most recently, Smallpox’s little cousin, chicken pox. The using of antipyretics in this disease has been responsible for the bacterial infections of the chickenpox vesicles (staph aureus) turning to necrotising fasciitis. Which is flesh eating disease.

Yes, in smallpox, you want to keep the temperature down, BUT not by suppressing the immune system internally by using drugs. I believe if you do that, then the prognosis for the patient will be far worse. Yes, the discomfort may be more, but there are answers of interest, especially in Professor Kirk’s writings to follow.


There is very interesting information available from older texts. Here are some options.



The information is over a hundred years old from a book called Comfort to the Sick by Brother Aloysius,originaly published in Holland in 1901, here is what he has to say about Smallpox.

Smallpox is a contagious disease. The first symptoms are fever and severe pain in back , loins, and nausea. This is followed by red spots, which soon become hard, pointed pustules and suppurating ulcers. One should ensure plenty of fresh air, a window should be kept open day and night. Although this is a serious disease, it is easily cured by giving a quick whole wash every hour, these washes should not last longer then one minute and should be in cool water. by washing one does not mean rubbing, but regularly and quickly wetting all the pores. With the whole body wash, every part of the body must be moistened in this way with cold water , even the soles of the feet. Before taking a wash the patient should have been in bed for some time so that both patient and the bed are warm, after the wash, the patient should remain in bed for a least half an hour. They would be thoroughly and quickly washed with a coarse linen cloth, a hand towel for example which has been dipped in water and wrung so that it no longer drips. The use of a sponge is not suitable since it is so small that the wash would take longer, while it in fact can be completed in half a minute. A wash can be taken without the help of anyone else, after wetting the towel , one should unfold it, take one corner in each hand , throw it over one's head so that it covers the shoulders and back and then pull it downward. One should then wash the neck, chest, arms and other parts, quickly pull on a shirt and jump into bed. These washes would not take longer then one minute. He says a lady from Verviers recovered from smallpox in nine days by wearing two cold wet shirts daily, she kept each wet shirt on for 1 and one half hours. She also applied cold compresses on her face day and night. No sign of a scar on her face could be traced after this treatment.

Stew some leeks, add linseed meal to make a poultice, if this poultice is placed on the buttocks, abdomen and legs, the pocks will appear there instead of the face.

For old purulent sores, apply fresh pounded yarrow leaves or compresses of the decoction of the dried hers. Or boil potatoes without salt, mash them into a poultice with raw buttermilk apply this very thickly on the bare sores.

There are few remedies which heal old sores as surely and swiftly as this simple, cheap remedy.

The patient should abstain from anything stimulating such as beer, coffee or pork.

Even if there is burning in the sore, it will disappear in a day if this remedy is used. If there are fleshy excrescences in the sores, they must first be removed if not a sore cannot possibly heal. It can be cured by sprinkling it with powdered walnut septa or finely powdered alum. Place unsalted soft cheese fairly thickly on the sores . This has almost the same effect, although preference should be given to the previous remedy. both of these remedies should be renewed as soon as they begin to dry out. Grated raw potatoes laid thickly on old sores is also an excellent remedy. Mix white bread, soaked in warm water with a little saffron and place on the sores. Fenugreek applied as a poultice is also most efficacious. Chamomile flower compresses are another well known old remedy for sores, these are particularly palliative if the sore is painful sprinkle the sore with charcoal powder, specially if the sore is very wet. This dries and heals. Mix 2 teaspoons powdered myrrh, dissolved in a little alcohol, with 3 tablespoons charcoal powder and 1 and one half cups lard and apply a plaster of this twice away. This is good for sores that itch and sweat. For burning in the sore apply rice boiled in water, or apply a poultice of elder flowers prepared with white bread and water. with sores it is importent to ensure good bowel movements, It is advisable to take daily cup of depurative tea, from the decoction of burdock or yarrow. Leaves and flowers of marigold , cooked with lard, give a good healing ointment which will keep for some time and should be used on sores that itch or sweat. Fry fresh butter until it is completely brown then pour it into cold water and leave for twenty four hours, then remove it and squeeze well in a clothe to extract all the water. This butter has a strong power to heal both fresh and old sores. It should be thinly smeared on linen and placed on the sores. Sores with fleshy excrescences can be helped as follows take clay which has been well burnt from an oven mix it with half white wine, and half apple vinegar to a thick paste, place this on the sore with fleshy excrescences. Or pound raw onions, mix with olive oil and place on the excrescences. Or sprinkle with sugar or burnt alum"


The following information is from a book called “Papers on Health”, by Professor Kirk of Edinburgh, Tenth Edition of the Third series, published in 1889. The English is somewhat quaint, but I have not editted, as I believe the way it is said is as important as the content of the information. You could edit it down, but some of the understanding may be lost.

When you read this, remember that medical texts say that smallpox virus is killed by a ph of 3. That is “acid”.

Smallpox.

Prevention:

Some of our readers, we should think, are now living where this sore disease is prevailing. Our first care would be to allay the fear which is apt to arise in such circumstances. Our next care would be to point out how danger may be so far at least greatly reduced. Then we should like to show how the disease may be mitigated when it does show itself. There are several points in the character of the disease called smallpox that case considerable light on the way to think and feel in relation to it, and also upon the best way of dealing with it.

This disease is least deadly among those whose skins are most frequently and effectually cleaned from all lodging substances such as gather on the surface of the body when it is not effectually and even frequently cleaned. When the clothes that are warn next to the skin are seldom changed, or are ineffectually cleansed, the disease is found most seriously to prevail. If the substance by which this disease is introduced, as the advantage of lodging for a considerable time on the surface, succeeds in penetrating to the inner nerves and circulation, and so causing the disease over the whole person.

(Added here – perhaps the real reason may be that the longer the virus was on anything, the more chance of transferring it to your mouth, and infecting yourself?)

Cleanliness is of great moment in relation to smallpox. It is possible to be, on the whole, chemically clean in that relation, and also to keep those committed to our care in a somewhat of a similar condition. Carbolic acid has become a favourite substance for this purpose, and no doubt it is of a nature that so far fits it for such a purpose as that which we have now in view.

But it is not in our experience, equal to the acid which is in vinegar, or as it is called, acetic acid, while it is not nearly so safe in unskilled hands.. The acetic acid that Coutts supplies, if considerable dilutes, is the best we have come across. Somewhat similar acid may be got in any good chemist’s shop. But white vinegar, which is just acetic acid a good deal diluted, will answer almost all purposed of chemical cleanliness in this connection. If it be strong enough, it will smart just a little when the skin is perseveringly sponged with it, and this is sign enough of its efficiency. A good and careful sponging all over, from head to foot, with warm acid of the strength of good vinegar, twice a week, with a change of the clothes next to the skin, while these clothes are well washed and rinsed in water with a good supply of acetic acid in it will, we think, go very far to give entire safety, even in the midst of an epidemic of smallpox.. After each such sponging of the skin, a gently rubbing all over with fresh olive or almond oil will add to the security. Besides, the preventative treatment which we recommend will contribute very decidedly to the good general health of those who enjoy it.
When this alarming disease prevails it is well to be thoroughly alive to the importance of dealing with its first symptoms. We are doubtful if ever these would appear in the case of anyone who is made even nearly chemically clean,, but it cannot be overlooked that, in many cases, such clean-ness is not likely to be enjoyed.


To help in giving this instruction for treatment, it may be well to remark some things that throw some light on the nature of the disease itself. While it rarely occurs twice in the same person, I does so occur. But certainly such is not anything like the rule. We read of a “predisposition” to he disease; but we may not see what that means. To do so it seems to us that we must look to the very foundation elements in the bodily constitution. For some may take it on mildly, and some a great deal. The usual way in which a medical man acts if called to look at one who is showing slight symptoms, is that of giving some twenty four hours to the case, so that the disease may show what it really is. If the case is a serious one, this is a very serious mistake. The curious matter is that the commencement of an attack of smallpox does not show itself by an increase of vital action, as we should look for that at any rate, but in the opposite.

(I don’t know why these lines are here, and I can’t get rid of them!!!)
It is not an unnatural flow of spirit, but an unexplained weariness that shows first. Nor is it heat, but chilliness to which attention is first directed to those watching. Yet it is the same when you cast a shovelful of fresh coal on a moderate first. You cool at first in all such cases, and the heat follows only after a time. So when this disease first comes on, it tends to smother them till they have set up their powerful action


(Addition. This is an interesting observation, as the texts say that the virus needs to initially multiply in cooler temperature, therefore it migrates to the skin to do so. Perhaps it is also biphasic?, and needs the second temperature phase for major multiplication? Also, since what is in the pustules is not just virus but also Staph aureus, can’t help wondering if there is something else involved here…)

This is called the “cold stage” of the fever. It is that stage in which, however, it is vastly important that something should be done at least to mitigate the after stages.

You may do two thinks in the cold stage.

First you may give small portions of such acids as will neutralise the poisonous substance in so far as they reach it. Half a teaspoon of cream of tartar in hot water, say two tablespoonsful every half hour, will do service.

But of greater importance, you may wrap the feet and legs, above the knees, in a hot fomentation, and if there is pain in the head you may do the same with that. Not less than some two yards of flannel should be soaked with hot water and packed round the feet and limbs, covered with a good think sheet closely packed around. A yard or so may be put on the head so as to heat that well also. By doing these things, you save the vital energy from being exhausted or smothered, as it would be, when you blow into a newly supplied fireplace.

The really bad case in which the person sized is “felled” at the outset is greatly aided in this way. It is to be most carefully kept in mind that oil had better not be used after these fomentations on account of its increasing the fever strongly when the hot stage comes on. But it may be used if that is sufficiently watched, and the oil washed off with good vinegar, or strong acetic acid as soon as the pulse quickens, heat rises to the usual temperature.

Then it will be of immense moment to keep the temperature moderate after this. The chills and heats will come and go for a time, and you will do accordingly. Help with heat when the vital action fails, and cool when the heat rises.

Some of our less thoughtful readers occasionally let us understand that they are rather impatient of our long explanations, and that they wish we would just say what should be done, and no more about the matter. But take two persons, whose duty it falls to treat a person seized with smallpox. The one person possessed of a clearly knowledge of the very thing that is going on in the nervous system of the patients, and also of the action of every element in the remedies that are suggested. The other has no such knowledge. The first it is easy to tell what to do, as it is possible. The other, it is impossible. Let us take ever so great care in stating what should be done. The ignorant will commit the grossest blunders and do harm instead of good. Then they fail to carry out instructions in the face of the most encouraging effects, because they do not recognise these effects when they clearly occur.

So now, the pulse is quickening, and the skin is heated and probably dry. First of all, let us understand as nearly as possible what is going on. The seed of smallpox his begun to kindle the organic nerve centres over the whole body, and these are throwing out heat in an unusual degree. This is not consuming the substance, which causes all the trouble, but propagating it in a most wonderful manner.

(Addition – this is interesting, as it is accurate, in that the virus starts to multiply at a huge rate in the skin in this second fever stage)

From the infinitesimal portion which somehow got into the system, there will soon be formed as much as to infect millions of people, and for a time, this increase will go on more and more rapidly.

As this goes on too, the tissues and vital juices of the body will be consumed more and more rapidly as the process of propagation goes on. But all this will depend absolutely on heat.

If there is little heat, this process will be slow, and the consumption will be insignificant. If the heat is very great, all on which life depends will be consumed, and that in a short time. Mark this most carefully – a certain degree of heat is essential. That therefore must be maintained. When fever or smallpox has set in, the heat will have risen to 102, or perhaps to 105.

Take the case in which the heat had just risen to102. At this height the fever is what one could call moderate, and even if the heat got no higher, the danger and even difficulty would not be great. But by simply pressing cloths wrung out of cold water the heat has been brought down to 100.5, and that in less than half-an-hour.

Now observe, this effect was instead of the degree of heat rising to 104. The cloths (ordinary sized towels) were wrapped round the head only. If you take, say twelve hours, and two degree of heat above the standard of 98.2, and consider the development of smallpox substance involved in that, you have the amount of disease and danger to life which the cold cloths ward off, even if nothing more is tried beyond the cooling of the head only.

But we think of another case. It is that of a child, and the heat is 105. This will not go on long, till life is impossible. But the whole body is wrapped in cooling cloths, and repeated changing and washing are carried on till the thermometer indicates 101. What a difference now compared with the case if the heat goes on even above 106 and continues say, for twelve hours only!

Keep in mind that the amount of smallpox poison in the system depends on the degree of head by which it is “forced” and you will see how moderate a case must be when the heat is effectually moderated compared with the one in which it is allowed to go on increasing.

This however, leads us to remark that if an effectual lowering of the heat in such fever is to be secured, there must be determined effort for the purpose. The cooling of the head is the first thing, because of the soft character of the brain, and the importance of saving that. But that cooling may fail to tell sufficiently. So may the packing of the whole body.

It may be necessary to get at the circulation as it passes through the heart itself, and to do this by pressing cloths, cooled with ice is possible, over the heart. We should not use ice itself, but wring a cloth out of cold water, wrap a piece of ice in it for a minute or so, then take it, and lay it, say four-ply over the left side, and press it very gently till it gets warm. In the course of half-an-hour, we have seen a great result from this. It should be done in a way perfectly agreeable to the patient, but the great thing to be kept in view is the reducing the violent heat in the whole system till it is not far from what is healthful. The very greatest encouragement out to sustain us in helping a sufferer in such a matter as this. Even if we succeeded in bring down the heat only half a degree, that would, in many cases, the saving of life whether otherwise it would have been lost.

In other cases it would be the saving the disfigurement of the countenance, and a great measure of sore distress.

But no one needs to rest satisfied with such a partial result as this. He has only to persevere with the natural means and he is perfectly safe of success.

Here is one thing not to be forgotten. The cooling effect of vinegar, or of good acetic acid, is very great, and in smallpox the most desirable. It is, hence, of great value to sponge well under the bed-clothes with this, as well as to cool otherwise, in cases like those in question.

All we have thus said, bears upon the early stages of this disease.

Thousands who are allowed to roast to death might have only light illnesses if this truth were only put into practice.

Do not let any one fancy that the elements of a bad case of smallpox are of necessity present at the beginning of the disease. The development (other things being equal) will be according to the heat allowed to show itself in the early stages of the illness. We have, again and again, had attacks pronounced “very serious” and a long illness predicted, and by skilful medical men who were pleased next day to remark that these same cases were to be “light after all”. The flame had been lowered and kept down by willing and patient hands during the night. And that cases were light, no doubt of it, but it was not at all difficult to explain how they were so.

There was a little good acetic acid within reach, and perhaps a little cold water and two towels. These were so diligently used that the forcing in the hot house was kept very low, and the crop of mischief produced was correspondingly small.

How to treat the Smallpox outstrike.

When, in spite of all that is done to allow the fever of smallpox, that fever goes on to the stage at which its effects show themselves in the peculiar pimples, or pox, from which the name of the disease is derived, it is of immense importance that those treating the patient should be able to modify the virulence of the process which could now so seriously affect the skin.

When the outstrike takes place first, and chiefly on the face, the threatened disfiguring of this is no small consideration. Then when we see that life itself is somewhat involved in that same action by which the skin is deeply pitted, the process becomes very much more an object of interest. Here it becomes quite evident that a substance is generated by the fever action, and in the pores of the inner skin, which substance is corrosive; that is of such a nature that it destroys all tissue with which it comes in contact

It eats its way through he outer skin, as we see in the ripening of the pox, and it also eats its way deeper into the inner skin, and even through that, if it is allowed to remain long enough at work upon it. This eating substance leaves many a fair face so drawn, even in the muscles, that the fair face is fair no more. It is easy to see that when this corrosive substance is allowed to do its worst upon a tenderly constituted person, it kills that person, as a severe burning would do, though that burning is confined to the skin alone.

Two things must be kept in mind when we seek to deal with an eruption of this nature. We must think of the pitting of the face,and breast, but we must think still more of saving the network of nerves that so abundantly supply the inner skin.

We must accomplish two things, so to speak in one. We must, if possible, deprive the smallpox corrosive matter of its corrosive character.

This can be easily done. That is, it cannot be done without some care and patience, but with these it may be perfectly accomplished. Then we must given health to those parts that have been relaxed and rendered an easy prey to everything that tends to wear them away.

It so happens that vinegar, or good acetic acid is fitted to do both these things.

For example, a small angry pimple will rise on the back of the hand. It has a peculiar character from its very first appearance. We are now speaking of that which has no very close connection with smallpox, but it is analogous in so close a degree that it gives a most apt illustration.

This red pimple is somehow fiery in a high degree and sets up an intolerable itching round about itself. If it is squeezed so as to empty it of any matter, it yields only a very little watery humour, and it is rendered very decidedly the worse for the squeezing.

The redness which surrounded it soon after it appeared increases, and in a few hours it develops into a carbuncle, and becomes a very serious matter indeed. It soon eats into the very bone, and leaves a mark, which will last for life. Now we have two things in such a case. A corrosive substance has been developing in this pimple and the tissues round it have been rendered liable to rapid destruction under the inflammatory action which has set up round the place where it has been developed.

Now, IF soon after this pimple appears it is persistently soaked with vinegar or good acetic acid, so diluted that it causes only gently smarting, it will cease its burning and itching in about two minutes. It will in four minutes or less, disappear, with the exception that a small red spot will remain at the part for perhaps a day or two. The acid has entirely neutralised the corrosive substance that was developed and has also given perfect health to the parts which would otherwise have been wasted away in an ugly sore.

The acid which performs the double service in the case of our incipient carbuncle, does also the same services in the case of any number of carbuncle or pox.

It will not do to sham the use of such a remedy however. The acid must be soaked into the actual smallpox pimples till it is felt reaching the sensitive nerves that lie under them, or little or no good is to be looked for.

If a cloth dipped in vinegar is loosely laid on the skin when that has got coated with dried humour, and so that no acid gets further than outside this coating, it is unreasonable to look for any decided effect.

Or if such an ointment has been smeared over the fact and other parts in such a way that the oily substance of that ointment will keep any acid it may contain from the inner skin, which must be reached if good is to be done, the remedy will fail.

But it is perfectly within the reach of any ordinary hand so to soak the pimples from their first appearance, as to get the acid fairly into them. It will go, in fact, through them, and reach the tissues beyond if it is well and sufficiently done.

(Note here that the extracts from Harrisons stated that the virus is killed at ph3. It would be logical to assume that soaking the virus in acid may well prevent the formation of vesicles by killing the virus at the surface?)

There is a very foolish idea that the more the outstrike in such a disease the better. The notion is that all that appears in the pox has been diseased matter in the blood. It is not seen that the diseased matter is formed, in by far its greatest measure, in the pores of the skin and out of their substance, and that of the myriad nerves supplying that skin. If this destructive process can be arrested or lessened, there is all that the more likelihood of life, and that with little injury to anything. If it is not arrested nor lessened, there must be so much less likelihood of life, and so much more injury, even if life is spared.

So, we see so far what is wanted. That is, the thorough soaking of the outstrike of smallpox with a neutralising acid, such as we find vinegar to be.

But it will be well to guard at this point against doing this in any way inconsistent with other conditions of life and returning health. For example, this treatment of the outstrike on the skin must not be so done that the acid will do what the corrosive substance of the smallpox itself would have done.

We lately saw a man with a large hole eaten into his leg by too strong carbolic oil!

Anyone with a head on his shoulders should be able to avoid any such blunder as that.

We do not advise any treatment of smallpox pimples that will cause the least REAL pain, but only so much as will be felt, and that is all. Then, it is not necessary to expose a patient all at one to a soaking of his outstrike. You will do better if you take one or two pimples at a time, and so do effectually a small portion of the affected skin at once. You can then pass from this part slowly, getting over the whole. In this way, you can use a little fine oil after thorough soaking with vinegar, and so keep off all danger of a chill, such as might occur if too much of the surface were treated at once with the evaporating acid.

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__________________________________________________ _______________________


Preps list. (from the board. Comments inserted. Additions inserted)

White cotton linens (Many sets lot of pillowcases).
Lots of white towels.

White wash cloths.
Buckets and bowls.
bottle type sprayers
Stackable square hermetically sealed containers.
Make white Isolation room gowns with pockets.
Boxes of masks.
Boxes of examination gloves, and cotton gloves to wear under them if you wish…
Masses of disposable plates.



Natural citrus air freshener spray
Wet wipes
Soy dream, Vanilla Enriched. ( I would not touch soy-milk with a barge pole. All experiments done with soymilk show that it depresses the immune system. I think the immune system needs all the help it can get, not an additional slugging from something else.
Distilled or filtered water.
TP (what’s this?
Hydrogen Peroxide.
Kleenex tissues.
Boxes of medium sized drawstring heavy thick garbage bag.


Mirasorb Sponges.

Benadryle, Extra strength, supposedly the best itch medicine.
I disagree. Vinegar is…see explanation.
post #5 of 9
Thread Starter 

Wow! Thank you, MT!!
post #6 of 9
MT: You never cease to amaze me with your posts! Thanks. I can't wait to read it.
post #7 of 9

wow good post above!

Thanks for sharing all that

I had the smallpox vac as a kid. Still have the scar-reminds me of 'branding' :LOL Little good it did me huh? it probably has no immunity effect whatsoever today.

Do you think they will eventually bring it back as part of the mandated shots..only newer and better, as they'd call it?
post #8 of 9
Quote:
Originally Posted by julieann199930
Do you think they will eventually bring it back as part of the mandated shots..only newer and better, as they'd call it?
I believe it's in the works now. Getting enough small pox vaccines for every man, woman, and child in America is part of the "war on terror." I think the military has already been vaxed.

No doubt that when more of the general population gets vaccinated for small pox, we'll see a sharp rise in the disease.

Thank you Dubya! :
post #9 of 9
Quote:
Originally Posted by jlpolzin
No doubt that when more of the general population gets vaccinated for small pox, we'll see a sharp rise in the disease.
One thing I didn't write up, was the horrendous side-effects of the vaccine throughout history.

But here's something else to consider:

As part of my research into vaccines, I looked at cancer death statistics from all causes from as far back as I was able in this country, and in the UK.

Obviously I cannot speak for USA. Uk stats go way back, far further than any other country I know.

What prompted me, was the Royal Commission in the 1880's. I read the medical journals of the time, years ago, and was impressed by the evidence given by cancer specialists of the time who were adamant that the smallpox vaccine caused cancer at the site.

They were emphatic about the position of cancers at the start of its "notification". In particular, seamen, who had the smallpox vaccine, and who also wore the old type of oil-skin which was water-proofed with something resembling creosote, use to present to doctors with tumours at the place of the smallpox scar.

So we see cancer at smallpox sites... (A bit like we now know cat vaccines cause cancers at the site...)

I set out to search for information on that.

A medline search revealed a paper in Mutation Research, 71 (1980) 263-267, titled Chromosomal aberrations and SCE in lymphocytes of children revaccinated against smallpox" which also spoke about the same thing happening in people who were vaccinated against yellow fever.

The article pointed out that chromosomal break can be had as a result of any viral disease, but that vaccination seemed to have a much more potent effect.

The conclusion of the article reads
Quote:
Our double experimental study confirms Frolov's conclusion that smallpox revaccination has a mutagenic effect on human fhromosomes in vive. Our results differ only in a slower decrease of aberrant cells with time which may be attributable to various reasons (different vaccines, different age of children tested, different vaccination technique, etc.) The questions arise whether revaccination has a greater effect on human chromosomes than primovaccination, and also whether the immunoloical response of the recipient plays a role in the aetiology of the chromosomal aberrations.
I sent a copy immediately to Dr Mendelsohn, who sent me back the extracts from a book discussing the work of Francisco Duran-Reynals who proved that the smallpox vaccine virus, vaccinia was exceptional in the variety of acute and neoplastic effects they could induce.

The extracts he sent were from a book called 2nd Duran-Reynals International Symposium on Viral Replication and Cancer published by the Spanish Ministry of Education and Science, Barcelona, in 1973, which states:
Quote:
It was well known that the acute effects of vaccinia in human and animal skin are preceded by a proliferative response often indistinguishable from pre-malignant neoplasia, and there was also evidence that malignant tumors had been observed to develop in man at the site of the skin lesions caused by Smallpox vaccination. Although in recent years a significant number of these tumors have been reported, Duran-Reynals knew of only a few cases which for the most part, had not been reported. However, he was certain that these tumors were highly significant in that they seemed to reveal effects of vaccinia which under the right conditions would be consistently repeated...Duran-Reynals was the first to demonstrate that an acute virus infective in man enhances the neoplastic effects of a chemical carcinogen. With these studies he also demonstrated that the development of malignant tumors at the site of vaccinia-induced skin lesions can be a consistently reproducible, predictable event.
The second interesting correlates are combined. Up until the 1880's, the only vaccine was the smallpox - scratched onto the skin. And up until the 1880's all reported autopsies in the medical literature, only show cancers to have been on the outside of the bodies. In the 1880's diphtheria toxin-anti-toxin, which is not the vaccine, was developed, and it was administered by needle. In the 1890's, cancer experts started seeing, for the first time, internal cancers, and pathologists started reporting them.

Duran-Reynals also proved that virus + hormone + carcinogen === sure fire malignant cancers.

So into that equation you have to factor this... that... At the same time as this arsenate of lead was first used as a spray for protection of fruits and tomatoes against the larvae of certain insects, particularly the codlin moth, and the white butterfly. Lead arsenate, which has a number of variations in its molecular composition, is extremely poisonous, which means that very small amounts of it provide an irritating effect on the epithelial cells, both externally and internally. This was first described by Sir Francis Walshe in "diseases of the Nervous system" (9th Edition, pg 157). In USA, Paris Green (or copper arsenate) had been used earlier than arsenate of lead. It was also speculated that Paris Green might also have been responsible for the polio epidemic in Stockholm in 1887.

A thesis published by a New Zealand doctor W. H. Davis, M.B., Ch.B. related also, that arsenate of lead was related, in his opinion, to epidemics of polio, which originally occurred in late summer and autumn, following the use of lead arsenate in orchards and gardens. He went into considerable detail as to how arsenate of lead, weakened the cells in the gut system, allowing the polio virus entry to those damaged cells...

He also pointed out that the only country in the world at that time, to publish for housewives, stringent procedures in food management, to prevent injestions of prays, was also the one country in the world with the lowest level of Polio.

Since that time, literally thousands of sprays such as DDT, 245T etc, have been used, which should be considered dangerous to mankind, though most people dismiss that. IMo, many of the ones we use now, are highly toxic, and we know some mimic hormones.

So if you dished out smallpox vaccine NOW, what would happen do you think?

What do you think they might attribute the results to?

When the USA decided to use smallpox vaccine in health professionals they also found a previously unknown connection between the smallpox vaccine and myocarditis.

The question is, what else don't they know?
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