Wallace – Vaccination delusion
I’ve found another historic book that shows that vaccines are a fraud; Alfred Wallace –
VACCINATION A DELUSION (1898):
http://www.whale.to/vaccine/wallace/comp.html
My only problem with this book, are the graphs that are presented only at the end. It would be easier for the reader if the arguments were presented with the graphs...
The following is a summary of the most important evidence from the book.
There has never any proof that vaccinated people are more healthy than the unvaccinated.
All the evidence shows that, if the whole population of a country lived under healthy conditions - pure air, pure water, and wholesome food – all infectious disease would die out as completely as the plague and leprosy have died out.
Falsifying the numbers
Only 6 years after the announcement of small pox vaccination, in 1804, Dr. B. Moseley, reported many cases of properly vaccinated persons but contracted small pox anyway and even death resulting from vaccination.
In 1805, Dr. William Rowley and Dr. Squirrel published similar bad results of vaccination.
In 1809, Thomas Brown, wrote that many of his patients caught the disease 2 to 8 years after vaccination.
In 1810, William Tebb brought before the Commission a paper by Dr. Maclean, with 535 cases of small pox after vaccination, of which 97 were fatal.
In 1802, Dr. Lettsom estimated the small pox deaths of Great Britain and Ireland before vaccination at 36,000 annually; by taking 3,000 as the annual mortality in London and multiplying by 12.
In 1812, and again in 1818, it is stated that the average number of deaths by small pox in London was 2,000 annually. In the last 2 decades before vaccination
, there were 1,751 and 1,786 on average.
But in the Reports for 1826 and 1834, to advertise vaccination, it is stated that the London death toll (before vaccination) by small pox “
was annually about 4,000”.
In 1836 and 1838, they further increased the London annual death toll before vaccines by small pox to “
exceeded 5,000”, while claiming that the “
last year only 300 died of the distemper.”
In 1839, based on these falsified numbers, the conclusion was drawn "
that 4,000 lives are saved every year in London since vaccination”.
In 1881, Dr. W. B. Carpenter claimed that:
a hundred years ago the small-pox mortality of London alone, with its then population of under a million, was often greater in a six months’ epidemic than that of the twenty millions of England & Wales now is in any whole Year.
The highest annual small pox mortality for London in the 18[SUP]th[/SUP] century was 3,992 (in 1772), while in 1871 it was 7,912 (almost double).
In 1871, the annual small pox mortality in England and Wales was 23,000 (5.8 times 3,992).
In 1880, Ernest Hart reported that in the years 1728—1757 and 1771—1780, the average annual small pox mortality of London was about 18,000 per million living.
The actual average mortality, was a little more than 2,000 . Even when the worst periods were chosen, with the lowest population estimates, the mortality per million was lower than 3,000.
From 1803 to 1851, among 31,705 well-vaccinated boys in the Asylum, there were 39 cases and 4 deaths – an average mortality rate of 126 per million. This was reported by Balfour and John Simon as: "
most conclusive proofs of the value of vaccination".
Because there is no comparison with other unvaccinated boys of the same age and similar living conditions, this isn’t sound evidence.
In the period of optional vaccination (1847-1853) the death rate from small pox of children from 10-15 years (similar to the ages of the boys who are admitted into the asylum) was 94 per million.
I note that this comparison by Wallace isn’t proper either, as the time period isn’t the same (from 1803 to 1853 the small pox death rate declined)...
Graph 1 - small pox death rate London
The lower line shows the small pox death rate.
The middle line shows the zymotics death rate.
The upper line shows the death-rate from all causes.
The left part, from 1760 to 1836, is from the "Bills of Mortality" which is less complete as the right part, from 1838 to 1896.
From 1760 to 1820, amid great fluctuations and some epidemics, a steady decline is seen - a difference of about 2,000 per million living.
The decline from 1820 is much slower.
The right part starts with the great epidemic of 1838. Until 1885 the decline is very slow; while, if we average the epidemic of 1871 with the preceding 10 years, there is no decline at all.
From 1886 to 1896, there is a rather sudden decline to a very low death-rate.
Since 1854 vaccination was compulsory and almost universal; yet from 1854 to 1884 there is almost no decline of small pox perceptible, and the severest epidemic of the century occurred in 1871.
The clearly marked decline of small pox in the 10 years from 1886 to 1896 occurred, when there was a falling off in vaccination.
From 1838 to 1870, the zymotics death rate actually rose.
From 1871 to 1875, the zymotics death rate is lower.
In that last period the vaccination rate had diminished.
The decline of the total death-rate from 1760 to 1820 is relatively great, and it continues somewhat slower to 1830.
Then from 1830 to 1870 there is hardly a perceptible decline.
From 1871 to 1896 the death rate declines.
In that last period vaccination was greatly diminished.
Graph 4 - small pox, measles, scarlet fever (zymotics) death rate Ireland and Scotland
Ireland obviously had a much lower death rate than Scotland.
Since 1883, small pox death has been almost absent from Ireland, Scotland, and England. In the 20 years of repeated epidemics from 1864 to 1883, we find the average small pox death-rate of Scotland to be about 139, and of Ireland 85 per million.
Of the 2 countries, Scotland is better vaccinated against small pox, while the small pox mortality in Ireland is much lower.
But even Scotland had a much lower small pox mortality than England - in the years 1871-1873 (including the epidemic):
Ireland had a death rate of 800 per million.
Scotland had a death rate of 1,450 per million.
England had a death rate of 2,000 per million.
A possible explanation for this difference in mortality rate is that: in Ireland only 11 % of the population live in towns of more than 100,000 inhabitants; in Scotland 30%; and in England and Wales 54%.
Graph 5 - small pox and total death rate Sweden
Vaccination was introduced in Sweden in 1801, probably first in the rural districts. Sweden was reported as a striking example of the value of vaccination.
Like in England, there was a great and sudden decrease of small pox mortality after 1801; by 1812 the whole reduction of mortality had already been completed.
Since 1823, for more than 50 years, there were epidemics every decade (with the exception of the 1840s).
In Stockholm the first vaccinations were at the end of 1810. The earlier Stockholm epidemics in 1807, before vaccination, and in 1825, were less severe than the 6 later ones, when vaccination was more common.
The 1874 epidemic of Stockholm had a much higher death rate, of more than 50%, than in Britain.
The medical establishment explained the enormous small pox mortality in Stockholm as the result of deficient vaccination; but the Swedish Board of Health states that "
the low figures for Stockholm depend more on the cases of vaccination not having been reported than on their not having been effected".
Graph 9 - small pox and total death rate Leicester
Starting in 1872, after the great epidemic, Leicester vaccinated their children less and less. By 1888 almost no children were vaccinated.
There is a clear to see, strong decline in death rate since refusing vaccines.
Following are tables that compare not-vaccinated Leicester with well-vaccinated populations.
In the “great epidemic” of 1871, both Leicester and Birmingham were well-vaccinated, and both suffered severely by the epidemic.
The last column should have read “Navy”...
