| “It is easy to doubt matters which cannot be
laid before our ocular vision, but in itself this doubt proves nothing
at all, for according to the old rule of logic: negantis est probare”
from The Chronic Diseases ( I:79)
Based on the 6th edition of The Organon of the Medical
Art and The Chronic Diseases Their Peculiar Nature and
Their Homeopathic Cure 1, 2, two most important
books written by the founder of Homeopathy Dr. Samuel Hahnemann,
I have decided to further show the links between the superior philosophical
concepts regarding disease and treatment in Homeopathy on one side,
and their consequences for the future, and on the other side. I
have also tried to show the usefulness, actually the necessity,
of mathematics as a tool when applied correctly, in describing such
concepts at the level of biological sciences, with its most common
application - the bio statistics.3
The simple statistical model that I want to present here, through
its incontestable recognized validity,3 has many usages
and consequences, in particular on the correct understanding of
the relation between health and disease, disease definition and
levels, and the correct level where the treatment of chronic diseases
in particular should be calibrated on objective facts, in accord
with the original ideas that we can find in the founding homeopathic
books.1, 2
To further illustrate the above ideas, I would first of all like
to present the set of concepts as they are described by Dr. Samuel
Hahnemann, that would lead to the idea of making such a model, in
their original presentation as they are described in The Organon
of the Medical Art the 6th Edition1 and
in The Chronic Diseases Their Peculiar Nature and Their Homeopathic
Cure.2
1.The Organon
Aphorism 103 – “ I had to investigate
the chronic wasting sickness (namely and principally Psora) much
more exactly than ever before. I had to do this because of the
extent of the symptoms in these chronic diseases and also because
one patient carries only a part of the symptoms in himself, while
a second or third patient, etc suffers from some other befallments
which likewise as it were, are only a part torn off from the totality
of the symptoms that make up the entire extent of one and the
same disease. Therefore, the complex of all the symptoms belonging
to such a miasmtic wasting sickness (in particular psora) can
only be ascertained from very many such individual chronic patients.
Without such a complete overview and total image, the medicines
that are homeopathically curative for the whole wasting sickness
(namely the antipsorics) cannot be searched out. These medicines
are at the same time, the true remedies for the individual patients
that are suffering from these chronic maladies”
2. The Chronic Diseases
“But usually, after repeated attempts
to conquer the disease which appeared in a form always somewhat
changed, residual complaints appeared which Homeopathic medicines
hitherto proved, though not few, had to leave uneradicated, yea
often undiminished”. (I:4)
“What was the reason of the thousands
of unsuccessful endeavours to heal the other diseases of a chronic
nature so that lasting health might result? Might this be caused,
perhaps by the still too small number of Homeopathic remedial
means that have so far been proved as to their pure action?, The
followers of Homeopathy have hitherto thus consoled themselves;
but this excuse, or so called consolation, never satisfied
the founder of Homeopathy particularly because even the
new additions of proved valuable medicines, increasing from year
to year, have not advanced the healing of chronic (non venereal)
diseases by a single step…” (I:4; emphasis added)
“…What is there to prevent this? The
answer to this question which is so natural, inevitably led me
to discover the nature of these chronic diseases…. The Giver of
all good things permitted me within this space of time to gradually
solve this sublime problem through unremitting thought, indefatigable
inquiry, faithful observation and the most accurate experiments
made for the welfare of Humanity”. (I:5)
“ These are the characteristic secondary
symptoms of the long unacknowledged, thousand-headed monster,
pregnant with disease, the Psora, the original miasmtic malady
which now makes its manifest appearance”. (I:78; emphasis
added)
And also below, one of the most peculiar and hidden paragraphs,
in an explicative note:
“To prove the psoric nature of these
chronic diseases without acknowledged infection, we do not even
need the fact that the anti psoric remedies prove effectual therein;
this serves only like the proof to a correctly solved mathematical
problem” (I:79; emphasis
added).
I consider the above paragraphs of greatest relevance for my demonstration
as they are at its base. They indicate a statistical model which
I consider to be a necessary reality, starting right from the beginning,
with my lectures on homeopathic texts and in particular on The
Organon of the Medical Art.
Although I make below a presentation for the theoretical model
and its collateral ideas, a few years ago I used the same principle
which I describe today, and the results were surprising and a real
proof for the validity of the model itself that anybody can try
any time. At that time, using the results only for justifying economical
needs, I did not know that a wonderful science has already founded
a whole system on such observations, and that this validates its
usefulness and truth.
Samuel Hahnemann observed from clinical experience that in chronic
diseases, although he and those that followed the homeopathic principles
correctly, have applied the treatment as indicated by these principles
in counting the totality of the individual signs and symptoms, there
were patients with relapses and for them the disease did not stop
in its progress.1,2
Through careful observation, he could see at some point the cause
of these failures was the impossibility of treating some patients
with chronic diseases. These belong to a disease that is at another
logical level than the combination of individual signs and symptoms,
and is invisible to the eye in its totality. It is a collective
statistical disease that makes the remedy almost impossible to find
if we start at the individual level.
I will show below that the collective statistical disease
does exist indeed.
Samuel Hahnemann made the connection with the ways of transmission
and origins of such disease, and he showed the links of the statistical
disease with certain origins and ways of transmission, in particular
parasites and micro organisms. He also discovered there is not only
one such collective disease. During his life, he proved three of
them which have origins in infectious diseases. He called them Miasm
and they were Psora, Syphilis, and Sycosis; of which Psora
is the oldest and the most widespread amongst the patients with
chronic diseases. To avoid their transmission, the treatment of
the miasms must always be homeopathic from the start, from the moment
of infection to avoid the contamination of the new subject with
the disease, and to further avoid the spread of such a disease in
ways that may not necessarily be via infection.
Based on the above, I would like to show that in fact miasms are
statistical diseases in the common sense.
Following Samuel Hahnemann, through the work of other homeopaths,
other major miasms have been discovered and connected with their
ways of transmission
However, there is another homeopathic principle which states that
for homeopathy it is not necessarily important which types of stressors
are involved in the development of a disease. We may never have
complete access to the full possible variations in the type of stressors
or their strength. Combined with a logically possible internal susceptibility,
and based on the above as a principle of incontestable validity,
I have started in the search of mathematical functions that would
best describe such an idea.
Searching for possible models, I have first realized that Homeopathy
does not use any quantitative concepts in the description of the
disease parameter. It operates with perceptible signs and symptoms
which statistically speaking are qualitative variables, and
not quantitative or numeric variables.
Inside the science of statistics, I have found a few mathematical
functions or tests belonging to inductive statistics, which are
used in data correlation, and when applied these will show if there
is a mathematical correlation between variables. Amongst them, there
is a specific statistical function, the Chi square test
that can in particular be used to show and certify such correlations
between variables.
This is exactly our case and I believe is a clarifying answer.
As we want to find valid correlations between signs and symptoms,
as qualitative variables, and Chi square is more permeable to errors
in introducing these variables, it is without doubts that this function
is suitable for our purpose.3
At the same time, being permeable to certain errors in introducing
the qualitative data to be processed, Chi square is also indicated
by the fact that it would be impossible to
accept that any symptom which at any point in time is similar at
the conceptual level to the same symptom in another patient, can
at the same time be fully similar to the
same symptom in another patient in reality, in its objective
expression.
For that reason, as we are starting from homeopathic principles
which indicate such a study, we need to further expand the study
with the aid of and inside homeopathy. It is a necessity that in
performing the study, the best description of qualitative data (symptoms
and signs) will find their expression in the homeopathic Materia
Medica, as the place we can find maximum degrees of expressing the
perceptible signs and symptoms we see in patients with chronic diseases
suitable for our study.
The Chi square function
The Chi square test is a statistical function
that shows if 2 qualitative variables are independent in a random
population and it has a wide range of applications in research within
biological sciences.3
It can only test if the two variables are independent without indicating,
which is smaller of greater. It does not express quantitative differences
between variables, it just express if the variables are independent
or correlated.
The first step in applying the chi square test is to establish
the correct hypothesis. The null hypothesis is indicating that the
two variables are not correlated and they are independent.
There are many tutorials on the web for the Chi square function
and its applications and is not the purpose of this communication
to be a Chi square tutorial which is a clear mathematical function
with well defined characteristics and very simple to use and calculate.
Our hypothesis is that in a 2x2 table, in the 2 rows present
or not present are variables indicating the patients that
have a specific symptom and the patients that do not have it. In
the columns are the symptoms to be checked for the null hypothesis
(for independence). Symptom 1 is tested against all other symptoms
until we finish the testing of it with the symptom 1 with all the
others we have found in the randomly chosen patients.
The Chi square shortcut function for 2x2 tables is:
| |
|
|
|
| |
A |
B |
A + B |
| |
C |
D |
C + D |
| |
A + C |
B + D |
A + B + C + D = N |
X2 =
N (AD – BC)2
__________________________
(A
+ C) (B + D) (A + B) (C + D)
Theoretical examples:
| |
Present |
Not present |
Total |
| Symptom 1 |
67 |
34 |
101 |
| Symptom 2 |
36 |
15 |
51 |
| Total |
103 |
49 |
152 |
Chi Square 0.2804
For significance at .05 level Chi Square
should be >/= 3.84 which is the minimum level where we can accept
or reject the null hypothesis using the Chi square function.
The distribution is not significant
| |
Present |
Not present |
Total |
| Symptom 1 |
23 |
55 |
78 |
| Symptom 3 |
36 |
22 |
58 |
| Total |
59 |
77 |
136 |
Chi Square 14.377
P </= 0.01
The distribution is significant
The degrees of freedom for the 2x2 table are 1.
If we would have for example 30 symptoms as a total after introducing
random data from individual patients, S1 to S30, then, as shown
before we will test S1 with all the other 29 independent symptoms
in 2x2 tables, and for example we find that S1 has a statistical
correlation with S5, S6, S9, and S22; then if from the practical
result we cannot reject the null hypothesis for S1 being associated
with the variables mentioned, then we cannot reject that they are
all associated with each other as well.
We do the same with each one of the symptoms until we have tested
them all against possible correlations and we have finished all
the possible combinations, and then we connect the correlative chains
together. As they all are independent, they will join in an imaginary
root at the source that has produced the qualitative variables.
In such a way we have built a three-dimensional inductive statistical
disease, impossible to see in any of the individuals
who belong to it. It is a reality that cannot be seen
but it is as real as anything we can see with the open eyes.
Conditions in using Chi square function:
- The sample must be randomly drawn from the population.
- Data must be reported in raw frequencies (not percentages);
- Measured variables must be independent;
- Values/categories on independent and dependent variables
must be mutually exclusive and exhaustive;
- Observed frequencies cannot be too small.
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