I’ve written about fasting and cancer treatment in the past. I recently posted comments and a link to Running on Empty, a nice overview article on the effects of fasting on a variety of health conditions. Fasting is a hot topic, to be sure.

Research continues to emerge to support the potential benefits of fasting for people with certain (though not all) types of cancer. Fasting is being studied as a way to reduce the risk of metabolic syndrome and diabetes. It is being studied for autoimmune and cardiovascular diseases too. Health experts who study the effects of fasting believe it may be able to:

• dampen inflammation in the body
• improve immune function overall
• decrease autoimmunity, a set of immune responses by the body against it’s own healthy tissues and cells
• decrease risk of neurodegenerative diseases, which can lead to cognitive decline with age, such as what happens in Alzheimer’s disease
  

Intermittent Fasting

I referred to fasting above as “intermittent fasting.” There are several different types of intermittent fasting, which are well defined by an excellent article on fasting in The Scientist. Here is a summary of their definitions, with some explanatory additions from me:

• Alternate-day fasting: Subjects eat a standard healthy diet every other day. For humans, non-eating days typically consist of one small meal of around 500 calories, amounting to a dietary energy reduction of approximately 65 percent to 80 percent of usual intake. This means “non-eating days” aren’t 100% calorie free, though calories are severely restricted on “fasting” days.
• Periodic fasting: This fast is undertaken anywhere from once a month to once a year. For a period of at least five days, food is avoided completely or subjects eat a modified “fasting-mimicking diet” (FMD), which steps down energy intake over the fasting period, and is low in carbohydrates, proteins, and calories. The FMD approach appears to provide much of the same benefit of full fasting (no calories from any source), with one advantage: Being able to have some calories each day (mostly from fat) can be easier for people to follow than a “water-only” fast.
• Time-restricted feeding: Calories are not restricted, and dietary composition is not altered. But eating is confined to a window of 8, 10, or 12 hours per day. For example, you’re confining your eating to 8 hours out of a 24 hour day, and the last time you ate was dinner at 8pm the evening prior, your first meal of the day would be noon.
• 5:2 diet: A person eats five days of the week and abstains from eating, or eats just a very small amount the other two days. For example eating on Monday, Wednesday, Friday, Saturday, and Sunday and fasting on Tuesday and Thursday would be a 5:2 diet. On fasting days, a person can eat one small, 500-calorie meal, cutting dietary energy by about 65 percent to 80 percent on the fast days. As with periodic fasting and alternate day fasting, the fasting days can be a complete fast from all calories, or may follow a very low calorie FMD – Fasting Mimicking Diet.

How is Fasting Related to Refeeding Syndrome?

I never gave much thought about how best to break a fast until I stumbled onto Nat Eliason’s blog on his experience with a five day fast. I often search the scientific and medical literature on topics of interest, but I decided to Google a few health-related topics that day. My googling brought me to Nat’s interesting day-by-day account of five days of drinking only water… No food and no drink (other than water) for five days.

Nat discussed “refeeding syndrome” as a risk and “where your reintroduction of food spikes your insulin so much that you go into shock and maybe die. It’s a concern on fasts five days or longer, and when you’ve lost a lot of body weight.”

Nat also noted, “a lot of the sites that talk about fasting say that you should start with fruits and vegetables since they’re easily digestible. Vegetables make sense, but fruit? Fruit has a fairly high glycemic index, meaning it risks spiking your insulin.”

This left me thinking, that’s not quite right. Insulin can play a role in refeeding syndrome, but it’s not the direct reason why refeeding syndrome is so dangerous. I reached out to Nat to explain how I understand refeeding syndrome, and surprise! – He answered back! It’s nice to converse with intelligent strangers on the web. In keeping with “nice stranger” etiquette, Nat encouraged me to share my explanation with others.

Here it is.

What is Refeeding Syndome and Should I Worry About It?

For a 5:2 diet, time-restricted eating, or alternate day fasting, the issue of how to “break” the fast, or begin eating again after fasting is a non-issue. The time without food isn’t long enough to raise concerns about refeeding syndrome. Refeeding syndrome is a potentially fatal shift in fluids and electrolytes and may occur in severely malnourished people when they begin eating again. Severely malnourished typically does not apply to someone coming off of an intentional, five-day fast.

The dangers associated with refeeding are of concern for severely malnourished, often hospitalized patients, when they begin receiving nutrition again. They may receive nutrition as enteral or parenteral nutrition. Enteral nutrition is given through a feeding tube. Parenteral nutrition, a highly specialized solution of nutrients, is given through a central vein in the body. For people who are able to eat food or drink liquids, refeeding would involve eating meals and snacks.

So, back to the comment about fruit and insulin spikes…

The negative effects of refeeding when a person has serious health issues or is severely malnourished aren’t directly related to insulin. Dangerous refeeding syndrome is related to the movement of fluids and electrolytes, such as potassium and phosphorus, within the body when they start eating or taking in calories again. Specifically, refeeding syndrome is caused by the movement of electrolytes from the intercellular (between cells) to the intracellular (within cells) space.

Am I At Risk of Refeeding Syndrome?

For otherwise healthy, well-nourished people, actual refeeding syndrome after a five day fast is very unlikely. If basic nutrition is good, and a person normally eats a well-rounded diet, five days of fasting is unlikely to cause the level of severe malnutrition associated with a risk of refeeding syndrome.

Very notable examples of widespread refeeding syndrome occurred during and after WWII. And the level of malnutrition associated with these events was severe. Consider survivors of the holocaust, who were literally starving to death in concentration camps. Or consider portions of the Dutch population who became malnourished when the German military blockaded portions of the Netherlands during WWII, resulting in widespread famine. These two groups are among those in which deaths due to refeeding syndrome were first observed in large numbers. It is this type of severe malnutrition associated with high risk of refeeding syndrome, but why?

When a person fasts, cells in the body begin to use stored energy for fuel. Glycogen, which is the storage form of glucose, is used first. Glycogen is broken down into glucose and released into the blood. Once this fuel is used up, usually after a day or two, the body begins to use fat and protein for fuel. If a person is otherwise healthy, most of the fuel (energy) your body needs will come from fat. The body will use some protein to keep basic metabolic functions going, but you will aggressively recycle amino acids – the building blocks of protein – to minimize loss of lean body mass. After five days of fasting, only small portions of your body stores of fat and protein will be used. This does not result in severe malnutrition.

However, as your body uses up and releases fuel into the blood stream, it also releases potassium, phosphorus, and other electrolytes that were in those cells. Again, these changes and shifts in electrolytes from within cells into the circulatory system are quite small after five days of fasting for an otherwise healthy person. The shifts only become life threatening after prolonged insufficient intake of energy and nutrients. Five days is not prolonged (though it feels like it if your intentionally fasting!).

Fortunately, the body preferentially uses up and destroys abnormal cells and components of cells, which is a good thing! This is called autophagy, and it is a healthy adaptation to fasting (for an interesting article on fasting and autophagy, try Can a Diet That Mimcs Fasting Turn Back the Clock?). Autophagy may be one of the key ways through which limited fasting improves health. But again, the autophagy occurring after five days of fasting is very small compared to autophagy occurring in people who are starving over weeks and months.

So what does autophagy have to do with refeeding syndrome? If you are severely malnourished, your intracellular – within cells – stores of potassium, phosphorus, and other electrolytes are very depleted. This is because your cells themselves are depleted. Your cells have, quite literally, “shrunk” as their contents have been released into the bloodstream for energy.

These cellular stores of electrolytes also are depleted because the small amounts of electrolytes you have left are in circulation. Your body must maintain minimum levels of these electrolytes in circulation to keep your heart beating and your brain functioning. Low levels of electrolytes in the blood can be life threatening, which is why these levels are checked daily when you are in the hospital. Your body will work very hard to keep these levels stable, even when you are starving.

This is where refeeding syndrome comes into the picture. Your electrolytes are very depleted. What little electrolytes you have are in circulation. When you “refeed” (via eating or enteral or parenteral nutrition), your body very rapidly starts shuttling the incoming energy (protein, fat, carbohydrates) into your cells to rebuild them. In order to rebuild your cells and tissues, the body also pulls electrolytes out of circulation back into cells. This movement of electrolytes from “between the cells” (in circulation) back into the cells can cause a dramatic and rapid drop in blood electrolyte levels.

It is the drop in blood electrolytes – potassium, phosphorus, calcium, and more – that leads to refeeding syndrome. This rapid electrolyte drop can stop your heart. In short, the heart muscle doesn’t have the electrolytes it needs to maintain it’s electrical pulses. It is the electrical pulses which cause the muscles to contract and your heart to beat. No electrical pulses = no heart beat. And no heart beat = death. If refeeding syndrome is severe, a person will, in essence, have a “heart attack.”

As for insulin, it does play a role in refeeding in an indirect way. Insulin is released when you take in calories, and is a signal to your body to begin shuttling those calories into cells to rebuild and repair them. In this way, insulin is the signal that starts refeeding syndrome, but insulin itself isn’t the main cause of this problem. Insulin triggers the cellular rebuilding, but it is the rapid drop in blood levels of electrolytes that is the main driver of refeeding syndrome.

How Would You Break-a-Fast?

Now you know what refeeding syndrome is (the basics – I’ve simplified it quite a bit!). You also understand, for otherwise healthy people who occasionally restrict food intake as a part of intentional fasting, refeeding syndrome is very unlikely. I say “very unlikely” because I am not willing to say it could never happen.

Anything can happen, which is why it makes sense to eat a light, balanced meal as your first meal after fasting. Try a piece of toast with peanut butter. Or a piece of fruit and a handful of nuts. Some greek yogurt with fruit is a good choice. Try a piece of lean fish or chicken and some vegetables. Whatever you eat, start slowly, allow your body to respond to the food, and go from there.

Most importantly, if you have a health condition or take prescription or over-the-counter medication for any reason, do not try fasting without first talking to your doctor. Going without calories for longer than normal may change how your body uses medication, or may not be safe for you for other reasons.

I admit, I used to think of fasting as a “fad,” with no potential health benefit. However, the emerging research has changed my mind, and you might want to learn about this fascinating topic too! Running on Empty, a nice overview article in The Scientist, highlights the many ways in which purposefully skipping food for hours to days may improve health.

According to Running on Empty, “periodic fasting reprograms T-cell populations, tamping down autoimmunity.” The author notes, “…lack of incoming calories appears to prune away autoimmune T cells…” and “…several fasting studies have also pointed to a decrease in inflammatory cytokines.” This should improve health for people with autoimmune conditions.

Can fasting help people with cancer? Preventing, managing, and curing cancer is another topic I’m passionate about. According to the article, intermittent fasting may make “tumor cells more susceptible to chemotherapeutic agents while protecting healthy cells from the treatment’s toxicity,…” Studies in mice support this effect, and human studies are being undertaken to see if this works for people with cancer too.

The article in The Scientist describes different types of fasting and discusses how intermittent fasting may be of benefit for preventing and managing other chronic diseases as well, such as heart disease, neurodegenerative diseases, diabetes, and more. Check it out and see if you find the idea of fasting for health as interesting as I do.

Please keep in mind, if you have a health condition or take prescription or over-the-counter medication for any reason, do not try fasting without first talking to your doctor. Going without calories for longer than normal may change how your body uses medication, or may not be safe for you for other reasons.

• heme iron
• polycyclic aromatic hydrocarbons (PAHs)
• heterocyclic amines (HCAs)

Ample evidence suggests heme iron contributes to chronic disease risk, such as heart disease and digestive tract cancers. Heme iron is a strong pro-oxidant. In processed meat, heme iron likely worsens the carcinogenic effects of the nitrites as well.

As for PAHs and HCAs, you cannot avoid these if you eat cooked flesh. These compounds are generated due to the substances naturally found in meat.

• HCAs are formed when amino acids (protein building blocks), sugars, and creatine (found in muscle) react at high temperatures.
• PAHs are formed when fat and juices from meat grilled directly over an open fire drip onto the fire, causing flames and smoke, which rise up and coat the meat.

This means you can reduce PAHs by not grilling over open flame, but HCAs are formed regardless, simply because it’s meat plus heat.

There are ways to reduce the generation of these compounds in cooked flesh, but you can never get levels down to zero. Take the AICR quiz on safer grilling to learn more, and check out AICRs enews Guide to Healthy Grilling for additional information.

As an aside, you can grill your carrots and eggplant until they resemble a charcoal briquette, and you will not form PAHs or HCAs, because vegetables do not contain the precursor compounds from which these carcinogens form. You may create other noxious compounds, but the carcinogens PAHs and HCAs are particular to cooked flesh.

While it isn’t definitively known that PAHs and HCAs directly cause cancer in humans, evidence suggests this is the case.

The bottom line

• Processed meat, regardless of whether it is conventionally-raised or grass-fed, contains nitrates/nitrites, heme iron, PAHs, and HCAs.
• Fresh meat, regardless of whether it is conventionally-raised or grass-fed, contains heme iron, PAHs, and HCAs.

These substances (nitrates/nitrites, heme iron, PAHs, and HCAs) likely account for at least some of why processed meat and fresh meat are linked with increased cancer risk. Other research suggests animal protein in the diet may increase cancer risk as well.

Finding balance

Most health agencies do consider the adage, “the dose makes the poison,” when advising on meat consumption. Many of these agencies suggest up to 18 ounces of meat per week is not likely to measurably increase cancer risk. They do advise that no amount of processed meat is known to be “safe,” though they stop short of saying, “never eat these foods.”

In my previous post, I used Golden Rice as an example of one potential positive use of technology for genetically modifying food crops. The latest news sounds bad for Golden Rice; however, if you look beyond the headlines, you’ll see that the retraction of a Golden Rice research paper was justified, but why it was recalled isn’t related to the science itself.

In the article, “Judge Decides on GM Rice Retraction” The Scientist noted, “They found that the rice was just as good as a β-carotene supplement and better than spinach.”

The article further noted, “According to a Tufts spokesperson who spoke with Retraction Watch, no one is questioning the validity of the data. The problem instead lies in how the study was conducted—in particular, a lack of evidence that all participants gave full consent. Tufts investigated the situation in 2012. “There was no evidence found of falsification or fabrication of the data that underlie the study’s primary findings,” according to the spokesperson. “Those reviews did, however, determine that the research had not been conducted in full compliance with Tufts research policies and federal research regulations.””

The American Journal of Clinical Nutrition‘s original decision to retract the paper, and the judge’s decision to uphold that retraction were justified. While it may seem like “no big deal” to feed rice – rice which has been proven safe for human consumption – to a group of people, it is a serious breach of ethical standards to fail to obtain 100% consent of every person affected by the research. This standard must be applied to every study, in order to protect potential research subjects from harm and abuse.

While eating rice may be “no big deal,” not addressing the researchers’ failure to obtain consent from each subject individually would have opened the door to studies in which it is a very big deal to ignore standards of consent… giving vaccines, providing experimental therapies, and more. The history of medical research is littered with abuses of study subjects, and this paper retraction shows that in many (though sadly, not all) cases, our current system does operate in a way to protect people involved in current-day research.

As with all research, and the controversies that surround many studies, be sure to read beyond the headlines to understand the full picture, and all of the details that make up that picture.

I was recently interviewed by US News & World Report on dietary supplements during cancer treatment http://tinyurl.com/pdc3wcw and the importance of good nutrition during chemotherapy http://tinyurl.com/lbpcv82.

This is a topic near and dear to my heart, so It’s amazing to see these key issues getting good press in a venue that will reach many, many people! I hope you enjoy reading these articles as much as I enjoyed contributing to them!

I’m going to share some thoughts on GMOs or genetically modified organisms, as this relates to food. This may incite a riot… or at least a lot of negative feedback. I’m going to propose something a bit radical. The truth about GMO foods may not be black and white. GMO may be shades of gray, and I’ll tell you why I believe this may be true. Please don’t tune out… there are important questions we must tackle.

The good, the bad, and the ugly… with a focus on the bad and the ugly

The unfortunate face of GMO

I believe that the GMO issue is not very well-understood by most people, but I don’t think it’s their fault. I blame the large agribusiness (“Big Ag”) interests for this problem. In my opinion, it’s very unfortunate that the face of GMO, in fact, the very first thing that Americans (and most other people around the world) think when they hear the phrase, “GMO” is Monsanto and Roundup Ready soy. While soy was the first, there are now many Roundup Ready crops, including corn, canola, alfalfa, cotton, and sorghum. So, why is it so unfortunate that GMO is synonymous with Big Ag in general, and Monsanto in particular? Because I honestly believe the entire purpose of these GMO products was to enrich Monsanto, period.

Contrary to Monsanto’s claims, Roundup Ready crops have not resulted in more food grown per area of land, and less application of herbicides overall. What they have resulted in is record profits for Monsanto and its shareholders. These crops result in two profit streams for the company. Farmers must buy Monsanto’s herbicide Roundup to use on their crops, and farmers pay more for the “special” GMO seeds. It’s a lose-lose for the farmer, and a win-win for Big Ag. Monsanto promotes Roundup ready foods in particular, and genetically engineered foods in general as the solution to feeding a growing world. Skeptics (myself included) don’t buy it – literally or figuratively.

Further profits come from the fact that the Roundup Ready crops use a technology referred to as “terminator technology.” This means seeds grown for a second generation are sterile, in essence, useless to the farmer. Farmers must purchase new seeds from Monsanto every single year if they want to continue to grow these crops. This goes against centuries, millennia even, of farming practice. Saving back seeds from a previous year’s harvest is a way that farmers the world over are ready for the next season. Even better, the farmer can pick which seeds to save back… maybe those from plants that were the biggest and yielded the most food, or plants that seemed most resistant to pests. Over time, this resulted in genetically varied and strong plants, and cost the farmer nothing, as he or she did not have to buy seeds every year.

Big (Ag) lies

Also troubling is that the American public was told Roundup Ready crops would yield more food, and result in less total application of herbicides on crops across the United States. Neither of these things turned out to be true. In 2002, an organization called the Soil Association published a comprehensive, well-researched report, called Seeds of Doubt, on the many impacts of GMO crops. According to the findings detailed in this 68 page report:

• Many claimed benefits of Roundup Ready crops have not been seen in practice
• The profitability (to the farmer) of growing Roundup Ready soy is less than non-GM crops, due to the extra cost of GM seed and because lower market prices are paid for GM crops
• The claims of increased yields have not been realized, and Roundup Ready soy appears to yield 6–11 percent less food than non-GM varieties.
• GM herbicide tolerant crops have made farmers more reliant on herbicides, new weed problems have emerged, and farmers are applying herbicides several times, contrary to the claim that only one application would be needed.
• Rogue GMO oilseed rape plants (‘volunteers’) have become a widespread problem in Canada, with contamination from these GMO plants causing the loss of nearly the entire organic oilseed rape sector in the province of Saskatchewan; organic farmers are struggling economically and many can no longer sell their product as organic due to GMO contamination.
• Within a few years of the introduction of GMO crops in North America, the majority of the $300 million annual US maize exports to the EU and the $300 million annual Canadian rape (canola) exports to the EU had disappeared, and the US share of the world soy market had decreased. Why is this a problem? Because…
• US farm subsidies were meant to have fallen over this time frame. Instead they rose dramatically, paralleling the growth in the area of GMO crops. The lost export trade as a result of GMO crops may have contributed to a fall in farm prices and hence a need for increased government subsidies, estimated at an extra $3–$5 billion annually
• In total, it is estimated that GMO crops may have cost the US economy at least $12 billion net from 1999 to 2001.
• Accusations of farmers infringing on Monsanto company patent rights has contributed to severe legal difficulties for farmers: One non-GMO farmer whose crop was contaminated by GMOs was sued by Monsanto for $400,000.

This report was published over a decade ago, and this situation has continued to play out, in exactly this direction of diminishing returns, and more costs to farmer and society, since that time.​

Herbicide use only going up

As for herbicide application, it has increased year over year at a significant rate since the introduction of GMO crops. According to a 2012 study published in Environmental Sciences Europe, “Contrary to often-repeated claims that today’s genetically-engineered crops have, and are reducing pesticide use, the spread of glyphosate-resistant weeds in herbicide-resistant weed management systems has brought about substantial increases in the number and volume of herbicides applied.” The researchers also concluded, “If new genetically engineered forms of corn and soybeans tolerant of 2,4-D are approved, the volume of 2,4-D sprayed could drive herbicide usage upward by another approximate 50%.”

Guess what happened in October 2014? The Environmental Protection Agency (EPA) approved a Dow Chemical herbicide blend of 2,4-D and glyphosate, intended for use on Dow’s patented 2,4-D resistant GMO corn and soybeans. For some background the Dow-produced 2,4-D was a component of “Agent Orange,” the toxic defoliant used in Vietnam, and is the seventh largest source of dioxins in the United States.

Recent designation: Roundup is probable carcinogen

On March 20, 2105, the International Agency for Research on Cancer (IARC) – a research arm of the World Health Organization (WHO), published a research paper which recommended that glyphosate (Roundup) be classified as a probable carcinogen. A carcinogen is anything that causes cancer. Remember, glyphosphate is the most widely produced herbicide, by volume, on the planet.

No wonder people hate GMO

I hope by now you are convinced that I am by no means a fan of GMO crops. In fact, I am adamantly opposed to how they are being used in North America, and I personally avoid GMO foods as much as possible. After reading these facts I hope you also believe GMO crops are nothing but bad news. And this is the baseline from which most people have formed their opinions about GMO. Rightly, they have concluded these products are not good, and are simply one more way for Big Ag to make money, foul the environment, disregard the farmer, and completely ignore the very serious health and environmental consequences of application of these highly toxic chemicals.

The sad thing about all of this is that the true potential of GMO to actually help people has never been realized, because Monsanto, other Big Ag and chemical companies (i.e., Dow, Archer Daniels Midland, Cargill, BASF, Syngenta, Bayer, and DuPont) all got there first.

Based on this very awful track record, I certainly don’t have a positive association in my mind with GMO food. Beyond these egregious and obvious harms from GMO as it is used in North America, a lot of questions need to be answered about the safety of the practice of inserting genes – safety to humans and for the environment, including large ecological systems, watersheds, soil resources, and more.

We know the chemicals used with these seeds are a major issue. We know that mono-cropping – growing large swaths of one or two varieties of food across the country – is bad for the environment, depletes soil, and makes it more likely that a crop destroying disease develops. We know losing all of the diversity in our food crops promotes a very poor diet among Americans… Keep in mind that commodity crops are grown in lieu of healthy foods, and these crops are widely used to produce junk food. And we need more information on whether the food itself, with its inserted genes (assuming it isn’t contaminated with chemicals) is safe, for people and for the planet.

The gray areas: potential upsides of GMO

But what about GMO plants that actually may help people? This would be plants that aren’t designed solely to drive profits (harms be damned), but rather plants that could address serious human global health problems. For example, consider Golden Rice (yes, I know many of you are rolling your eyes, but bear with me). This product was developed, using GMO techniques, to provide beta-carotene into the diets of people living in the developing world. Why the focus on beta-carotene?

Beta-carotene can be converted into vitamin A in the body, and vitamin A deficiency is at crisis proportions in the developing world. Vitamin A deficiency is the leading cause of blindness in children in the the developing world, and contributes significantly to their inability to mount an immune response, a condition termed “anergy.” This means Vitamin A deficiency causes a lot of infant and childhood death indirectly, by making kids much more likely to die of an infectious disease. Even vaccination will not elicit an immune response in someone with severe vitamin A deficiency.

Per the World Health Organization, 122 countries have vitamin A deficiency of public health significance in preschool-age children. And once a child is diagnosed with night blindness, progression to death is not far behind if the deficiency isn’t corrected. By numbers, night blindness is estimated to affect 5.2 million preschool-age children and 9.8 million pregnant women. Low serum retinol (a form of vitamin A measured in the blood) affects an estimated 190 million preschool-age children and 19.1 million pregnant women globally.

This is a completely preventable problem, if we could just get vitamin A (or its precursor beta-carotene) into the diet. Rice was chosen as a possible food for doing this, because it’s a staple food in so much of the world. Golden Rice was not developed by a corporation, but by nutrition researchers in Switzerland and Germany.

Per information provided by the Golden Rice Humanitarian Board,  “The inventors of Golden Rice were Ingo Potrykus, Professor emeritus of the Institute for Plant Sciences of the Swiss Federal Institute of Technology (ETH, Zurich), and Professor Peter Beyer, of the Centre for Applied Biosciences, University of Freiburg, Germany (Ye et al 2002). The search for a Golden Rice started off as a Rockefeller Foundation initiative in 1982. After years of research by various research groups, a meeting of experts was convened in New York in 1992. There, Ingo Potrykus and Peter Beyer met for the first time, and subsequently decided to embark on the project that would lead to the development of Golden Rice in 1999. Their great contribution consisted in showing that a very complex biosynthetic pathway could be tweaked to enhance the health-promoting virtues of a crop. The breakthrough insight was that most of the pathway was already present in the rice grain and it only needed two genes to reset the whole pathway.”

Baby out with the bathwater

Sadly, it is unlikely that Golden Rice will ever be put to its intended use. Many health and nutrition experts hold this up as example that GMO is useless. For example, Marion Nestle, who I hold in high regard for her intelligence and sensible approach to nutrition, has noted, “Golden Rice is the most prominent example of the benefits of agricultural biotechnology but ten years later its promise was still unfulfilled. Field trials began in 2008 and the rice might be in production by 2011 [Oops. It’s still not in production].”

I think this is unfortunate, because it proverbially, “throws the baby out with the bathwater.” Basically, because Golden Rice has never made it to market, we should just stop exploring the biotechnology avenue altogether. Another issue raised by those who cite Golden Rice as an abject failure is that it does not address the huge, intractable, underlying issues contributing to malnutrition… lack of empowerment of women, the legacy of colonialism, lack of access to indigenous seeds and loss of the knowledge on how to grow them, government corruption, war, and so forth. The list of contributors to malnutrition is long, and permanent solutions are tough to implement.

My big questions:

1. Why wouldn’t we use something like Golden Rice (assuming it is proven safe) as a stop gap? People the world over are going blind and dying due to vitamin A deficiency, as I type this!! The permanent solutions take time.
2. Why wouldn’t we use something available now, to stop the carnage of malnutrition, even if it isn’t the end game, even if it doesn’t solve every social ill, and even if it only helps a portion of those affected by vitamin A deficiency?
3. Why wouldn’t we use something like Golden Rice to help even a few? We may say, well, it can’t be rolled out widely enough to help all of those affected, so why bother? But to the few who may be saved from blindness or death, it matters a whole lot.

What I really believe we need to do is to get mad. We need to get really angry and ask our regulators and legislators why they would approve something like GMO Round up Ready soy, while not helping to bring a GMO crop that actually may help people, to market.

One reason? Our entire political system is propped up on money, lobbying, and the fact that the person with the most money has the loudest voice. The Citizens United supreme court decision ensures that “corporations and unions have a green light to spend unlimited sums on ads and other political tools, calling for the election or defeat of individual candidates.”

But this is a story for another day….. Or maybe it is a story for today, as this NY Times article points out: A significant number of Americans, of all political stripes, want the political funding system overhauled.

Targeting the wrong GMO

So, while “Big Ag” busily courts the political decision makers to bring (in my opinion) useless GMO products to market – products which time and again have been shown to enrich corporations at the expense of human and environmental health – anti-GMO activists have stymied the ability to bring a potentially useful GMO food (Golden Rice) to market. In fact, a recent report noted that anti-GMO activists have destroyed Golden Rice test crops and lied about who they were, and why they were destroying the crops.

Again, don’t get me wrong, I think GMO needs a lot more study and careful consideration. Frankly, I would be pretty happy if the USDA had a complete turnaround, and revoked approval of Round Up Ready soy!.That is the last place where GMO is going to help, other than perhaps, to help enrich a few executives and shareholders associated with big agribusiness and multinational corporations.

Beyond Golden Rice

Beyond golden rice, there are many places where GMO is being studied, not by industry, but by people who have made it their life’s work to alleviate suffering due to food insecurity around the world. I find it heartening that one researcher has used conventional plant breeding techniques to create “orange corn.” Again, the goal is to get more pro-vitamin A carotenes into the diets of people who are suffering the dire consequences of vitamin A deficiency. Perhaps this approach, because it is more politically palatable, will finally bring a nutrient-enriched staple crop to places that desperately need immediate access to vitamin A-rich foods… Again, think of this as a stop gap, until we can fully address the big questions, which we most certainly need to do.

But what about dealing with climate change? Many environmental and organic food activists note that conventional breeding techniques can be used to create more drought tolerant plants. However, there are some issues that simply cannot be tackled with these methods. Consider rising seas and salt water incursion into farm land. This process – soils becoming more saline (salty) due to rising sea levels – happens over a period of months, not years. It is unlikely that in one or two generations of conventional breeding, a plant can be adapted fast enough to grow well in these high-salt soil conditions.

As farmers in Bangladesh can attest, if there is sea water incursion, even after the brackish (sea and ground water mixtures) water recedes, nothing conventional will grow there. Conventional seeds just don’t do well with all that salt. And this problem is huge. Per the Rockefeller Foundation’s Catalysts for Change, Paths Out of Poverty website, “Bangladesh has a coastal area of 2.5 million hectares. Out of this, approximately 1 million hectares of land have already been affected by different levels of salinity.”

It’s also worth noting that sharing this same page on the potential benefits of using genetic modification techniques to address the “salty soils” problem, is a link to an article, “Organic Rice Farming in Thailand as a Method to Escape Debt Entrapment.” The Rockefeller Foundation is no shill for GMO, and recognizes the clear need for organic farming methods to improve lives and livelihoods around the globe.

What next?

I suppose it’s “pie in the sky” and naive to believe we (humanity) could actually use biotech for good in agriculture, only where it’s needed, while also ensuring local seed varieties are preserved, empowerment of women is fostered, better stewardship of the land is prioritized, local initiatives to fix problems rule the day, anti-corruption initiatives are implemented, and more. That is my wish; unfortunately, I feel very alone in this.

I understand many people remain staunchly anti-GMO in all circumstances because this approach never seems to work out for anyone’s benefit, except large corporations. Sadly, GMO is now tainted with this reputation, so there is no longer the ability to have thoughtful discussions about whether and how this approach could possibly be used to help people.

Without those thoughtful discussions we may never know whether the risks of even “good” GMO foods, such as Golden Rice or saline tolerant rice, outweigh the “bad.” If we could have thoughtful discussions, we may discover that indeed, the anti-GMO position is the way to go; perhaps we should never go the GMO route. But we will probably never know.

We will never be able to conceive that perhaps good people, with the goal of alleviating suffering immediately, are working on these potential applications of GMO to help people the world over. In our 24/7 media-saturated culture, nuance is lost, and we are forced to “pick a side.”

If you have to pick a side, I suggest that side be to stop the current trend in GMO development in the United States. There is nothing to be gained from creating more crops requiring more pesticides.

Dry ingredients:

• 1 and 1/2 cups oat flour
• 1 cup coconut flour
• 1 cup brown sugar
• 1/4 cup arrowroot powder*
• 1 and 1/2 teaspoons xantham gum powder*
• 1 teaspoon baking soda
• 1 teaspoon salt

Wet Ingredients:

• 2 tablespoons vanilla extract
• 3/4 to 1 cup applesauce (no sugar added)
• 3/4 cup melted coconut oil (Melt on stove top over very low heat (in a metal bowl))

Other Ingredients:
One 12-ounce package dairy-free, semisweet chocolate chips

Directions:

• Preheat oven to 325 F.
• Melt coconut oil.
• Mix wet ingredients together in small bowl.
• Mix dry ingredients together in large bowl.
• Add wet mixture into dry and stir to combine.
• Add chips.
• Rinse hands under water to wet palms and fingertips. Rewet hands as needed, if dough begins to stick to your fingers.
• Form dough into round, 1 and 1/2 inch cookies on ungreased cookie sheet. Thicker, smaller cookies (form a ball and flatten very slightly with fingers) work best.
• Bake at 325 for 15 minutes.
• Remove from cookie sheet about 1 minute after pulling from oven. Place on plate.
• Let cool and enjoy.
• Store in freezer. These taste even better frozen.

*If you cannot obtain arrowroot powder and xanthum gum, substitute 3 tablespoons corn starch for arrowroot powder and omit xanthum gum; this results in dryer, more cake-like cookies.

It sounds contradictory, but a significant number of people in the United States today are simultaneously under- and overnourished. How can that be? If you’re significantly overweight, surely you can’t be malnourished, right?

As a former overweight person myself, a registered dietitian who has worked with many people on weight loss issues, and an epidemiologist who studies the science of chronic disease and body weight regulation, I know firsthand that it’s all too easy to be both overweight and malnourished.

The key to understanding this paradox is to understand the difference between macro- and micronutrients. Macronutrients provide the body with energy in the form of calories. Think carbohydrate, protein, and fat. There’s also alcohol, which isn’t an ideal source of calories, but which provides them nonetheless. Being a fan of a nightly glass of wine or a beer, I’d be remiss if I didn’t mention that alcohol provides calories! One gram of alcohol provides 7 calories. This means that in terms of caloric density, your drink is roughly halfway between protein and carbohydrates (4 calories per gram) and fat (9 calories per gram).

Tiny Nutrients, Enormous Benefits

Micronutrients are indeed “micro,” meaning that we need them in small quantities for good health. This includes vitamins, minerals, and phytonutrients, which are non-vitamin/non-mineral plant nutrients. Examples include carotenes and flavonoids. Vitamins and minerals are vital for life – it’s right in the name – vitamins. Without them, we’d end up with a deficiency, and eventually, a deficiency of essential vitamins and minerals can lead to death. Fortunately, in this country, severe vitamin and mineral deficiencies are uncommon. Unfortunately, they are very common in parts of the developing world (I’ll be revisiting this important issue in a future post).

Phytonutrients are different than vitamins and minerals. For one thing, there are thousands of them, compared to just a few dozen essential nutrients. Many phytonutrients are found in vegetables and fruit, and they give these foods their bright red, yellow, purple, green, and orange colors. Most of us are familiar with the phytonutrient beta-carotene, the nutrient that makes carrots and sweet potatoes orange. Other important phytonutrients hide inside whole grains, beans, and nuts.

Unlike vitamins and minerals, phytonutrients aren’t vital for life: you won’t die of a beta-carotene deficiency. But if you don’t get enough phytonutrients, you can have major health problems, which can contribute to difficulty losing weight, and difficulty maintaining weight loss.

What’s the Connection?

Most people don’t give much thought to micronutrients and body weight. Many people figure if it’s not a calorie, it doesn’t matter. The truth is more complex. Sure, calories are one key to weight loss. But dig a little deeper, and you’ll see how adding in the right foods, rich in micronutrients, will aid weight loss, help your body function better, and may even help keep overeating in check. And this is no “diet.” This is how you want to eat. For the rest of your life.

Stronger and Leaner: Phytonutrients appear to help people maintain muscular strength, lean body mass, and muscle function. And if there’s one thing that anyone who’s tried to lose weight understands, it’s that more muscle means more calorie burning, even when you’re not moving. Who knew an apple, a blueberry, green tea, or broccoli could fuel your muscles?

Better Body Chemistry: Many obesity experts now consider obesity to be a state of chronic, low-grade inflammation. This matters a lot if you’re trying to lose weight, because inflammation makes it harder for you to shed fat and much harder for you to build lean, healthy muscle. It’s a vicious cycle: carrying extra body fat promotes inflammation, and inflammation makes it harder to lose weight.

Phytonutrients dampen inflammation. By including plenty of phytonutrient-rich, anti-inflammatory foods in your diet, you fight the low-grade inflammation that results from being overweight and that may be contributing to staying overweight. By dampening inflammation, phytonutrients appear to improve body chemistry, and improve the odds of weight loss success.

Less Overeating: If that’s not enough to convince you to change your dieting ways, consider this: noted nutrition experts now suspect that when we’re overnourished in terms of calories, but undernourished in terms of micronutrients, our bodies have a harder time judging how much food we truly require to satisfy nutritional needs.

We have basic needs for micronutrients – vitamins, and minerals, in particular, but likely phytonutrients, as well. Our bodies will tell us to keep eating until we meet those basic needs. If you eat foods that are low in micronutrients, which not surprisingly includes many “diet” foods, you need to eat more of them to reach the point where your body senses that you’ve gotten enough micronutrients.

Better Gut Health: The human “microbiome” is a hot topic right now. The microbiome refers to the collection of bacteria, fungus, and yes, even viruses, that reside in and on our body. These microbes appear to contribute significantly to health, and this is particularly true for gut health. In fact, the latest research has shown that some microbes in the gut may contribute to obesity, while others help keep us lean. But it’s a chicken and egg thing… which came first? Is a poor diet of unhealthy processed food the cause of “obesity-inducing” microbes? Or are “obesity-inducing” microbes present in higher numbers in the guts of some people, and this is what contributes to obesity, and inability to lose weight and keep it off?

The latest research on this topic came out just this week, presented on March 5, 2015, at the 97th Annual Meeting of the Endocrine Society in San Diego. Researchers studied people who had recently undergone bariatric surgery – the type of surgery used to induce rapid and dramatic weight loss in people who are significantly overweight (obese). Those people with the highest proportion of gut microbes that produce methane and hydrogen had the least weight loss. The researchers speculate that these methane-producing gut bacteria may be preventing or slowing down weight loss after bariatric surgery.

Other studies have shown that overweight and obese people have different combinations and numbers of specific gut bacteria compared with “lean” people. When you transplant microbes from obese people into “germ-free” mice, they put on weight, but the mice did not put on weight if transplanted microbes came from a lean person. Further, the “lean” bacteria can crowd out the “obese” gut bacteria, which prevents the mice from gaining weight… but only if the mice also ate a healthy diet.

Consider all of these facts together, along with the known gut health benefits of whole plant foods, and it makes sense that these foods can nourish our “lean” bacteria. These foods also may limit the number of “obesity-contributing” bacteria in our digestive tracts, helping us maintain a healthier body weight.

Go Low on the Food Chain

In order to nourish your body properly, you need to eat real food, not count calories. Eating “low on the food chain” gives your body the micronutrients it needs to build muscle, keep fat-promoting inflammation in check, and help you minimize the chances of overeating and bingeing. Of course, much of managing body weight is emotional, psychological, and mental. We know that binge eating disorder (BED) is a real medical condition, and using food to cope is very, very common. No amount of healthy eating will “fix” obesity without getting the emotional help and support you need.

However, once you begin working with a qualified mental health professional to address these very important mental health issues, food choices can help you move closer to your goal of a healthy, happy body, regardless of whether you shed a single pound. Yes, I’m a firm believer that everyone deserves to be healthy, and am a supporter of the Health at Every Size approach to wellness. Beating yourself up for “failing” diets is the last thing you need to do. Further, we live in a toxic food environment; people don’t fail diets, our toxic food environment – in which a bag of chips is cheaper than a bag of apples – fails people!

Now, getting back to eating “low on the food chain…” this means eating mostly whole, unprocessed, plant foods. The closer a food is to its natural form, or what it looks like when it comes out of the ground or off the tree or vine, the more micronutrients it contains. It’s also helpful, of course, that these foods tend to have the fewest calories per amount or volume of food. You get more micronutrients with fewer calories – a win-win all around.

I’m living proof this approach works, and I “walk the walk” every day. At my heaviest, I carried about 50 extra pounds on a 5’4” frame, which I lost for good about 114 years ago to reach a healthy body mass index (BMI) of 21.

Work with the Plate

To best understand the proportions of different phytonutrient-rich foods you need, visualize a typical round plate. Divide that into quarters. Three of those quarters should be filled with plant foods. Keep the balance tipped toward eating mostly vegetables, followed by slightly less fruit, and a very small amount of whole grains. It’s not that I don’t love whole grains, I do! However, between the bread, the bagels, and the cereal, most Americans do not need to be encouraged to eat more grains, whole or otherwise.

The other one-quarter is left for lean protein. Focus on plants – legumes (beans, peas, chickpeas), nuts, and seeds for most of your protein. Eat fish if you’d like, a couple of times per week.. Enjoy organic, free-range/grass-fed chicken, beef, or pork twice per week at most. And if you have a sweet tooth, save room in that last quarter for dessert!

References

1. Kolehmainen M, Ulven SM, Paananen J, de Mello V, Schwab U, Carlberg C, Myhrstad M,…, Dahlman I. Healthy Nordic diet downregulates the expression of genes involved in inflammation in subcutaneous adipose tissue in individuals with features of the metabolic syndrome. Am J Clin Nutr. 2015;101(1):228-39.
2. Hartstra AV, Bouter KEC, Bäckhed F, Nieuwdorp M. Insights Into the Role of the Microbiome in Obesity and Type 2 Diabetes. Diabetes Care. 2015;38(1):159-165
3. Rebello CJ, Greenway FL, Finley JW. A review of the nutritional value of legumes and their effects on obesity and its related co-morbidities. Obes Rev. 2014;15(5):392-407.
4. Farhat G, Drummond S, Fyfe L, Al-Dujaili EA. Dark chocolate: an obesity paradox or a culprit for weight gain? Phytother Res. 2014;28(6):791-7.
5. Herieka M, Erridge C. High-fat meal induced postprandial inflammation. Mol Nutr Food Res. 2014;58(1):136-46.
6. Kim H, Suzuki T, Saito K, Yoshida H, Kojima N, Kim M, Sudo M, Yamashiro Y, Tokimitsu I. Effects of exercise and tea catechins on muscle mass, strength and walking ability in community-dwelling elderly Japanese sarcopenic women: a randomized controlled trial. Geriatr Gerontol Int. 2013;13(2):458-65.
7. Uusitupa M, Hermansen K, Savolainen MJ, Schwab U, Kolehmainen M, Brader L, Mortensen LS,…, Akesson B. Effects of an isocaloric healthy Nordic diet on insulin sensitivity, lipid profile and inflammation markers in metabolic syndrome — a randomized study (SYSDIET). J Intern Med. 2013;274(1):52-66.
8. Willcox DC, Willcox BJ, Todoriki H, Suzuki M. The Okinawan diet: health implications of a low-calorie, nutrient-dense, antioxidant-rich dietary pattern low in glycemic load. J Am Coll Nutr. 2009;28 Suppl:500S-516S.
9. Martin C, Zhang Y, Tonelli C, Petroni K. Plants, diet, and health. Annu Rev Plant Biol. 2013;64:19-46.
10. Aoi W. Exercise and food factors. Forum Nutr. 2009;61:147-55.
11. Mattes RD, Kris-Etherton PM, Foster GD. Impact of peanuts and tree nuts on body weight and healthy weight loss in adults. J Nutr. 2008;138(9):1741S-1745S.
12. Coates AM, Howe PR. Edible nuts and metabolic health. Curr Opin Lipidol. 2007;18(1):25-30.