Useful Excerpts from the book [L’alimentation ou la troisième médecine] (CITE) by Jean Seignalet, Third Edition
Summary Tables of Results
Table XXIII - Diet Results in Autoimmune Diseases
Diseases Number of Patients Complete Remissions 90% Improvements 50% Improvements Failures Success Rates Rheumatoid Arthritis 200 83 66 11 40 80%* Ankylosing Spondylitis 75 47 25 3 96%* Psoriatic arthritis 15 6 7 2 87%* Polymyalgia rheumatica 11 8 3 100%* Still’s disease 5 4 1 Polyarticular idiopathic arthritis 2 1 1 Oligoarticular idiopathic arthritis 1 1 Palindromic arthritis 2 2 Inflammatory arthritis X 4 2 2 Sjögren’s syndrome 36 11 9 8 8 75%* Systemic lupus erythematosus 5 3 1 1 Scleroderma 6 6 Dermatomyositis 1 1 Mixed Connective Tissue Disorder 2 1 1 Schulman’s Fasciitis 1 1 Graves’ Disease 3 colspan: No relapse, reduction in exophthalmos Hashimoto’s Thyroiditis 4 1 2 1 Multiple Sclerosis 13 4 3 6 100%* Peyronie’s Disease 1 1 Myasthenia Gravis 1 1 ITP 2 2 Chronic Active Hepatitis 1 1 Pemphigus Colspan: Not enough follow-up IgA Nephropathy 1 Colspan: Blocked progression Table XXIV - Diet Results in Diseases of Contamination
Diseases Number of Patients Complete Remissions 90% Improvements 50% Improvements Failures Success Rates Primary Fibromyalgia 16 14 2 100%* Bipolar Disorder 1 1 Endogenous Depression 1 1 Parkinson’s Disease 2 1 1 Adult-onset diabetes mellitus 18 14 4 100%* Hypercholesterolemia 36 Colspan: 30% reduction in cholesterol levels 94%* Spasmophilia 10 3 2 2 3 70%* Chronic fatigue 6 2 1 3 Overweight 100 30 25 25 20 80%* Gout 2 2 Chondrocalcinosis 1 1 Bone marrow aplasia 2 1 1 Sarcoidosis 3 Colspan: Insufficient follow-up Osteoarthritis 20 6 8 6 100%* Migraines and headaches 20 13 4 3 85%* Myocardial infarction 1000 Colspan: 3 infarctions - expected number 27 Cancers (prevention) 1000 Colspan: 1 cancer - expected number 18 94%* Leukemias 2 1 1 Cancers (treatment) 2 2 Table XXV - Diet results in elimination diseases
Diseases Number of patients Complete remissions 90% improvement 50% improvement Failures Success rates Irritable bowel syndrome 220 215 5 98%* Microscopic colitis 2 2 Ulcerative colitis 8 8 Crohn’s disease 14 13 1 100%* Acne 30 26 4 100%* Constitutional eczema 11 6 4 1 100%* Urticaria 15 14 1 93%* Urticarial vasculitis 4 2 2 Psoriasis vulgaris 25 15 5 1 4 84%* Chronic bronchitis 8 8 Asthma 18 13 4 1 94%* Recurrent ENT infections 100 80 20 80%* Chronic sinusitis 3 3 Hay fever 16 11 2 3 100%* Allergic conjunctivitis 10 10 100%* Quincke’s edema 7 7 Aphthous stomatitis 5 2 2 1 Behçet’s disease 2 1 1 * Figures encompassing improvements up to 50%
Comments on the complete results
The results recorded in the various diseases where the ancestral diet was tried are listed in Table XX. These figures are very significant, as these are chronic conditions considered incurable by conventional methods. Medical and surgical treatments are often helpful in alleviating symptoms or resolving a complication, but they fail to cure patients. The original type of diet is often and profoundly effective because it addresses the root cause. Some points warrant further comment.
Successes
Successes, when achieved, are very clear. This refers to either improvements of at least 90%, or complete remissions. We should speak of remissions, not cures, because abandoning the diet is generally followed by a relapse after a few weeks or months.
For the diseases where I have been able to gather more than 15 subjects, the frequent effectiveness of the diet seems undeniable. This is the case for rheumatoid arthritis, ankylosing spondylitis, Sjögren’s syndrome, hypercholesterolemia, irritable bowel syndrome, recurrent ENT infections in children, and acne.
For other diseases where few people have been tested, it seems justified, a priori, to be more cautious and wait for a larger number of patients and more long-term data before taking a definitive position. However, no medication has yet succeeded in inducing complete and prolonged remission in systemic lupus erythematosus, scleroderma, fibromyalgia, Crohn’s disease, psoriasis, or asthma. Under these conditions, even a single success becomes significant. The overall assessment of the low-calorie diet is therefore very encouraging.
Failures
Observed in 0 to 30% of cases depending on the disease, they are just as clear-cut as the successes. This clear distinction between responders and non-responders was already highlighted by Darlington et al. (1986). These failures are frustrating for two reasons:
- They are unpredictable. Neither clinical signs, nor additional examinations, nor the severity of the condition allows for a prognosis. Patients who benefit from the diet do not appear to differ from those who do not. I have only observed one fact in rheumatoid arthritis: failures are more frequent in men than in women, at 50% versus 14%.
- They have no obvious explanation, and we can only formulate hypotheses. The main ones are as follows:
- The duration of the nutritional change is too short. In some individuals, it may take more than a year to eliminate harmful waste through the excretory organs. This is either because the quantity of accumulated harmful molecules is large, or because their detoxification capacity is weaker than in other people.
- Failure to eliminate a harmful food. Excluding grains and dairy products, and reducing cooking times, is sufficient for most patients. However, other substances may be harmful to others.
- Inability to eradicate a responsible bacterium due to pH, enzyme, mucus, or enterocyte damage, which are specific to certain individuals. A dental, sinus, or bronchial infection can be a source of germs that will re-inoculate the intestine. Gastric hypochlorhydria should also be suspected.
- Inability to restore proper sealing of the small bowel wall due to excessive interferon release (estrogens, stress) or permanent damage to certain areas of the mucosa.
It would certainly be very informative for specialists in the digestive system and molecular biology to study certain elements in the small intestine:
- pH of the intestinal contents;
- precise analysis of the bacterial flora;
- examination of the mucosa by endoscopy and biopsy;
- measurement of mucosal permeability;
- sequencing of genes encoding digestive enzymes;
- sequencing of genes encoding enterocyte mucins.
Comparing these factors in responders and non-responders to the diet would provide valuable information.
3. Intermediate Cases
While the effects of the diet are usually quite pronounced, in both directions, there is a small minority, less than 2%, of patients who respond partially. They report clinical improvement, between 30 and 80% according to their assessment. They retain biological abnormalities, showing that their disease is still present.
4. Limitations of the Method
The ancestral-type diet can often extinguish a disease, but it is unable to eliminate certain irreversible lesions.
I will give a few examples:
- in rheumatoid arthritis, arthritis may cease, but deformities of the hands and feet persist;
- chronic bronchitis is curable, but not bronchiectasis;
- Asthma attacks are curable, but emphysema, which results from the dilation of the pulmonary alveoli, is not.
Similarly, while a well-chosen diet can certainly prevent many cancers, it is probably pointless to begin it at the stage of widespread metastases.
It is therefore advisable to initiate nutritional changes as early as possible, at the onset of an illness, without waiting until it has caused irreversible damage.
5. Authenticity of Results
It is entirely impossible to attribute the remarkable successes achieved through dietetics to spontaneous remissions or a placebo effect.
Indeed:
- the beneficial action is observed in many diseases traditionally considered incurable;
- the success rate is very high;
- the benefit recorded is very significant, with improvement in 90% of cases or complete remission;
- this benefit is long-lasting, with follow-up over several years (9 years for the longest-standing patient);
- the positive effects of the diet are not felt immediately after consulting a doctor, but a few weeks or months later;
- abandonment of the dietetics is followed, after a variable period, by a relapse.
These genuine results are logically explained by the mechanisms that I have extensively discussed in the preceding chapters.
Finally, while certain complementary measures (minerals, trace elements, vitamins, probiotics) provide a significant boost, it is clearly the low-toxin diet that is the key factor in the successes. Nutritional changes alone are very effective in curing many patients; complementary measures alone are insufficient.