Two schools, one accepted
Ida opened the discussion in the 1976 Teachers' Class by reading from a book she had recently acquired — Jocelyn Proby's edition of Henry Lindlahr — and using it as a frame for a longer historical argument. Proby was an Irish osteopath who had studied with one of Lindlahr's students; Ida had taught him in England years earlier, and he had returned the favor by editing and republishing the writings of figures whose work had been buried. Among those buried figures was Antoine Béchamp. The book gave Ida an occasion to do something she rarely did in advanced classes: tell her students the history of medicine they had not been taught. She wanted them to understand that the framework they had inherited — disease as invasion, treatment as combat, the body as a battlefield — was the residue of an argument that had been decided more than a hundred years before any of them were born, and decided not on the merits but on the prestige of the men involved.
"And then I am going to use this book to give you an understanding of the difference in concept between the concepts of Hastner and Mechnikov and the concepts of Baychon. Now these concepts originated something more than a hundred years ago. They originated in the eighteen fifties, and there was a huge war on in France at that time between these two schools. And the Paster Mechnikov school got itself accepted, and the Beyshamp school got themselves rejected. Now it's anybody's guess as to whether this was the most appropriate outcome of this argument. Practically nobody alive at this time has ever heard of Even the osteopaths do not talk about the Surabetion, and so his name is forgotten and his teaching is forgotten."
Reading from Proby's edition in the 1976 Teachers' Class, Ida sets the historical scene:
The first move Ida makes is to refuse the inevitability of the outcome. The germ theory did not win because it was true; it won because Pasteur was at the right institutional altitude when the choice was made. Béchamp lost not because he was wrong but because no one of comparable stature stood behind him. This argument from institutional sociology rather than scientific merit is one Ida returned to often in her late teaching, and it carried personal weight: she herself had spent the 1920s at the Rockefeller Institute, knew exactly how prestige determined which ideas were funded and which were forgotten, and saw her own work being subjected to the same machinery from the outside.
"in the eighteen fifties, and there was a huge war on in France at that time between these two schools. And the Paster Mechnikov school got itself accepted, and the Beyshamp school got themselves rejected. Now it's anybody's guess as to whether this was the most appropriate outcome of this argument."
She names the war, and the political nature of its resolution:
The name that was forgotten
Once the institutional verdict was rendered, the losing side disappeared from the curriculum. Ida's emphasis on this disappearance is striking because she names not just the medical schools but the osteopaths — the very people whose tradition was supposed to preserve alternatives to allopathic orthodoxy. Even they, she notes, had forgotten Béchamp. This is the deeper damage: once a name leaves the genealogy of a profession, the questions it asked also vanish, and a generation of practitioners grows up unable to imagine that the framework they inherited had ever been contested. Ida's pedagogical project in this part of the Teachers' Class is restoration. She names Béchamp because no one else would; she predicts his return because she believes the questions he asked were the right ones.
"Practically nobody alive at this time has ever heard of Even the osteopaths do not talk about the Surabetion, and so his name is forgotten and his teaching is forgotten. But I'm here to predict that the day will probably come when someone of a very different name will get a head get a hold of these ideas, and actually some of them are your ideas, that is the ideas of natural beauty, and get them out into the limelight again."
She predicts the return — not of Béchamp himself, but of his ideas under another name:
The pedagogical force of this passage is its claim that history matters for practitioners. Ida is not asking her students to become Béchamp partisans; she is asking them to understand that the maps they were handed in their medical or biological education were one of several possible maps, and that the choice among maps was a historical accident. A practitioner who does not know this thinks the inherited map is the territory. A practitioner who does know this can hold the map more lightly — can notice where it fails, can imagine alternatives, can recognize when a phenomenon does not fit the framework and refuse to discard the phenomenon.
"But I think it's a very important part of your education to understand how drastic have been how drastically different have been the maps that have been presented to the healing communities down through the centuries, and how one of those maps has been chosen by somebody who was influential in what then became the map of Orthodoxy. It became the map of orthodoxy because of the position or the level of or the altitude of the man who made the choice."
She names the educational stake directly:
Pasteur's altitude
Ida's phrase 'the level of or the altitude of the man who made the choice' is the engine of her critique. Pasteur was not simply a researcher; he was the director of the Pasteur Institute in Paris, a position from which his ideas gained gravitational weight independent of their content. The institutional altitude amplified the signal until alternatives became inaudible. Ida traces the consequence directly into her students' biographies: their children's vaccinations, the chemistry that dominates modern medicine, the entire framework in which acute disease is understood as microbial invasion — all of it descends from one man's institutional position in nineteenth-century Paris. This is not metaphysics; it is causal history.
"Your life has been determined by the fact that mister Pasteur had certain ideas. And as he got to be the head of the institute, the Pasteur Institute in Paris, those ideas became more and more weighty, and more and more people subscribed to it, and so forth and so forth and so forth."
She makes the descent personal:
Ida then extended the pattern beyond Pasteur. The same dynamic, she said, had played out in cardiology thirty years earlier, when two types of instruments competed to become the standard for measuring heart function. The choice between them was not made on instrumental merit but on the prestige of the doctors who advocated for each. The losing device — the Cameron Hartometer — went into discard. Ida had used it; she knew it worked. But the right man had not chosen it. The example matters because it shows that the Pasteur-Béchamp pattern is not a historical curiosity confined to nineteenth-century France. It is the ordinary machinery by which medical orthodoxies form, and it was operating in living memory.
"variation that the more prestigious of the doctors decided on. So that that Cameron Hartometer, which some of you have had experience with and have seen a match of, has gone into the discard, etcetera, etcetera, not because it wasn't good, but because the right man didn't choose Now I think it's important that you meditate on this particular thing that I presented to you. And while we're waiting, I'm going to read you a little bit of Jocelyn Kolbe's introduction. We might not get to the actual book today so that you see. Lindbaugh oh, it starts down there."
She extends the pattern into living memory:
The combative versus the preventive
What was at stake in the Pasteur-Béchamp controversy, in Ida's reading, was not merely a question of mechanism but a whole orientation toward the body. The Pasteur framework was combative: identify the enemy organism, kill it, defend the body from invasion. The Béchamp framework, as preserved by figures like Lindlahr, was preventive: attend to the soil, the terrain, the conditions under which microorganisms thrive or do not. Ida read aloud from Lindlahr in the 1976 class to put the two orientations directly before her students. She did not endorse Lindlahr's framework wholesale — she noted his 'overdose of optimism' — but she wanted her students to feel the contrast in their bones.
"There are two prints I don't wanna go into this Beychamp method now. I wanna wait until Michael and Michael and Jen are available here. But I will read to you a lot of other indications here. There are two principal methods of treating disease. One is combative, and the other other is the preventive. The trend of modern medical research and practice in our great colleges and endowed research institutes is almost entirely along combative lines. While the individual progressive physician learns to work more and more along preventive lines. The slogan of modern medical science is kill the germ and cure the disease. The usual procedure is to wait until acute or chronic disease have fully developed and then, if possible, to subdue them by the use of drugs, surgical operations, and by means of the morbid products of disease in the form of serums, antitoxins, vaccines, etc. The combative methods fight disease with disease, poison with aversion, and germs with germs and germ products. In the language of the Bible, Beelzebub against the devil. The preventive method does not wait until disease is fully developed. Will you fellows know that much by this time? If you don't, it's time to go back to getting Peter and Jim Peter and Emmett to teach you."
Reading aloud, she places the two orientations side by side:
The combative framework had a built-in problem that Ida wanted her students to notice. If disease is invasion, and treatment is killing the invader, then the practitioner's attention is fixed on the pathogen and looks away from the host. The body becomes a passive battlefield rather than an organism whose own state determines what can grow in it. Ida's whole work — the manipulation of fascia, the relationship of the body to gravity, the conditions under which a structure becomes capable of supporting health — was in the preventive tradition, even if she did not use that vocabulary. Her students were practitioners of a school whose name had been erased.
"Basing our practice on these fundamental wait a minute, the primary cause of germ activity is the morbid soil in which bacteria breed and multiply. Basing our practice on these fundamental propositions, we do not endeavor to kill the germs with poisonous drugs, vaccines, serums, and antitoxins. But instead, we endeavor through natural ways of healing and natural methods of treatment to purify the organism of the systemic waste, morbid encumbrances, and disease paints which furnish the soil for the development and multiplication of disease journeys. When I describe the processes of inflammation solely from the viewpoint of the teachings of Pasteur and Mechnico, may have wondered, meaning the readers, may have wondered why the white blood cells should destroy the diseased germs if the latter one scavenges a morbid matter and disease taint."
She reads the doctrine that follows from the preventive view:
Metchnikoff and the phagocyte romance
Pasteur had a powerful collaborator in Elie Metchnikoff, the Russian zoologist whose theory of phagocytosis gave the germ-theory framework its memorable imagery: white blood cells as 'brave little soldiers,' valiant defenders attacking microbial invaders. The metaphor was so vivid that it became inseparable from the theory. Ida had her students sit through Lindlahr's extended description of the phagocyte battlefield because she wanted them to feel the seduction of the imagery before she pointed out what it concealed. The romance of the immune system as wartime allegory had made the germ theory unforgettable; it had also made its alternatives unimaginable.
"It is a hand to hand fight and many of the brave little soldiers are destroyed by the poisons and the bacteria which they attack. What we call pus is made up of the bodies of live and dead phagocytes, disease taints and germs, blood serum, broken down cells, in short, the debris of the battlefield. We can now understand how the process just described produced the well known cardinal symptoms of inflammation and fever: the redness, heat, and swelling due to increased blood pressure congestion and accumulation of exudates the pain due to irritation, and the pressure on nerves. We can also comprehend how impaired nutrition, obstruction, and destruction of the affected parts and organs interfere with and inhibit functional activity. The organism still has other means of defending itself."
Reading the orthodox account in its full romantic form:
The trouble with the allegory, as Ida and Lindlahr both noted, was that it answered the wrong question. The phagocyte romance explained what the body does once disease is present; it did not explain why some bodies fall ill while others, exposed to the same organisms, do not. Béchamp's question — why does the terrain support the seed in this body and not that one? — could not be answered within the framework of microbial invasion. The framework had to be relegated, in Lindlahr's phrase, 'to the realm of fairy tales' — not because the phagocytes themselves were fictional but because the war story they enacted misdescribed what was actually happening.
"Do you want to continue? Because I haven't gotten into the pathogenic theory that one was The theory of inflammation according to Mechnikov and the pathology of the allopathic school of medicine is a most certainly interesting and romantic story. The campaigns and battles of the tiny heroic defenders of the body, the phagocytes, against the microorganisms of disease and infectious taints and poisons read very much like the accounts of skirmishes, battles, captures, and the killings in human warfare between the armies of defense of a country and the invading enemy. It looks, however, as though we may have to relegate this romance of pathology to the realm of fairy tales. There is one phase of this allopathic conception of inflammation first advanced by Professor Metchnikoff which does not fully agree with the nature cure idea of the activities of bacteria and parasites and their effect on the process of disease and cure. Nature cure philosophy teaches that these microorganisms are scavengers which live, thrive, and multiply on disease matter only."
She reads the dismissal:
Béchamp's microzymes
The positive content of Béchamp's theory took longer to introduce in the 1976 class because Ida was waiting for two students — Michael and Jen — to be present before going deep into it. But she introduced the lineage. Béchamp had lectured at Montpellier and the Sorbonne in the 1860s on what he called the microzymian theory of cell life. The claim was that cells and germs are not the smallest units of biological organization, and that what we identify as a bacterium can be generated by the breakdown of cellular material — not introduced from outside. The theory, if true, would invert the relationship between microorganism and disease entirely: the bacterium would be a symptom of cellular decomposition rather than its cause.
"Until a few weeks ago, I was not aware of the fact that a French scientist, Antoine Bechon, as far back as the middle of the last century, had given a rational scientific explanation of the origin, growth, and life activity of germs and of the normal living cells of vegetable, animal and human bodies. This information came to me first in a pamphlet entitled Life's Primal Architects by E. Douglas Hume. Thus was I led to my investigation of of Bechef's work at first hand, especially had I made a careful study of his last work entitled The Blood, in which he summarized the microcymian theory of cell life. He demonstrated in his lectures at the University of Montpellier and at the Sorbonne as early as 1864 that cells and germs are not the smallest individual. Would you like to take her take the baby inside? And Okay."
She reads Lindlahr's discovery of Béchamp's primary work:
What is most striking about Ida's handling of Béchamp is her caution. She does not endorse the microzymian theory; she presents it as one of several maps that her students should know exists. Her purpose is pedagogical rather than polemical. A practitioner who has only heard of Pasteur thinks the germ theory is medicine. A practitioner who has heard of both Pasteur and Béchamp understands that medicine made a choice, that the choice could have gone otherwise, and that the consequences of having made one choice rather than the other are still being lived out in clinics, in vaccination schedules, and in the texture of every patient's expectations.
"From the foregoing it becomes apparent that the freer from pathogenic materials the blood serum and lymph fluid, the more rapidly they will pass and repass through the walls of the blood and lymph vessels into and out of the intercellular spaces. According to Doctor. Beisham's theory, the microzymes in the decomposing leukocytes create the bacteria. This does away with the idea that leukocytes, in a mysterious way, hunt up diseased germs in the tissue and then destroy them. May this not explain why in the worst chronic destructive diseases such as in the advanced stages of tuberculosis we find the leukocytes diminished in number. If phagocytosis were a fact in nature, we would expect the opposite condition."
She reads the Béchamp account of leukocytosis:
The chemical school and the structural school
The Pasteur-Béchamp argument was, in Ida's larger framing, one episode in a longer competition between two whole schools of healing. In her 1973 Big Sur class she had named them: the chemical school and the structural or mechanical school. The chemical school came to dominance about 125 years before she was speaking — that is, in the mid-1850s, exactly when Pasteur and Béchamp were arguing in France. The two events are not coincidental in her account. The acceptance of germ theory and the rise of chemical medicine were the same movement seen from two angles. Both fixed attention on substances entering or being introduced into the body; both pushed structural and mechanical considerations to the margin.
"It is the basic consideration that makes all manipulative techniques something to be considered. You see, our dominant school of healing is not manipulation, as you all know. It's medicine. It works through chemistry. And the reason this is so is because the chemical school of healing came to its own about one hundred and twenty five years ago. I'm not going into this at this moment, but I will discuss it at some later date with you people. The chemical school came in and everybody was so enamored of it that it spread out in all kinds of directions. The mechanical school of healing that I'm talking about, the structural school went out at that time. It had been in for several thousand years, I don't doubt."
In the 1973 Big Sur class she gives the same history in different vocabulary:
The structural school, in Ida's telling, was not new in 1850. It had been the dominant framework for healing for thousands of years, traceable through Egyptian medicine and the mystery schools, through Hippocrates, through every tradition that had taken the body's organization in space as the primary determinant of its health. The chemical school's victory was an interruption of this much longer continuity. Ida positioned her own work — structural integration — as a return to the older framework, but a return informed by the physics of the gravitational field, which the ancient schools had not had the conceptual equipment to articulate.
"hundred and twenty five years ago. I'm not going into this at this moment, but I will discuss it at some later date with you people. The chemical school came in and everybody was so enamored of it that it spread out in all kinds of directions. The mechanical school of healing that I'm talking about, the structural school went out at that time. It had been in for several thousand years, I don't doubt. Because unquestionably, the old original schools of healing and mystery schools and so forth and so forth, the days of Egypt and the had something to do with holiness, with help. But you see, on the day when we suddenly got the grammar of the fact we now knew enough chemistry to synthesize all kinds of things that operated in the body. On that day, we started to forget about structure and it went down to a maybe perhaps in, I don't know, nineteen hundred's, the first decade of this century."
She names what was lost when the chemical school won:
Medicine as art, medicine as science
A colleague in the 1971-72 Vital Functions discussions extended Ida's historical argument in another direction. Before the rise of what is called scientific medicine — that is, before the chemical school's victory — medicine had been an art. It involved observation, listening, the laying on of hands, and the use of remedies whose action was empirically known long before it was chemically understood. Reserpine from India, ephedrine from dried lizard skin, the herbal pharmacopoeia of three-thousand-year-old Chinese practice — all of this had worked, and worked because practitioners attended to the whole person rather than to an isolated mechanism. The speaker's point was Ida's point: the eclipse of these traditions by chemical medicine was not an unambiguous gain.
"Now, before the advent of quote scientific medicine, medicine was an art. In other words, it was really an aspect of observation, listening, looking, and really observing to the degree that it was an art. And, people got better. Now, there was a certain amount of laying on of hands at this point in time. There was a certain amount of massage techniques used to a greater extent than they are now. Used all medicine used all types of different types of things now that were completely discounted as our science grew, except like in dried lizard skin for asthma. Well, found out this had a high percentage of ephedrine in it, so So now they've been using ephedrine, but the Chinese used dried lizard skin for years, three thousand years before Christ. So we began to look at some of these things that were discovered empirically. Reserpine is another drug that was in India for years used that came into the medical armamentarium. There's also been in medicine today a resurgence, or going back and beginning to look. A lot of people in medicine today are beginning to be dissatisfied with some of the things that are happening, particularly some of the younger ones."
In the 1971-72 Vital Functions discussions, a colleague extends the historical argument:
What this colleague added to Ida's framework was the criterion that had been used to exclude the older traditions: replicability. Robert Koch's principle — that a causative organism, transferred from one host to another, must produce the same disease — became the standard by which medicine validated its claims. The principle was useful but exclusionary. Anything that could not be reduced to a single isolated cause-and-effect transfer was demoted from medicine to folklore. Ida's work and Béchamp's both fell, by this standard, into the category of unfalsifiable; both were therefore institutionally illegible, regardless of what they could produce in practice.
"And we look at some of the things, and what has happened to these things is that even though some of the things and the premises that people felt were correct, They were not able to validate these premises. They couldn't go out and have other people use Koch's principle on them. And Koch's principle is that if you can take a bug, and you can give it and put it into a guinea pig, and the guinea pig develops tuberculosis, then you know this was the bug causative organism. And this is one of the important things in bringing up about research. We can do research, but research has not much value unless somebody else in another laboratory can duplicate it. If they can duplicate it, then it becomes valid, and they validate it. Then it becomes useful. We begin to look through the history of these things, and I still don't know how Doctor. Roth got into this principle. I have some ideas or intuitions of how she started using some of these principles. Don't ever trust your intuition. There has been some other people that have developed, quote, a massage technique that is not too dissimilar to what Doctor."
The colleague names the criterion that did the excluding:
The body that the orthodoxy could not see
The deepest cost of Pasteur's victory, in Ida's reading, was not at the level of theory but at the level of attention. A medical tradition that fixes its eye on the microbe stops seeing the fascia. A tradition that thinks of disease as invasion stops looking at the body's organization in space. Generations of physicians passed through training without ever being taught that the connective tissue is an organ — the organ of structure — and that its state determines what the rest of the body can do. Ida said this directly: medical schools, as far as she knew, did not teach this. The framework inherited from Pasteur's victory had quietly determined what was visible to the well-trained eye.
"But you see, it is the connective tissue which is the organ of structure. The fascia envelopes are the organ of structure, the organ that holds the body appropriately in the three-dimensional material world. Now nobody ever taught this in the medical school as far as I know. And anytime you want to get into an argument with your medical through they'll realize that this is so. It is the fascial aggregate which is the organ of structure. And the structure basically the word, where we use the word structure, we are referring to relationships in free space. Relationships in space. There's nothing metaphysical metaphysical about it."
In the 1973 Big Sur class, she names what the orthodox training cannot see:
The framework determined not only what was taught but what could be researched. Ida pointed out that a student of hers had once spent two days in a medical library trying to answer the question 'What is fascia?' and had failed to find an answer. The literature was not silent on connective tissue, but it treated it as wrapping, as packaging, as the matter that filled the spaces between the structures that mattered. The thought that the wrapping might itself be the organ — that its state might be the variable that determined the body's behavior — had no place in the inherited framework. This was the practical legacy of Pasteur's institutional altitude: not specific errors but a systematic blindness.
"I remember sending somebody who came to me as a student and I set them the question of I set them to answer the question, what is fascia? She decided that was lots of fun. She'd go to the library. She'd have the answer in no time. She went to the library. She spent two days in the library, and she couldn't find the answer. And this is indicative merely of the fact that we are going into an unknown territory, a terra incognita, and trying to find out what changes in that body are going to develop into what changes in the personality that calls itself the owner of that body. And I'm talking here about energy being added by pressure to the fascia, the organ of structure, to change the relation of the fascial sheaths of the body, to balance these around a vertical line which parallels the gravity line. Thus, we are able to balance body masses, to order them, to order them within a space."
She narrates the library episode:
Lindlahr and the integrating frame
In the 1976 class, Ida used Lindlahr not because she agreed with everything in his work but because his book represented the kind of synthesis that had been suspended by the chemical school's victory. Lindlahr's Philosophy of Natural Therapeutics had attempted to gather the empirical practices of pre-chemical medicine into a coherent system — to do for natural healing what the medical schools had done for chemical medicine: produce a teachable, transmissible framework. The attempt had not fully succeeded, in Ida's view, but the ambition was the right one, and the historical record of the attempt was worth preserving. This was Jocelyn Proby's contribution — and Ida's reason for putting Proby's edition in front of her students.
"Lindblad's work is that he has studied and does lay down some, at least, of the basic laws on which health depends. He shows very convincingly that disease is, in fact, the result of our individual or collective violation of those laws, either through ignorance or willfulness, and that it is, therefore, in our power within a very reasonable time to rid ourselves of disease. And Jocelyn again gets an overdose of optimism, but that's alright. He said, I will say for Jocelyn that he is not only a masterly osteopath, but that he has demonstrated the fashion in which he can take very ill people and bring them out of it. He is really a good This is a cheering and optimistic thought. What is less cheering is that he shows also very convincingly that much disease is not only self made but doctor made. In spite of very good progress in certain directions and in the technique of such things as surgery and obstetrics, it is sometimes difficult not to feel that the negative and suppressive methods which are so widely employed are putting doctors in the unhappy position of treating more disease than they cure. Now we'll skip down here. Lynn Garr makes two points in this. Wait a minute."
She reads Proby's framing of Lindlahr's project:
The deeper claim Proby preserved on Lindlahr's behalf was that the physical body, however well understood, is not the whole story. Energies act on it from outside, from other bodies of attention or organization. This is the metaphysical edge of the natural-therapeutics tradition — the place where it shades into territory that Ida herself approached with caution, but that her later work on energy fields, in dialogue with Valerie Hunt and others, did not refuse. The Béchamp tradition, in Ida's framing, had always understood that the body was open to more than the chemistry that entered it. Pasteur's victory had narrowed the body to its chemistry. The work of recovery would have to widen it again.
"Wait a minute. This surely is, because it is now very obvious, that the physical body as we perceive it and know about it through our ordinary senses, is not the whole man, and perhaps not really the essential man at all. Lindvah seems to make two points of this connection. The first is that the physical body should be looked upon as something which is part of a much larger whole and that it is linked to other bodies which act upon it and are acted upon by it. The second is that the physical body is subject to the influence of energies which are brought to bear on it and flow into it both from these other bodies and from outside. You see, you people think you're getting real smart when you put this out as a new idea. But this was around at the beginning of seventy five years ago and actually before that."
Proby's introduction goes further:
Hippocrates, Imhotep, and the longer line
In the Open Universe Class of 1974, a colleague extended Ida's historical argument to its furthest horizon. The recovery she was attempting was not a recovery of nineteenth-century Béchamp but of an orientation that traced back to Imhotep in Egypt, to Hippocrates in Greece, to every healing tradition that had taken the body's relationship to nature and to natural law as primary. The chemical school's century-long dominance was, on this view, a brief and recent interruption of a tradition that stretched across millennia. Ida's work was not innovation but restoration — though restoration informed by modern physics rather than by classical metaphysics.
"And he said, in effect, if you will read what has been written about Imhotep, he said, in effect, that people should watch their emotions and should try to discover the cause of some of their tendencies to ill natured living and so on. And he has a beautiful analogy between life and denial, which he drew and which has become more meaningful as time has gone on. After Imhotep, probably one of the other great figures that zeros in, it seems to me, on this concept of spirit being the basis of life is the great is the name of the great Hippocrates, whom, as you know, the medical profession has adopted as the father of medicine. Now Hippocrates, of course, in Greece, I followed his trail. I tried to find what could still be found about Hippocrates, so far as what kind of a man and what his teachings actually were. When I was working on my book, I had access here on the campus of UCLA to some of the Hippocratic writings which are on this here on campus. And it is very interesting that his idea was very closely related to drugless healing and closely aligned to nature. In fact, he was the one who gave doctor Bieler down here at San Juan Capistrano the title Food is Your Best Medicine."
A colleague extends the lineage backward:
What the colleague added was a vocabulary of integration. The pre-chemical traditions had understood health as the alignment of multiple dimensions of the person — physical, mental, emotional, spiritual — and disease as their disintegration. The chemical school's victory had not just chosen one mechanism over another; it had chosen disintegration over integration as the dominant pattern of medical thinking. Each system of the body became a separate field, each disease a separate entity, each treatment a separate intervention. The recovery Ida was attempting, in this longer view, was a recovery of the integrating frame itself.
"As I said at the beginning, I have tried in my research to come to a point where I could construe religion as an integrating factor in the total health of the total person. The thing that has turned me off and on has been the thrust of my quest. I don't feel and you don't know me well enough that I can perhaps just say these things, just throw them at you. But I don't feel that I am any better or any worse than the average person. But I do feel that my quest for meaning, for order, and for wholeness in life has really been very, very deep seated and almost incarnate with me. I've always had the feeling that the person who is in a profession should somehow represent in his being, in his person, the thing that he is teaching or the thing that he is professing. I don't know what you thought of doctor Schweitzer. It makes no difference. I only know that in my stay with doctor Schweitzer, I had the feeling that here was a man who put together his commitment and his activity. I have the feeling that what he professed, he was practicing. I find this as I go around and work with students."
The colleague names the integrating ambition:
Why the history matters for practice
Ida did not return to Pasteur and Béchamp because she wanted her students to become historians. She returned because she wanted them to be practitioners who knew which framework they were inside, and which they had been excluded from. A practitioner who thinks the inherited orthodoxy is simply 'what we know now' has no leverage on it. A practitioner who knows the orthodoxy was chosen, and that it could have been chosen otherwise, can hold their own work more lightly and more confidently at the same time. They can take seriously a finding that does not fit the inherited framework without feeling that they have to choose between their experience and their education.
"And this is what happened to Pasteur. And it was because of that that we have the present theories about about the in about the diseases, the acute diseases of the body being the outcome of the invasion of the body by microorganisms. And the whole philosophy grew up around this idea which Pasteur first put forward. And many men were involved in it, and a whole a whole school of medicine is still involved in it. And you get you and your chill your children, when they go to school and are vaccinated, for instance, were involved in it. Nowadays, they don't have to be vaccinated. I hope all of you know that, etcetera, etcetera. Your life has been determined by the fact that mister Pasteur had certain ideas."
She names the mechanism of orthodoxy directly:
The practical stakes of this lesson, for the practitioners Ida was training, were not abstract. Every patient who came through their doors arrived inside the Pasteur framework — expecting to be diagnosed with an entity, treated with a substance, and either cured or not by the success of the substance against the entity. The structural framework had to be introduced not just into the patient's body but into the patient's expectations. A practitioner who did not know the history of how those expectations had been formed could not work skillfully with them. The history was not optional context; it was clinical knowledge.
"A revolutionary idea develops first as an intuitive perception in the mind of the pioneer or the innovator. At this point in in its life it is practically an art form. It is an art form perceived as a whole embodying a total idea demanding a total expression, and this is where Rolfing was in the days of Esselen, the days which I have been describing. This was an art form that caught the imagination of a lot of people. At the time of Fritz Perles and those other those other founding friends this fairly expressed its level. But like so many ideas this has progressed to a level where it is now being examined and analyzed and fitted with words suitable for the current idiom. In other words, the idea progresses, I'm talking about ideas in general and Rolfing in particular, The idea progresses from an odd expression into a scientific understanding and thorough analysis, and you can see to what extent this is beginning to describe what you are seeing around you here. Do I think scientific analysis is the answer to all problems? Definitely not, certainly not."
In the 1971-72 IPR conference, she frames the larger arc:
Coda: A prediction not yet redeemed
Ida ended her 1976 treatment of Pasteur and Béchamp with a prediction. The day would come, she said, when someone of a different name would take up Béchamp's ideas — the ideas of natural healing, the questions about soil rather than seed, the orientation toward terrain rather than invasion — and bring them back into the public conversation. The prediction was characteristically careful. She did not promise that Béchamp himself would be remembered. The name had been too thoroughly erased. But the ideas, she believed, would return, because they were the right questions, and the right questions eventually find a voice. Almost fifty years after she made this prediction, the recovery has begun in fragments: the microbiome literature, the recognition of terrain in immunology, the slow rehabilitation of nineteenth-century critics of germ-theory monism. The map is being redrawn. Whether it will reach the altitude Pasteur's map once held remains, as Ida said, anybody's guess.
"It's just like what happened in terms of measuring the heartbeat, measuring the heart function. There were two types of cardiometre about thirty years ago. One measured pressure in the arm and one measured electrical variation. And it was the electrical variation that the more prestigious of the doctors decided on. So that that Cameron Hartometer, which some of you have had experience with and have seen a match of, has gone into the discard, etcetera, etcetera, not because it wasn't good, but because the right man didn't choose Now I think it's important that you meditate on this particular thing that I presented to you. And while we're waiting, I'm going to read you a little bit of Jocelyn Kolbe's introduction. We might not get to the actual book today so that you see."
Her closing reflection on what is at stake in the cardiometer example, returning to the larger argument:
See also: See also: the Vital Functions discussions in the 1971-72 Mystery Tapes (IPRVital2), where colleagues extend the Pasteur-Béchamp argument into a fuller account of medicine's transition from art to science, and where the methodological standard of Koch's principle is named as the instrument of exclusion. IPRVital2 ▸
See also: See also: the Open Universe Class lecture (UNI_032) in which a colleague extends the historical lineage of integrative healing backward through Hippocrates, Galen, and Imhotep — placing Ida's recovery of the structural school in a five-thousand-year context. UNI_032 ▸
See also: See also: the Open Universe Class lecture on food and nutrition (UNI_081), in which a colleague carries the same theme of medical orthodoxy versus empirical observation forward into questions about diet, longevity, and what counts as evidence in twentieth-century medicine. UNI_081 ▸
See also: See also: the 1976 Rolf Advanced Class session on body authority (76ADV61), where Ida contrasts Aristotle's 'this is so because I say so' with her own dictum that 'there is only one authority and that authority is the human body' — the methodological corollary of refusing institutional altitude as a substitute for evidence. 76ADV61 ▸