Updated: Mar 21, 2018
When I first started blogging in 2014, I had found inquiry in the practice of macrobiotics. It's something I was introduced to by my mother, but never really explored first hand. I decided to do so and take my best stab at introducing the concepts in a fun way with a series of questions related to it. Since, I've not maintained a strictly macrobiotic diet, but because I believe the concept of macrobiotics is really about its backbone principles, I can say I still follow them at my core.
The series is titled: "How can you put STYLE in your LIFE?: Revealing the macrobiotic in your own lifestyle."
With the spring equinox just behind us, I have decided this is a perfect time to offer something of renewal and/or change to my readers. Along those lines, it’s probably about time that I address a question that I have been getting from many of those around me since the New Year. That is, “What is this macrobiotics all about and how is it a part of the lifestyle changes you’ve taken on in your own life?”*
With that, I will be starting a series to fulfill a, “Macrobiotic 101” from the perspective of yours truly (emphasis on the fact that this will, indeed, be my perspective leaving much room for the works of others as well as your personal interpretation). However, you should know me by now, and with that, there is always a little twist. I will attempt to answer the question I framed above*, but while throwing back some questions to you, the readers (insert here your space for interpretation). After all, as I have alluded to before, I believe the best response to a question is one that raises more questions than answers.
Continuing with the inquisitive theme, I have found that writing this series raised more questions for me than I could even begin to list, never mind answer. For example, the principles of macrobiotics as were established by George Ohsawa cannot be addressed in a simple series of blog posts by a rookie/newbie (again, yours truly) to this information. With that, I will consider revisiting this topic annually (i.e. again next spring) to see where we “are at” (we being me: both my knowledge base & interest you: the blog community). Perhaps at that time we can go a bit “deeper” into principles, philosophy and practice. For now, let us live in the moment with a view of macrobiotics tangible to all comers. I hope this series of posts will call your inquisitive nature to the following statement (which lends to my choice for the title of the series):
How can you put STYLE in your LIFE?: revealing the macrobiotic in your own lifestyle (A seven part series)
Ok, so how will this “series” work? I have written seven parts. Part 1 will serve as an introduction piece, Parts 2-5 will address, “four things to avoid in order to reveal the macrobiotic in your lifestyle”. These are four principle concepts I have attempted to create as a means of boiling down my perspective of macrobiotics in a tangible, shareable way. Part 6 will recap the four concepts as they relate to the consideration of a plant-based diet, specifically. Finally, Part 7 will be a reflection back to some ideas brought up in Part 1 as well as a summary. At this point, I will call you to see what might have been revealed to yourself regarding your own lifestyle and how you may take the next step.
Disclaimers: I will make my best effort to balance my subjective take on the macrobiotic lifestyle and principles with some mild discussion of objective scientific support. (The word mild is inserted here with the aim of emphasizing that the scientific support is at a minimum, not always with optimal methodology, and from varying resources, but is an attempt to peak your interest enough to seek out further validation if you so choose — in fact, I can only hope you retain a healthy dose of skepticism here as in all scientific inquiry — and further, that you be so willing as to share any findings here knowing they are beyond welcome, always). You, of course, are welcome to skip over either aspect if one approach suits you best. I have also done my best to simplify and format the material to allow just that type of navigation, if you wish, as some of the posts are a bit lengthy due to the diffuse range of the content for each topic. This should make sense since I am suggesting we dissect a system of approach to every aspect of life(style) and life as a whole! (No easy feat to be reduced to a seven part series of blog posts). Taking all of this into account, I also apologize in advance for any omissions.
I will post a new part every other day, giving you a chance to read (and potentially pursue further inquiries that may arise along the way). This will result in a 2-week journey with me! I hope you enjoy. Let’s get started…
So, I pose to you (and will again at the end of this series)… How can you put STYLE in your LIFE?
Your Inquisitive Nature
This begins a seven part series, “How can you put STYLE in your LIFE?: revealing the macrobiotic in your own lifestyle”. Part 1 (here) will serve as an introduction piece, Parts 2-5 will each cover one of four suggested avoidances, Part 6 will recap the four as they relate to the consideration of a plant-based diet, specifically. Finally, Part 7 will be a summary and reflection inviting you to see what might have been revealed to yourself regarding your own lifestyle and how you may take the next step. I’ll post a new part every other day, giving you a chance to read along. I hope you enjoy this 2-week journey with me!
What is macrobiotics? The meaning stems from its roots, macro— large scale (or great) and –biotic referring to life. A published macrobiotic counselor calls macrobiotics “The Great Life Diet”1. The Kushi Institute, the leading educational center for macrobiotics founded by Michio Kushi, defines it as, “not simply a ‘diet’, macrobiotics recognizes the profound effects of food, environment, activities, and attitude all have on our body-mind-emotions.”2 Lawrence Kushi, the son of Michio and a well established researcher in nutritional epidemiology, has said, “(The sense of) interrelationships among lifestyle, diet, disease patterns, health of the planet (not just your own body), social relationships and ecologic impact… that macrobiotics has can be applied in almost any arena, but whether you call it macrobiotics or it comes from some other course, it’s in a sense not so important.”3 Though macrobiotics goes beyond diet, if you are a consumer of “conscious” food products, macrobiotics likely has already made a bigger impact on your lifestyle than you may think. Lawrence Kushi goes on to state how many founders of today’s nutrition related companies and advocates for stocking our grocery store shelves with things like tempeh and sea vegetables, started by those who were, at least in part, originally influenced by macrobiotic principles.
When I recently took interest in learning about macrobiotics (thanks to macro-mom), I was coming from an already plant-based lifestyle of over a decade (thanks to multiple sources including mom’s lifestyle, dad throwing some awesome integrative doctor biographies at my in college and a couple of philosophy classes by one of my favorite college profs, an environmental –worth emphasizing- philosopher). Though it is true that macrobiotics is plant-based, not only does macrobiotics allow for some (very moderate) animal product (mainly fish), but its principles apply beyond food choices*. Therefore, for me, it was important to harness these principles by reducing certain practices in my current lifestyle, rather than making gross changes or additions to my diet.
Before I bring in my perspective it’s worth knowing that the macrobiotic diet is a lifestyle that had been long established before I came on to it. A wonderful blogger (I suggest you check out (http://gourmandelle.com/macrobiotic-diet-101-everything-you-need-to-know-about-macrobiotics/ ) offers, “A little bit of history” on the macrobiotic diet in a very tangible way:
“The macrobiotic diet first appeared around the end of the last century, when a Japanese army doctor (Sagen Ishizuka) established a theory of nutrition and medicine based on the traditional Oriental diet. He suffered from multiple illnesses and studied both Western and Eastern medicine. He then complied the information and his conclusions in two books Chemical Theory of Longevity and Diet For Health. Ishizuka criticized the adoption of the Western modern medicine and nutrition principles, and strongly recommended the Japanese traditional diet – whole, unrefined foods, with almost no animal foods.
Suffering multiple “incurable” diseases from a young age, George Ohsawa learned about the macrobiotic diet from two of Mr. Ishizuka’s disciples and managed to completely restore his health. He then wrote more than 300 books and articles about the macrobiotic diet.”4
Now, let’s get to the elephant in the room (as a “macro” would welcome the elephant’s presence). You may have heard about the bad reputation given to macrobiotics, and how it is a harmful diet. From what I could gather, these claims have been attributed to a history of some who consumed grains with little else and became extremely malnourished. Though these cases, to my understanding, represent nothing of what macrobiotics is today, I hear your concerns. As a future physician, I caution any lifestyle changes without the guidance of a professional, ideally a clinician. As a writer with the interest of promoting any principle that supports healthy lifestyle modification, I avoid the use of any labels. As a researcher, I want to note that there is a clinical trial registered by Lawrence Kushi to study the relationship between dietary practices (of macrobiotic-type) and certain hormonal cancers. It seems some results have emerged and can be found in his recent publications (searchable on PubMed by his name). As a person of questions, science …and even some skepticism, I can state that the articles show mixed results, but, from what I can tell, are due to methodological challenges. The field of medicine still doesn’t have clean direction (“evidence-based practice”) regarding approaches to systems of lifestyle modification (macrobiotics or others with similar principles) because they are heterogeneous and, therefore, difficult to reduce to clean studies containing appropriately matched controls and lacking confounding variables.
With that, I will attempt to sort through some investigations. To do this, I have to narrow it down as when I have searched PubMed with the term “macrobiotics”, I came up with 118 articles. When reduced to “clinical trials” 6 remain. Two references were not related to the lifestyle and so won’t be discussed here.
1) The study (5): This was an epidemiological study, which showed no difference in bacterial infection or microflora with antibiotic resistance between vegetarians and non-vegetarians.
Impression: Of note, this study was in an attempt to prove that meat eaters nor those who work in the meat industry had increased rates of antibiotic resistance because animals in the meat industry are injected with tons of antibiotics and there has been concern that those exposed to animal products would have antibiotic resistant bacteria because of it. The antibiotic resistance was not found to be higher in meat eaters or those who work in this industry, but interestingly, there were differences in overall bacteria type between vegetarians and non-vegetarians. To me, this indicates a need for investigations into these differences. Of particular interest is how differences in microbiomes (one’s microbiome is the community of bacteria living in/on the body) impact health and disease in those following different lifestyles.
2) The study (6): This study aimed to demonstrated a marker for vitamin B12 (specifically, a metabolite of it, cobalamin) had high sensitivity. It also found that infants of macrobiotic mothers had significantly higher deficiencies in the cobalamin than omnivorous controls.
Impression: A well-done study, which indeed proved its primary outcome. It, unfortunately, points to a very important issue in the vegetarian meets medical world: vitamin B12 deficiency. Before I address this important point, I want to emphasize that this study did not measure health outcomes as they relate to the diet or the B12 deficiency related to it. B12 deficiency is prevalent in strict plant-based eaters who do not supplement their diet appropriately. Macrobiotics, given the level of purity, should be made aware of this common deficiency. However, this is not a challenge unique to macrobiotics, but of any plant-based diet.
On a tangent since I’ve possibly peaked your interest (otherwise continue to the next study below): B12 is needed for proper function of our red blood cells and our central nervous system. It may be important in cardiovascular health as well. Studies that have demonstrated no difference in morbidity in cardiovascular disease between vegetarians and non-vegetarians, hypothesize the difference is due to the presence of a byproduct of the B12 biochemical pathway. It is known that cardiovascular disease, including myocardial infarction (commonly referred to as “heart attacks”), in those who consume excess animal products is usually due to coronary artery disease from cholesterol accumulation (commonly known as “clogged arteries”). However, new evidence suggests that inflammation by way of homocysteine (a byproduct of B12 deficiency) may also lead to cardiovascular disease. I suggest that the solution to avoiding adverse events in either group, is to follow a plant-based diet that is sufficient in vitamin B12. How to do this? Follow under the care of a clinician, get B12 levels checked regularly and supplement where appropriately advised. Importantly, B12 can be stored in the liver for very long periods of time, but does not negate the need to have peripheral levels checked at least annually. Disclaimer: I am not offering medical advice, simply suggesting you seek it from your own physician. Further, future research is needed to understand the implications of B12 deficiency.
3) This is a publication (7) outlining the methodology of the study described below:
4) The study (8): An Italian funded randomized controlled trial (RCT) published in 2012 found that a diet that combined Mediterranean and macrobiotic dietary principles reduced weight gain in women undergoing chemotherapy for invasive breast cancer.
Impression: Is this a surprise? This type of dietary intervention should be expected to reduce weight. The methodology is poor in that the control group only received baseline diet recommendation where the experimental group received twice weekly kitchen activities. This leaves us with more questions; could any moderately healthy diet with twice-weekly instruction lead to decreased weight? I’d hypothesize yes. The authors make the claim that this finding is important because weight gain has been associated with breast cancer recurrence. Of note, assessing prevention of recurrence by this diet is the primary aim of the study as designed and published in item 3 above. I think this is a strong argument and certainly an important one. However, this article specifically follows the women only 1 year and, therefore, does not report on any recurrence. Also, the control group also lost weight, though only 0.1kg compared to the average 2.9kg of the dietary intervention group, this detracts some strength from the claim that weight gain is a crucial issue for women with invasive breast cancer (at least in their study population). Though a skeptic, I appreciate the authors’ ability to gain funding support and resources to conduct such a trial (including the ability to host twice weekly kitchen activities for a year!) and I feel these types of studies are the first step in better trials to come. I look forward to future publications from this trial and will, hopefully, answer the question; does this weight loss relate to decreased cancer recurrence?
5) The studies of Lawrence Kushi: He has published 183 articles apparent in PubMed. Many are not specific to macrobiotics and in fact only one review popped up when searching macrobiotic within his name related listings. This review discusses the need for rigorous trails assessing the relationship of macrobiotics to diet. He has published studies showing evidence of improved health in adolescents consuming meat once a week or less, meat consumption was associated with increase non-Hodgkin lymphoma in women and consuming vegetables and fiber decreased the risk of colon cancer, to names a few. Though each have respective methodological challenges (as with all diet related studies – as I have written about earlier), they show some intriguing data.
6) Lastly, when going through the other articles of the 118 articles
(http://www.ncbi.nlm.nih.gov/pubmed/?term=macrobiotic ) that came up under the term “macrobiotic” but were not clinical trials, the following was noted:
One recent article was a meta-analyses of short term intervention reports suggest a macrobiotic diet can improve type 2 diabetes, but most others were either theoretical reviews either supporting or negating evidence for macrobiotics or further evidence of the B12 and other vitamin deficiency problem in strict diets, especially in children.
The number of articles related to deficiency is important to note. These give clout to those who might shy away from plant-based lifestyles due to fear of deficiency. However, I would argue that the emphasis placed on establishing these deficiencies through research should be placed in establishing the efficacy of the diet itself. Diet, just like medication, should not be attempted without guidance as it can be used improperly. However, if a diet can potentially (though not necessarily without modest risk) impact the course of chronic disease (like diabetes and potentially cancer) then should it not be disregarded due to a potential and treatable “adverse effect” such as vitamin deficiency? Not to discredit that this issue needs to be taken seriously, but, just a thought.
Importantly, there has been MUCH research in nutrition (and a plant-based diet) that is not directly of, “macrobiotics”, though the researched diets may share some general characteristics in with it. However, in the interest of focus, I’ll refrain from addressing those studies too much in this series and will give an overview in Part 7 that will set up for future posts on the topic at large.
Of the research that I have presented here, specifically related to “macrobiotics”, you might have noticed something about the twist it led this post to take. I began writing about how macrobiotics is about much more than food, yet all research shared thus far emphasizes diet. Well, I held out on one case series study that I found rather interesting. This article discussed six men with AIDS who opted to follow a macrobiotic diet9. Interestingly, their CD4 counts increased over 3-years, contrary to the expected statistics. However, what’s most striking is that the authors choose to focus on the unique mood profile of these subjects, notably their decreased depression and increased vigor. None of these findings were attributed to diet, but rather to the potential hypothesized psychological profile of those who would opt for an “alternative treatment” such as the macrobiotic diet (9). I’m not disagreeing with the authors, point that their, “data support our hypotheses that psychological factors may influence the progression of AIDS in men with KS (a cancer unique to this population) pursuing a macrobiotic regimen,”(9) but even they point out, “This does not exclude the additional influence of social support, behavioral changes, and the diet itself”. I think this a perfect transition to discuss the potential greater implications of a lifestyle change similar to that of macrobiotics.
Though I cannot offer any concrete research indicating efficacy of the macrobiotic diet or lifestyle, I still want to at least compile a list of principles that stand to reason whether the questions behind the label of “macrobiotics” can be answered or not. In doing so, I’ll attempt to weave in some modest scientific evidence. Disclaimer: emphasis is on the “modest” as not every principle has been appropriately refined to meet the standards of research in the way I’ll be reducing them here. This list will begin with Part 2 of this series of posts. Keep a look out and in the meantime…
So, I pose to you… what things can we all learn from macrobiotics, regardless of our opinion of the label?
* The purpose of this article is to serve as an introduction to the principles of macrobiotics whereas the discussion of animal use, can be a lengthy one encompassing a each of the principles touched upon here and more and so, for simplicity, will not be discussed here. This also explains why I have chosen to mostly use the term “plant-based”. A discussion of the topic of animal use will be attempted in Part 6.
1. Waxman, D. The great life diet: a practical guide to health, happiness, and personal fulfillment. (Pegasus Books, 2007).
2. About: The Kushi Institute. The Kushi Instituteat
3. mindbodynourish » lawrence kushi. at
4. Ruxandra. Macrobiotic Diet 101 | Everything you need to know about macrobiotics! Gourmandelle | Vegetarian Blog, Free Meal Plans, Recipes at
5. Elder, H. A., Roy, I., Lehman, S., Phillips, R. L. & Kass, E. H. Human studies to measure the effect of antibiotic residues. Vet Hum Toxicol 35 Suppl 1, 31–36 (1993).
6. Schneede, J. et al. Methylmalonic acid and homocysteine in plasma as indicators of functional cobalamin deficiency in infants on macrobiotic diets. Pediatr. Res. 36, 194–201 (1994).
7. Villarini, A. et al. Lifestyle and breast cancer recurrences: the DIANA-5 trial. Tumori 98, 1–18 (2012).
8. Villarini, A. et al. Preventing weight gain during adjuvant chemotherapy for breast cancer: a dietary intervention study. Breast Cancer Res. Treat. 135, 581–589 (2012).
9. Levy, E. M., Cottrell, M. C. & Black, P. H. Psychological and immunological associations in men with AIDS pursuing a macrobiotic regimen as an alternative therapy: a pilot study. Brain Behav. Immun. 3, 175–182 (1989).
The post PART 1, Question #15: What things can we learn from macrobiotics regardless of our opinion of the label? PART 1 of “How can you put STYLE in your LIFE?: Revealing the macrobiotic in your own lifestyle” appeared first on It's healthy to question.
Recap: This is a continuation of the seven part series, “How can you put STYLE in your LIFE?: revealing the macrobiotic in your own lifestyle”. Part 1 served as an introduction piece, in Part 2 (here) I begin to uncover each of the four suggested avoidances and will continue on Friday with Parts 3-5. Part 6 will recap the four as they relate to the consideration of a plant-based diet, specifically, and finally, Part 7 will be a summary and reflection inviting you to see what might have been revealed to yourself regarding your own lifestyle and how you may take the next step. I’ll post a new part every other day, giving you a chance to read along. I hope you continue to enjoy this 2-week journey with me!
Without further ado, these are the things I learned to avoid like the plague when first studying the principles of macrobiotics.
The principle: Macrobiotics is a lifestyle of order and balance. A macrobiotic counselor and speaker I have worked with, explains it as an, “orderly approach to diet and lifestyle”10, elaborating to say that orderly cycles exist in nature, therefore suggesting that the macrobiotic lifestyle is an approach to establishing synchronicity with nature. He also speaks of how, “regularity is an anchor”11 whereby we feel stabilized (when we have it – it being regularity), whether in childhood growing up in a (hopefully) stable family, or in eating at regular meal times or participating in regular activities that we are passionate about. To take it a step further, macrobiotics recommends eating in synchronicity with the environment, that is, locally and seasonally. The elimination of disorder in the form of a chaotic lifestyle or imbalanced food choices brings our body, mind and, therefore, physiology into balance (known as homeostasis).
The suggested evidence: There are many examples of how order and regularity improve health. Allostatic load, is a fancy term used to suggest that stress to our system leads to pertubations in our normal balanced, or homeostatic, physiological systems (12). Allostatic load has been associated with stress from the experience of childhood adversity or the diagnosis of a terminal illness to everyday chronic work stress.
Specifically in reference to diet, chronic eating at unusual meal times has been linked with insulin and hormone imbalances (13). Further, a diet heavy in protein or fat has been linked to dysregulated cortisol levels (our primary endogenous stress hormone)14. Finally, not only is eating seasonally and locally environmentally sustainable and economically ideal, it also makes sense biologically. Humans became accustomed to eating by geography as we adapted to our environments. Those in hot climates, eat foods that release heat (such as those heavy in spices), whereas those in cold climates eat foods that will help them retain heat (such as those heavy in fats).
Today, all foods are available to most of us in any place or at any time (if we should be so blessed), but it might be worth considering if it is always the right place and time for the body. This in and of itself is a macrobiotic approach. I bet you’ll find that just being aware of how your time and place relates to your diet and lifestyle brings about half the change (#counsciousnessiskey). What is the allostatic load in your life? What can you do to return to homeostasis?
So I pose to you… why avoid disorder in your life?
10. Kramer, W. Macrobiotics of New England. at
11. B, L. Mythbusting Macrobiotics YouTube Playlist. at
12. Seeman, T. E., Singer, B. H., Rowe, J. W., Horwitz, R. I. & McEwen, B. S. Price of adaptation–allostatic load and its health consequences. MacArthur studies of successful aging. Arch. Intern. Med. 157, 2259–2268 (1997).
13. Gonnissen, H. K. J. et al. Effect of a phase advance and phase delay of the 24-h cycle on energy metabolism, appetite, and related hormones. Am. J. Clin. Nutr. 96, 689–697 (2012).
14. Stimson, R. H. et al. The postprandial rise in plasma cortisol in men is mediated by macronutrient-specific stimulation of adrenal and extra-adrenal cortisol production. J. Clin. Endocrinol. Metab. 99, 160–168 (2014).
Recap: This begins a seven part series, “How can you put STYLE in your LIFE?: revealing the macrobiotic in your own lifestyle”. Part 1 served as an introduction piece. In Part 2, I introduced the concept of disorder. In Part 3, I will uncover the next of the four suggested avoidances and will continue tomorrow with Parts 4 and 5. Part 6 will recap the four as they relate to the consideration of a plant-based diet, specifically, and finally, Part 7 will be a summary and reflection inviting you to see what might have been revealed to yourself regarding your own lifestyle and how you may take the next step. I’ll post a new part every other day, giving you a chance to read along. I hope you continue to enjoy this 2-week journey with me!
The principle: It is best to eat food as close to its original form as possible. This is a true whole foods diet. Another word you may commonly hear, regardless of the lifestyle or diet, is, “processed”. This word simply refers to anything that may interrupt the proximity of the relationship between the food and its source. The “source” being the earth, or even more literally, the soil. Therefore, in macrobiotics, one attempts to avoid anything that may bring about a level of processing including: preservatives, fillers, chemical exposure (pesticides), refined sugar, over-cooking, cooking with non-stick, plastic or aluminum products, and microwaving, to name a few. Also avoided are foods that are farther from their original or natural form including frozen, genetically modified and non-organic produce. For most, this includes reducing the intake of animal products*. Some may also consider wearing only cotton clothing free of dye next to the skin to avoid exposure to chemicals potentially present in synthetic clothing.
The suggested evidence:
i. Over-cooking (especially char-grilling, smoking, barbecuing and frying) and processing foods (especially with high heat as can be the case even in packaged foods you might not think about like dry cereals) can lead to the formation of chemicals including advanced glycation end products (AGEs) (15,16). When I looked up this term in PubMed to offer some references here, I came up with 7334 articles! I didn’t get through the first page of hits alone without coming across their implication in vascular pathologies (including the etiology of diabetic neuropathy and cardiovascular disease), wound healing and kidney disease. They are also associated with cancer, as AGEs can directly damage DNA! They lead to inflammation, insulin resistance, and by way of all of these processes (and others), overall shortened life expectancy (17).
ii. Cooking aside, chemicals used as pesticides, cleaning products and in everyday products (like plastics) can also lead to adverse health effects. Though DNA damage is usually the most commonly cited effect of chemical exposure (as this process often categorizes chemicals as carcinogens, or chemicals linked with increased risk of cancer), some chemicals can lead to other health effects including hormonal imbalances. According to the Environmental Working Group, these include BPA, dioxin, atrazine, phthalates, perchlorate, fire retardants, lead, arsenic (yes, arsenic can be found in food and water), mercury, perfluorinated chemicals, organophosphates and glycol ethers18. Perfluoroctonoic acid, the chemical used to make non-stick kitchenware, has been linked to decreased bone density in women, various childhood diseases (possibly through exposure via the mother in utero or through breast milk) and, potentially, cancer.
iii. Cocamide diethanolamine is a perfect example of chemicals that go beyond dietary exposure. This is a chemical that has been found in nearly 100 types of shampoo. So, yes, macrobiotic living means considering every substance that makes contact with your person from shampoo with DEA to deodorant with aluminum. There are numerous impurities in our everyday experience from our house to the air that we breathe.
iv. Sugar is an impurity. Sure, in and of itself sugarcane sounds and seems “all natural”, but let me ask your inquisitive nature this: would you take cocaine over sugar? You might want to consider that sugar works on the same brain networks as cocaine19! So when sugar makes its way into your food (and I’m not talking about adding a little sugar to your tea, I’m talking about the sugars most people don’t know are in their everyday food products in the seemingly “health food” isle of the grocery store) you become ad addict. Try elimination for a few days and see how you feel… and better yet, see how your taste buds react to moderate sugar (a piece of fruit, for example) afterward. In the meantime, read Dr. Hyman’s books (available on Amazon).
The impurities around us are overwhelming, huh? Well, a macrobiotic approach aims to reduce as many impurities as one can, without allowing added everyday stress over those you cannot avoid (don’t forget, disorder—and therefore, stress– is just as undesirable as impurity). I bet you’ll find that just being aware brings about half the change (#counsciousnessiskey).
So I pose to you… why avoid impurity in your life?
15. Goldberg, T. et al. Advanced glycoxidation end products in commonly consumed foods. J Am Diet Assoc 104, 1287–1291 (2004).
16. URIBARRI, J. et al. Advanced Glycation End Products in Foods and a Practical Guide to Their Reduction in the Diet. J Am Diet Assoc 110, 911–16.e12 (2010).
17. Goldin, A., Beckman, J. A., Schmidt, A. M. & Creager, M. A. Advanced Glycation End Products Sparking the Development of Diabetic Vascular Injury. Circulation 114, 597–605 (2006).
18. Dirty Dozen List of Endocrine Disruptors. Environmental Working Group at
19. Lennerz, B. S. et al. Effects of dietary glycemic index on brain regions related to reward and craving in men. Am J Clin Nutr ajcn.064113 (2013). doi:10.3945/ajcn.113.064113
*The purpose of this article is to serve as an introduction to the principles of macrobiotics whereas the discussion of animal use, can be a lengthy one encompassing a each of the principles touched upon here and more and so, for simplicity, will not be discussed here. This also explains why I have chosen to mostly use the term “plant-based”. A discussion of the topic of animal use will be attempted in Part 6.
Recap: This begins a seven part series, “How can you put STYLE in your LIFE?: revealing the macrobiotic in your own lifestyle”. Part 1 served as an introduction piece. In Part 2, I introduced the concept of disorder and in Part 3, the concept of impurity. In Part 4, I will uncover the next of the four suggested avoidances and will finish tomorrow with Parts 5. Part 6 will recap the four as they relate to the consideration of a plant-based diet, specifically, and finally, Part 7 will be a summary and reflection inviting you to see what might have been revealed to yourself regarding your own lifestyle and how you may take the next step. I’ll post a new part every other day, giving you a chance to read along. I hope you continue to enjoy this 2-week journey with me!
Let’s start this one with an example. I have a friend who was telling me recently about someone they know and care about who potentially has come to exhibit traits of alcoholism. This person has a high-pressured job and has fallen into the pattern of a workaholic. However, because he’s chronically stressed, nearly 24/7, on his one night off (when he gets it) he goes out and binge drinks (excessive drinking) all night, nearly to the point of black out. You may be thinking this situation in itself is extreme, and not healthy on either end (in fact, qualifying for an official DMS-V diagnosis of alcohol abuse); isn’t it obvious? Well, let’s dissect the concept of “extremes” a little more and come back to this example later…
1. The principle: Macrobiotics is a lifestyle of moderation. It encompasses some aspects of eastern philosophy in that energy is at the core of everything. This philosophy brings in the concepts of “the five transformations” and of “yin and yang” and is beyond the scope of this article. When I say everything has an energy I mean from different foods to different people and different states of health. For simplicity, I simply offer the example that certain foods are considered more yin (or expanding and softening) and others are more yang (or contracting and hardening). Examples of foods that are said to be more yin are greens (which expand upward when they grow) or alcohol (which dilates your capillaries and “shoots up” to the brain). An example of yang foods may be salt (causing your cells to spill out water and contract) or baked goods (that harden as they cook).
The diet also considers what effect the food might have on the pH of the GI tract and blood when absorbed (especially if in excess or extreme)21. Extreme acidity is linked with disease. The diet aims to balance all of these forces. To make it all the more complicated, yin and yang circle into each other (just picture the symbol above#). Therefore, in theory, going a bit too yin can actually have a yang effect. Again with simplicity, I offer this metaphor to consider: if you eat only salt (theoretically yang), eventually the salt and water in the body (and each cell) will equilibrate eventually causes expansion (yin) of the cells. Therefore, not only does food have “energy”, but so does the body. This “energy” of the body can be referred to as one’s “condition”. From this crude example, you may also being to see how the “energy” of the food can transition to the “energy” of the body, or, how the food can affect one’s condition. In approaching lifestyle and food this way, one can see how extremes, or excess of any one extreme, may be unhealthy. Macrobiotics is about eating to one’s condition with the goal of aligning any “extremes” so to speak, back in balance, or maintaining balance with moderation.
Disclaimer: “energy” is used here with a very broad application and again, being that the scope of this article is to offer an introduction to some principles of macrobiotics, the philosophy, semantics or etymology of this term will not be discussed here. Please take its use, “with a grain of salt” (pun intended) (insert wink here).
2. The suggested evidence: This should be a fairy easy principle to grasp (HA!), ok, well, energy-talk aside. There are many, many foods that are advised as best to avoid in extremes4. For simplicity, I’ll touch upon here those mentioned above: too much alcohol or salt, or sweets are simply not good for your health. High intake of salt leads to high blood pressure. Excess alcohol should be avoided in those with high blood pressure, and in long term can cause serious liver disease. Increased intake of white bread and sweets can lead to insulin resistance and risk for diabetes. I will mention a few recent articles, published in high impact scientific journals, worthy of discussion. (A brief shout out to my fellow research scholars for sharing these in our email thread). One recent study demonstrated that animals* of young or middle age that were fed a high protein diet had poorer outcomes when faced with the burden of cancerous tumor(22).
Note: Yes, this was an animal study. The use of animals for research is an entirely separate topic to be discussed in a later post, in part, in part 6 of this series.*
A clinical (human) study published in the Journal of the American Medical Association (JAMA) demonstrated that those who overate on a low-protein diet had significantly less weight gain and had increased metabolism23 indicating that excess protein in the diet is not optimally healthy and may, in fact, increase disease. A second recent study drew media attention to call sugar the new food enemy. This study demonstrated that increased consumption of sugar (processed as opposed to sugar from fruits) was associated with higher rates of cardiovascular disease (even in those who were not obese)24. Finally, chronically elevated sugar in the blood has also been linked with dementia (memory loss and potentially Alzheimer’s Disease)25. These findings give the phrase, “everything in moderation”, a new weight (literally) and if taken seriously can minimize the risk for disturbing balance in the body.
Back to the example; the workaholic (prior post) is very contracted/tense/tight (yang) and the alcohol is a form of release (yin). Neither are healthy, but one can see how balance is necessary, even if forced, in our lives. So shouldn’t we aim to make conscious choices to meet a healthy balance? A macrobiotic approach is to avoiding extremes and considering things in moderation. In regards to diet, macrobiotic calls us to “eat in the middle” so-to-speak. It’s not about deprivation, but moderation. I bet you’ll find that just being aware brings about half the change (#counsciousnessiskey).
So I pose to you… why avoid extremes in your life?
4. Ruxandra. Macrobiotic Diet 101 | Everything you need to know about macrobiotics! Gourmandelle | Vegetarian Blog, Free Meal Plans, Recipes at
20. Waxman, D. Macrobiotics; http://www.dennywaxman.com/MACROBIOTICS.pdf. Denny Waxman at
21. Womhoff, L. Macrobiotic diet basics, Page 6 of 9; The Theory of Acid and Alkaline. Macrobiotics Cooking with Linda Wemhoff at
22. Levine, M. E. et al. Low Protein Intake Is Associated with a Major Reduction in IGF-1, Cancer, and Overall Mortality in the 65 and Younger but Not Older Population. Cell Metabolism 19, 407–417 (2014).
23. Bray, G. A. et al. Effect of dietary protein content on weight gain, energy expenditure, and body composition during overeating: a randomized controlled trial. JAMA 307, 47–55 (2012).
24. Yang Q et al. ADded sugar intake and cardiovascular diseases mortality among us adults. JAMA Intern Med (2014). doi:10.1001/jamainternmed.2013.13563
25. Moreira, P. I. High-sugar diets, type 2 diabetes and Alzheimer’s disease. Curr Opin Clin Nutr Metab Care 16, 440–445 (2013).
*The purpose of this article is to serve as an introduction to the principles of macrobiotics whereas the discussion of animal use, can be a lengthy one encompassing a each of the principles touched upon here and more and so, for simplicity, will not be discussed here. A discussion of the topic of animal use will be attempted in Part 6.
Recap: This continues the seven part series, “How can you put STYLE in your LIFE?: revealing the macrobiotic in your own lifestyle”. Part 1 served as an introduction piece. In Part 2, I introduced the concept of disorder and in Part 3, the concept of impurity and in Part 4, the concept of extremes. Today, in Part 5, I will uncover the last of the four suggested avoidances. Tomorrow, Part 6 will recap the four as they relate to the consideration of a plant-based diet, specifically, and finally, Part 7 will be a summary and reflection inviting you to see what might have been revealed to yourself regarding your own lifestyle and how you may take the next step. I’ll post a new part every other day, giving you a chance to read along. I hope you continue to enjoy this 2-week journey with me!
The principle: Stasis, whether of blood, lymph or energy, can harbor disease. Movement and change are crucial to survival of every being and of the planet. Macrobiotics promotes at least 30 minutes of exercise a day. There is also a practice in macrobiotics known as “the body rub” where a wash clothe (organic, of course) is dipped in warm water and used to scrub the skin, especially in places where lymph nodes are anatomically prominent26. Clothing that limits circulation or lymphatic drainage, such as bras with underwire, should be avoided.
The suggested evidence: Red blood cells turn over occurs every 120 days in order to keep our blood at maximum capability of transporting oxygen to our tissues and carbon dioxide out of the body through the lungs. This explains the timeline of the laboratory value, hemoglobin A1C. This laboratory test is one often used to diagnose or monitor disease in patients with diabetes (type 2). When blood sugar has been elevated for an extended period of time (such as 120 days) it can form molecular bonds with proteins on the surface of red blood cells (a process called glycosylation). Being that hemoglobin is one of the proteins that red blood cells carry (and, arguably the most important being that it’s the one responsible for oxygen transport) the amount of accumulation of this glycosylation is described by the hemoglobin A1C test and can tell a clinician how well (or how poorly) controlled one’s blood sugar levels have been over the past 3 months (120 days). Here’s the punch line: red blood cells are usually very malleable and limber (they have to be to get through your teeny tiny capillaries to every micron of your body), but when these cells become glycosylated they have difficulty traveling around the body (stasis). This leads to lack of oxygen (hypoxia) in certain areas like the nerves leading to neuropathy and secondary skin ulcers as occurs in diabetes, for example. Blood sugar aside, any lack of blood flow leads to hypoxia and potential tissue damage through the process of ischemia. Any tissue that cannot get oxygen, cannot survive. This is the concept, though overly simplified here, behind conditions like stroke and heart attack.
Lymph transports and filters chemicals, fats and immune cells throughout our body. When lymph cannot flow, chemicals and fat are left behind (stasis). Further, if lymph is unable to circulate, immune cell circulation is also impaired – especially the dendritic cells, which are the ones to grab that static debris and those invading pathogens and bring them to the lymph nodes to show the army (aka immune system) what to go after in the body (bad guys) and what not to (self). Being that our immune system is the army against infection and disease and the source of “clean up” of a lot of biological debris in our body, stasis of it can pose a serious problem. Not to mention, if our immune system cannot determine bad guys from self, things like allergies, autoimmune diseases and even cancer can evolve (where our body is unable to see when our self has gone awry) – notably, I’m over simplifying here. To pose some more specific examples, even distant disease (such as of the lung relative to the gut) has been linked to sites of lymphatic dysfunction farther away in the body (the gut) when that dysfunction is blockage (stasis)27. Blockage of lymphatic drainage also leads to the decreased clearance of products of the skin (possible support for the body rub)28and deposition of fatty tissue and manipulation of genetic expression in fat cells29. A more obvious example of stasis occurs in women who acquire lymphedema after mastectomy (surgical breast tissue removal) due to breast cancer. Lymphedema is a pooling of fluid (usually in the arm closest to the surgical site) due to the removal of lymph nodes and tissue, which normally would serve to filter said fluid out of the arm, and likely, into the blood stream to the kidneys and out of the body. Importantly, though the blood has the heart to propel it throughout the body, the lymph relies on the movement of skeletal muscle to help propel it through lymphatic vessels. Therefore not only is stasis in the form of inactivity a risk factor for virtually all acquired diseases (Total time sitting has been linked to all cause mortality30), but it promote cascades into a diffuse state of stasis throughout the entire body. Put down the computer (after you finish reading this) and do a little yoga or go for a 30-minute walk while you meditate on, or simply, ponder…
One who embraces the principles of macrobiotics, “keeps it moving,” bringing about a sense of synchronicity in all systems including the blood, lymph, gut, muscles, energy and entire body, therefore, aligning mind, body, spirit and nature at large. I bet you’ll find that just being aware brings about half the change (#counsciousnessiskey).
So I post to you… why avoid stasis in your life?
26. About: She Cooks Macro. She Cooks Macroat
27. Deitch, E. A. Role of the gut lymphatic system in multiple organ failure. Curr Opin Crit Care 7,92–98 (2001).
28. Liu, N. et al. Hyaluronan metabolism in rat tail skin following blockage of the lymphatic circulation. Lymphology 35, 15–22 (2002).
29. Aschen, S. et al. Regulation of adipogenesis by lymphatic fluid stasis: part II. Expression of adipose differentiation genes. Plast. Reconstr. Surg. 129, 838–847 (2012).