Allergies can often be psychosomatic. There is an interesting story. A nineteenth-century US physician, Dr John Noland MacKenzie, MD, wrote how one of his patients, a 32-year old woman, experienced allergy symptoms when exposed to the odour of roses. Her symptoms included a violent cold with watery eyes and runny nose, severe asthma attacks and high fever. The doctor, who suspected there was more than pollen at work, decided to conduct an experiment. He exposed his patient to a single rose during one visit. Not surprisingly, his patient began having a severe asthma attack within five minutes of exposure to the rose. What is truly fascinating is that the rose he used was just a clever paper copy of the real rose. He spoke about his ‘trick’ to his patient. Interestingly, when she returned to his clinic, a few days later, she buried her nostrils in a large fragrant specimen of a genuine rose and inhaled its pollen, without any of the ill-effects that had tormented her for over 15 years.
It was the Austrian paediatrician, Dr Clemens von Pirquet, MD, who first used the term, allergy. The word, allergy is derived from the Greek, allos, for altered state, and ergon, for reaction — to exemplify excess physiological responses to substances that occur in the environment. The mesmerising expression caught the fancy of the world.
Allergy is, doubtless, the most clichéd ‘idiom’ used to delineate, or mystify, not only sneezing bouts, or skin rash, but also situations, today — “I’m allergic to perfumes,” or, “I’ve a ‘mind allergy,’ while attending boring, unproductive meetings” — in the literal sense.
Millions of people suffer from allergies. More than 30 per cent of them also test ‘positive’ for one or more allergens, or allergy-causing substances, just as much as the incidence of allergic rhinitis [nasal allergy, or hay fever], asthma, food allergy, or sensitivity, and atopic dermatitis [eczema], to take familiar examples, has multiplied manifold during the last 25-30 years. It is also evidenced that, for all age-groups, nasal allergy alone is reported by 45-50 people for every 1,000. The frequency mirrors the pervasiveness of clinically diagnosed, commonly established allergic conditions, all right, although food allergy, or sensitivity, is not as easily recognised, or treated appropriately.
Causes
Allergies can result from any, or every, substance one is allergic to. What you breathe in, or are exposed to — dust, house dust mites [HDM], pollen, mould spores, or animal dander, plants, perfumes, cosmetics, preservatives, certain foods, or conventional medications, including blood transfusions and insect sting, or bite — can all ‘activate’ allergy. The allergic tendency is inherited; it occurs in every two individuals out of five. If you have one allergic parent, you have a 1-in-3 chance of developing allergy. If your mother and father have had allergies, the risk is two-fold.
Notwithstanding medical and technological advance, there is no ‘all-encompassing’ explanation for allergic responses, albeit clinicians and researchers have deciphered some of the most likely, or cumulative, causes — including reduced exposure to bacterial disease. This lack of ‘contact,’ especially in the developed world, paradoxically ‘prods’ the immune system to react against innocuous ‘allergens.’ Likewise, reduced or lack of breast-feeding is another cause for compromised immune function and allergy. What may also be apparent are environmental triggers, such as pollutants, contaminated air and particulate matter from automobile exhaust, cigarette and tobacco smoke. Add to this ‘hygiene premise,’ or experiencing low infection early in life, thanks to amplified cleanliness — which actually increases the risk of developing allergies — not to speak of low vitamin D levels, or deficiency, and you have the brazen allergy spectacle, or portrait, in all its myriad forms.
What has caused the giant allergic spike in recent times, perhaps, is repetitive or excess consumption of certain foods — processed wheat and corn, along with food additives, such as artificial preservatives, colouring, flavour-enhancing agents, yeast and antibiotics. It has also been surmised that infrequent food rotation makes people predisposed, or vulnerable, towards developing allergic hypersensitivities. Research suggests that exposure to cow’s milk during the first three months of life is associated with high antibody levels — up to eight years of age — more so, in children with maternal atopy, or genetic tendency for allergic disorders.
Food allergy results from sensitisation to one or more foods. Research suggests that IgG antibodies — or, molecular supervisors, which ‘watch’ for viruses, bacteria etc., — increase the permeability of the gut wall, leading to increased ‘access.’ Symptoms of food allergy manifest locally in the gut, or elsewhere in the body, as a consequence of immunological response. What adds to the fiddly conundrum is a host of food-based allergic syndromes, with symptoms other than ‘classical’ allergic indications, is often misdiagnosed and/or medically mismanaged. The downside also is some delayed patterns of food allergy are not always apparent — because symptoms may become evident only after a few hours, or even days. In addition, food allergy is not given adequate credence, though it is implicated in conditions ranging from attention-deficit hyperactivity disorder [ADHD], migraine headaches, Meniere’s disease [an inner ear disorder that affects balance and hearing], asthma, atopic dermatitis [eczema] and urticaria [hives] to irritable bowel syndrome [IBS].
Anatomy Of Allergy
Let’s now picture the surging chemistry of allergy and its upsetting canvas. Ah, the misery of allergy. Allergy has more to it than what meets the eye, nose, respiratory system, skin, or the gut. Do you know that there are certain mast cells below the lining of your skin, nose, eyes, gut and the lungs? What actually happens during the food allergic ‘standoff,’ for example, is ingested food antigens infiltrate and attach to the mast cells. Mast cells are ‘smart’ entities. They are endowed with the ability to destroy unwanted intruders, such as parasites. They are also as good as ‘land-mines’ waiting to explode. In addition, they contain tiny ‘sacks’ crammed with chemicals. This includes histamine, a name that everyone suffering from allergy is acquainted with. When histamine is released in tiny amounts, it causes irritation. In surplus amounts, it causes skin rash, sneezing, which is characteristic of nasal allergy, and the all-too-familiar ‘wheeze’ of asthma.
Mast cells are also filled with proteins called immunoglobulin-E [IgE] antibodies. Others in the immunoglobulin-genre are IgA, IgD, IgG and IgM. IgE plays the role of a remote sensor like the antenna you have at home to receive TV signals. A person allergic to dust, for example, will have IgE antibodies that ‘spot’ the dust particle, or allergen, like how your computer’s security system identifies a Trojan, or virus. When dust triggers your sneezing reflex, the mast cells deposit IgE antibodies into the tissues, causing the typical allergic reaction. It all depends, of course, on the substance that you are allergic to. The end result, however, is allergy. This may be skin rash, watery eyes, sneezing, runny nose, sinusitis, cough, wheeze, or heightened, flagrant symptoms that end up in anaphylaxis — a life-threatening form of allergic reaction.
Blame It On Genetics
It is ironical that some people react powerfully to allergens, while others show absolutely no response. You’d blame it on genetics, or increased environmental exposure to ‘potential’ allergens. It is surmised that prolonged, or intense, exposure to allergens can trigger the body to develop an inflated immune response. Take, for instance, pollen, a non-threatening protein. Yet, individuals with certain sensitivities experience an immune response which is characteristically held in reserve for harmful substances the body comes in contact with. Why does this happen? The body’s immune system is built to recognise the disparity between perilous and undamaging invaders. When pollen enters an allergy-sensitive individual, the body’s white blood cells [WBCs], go on high-alert and act in response to the allergen, as if it were intimidating. As the WBCs, or soldiers of health, ‘scan’ the invader, they also begin to build antibodies — a defence mechanism — which ‘connect’ to mast cells, laying the ground for the battle to begin.
Allergy is the external manifestation of an underlying, internal turmoil. It is as much ‘triggered’ in the mind as hypersensitivity to a physical allergen. This mind-body ‘connect’ is best explained through the rapidly-expanding field of psychoneuroimmunology — the study of interactions between psychological processes, the nervous and immune systems of our body. Consider stress — a common cause of various bodily reactions. Stress can ‘trigger’ a Pavlovian upshot, just like an allergen, where the body learns by connotation to experience strong emotions. This can ‘engineer’ an allergic response with any substance that you come in to contact with during the stressful episode. As the body begins to generate negative associations, while experiencing emotional distress, the misery, by way of reflex, also gets correlated to a particular food, odour, or substance. In simple terms, our psyche, as a whole, is stirred to remember and react when exposed to the same food, odour or substance, each time — a sort of ‘conditioned’ allergic response.
Treatment
Ayurveda and homeopathic physicians contend that allergies are best treated when they are combated from the inside out, or from the ‘root.’ Clinical studies suggest that certain Ayurvedic and ‘individualised’ homeopathic remedies — prescribed on the patient’s distinctive configuration of symptoms — can ‘fuel’ a good therapeutic response in allergies, as also allied disorders, without side-effects. It is, however, imperative, that the guidance of a professional Ayurveda, or homeopathic, physician is followed diligently for successful treatment outcomes.
Homeopathy: A multicentre observational study was conducted to determine the action of homeopathic remedies in seasonal allergic rhinitis.
Background. Seasonal allergic rhinitis [SAR], also known as hay fever, is a widespread chronic respiratory disease. In treatment of SAR the use of complementary therapies is increasing, but little has been published about homeopathic complex remedies so far. Therefore, we think it is time to conduct and publish an appropriate observational study.
Methods. Course of single symptoms, impairment of quality of life, general efficacy, and tolerability of a homeopathic complex remedy containing active substances on a low dilution level have been assessed and analysed. Altogether, 123 patients with a history of allergic rhinitis of up to 45 years have been observed for about 4 weeks.
Results. The majority of symptoms were shown to improve substantially and the patients’ quality of life increased clearly. The overall symptom score decreased significantly from 10.3 ± 4.7 to 3.9 ± 3.1 points [p < 0.0001], and reduction of impairment of quality of life from 5.7 ± 2.3 to 1.9 ± 1.8 score points was also significant [p < 0.0001]. Rating of efficacy of study medication was markedly better than efficacy rating of previous therapies [p = 0.0193]. Apart from one temporary allergic reaction, the treatment was well tolerated.
Conclusion. The homeopathic complex remedy [Pascallerg®] tested in this observational study offers a useful option in treatment of SAR in children and adults.
- Trompetter I, Lebert J, Weiß G, “Homeopathic Complex Remedy in the Treatment of Allergic Rhinitis: Results of a Prospective, Multicenter Observational Study,” Forsch Komplementmed 2015;22:18-23.
Nutrition: Quercetin is the great representative of polyphenols, flavonoids subgroup, flavonols. Its main natural sources in foods are vegetables such as onions, the most studied quercetin containing foods, are broccoli; fruits [apples, berry crops, and grapes]; some herbs; tea; and wine. Quercetin is known for its antioxidant activity in radical scavenging and anti-allergic properties characterised by stimulation of immune system, antiviral activity, inhibition of histamine release, decrease in pro-inflammatory cytokines, leukotrienes creation, and suppression of interleukin IL-4 production. It can improve the Th1/Th2 balance, and restrain antigen-specific IgE antibody formation. It is also effective in the inhibition of enzymes, such as lipoxygenase, eosinophil and peroxidase and the suppression of inflammatory mediators. All mentioned mechanisms of action contribute to the anti-inflammatory and immune-modulating properties of quercetin that can be effectively utilised in treatment of late-phase, and late-late-phase bronchial asthma responses, allergic rhinitis and restricted peanut-induced anaphylactic reactions.
- Jiri Mlcek, Tunde Jurikova,Sona Skrovankova, and Jiri Sochor, “Quercetin and Its Anti-Allergic Immune Response,” [Abstract], Molecules, 2016 May; 21[5]: 623.
