A conversation with Jay Feldman on bioenergetic health, stress physiology, and what mainstream fitness culture misses
This week I have a really exciting interview for you with Jay Feldman of Jay Feldman Wellness, and this conversation felt like such a natural continuation of everything we’ve been unpacking lately around calories, metabolism, stress, food, fitness culture, and what happens when the body finally says, enough.
If you listened to the episode I dropped a couple weeks ago, Calories In, Common Sense Out, this conversation with Jay is the perfect next step.
That episode laid the groundwork for something I keep coming back to: the body is not a calculator. Yes, calories matter. But the way modern fitness culture talks about calories often strips the body of important context: stress, hormones, thyroid function, energy production, sleep, recovery, nervous system load, and years of restriction.
Jay and I both come from backgrounds where we have done restrictive dieting, pushed hard, and learned the hard way that the body eventually keeps the score. That shared history is part of what made this conversation so good. We’re not talking about metabolism from a detached, abstract place. We’re talking about what happens when people spend years under-eating, overtraining, living on caffeine, pushing through exhaustion, and then wondering why their body no longer responds the way it used to.
In this episode, we talk about Jay’s approach to bioenergetic health, which starts with cellular energy rather than just calories, macros, or “discipline.” Instead of asking only, “How do I lose weight?” we ask a deeper question:
Does the body have enough energy to do what we keep demanding from it?
A lot of my audience includes current or former athletes, military and veteran types, fitness-minded people, chronic dieters, and folks who are used to pushing through pain. Many have spent years being praised for discipline while quietly feeling cold, exhausted, anxious, inflamed, underfed, over-caffeinated, and metabolically stuck.
We get into the difference between looking fit and actually being healthy. Can someone look lean, disciplined, or high-performing while internally running on stress hormones? How can you tell the difference between real energy and survival energy? Are cold hands and feet, waking at night, cravings, low libido, anxiety, or needing caffeine just to function clues that something deeper is going on?
We also talk about one of the most frustrating places people end up:
“If I eat more than 1,500 calories, I gain weight.”
That is such a common fear, especially for people who have dieted for years. And this is where the conversation gets really practical. We talk about metabolic adaptation, why the body may resist weight loss after long periods of restriction, and why eating more can feel terrifying even when it may be part of the long-term solution.
This also ties into something I’ve talked about before in my Earn Your Right to Diet episode: sometimes the next step is not another fat-loss phase. Sometimes the next step is rebuilding. That can mean a slow, strategic reverse diet—gradually adding calories back in, supporting thyroid and metabolic function, reducing stress load, and spending time at maintenance before asking the body to diet again.
Reverse dieting is not “just eat everything and hope for the best.” It is a methodical process of giving the body more energy while watching biofeedback: temperature, sleep, digestion, mood, training recovery, hunger, cravings, cycle health, libido, and overall energy.
Toward the end of the episode, Jay gives tangible advice on how people can start making sure they are eating enough food.
We talk about using basic calorie-needs charts as a starting point, especially because many adults are eating amounts that are closer to what a child or sedentary teenager might need… then wondering why they feel awful.
I also share some visuals during the episode, including examples of what 1,800, 2,000, and 2,200 calories can actually look like across three meals and two snacks. Because sometimes people hear those numbers and assume it means massive amounts of food, when in reality it can look pretty normal, nourishing, and manageable.
This episode is for anyone who feels like their body is betraying them after years of trying to do everything “right.”
We talk about:
bioenergetic health and cellular energy
the limits of “eat less, move more” advice
chronic dieting and weight-loss resistance
stress physiology and caffeine-driven energy
the difference between discipline and health
former athletes, veterans, and burned-out high-achievers
reverse dieting and rebuilding metabolic capacity
why the body may need more food before it can safely lose fat again
This is not a conversation about abandoning personal responsibility or pretending calories do not matter. It is a conversation about restoring much needed nuance and context.
Because sometimes the problem is not that you need more willpower.
Sometimes the problem is that your body has been running on fumes for far too long.
And that’s all I have for you folks, I’d love to hear your thoughts, leave me a comment or shoot me a private message to share them. If you appreciate this kind of work, please share and subscribe—that would mean a lot to me!
On metabolism, nourishment, food reverence, and the systems that shape what feeds us
Welcome back to Taste0fTruth Tuesdays. Today, we are mixing things up with a subject that is very near and dear to my heart: nutrition, metabolism, and our increasingly distorted relationship with food in our modern world.
This episode covers a lot of ground. We are moving from diet culture and my own history with restriction into metabolism, morality, industrial food, local agriculture, and the growing technological control of our food systems. It may sound like several different conversations, but they are all part of the same story.
This episode will also lay some of the groundwork for an upcoming interview at the end of the month with Jay Feldman Wellness.
Jay is a health coach, independent health researcher, and host of The Energy Balance Podcast. His work explores bioenergetic health and nutrition, including ideas influenced by biologist Ray Peat—principles I have found myself returning to, on and off, for the last several years.
But before we get there, I need to explain why this conversation is so personal for me.
As many of you know, I have spent more than 20 years in the health and fitness world. I have also written openly about how intense and complicated that journey has been.
I came of age during the late 1990s and early 2000s, an era saturated with diet magazines, celebrity weight-loss stories, low-fat everything, Special K commercials, “bikini body” workouts, and television programs that treated shrinking the body as both entertainment and moral achievement.
And those cultural messages did not exist in isolation.
I grew up in a household where my body was not simply noticed. It was scrutinized, compared, and commented on.
Those kinds of comments do not disappear with time. They become part of the architecture of how you see yourself. They follow you into mirrors, fitting rooms, photographs, swimming pools, doctors’ offices, and every room where you become aware that other people can see your body.
They teach you that the body must be managed and monitored.
They plant the belief that remaining small is the price of safety.
I grew up believing that if I could control my body well enough, I could avoid humiliation. I could avoid becoming the punchline. I could avoid being seen in the wrong way.
For a while, I turned that fear into something our culture rewards: discipline.
But fear does not stop being fear simply because it learns the vocabulary of health and fitness.
In high school, I followed plans like the Special K diet. I relied on Carnation Instant Breakfast instead of complete meals. I skipped classes to work out before heading to my afterschool job. My protein intake was low. My fear of gaining weight was high.
Restriction became familiar.
And because restriction was praised as willpower, I did not always recognize it as deprivation.
That is the background I bring into this conversation. I am not critiquing calorie culture because I have never understood its appeal. I understand it intimately.
Numbers can feel safe.
Numbers feel objective. They offer the illusion that if you calculate carefully enough, track consistently enough, and exert enough control, the body will become predictable. Calories give food a score. The scale gives the body a verdict. And when you have learned to fear your own appetite, arithmetic can feel more trustworthy than sensation.
I have lived through periods in which weight loss looked like success from the outside while my body was becoming increasingly undernourished, stressed, depleted, and disconnected from its own signals.
So when I say that weight loss and health are not synonymous, trust me: I learned that lesson the hard way.
That is why I am interested in the bioenergetic perspective. Rather than asking only, “How little can I eat to make the number on the scale decrease?” it asks a more useful question:
How well is the body actually producing and using energy?
This episode is not intended to settle every claim made within bioenergetic nutrition. That is part of what I want to explore with Jay during our upcoming conversation.
Today, I want to lay the groundwork by examining the difference between consuming calories and producing usable cellular energy; between losing weight and becoming healthy; and between treating food as a number and understanding it as biological information, ecological relationship, and participation in a living system.
Because the body is not simply a furnace. Food is not merely a number.
And losing weight is definitely not proof that a person is nourished or healthy while doing so.
Modern nutrition has flattened food into arithmetic while removing almost everything that makes it meaningful.
SAD is the perfect acronym for the Standard American Diet because, whew, it really is sad what modern food culture has become.
And I do not just mean sad in the obvious “everyone is eating ultra-processed food and wondering why they feel terrible” kind of way. I mean sad in the deeper sense.
Sad as in spiritually impoverished.
Sad as in disconnected from land, animals, seasons, labor, gratitude, death, and actual nourishment.
Sad as in we have managed to turn food (one of the most intimate relationships a human being has with the living world) into a bland, plastic-wrapped transaction between a lonely person and a microwave, or a vehicle going to a fast food drive thru window.
That sounds dramatic.
But is it really?
We live in a culture that calls ultra-processed food “good enough,” celebrates weight loss regardless of how it was achieved, and then treats anyone who questions that framework as judgmental, elitist, or unnecessarily intense.
But that is exactly the problem.
Our culture has reduced food to numbers while stripping it of meaning. Calories. Macros. Points. Deficits. Cheat meals. Protein hacks. Low-cal swaps. “If It Fits Your Macros.” (I lived and breathed that lifestyle) We talk about food like it is accounting, not relationship. Like the human body is a calculator.
Of course, calories matter. I am not pretending energy balance is fake. But if your entire health philosophy begins and ends with calorie math, you are missing the human being attached to the equation.
Food is not only fuel. Food is information. Food sends a signal. Food affects insulin, thyroid output, leptin, ghrelin, cortisol, digestion, gut signaling, inflammation, mitochondrial function, cell communication, mood, cravings, satiety, sleep, fertility, and gene expression. A Hot Pocket and a grass-fed steak may both contain calories, but they do not speak the same biological language once they enter the body.
The lie of “calories in, calories out” must die.
Not because energy does not matter. It does. But because reducing food to calorie math is one of the dumbest things modern nutrition culture has done to the human body.
A calorie is a unit of energy, but the number printed on a label cannot tell us how effectively a food will be digested, absorbed, converted into ATP, or allocated among the body’s competing demands. That process requires minerals, vitamins, enzymes, hormones, functioning mitochondria, adequate protein, and a body that is not constantly underfed, inflamed, stressed, or depleted.
This is where the “just eat less” crowd loses the plot.
Most people are not building truly nutrient-dense meals, even when they think they are. They may be tracking protein, counting calories, or hitting some macro target, while still missing the deeper nourishment their body needs to actually turn food into energy. If someone is living on refined grains, muscle meats only, no seafood, low mineral intake, low variety, and almost no traditional foods, they can be “hitting their calories” while still undersupplying some of the micronutrients and cofactors involved in energy metabolism, tissue repair, and hormonal function.
But producing energy is only part of the story.
The body must also decide where that energy goes.
Mitochondrial psychobiologist Martin Picard and his colleagues have proposed an emerging framework called the Energy Constraint model. Their central idea is that the body operates with a limited but dynamic energy budget that must continually be allocated across cells, organs, systems, and behaviors.
Everything costs energy.
Neurons firing costs energy. Producing proteins costs energy. Mounting an immune response costs energy. Digestion, movement, cognition, reproduction, tissue repair, and communication between cells all carry energetic costs.
Nothing is free in biology.
Hierarchy of Energy Needs. From @martinpicard, “Energy Constraint on Health,” based on the Energy Constraint framework developed by Alexander Behnke, Evan Shaulson, Herman Pontzer, Chris Kempes, Martin Picard, and colleagues. Reproduced with permission from Martin Picard. Original article and primary paper linked here.
In their framework, the body’s energetic demands can be divided into three broad categories: vital functions; stress responses; and growth, maintenance, and repair.
At the base are the vital functions necessary to sustain life in the immediate term: breathing, heart activity, brain function, membrane potential, ion exchange, and basic metabolism. These processes receive priority because they are necessary for survival over minutes, hours, and days.
The next category includes stress-related demands. Exercise is a stressor. So are infection, inflammation, toxins, psychological distress, injury, sleep loss, and activation of the sympathetic nervous system. All of these require the body to spend energy responding and adapting.
At the top are growth, maintenance, and repair. These processes may not be essential for surviving the next several minutes, but they are essential for healing, resilience, muscle maintenance, reproduction, cognition, motivation, vitality, and long-term health.
When the body’s total demands become difficult to sustain, energy is not distributed evenly. More urgent vital and stress-related processes may be prioritized while investment in growth, maintenance, and repair becomes compressed.
In other words, the body may preserve what is necessary to keep you alive while reducing what is available to help you recover, reproduce, think clearly, maintain muscle, and feel fully alive.
This does not mean these higher functions simply switch off in a rigid order. It means the body makes trade-offs.
And duration matters.
Not every stressor is harmful. Exercise itself temporarily redirects energy, but when it is appropriately dosed and followed by sufficient nourishment, sleep, and recovery, the body can adapt and become more resilient.
The deeper problem is stress that becomes excessive, chronic, or inescapable.
When energetic demands continue for weeks, months, or years—whether from illness, infection, psychological stress, overtraining, sleep disruption, undernourishment, or some combination of pressures—the body may repeatedly postpone the repair work that was supposed to happen later.
This framework helps explain how someone can technically be eating enough calories (or even losing weight successfully) while experiencing fatigue, poor recovery, low libido, disrupted cycles, reduced motivation, brain fog, loss of muscle, or declining resilience.
It does not mean every one of those symptoms has a single energetic cause. But it gives us a much richer way of understanding health than simply asking whether someone stayed within a calorie target.
The body is not failing to obey an equation.
It is adapting to competing demands.
Nutrient status is only one part of this energetic landscape, but it is an important one. The body’s ability to produce, allocate, and use energy is also shaped by sleep, illness, stress, activity, mitochondrial function, recovery, and the cumulative demands being placed upon it.
This is why vitamins and minerals matter so much. They are not little bonus points sprinkled on top of a diet. They are part of the machinery that turns food into usable energy. They help build hormones and neurotransmitters, repair tissue, maintain immune function, support the liver, regulate the nervous system, and keep the organs doing their jobs.
Or said more simply: macronutrients burn on the flame of micronutrients.
That is the part calorie math misses. A Hot Pocket and a mineral-rich, protein-rich, whole-food meal may both contain calories, but they do not offer the body the same tools. One delivers energy potential wrapped in industrial convenience. The other provides the raw materials the body needs to actually build, repair, signal, regulate, and produce real cellular energy.
So when people say “it’s just calories in, calories out,” what I hear is a worldview that has confused potential with function.
A body is not helped by potential alone. It needs conversion. It needs nourishment. It needs signal. It needs minerals, protein, fats, carbohydrates, vitamins, salt, sunlight, rest, and rhythm.
Food is not just a number entering a furnace. Food is a set of instructions entering a living system. And if the instructions are poor, incomplete, synthetic, depleted, or chaotic, the body will respond accordingly.
This is where the lazy appeal to “thermodynamics” becomes almost comical. Yes, the laws of thermodynamics exist. Congratulations. But the human body is not a closed metal box in a lab. It is a living, adaptive, self-regulating organism. Inputs change outputs. Food changes appetite, energy expenditure, hormones, cravings, sleep, mood, metabolic rate, and behavior. The “calories out” side is not fixed. It responds to the quality, timing, and composition of what we eat.
Rupert Sheldrake has criticized the way modern science can harden living systems into dead-mechanistic models, and that critique fits here. The calorie model treats the body like a machine. But we are not machines. We are organisms. Food is not merely burned. It is received, interpreted, metabolized, stored, signaled, and woven into the body.
So yes, calories matter. But “calories in, calories out” as a complete theory of health is basically nutritional kindergarten, and it’s time to grow out of that.
But calorie reductionism is only one way modern food culture disconnects us from the complexity of nourishment.
We also have a tendency to turn eating into a moral identity. Foods become clean or dirty, virtuous or shameful. Diets promise not only better health, but innocence: a way to eat without exploitation, suffering, contradiction, or death.
I understand the appeal of that promise because I lived inside it.
I was vegetarian for years. At the time, I genuinely believed it was both the healthier and more ethical choice. I cared about animals. I still do—deeply. I did not want to participate in harm if I could avoid it.
But eventually, health-wise, vegetarianism stopped working for me. My body was not thriving. Practitioners I trusted encouraged me to reconsider whether I was receiving enough protein and nourishment, and over time I began incorporating animal foods again. That transition gradually led me toward a more pro-metabolic, ancestral approach to food.
I am not as critical of vegetarianism as I am of veganism because vegetarian diets can still include many traditional, deeply nourishing foods: eggs, butter, cheese, milk, yogurt, cream, and honey. These foods can still connect us to animals, farms, fermentation, older foodways, and the forms of nourishment on which human communities have relied for generations.
Veganism is different. I understand the moral impulse behind it. But modern veganism often depends heavily on the very industrial food system it imagines itself resisting.
It often depends upon global supply chains, fortified products, industrial monocrops, protein isolates, seed oils, and laboratory-like replacements for foods that once came directly from local land, animals, kitchens, and communities.
That does not describe every vegan meal or every person who avoids animal foods. But veganism as a widely accessible modern lifestyle has been made possible, in large part, by the industrialization and globalization of food. It became easier to imagine a diet detached from local ecology only after the modern food system detached nearly everyone from local ecology.
Before supermarket abundance, refrigerated transport, synthetic supplementation, and year-round imports, diets were far more directly shaped by region, climate, labor, animals, seasons, preservation, and survival.
This is what troubles me about the moral certainty that can surround veganism. Morality can bind us around compassion, but it can also blind us to costs outside the frame we have chosen. A person may avoid animal foods while remaining dependent upon monocropping, habitat loss, exploited labor, heavily processed substitutes, and corporations with no meaningful relationship to the land being depleted.
The suffering has not necessarily disappeared.
It has moved out of sight.
An ethical identity can become so focused on the visible animal that it loses sight of soil, insects, wildlife, farmers, rural communities, and the ecological relationships required to sustain human life.
This is why I keep thinking about survival programs like Alone. You do not typically see people in genuine survival conditions adhering to rigid dietary identities made possible by modern abundance. They eat the carbohydrates they can gather. They fish, hunt, forage, trap, and preserve whatever food the environment makes available.
A television program does not settle the ethical debate. But it does expose how much our modern food identities depend upon stability, infrastructure, supplements, supermarkets, and global abundance.
Most of us have no idea what we would actually eat if supermarkets, refrigeration, restaurants, and global supply chains disappeared.
It is easy to construct an identity around dietary purity while standing beneath fluorescent lights in a store containing food from every climate on Earth.
Survival has a way of stripping ideology down to appetite, ecology, and availability.
The point I’m trying to make here, is the deeper problem is not simply meat. It is our total disconnection from food itself.
The Standard American Diet is not built around reverence. It is built around convenience, profit, shelf life, hyper-palatability, and perpetual consumption. It is often high in refined carbohydrates and industrial fats, low in nutrient density, easy to overeat, and engineered to override the body’s natural signals.
It keeps people fed but not nourished.
Full but not satisfied. Stimulated but depleted.
I do not blame meat itself for the sickness of modern food culture. I blame the collapse of small and local food systems. I blame industrial agriculture and the consolidation of food production. I blame ultra-processed convenience food. I blame the severing of people from land, seasons, animals, kitchens, skills, and community.
I blame a culture in which people no longer know where their food comes from, what it took to produce it, or what kind of life and death made it possible.
Because that is the uncomfortable truth: death is always involved in food.
Neither vegetarianism nor veganism remove death from the food system. Fields are cleared. Habitats are displaced. Soil life is disrupted. Insects, birds, rodents, snakes, rabbits, and countless unseen creatures are killed through large-scale crop production. Farm workers are exploited. Water is diverted. Communities are transformed to serve distant markets.
Even a plate composed entirely of plants carries a cost.
That does not mean all dietary choices are morally equivalent. It means purity is not available to us. The moral task is not to imagine that we have escaped the web of life and death. It is to become more conscious of how we participate in it.
Nature is a total system, and within that totality it is not morally tidy.
We often use the word “natural” as if it means good, pure, balanced, or morally clean. But nature does not produce constant perfection. Nature produces totality. Beauty and monstrosity. Strength and weakness. Flourishing and failure. Healthy forms, botched forms, failed adaptations, extinction, decay, renewal.
Food belongs to that same uncomfortable order. There is no pure way to eat outside of life, death, appetite, cost, and consequence. The fantasy of a morally spotless diet is just another modern escape hatch from reality.
Morality works in a similar way. It is not merely a list of rules imposed from above. It is an energy-management system. It curbs violence, lust, greed, vengeance, ambition, and appetite so a group can maintain some version of peace. Morality contains the passions so they do not destroy the social body.
At both the personal and social level, morality determines which appetites may be expressed, which must be restrained, and which costs remain visible.
And maybe this is why modern food culture feels so spiritually sick. It has stopped containing appetite. It does not discipline desire. It engineers it. It stimulates it. It tells us we can eat industrially manufactured, hyper-palatable food and reduce the whole thing to calorie math, as if the body is not receiving signals, adapting, craving, storing, resisting, inflaming, and remembering.
Food is energy, yes. But not in the dead mechanical sense. Food is energy moving through a living moral and biological system.
That is why “calories in, calories out” feels so thin. It treats food as if it enters a furnace. But food enters a body. And bodies are not furnaces. Bodies are fields of signal, memory, hunger, restraint, ancestry, hormone, and meaning.
I completely understand the discomfort around eating conscious animals. I have read so many stories from first-time farmers who raise animals with love and then struggle deeply when it is time for slaughter. That pain means something. I respect it. Honestly, I trust that pain more than the numbness of the average grocery store shopper tossing factory-farmed meat into a cart with no thought at all.
The pain shows there is still reverence there.
And maybe that is what we have lost most.
We have been removed from the reality of food for so long that we tend to swing between two false extremes. On one side, we sentimentalize animals from a distance and pretend we can opt out of the death cycle entirely. On the other hand, we consume without thought, without gratitude, without responsibility, without even a pause. Both are forms of disconnection.
The more honest path, at least for me, is not pretending death can be removed from food. It is learning to approach food with more gratitude, humility, and responsibility.
That means caring about how animals are raised. It means caring about soil. It means caring about farmers. It means caring about local food systems. It means asking whether our food builds health or slowly drains it from us. It means understanding that “cheap” food often has hidden costs paid somewhere else, by animals, by land, by farm workers, by our own bodies, by our children, and by our communities.
And yes, it also means having higher standards.
I am tired of the cultural pressure to pretend that all food choices are basically the same as long as the calories work out. They are not. A calorie deficit may lead to weight loss, but weight loss is not the same as nourishment. You can lose weight while eating foods that do very little to support your metabolism, hormones, digestion, mood, or long-term health. You can shrink a body while starving it of what it actually needs.
Real nourishment asks more of us.
It asks us to pay attention. It asks us to recover old skills. It asks us to cook, to preserve, to source better when we can, and to know the difference between food shaped by land, animals, microbes, seasons, and human hands—and food assembled in a factory to survive for months in a freezer.
This is where food becomes spiritual for me.
Not spiritual in the vague influencer sense. Not “raise your vibes with an açai smoothie bowl” nonsense.
I mean spiritual in the older, more connected to earth sense: eating is an act of dependence, participation, and transformation.
Rudolf Steiner once approached nutrition through the idea that eating is never merely mechanical. Whatever one makes of his more esoteric language, I think there is something valuable in the underlying insight: food does not simply enter the body and disappear into a calorie ledger. The body must meet it, break it down, transform it, and incorporate it into the self.
What was once sunlight, soil, rain, grass, grain, fruit, milk, muscle, mineral, or microbial life becomes blood, tissue, hormone, neurotransmitter, heat, thought, movement, and memory.
Eating is one of the most literal ways the world becomes us.
That alone should make the act feel less trivial.
We are not floating minds temporarily renting bodies. We are dependent creatures. We require soil, water, sunlight, animals, plants, microbes, farmers, bees, rain, death, decay, and renewal. Every meal places us inside a web of relationships whether we acknowledge them or not.
And this means that food may shape more than our body weight.
What we eat can influence energy, mood, cognition, resilience, inflammation, digestion, and the clarity with which we move through the world. I do not mean that one perfect diet produces spiritual enlightenment, or that illness reflects moral or spiritual failure. Food is not a purity test.
But neither is it neutral.
The quality of what we repeatedly take into the body helps shape the material conditions through which we think, feel, recover, create, and relate to others.
Modern food culture wants us to forget all of this.
It wants food to be easy, cheap, fast, addictive, and morally weightless. It wants us to believe that a frozen pocket of refined flour, industrial oils, modified starches, sodium, flavoring agents, and processed ham is simply another option.
Just calories.
Just convenience.
Just people doing their best.
But I do not believe “doing our best” means lowering our standards until nothing matters. Nor do I believe the answer is to shame ordinary people for choosing the foods that our economic and agricultural systems have made cheap, available, familiar, and nearly effortless.
It is easy to preach ancestral nourishment from a well-stocked kitchen.
A serious food ethic must also account for price, time, disability, geography, cooking knowledge, working conditions, and access. Reverence that only the wealthy can afford is not reverence.
That does not mean pretending a Hot Pocket and a nutrient-dense meal are biologically or spiritually interchangeable. They are not.
It means directing our anger beyond the individual shopper and toward a system that has made industrial convenience easier to obtain than genuine nourishment—and then taught us to call that arrangement freedom.
But reverence cannot remain an individual lifestyle choice.
Our relationship with food is shaped by the systems surrounding us: what is affordable, what is available, what is subsidized, what is processed, what is imported, and what people realistically have the time and energy to prepare.
It is one thing to tell people to eat closer to the land. It is another to live inside an economy that has made industrial food cheaper, faster, and more accessible than the local, nutrient-dense food we claim to value.
So, this is not only a question of personal responsibility.
It is also a question of access, power, and who controls the conditions under which nourishment is produced and distributed.
As of May 2026, grocery prices were 2.7 percent higher than they had been one year earlier. Fruits and vegetables were up 6.1 percent. Food away from home was up 3.5 percent. Meanwhile, overall energy prices had risen 23.5 percent over the same period. These increases are layered on top of years of cumulative inflation, and they shape what families can realistically put on the table. U.S. Bureau of Labor Statistics. “Consumer Price Index Summary—May 2026.” June 10, 2026.
At the same time, the infrastructure surrounding American agriculture is becoming increasingly centralized and digitized.
In February 2026, the USDA announced its “One Farmer, One File” initiative, which is intended to create a single record following each farmer across the Farm Service Agency, Natural Resources Conservation Service, and Risk Management Agency. The department says the system will reduce duplicated paperwork, retire outdated technology, improve program delivery, and be completed in 2028.
“Protecting America’s farmland is protecting America itself, and this work gives USDA the visibility and speed needed to safeguard our food supply,” said USDA Chief Information Officer Sam Berry.
The government presents this as modernization: faster services, stronger cybersecurity, reduced fraud, better disaster response, and greater protection of American farmland and the food supply. Some of those goals are understandable. Farmers should not have to enter the same information into a dozen broken government systems. Disaster assistance should not be trapped behind obsolete technology. Modernization is not inherently sinister.
But neither is it irrational to ask questions when enormous amounts of agricultural information are consolidated through a company deeply involved in defense, intelligence, surveillance, and government analytics.
Who controls the data? Who is permitted to access it? How is that access audited?
Can information gathered for one purpose later be used for another?
What happens when one private contractor becomes embedded deeply enough in public infrastructure that removing it becomes nearly impossible?
How are farmers protected from political misuse, commercial exploitation, cybersecurity failures, or policies imposed by people who understand data models far better than they understand soil, weather, livestock, and living ecosystems?
Food is not merely another sector to be optimized.
Agriculture is biological, regional, unpredictable, and rooted in relationships that cannot be fully represented on a dashboard. Technology may assist farmers. Data may make government programs more efficient. But efficiency and resilience are not the same thing, and greater visibility from the top does not automatically create greater security on the ground.
A resilient food system requires more than centralized information.
It requires independent farmers, healthy soil, regional processing facilities, seed diversity, local knowledge, accessible markets, functioning supply chains, and communities that retain some capacity to feed themselves. It requires people who know how to grow something, preserve something, cook something, and recognize nourishment before a corporation packages and markets it back to them.
That is why the spiritual, biological, economic, and political dimensions of food cannot be separated.
The same reductionist worldview that treats the body as a furnace can treat the farm as a data point.
The same culture that reduces nourishment to calories can reduce agriculture to output.
The same system that tells us a calorie is a calorie can tell us that control is merely efficiency and dependence is merely convenience.
I reject both forms of reductionism.
A body is not a furnace to be calculated.
A farm is not a monocrop to be optimized or a data file to be controlled.
Food is not merely fuel, inventory, content, or data.
It is soil transformed by sunlight. It is water, labor, death, digestion, memory, culture, and life passing into life. To control food is to touch the most intimate point of contact between the individual body, the community, and the living world.
So, the question is no longer only whether we can eat without forgetting.
It is whether we can remember soon enough to reclaim some agency over what feeds us.
What Women Were Never Told About Weight, Aging, and Control
The Science They Never Told Us
This is the first episode of 2026, and I wanted to start the year by slowing things down, getting a bit personal instead of chasing the latest talking points.
At the end of last year, I spent time reading a few books that genuinely stopped me in my tracks. Not because they offered a new diet or a new protocol, but because they challenged something much deeper: the story we’ve been told about discipline, control, and women’s bodies.
There is a reason women’s bodies change across the lifespan. And it has very little to do with willpower, discipline, or personal failure.
In Why Women Need Fat, evolutionary biologists William Lassek and Steven Gaulin make the case that most modern conversations about women’s weight are fundamentally misinformed. Not because women are doing something wrong, but because we’ve built our expectations on a misunderstanding of what female bodies are actually designed to do.
A major part of their argument focuses on how industrialization radically altered the balance of omega-6 to omega-3 fatty acids in the modern food supply, particularly through seed oils and ultra-processed foods. They make a compelling case that this shift plays a role in rising obesity and metabolic dysfunction at the population level.
I agree that this imbalance matters, and it’s a topic that deserves its own full episode. At the same time, it does not explain every woman’s story. Diet composition can influence metabolism, but it cannot override prolonged stress, illness, hormonal disruption, nervous system dysregulation, or years of restriction. In my own case, omega-6 intake outside of naturally occurring sources is relatively low and does not account for the changes I’ve experienced. That matters, because it reminds us that biology is layered. No single variable explains a complex adaptive system.
One of the most important ideas in the book is that fat distribution matters more than fat quantity.
Women do not store fat the same way men do. A significant portion of female body fat is stored in the hips and thighs, known as gluteofemoral fat. This fat is metabolically distinct from abdominal or visceral fat. It is more stable, less inflammatory, and relatively enriched in long-chain fatty acids, including DHA, which plays a key role in fetal brain development.
From an evolutionary standpoint, this makes sense. Human infants are born with unusually large, energy-hungry brains. Women evolved to carry nutritional reserves that could support pregnancy and lactation, even during times of scarcity. In that context, having fat on your lower body was not a flaw or a failure. It was insurance.
From this perspective, fat is not excess energy. It is deferred intelligence, stored in anticipation of future need. This is where waist-to-hip ratio enters the conversation.
Across cultures and historical periods, a lower waist-to-hip ratio in women has been associated with reproductive health, metabolic resilience, and successful pregnancies. This is not about thinness, aesthetics, or moral worth. It is about fat function, not fat fear, and about how different tissues behave metabolically inside the body. It is about where fat is stored and how it functions.
And in today’s modern culture we have lost that distinction.
Instead of asking what kind of fat a woman carries, we became obsessed with how much. Instead of understanding fat as tissue with purpose, we turned it into a moral scoreboard. Hips became a problem. Thighs became something to shrink. Curves became something to discipline.
Another central idea in Why Women Need Fat is biological set point.
The authors argue that women’s bodies tend to defend a natural weight range when adequately nourished and not under chronic stress. When women remain below that range through restriction, over-exercise, or prolonged under-fueling, the body does not interpret that as success. It interprets it as threat.
Over time, the body adapts, not out of defiance, but out of protection.
Metabolism slows. Hunger and fullness cues become unreliable. Hormonal systems compensate. When the pressure finally eases, weight often rebounds, sometimes beyond where it started, because the body is trying to restore safety.
From this perspective, midlife weight gain, post-illness weight gain, or weight gain after years of restriction is not mysterious. It is not rebellion. It is regulation.
None of this is taught to women.
Instead, we are told that if our bodies change, we failed. That aging is optional. That discipline and botox should override biology. That the number on the scale tells the whole story.
So, before we talk about culture, family, trauma, or personal experience, this matters:
Women’s bodies are not designed to stay static. They are designed to adapt.
Once you understand that, everything else in this conversation changes.
Why the Body Became the Battlefield
This is where historian Joan Jacobs Brumberg’s work in The Body Project: An Intimate History of American Girls, provides essential context, but it requires some precision.
Girls have not always been free from shame. Shame itself is not new. What has changed is what women are taught to be ashamed of, and how that shame operates in daily life.
Brumberg asks a question that still feels unresolved today: Why is the body still a girl’s nemesis? Shouldn’t sexually liberated girls feel better about themselves than their corseted counterparts a century ago?
Based on extensive historical research, including diaries written by American girls from the 1830s through the 1990s, Brumberg shows that although girls today enjoy more formal freedoms and opportunities, they are also under more pressure and at greater psychological risk. This is due to a unique convergence of biological vulnerability and cultural forces that turned the adolescent female body into a central site of social meaning during the twentieth century.
In the late nineteenth and early twentieth centuries, girls did not typically grow up fixated on thinness, calorie control, or constant appearance monitoring. Their diaries were not filled with measurements or food rules. Instead, they wrote primarily about character, self-restraint, moral development, relationships, and their roles within family and community.
One 1892 diary entry reads:
“Resolved, not to talk about myself or feelings. To think before speaking. To work seriously. To be self-restrained in conversation and in actions. Not to let my thoughts wander. To be dignified. Interest myself more in others.”
In earlier eras, female shame was more often tied to behavior, sexuality, obedience, and virtue. The body mattered, but primarily as a moral symbol rather than an aesthetic project requiring constant surveillance and correction.
That changed dramatically in the twentieth century.
Brumberg documents how the mother-daughter connection loosened, particularly around menstruation, sexuality, and bodily knowledge. Where female relatives and mentors once guided girls through these transitions, doctors, advertisers, popular media, and scientific authority increasingly stepped in to fill that role.
At the same time, mass media, advertising, film, and medicalized beauty standards created a new and increasingly exacting ideal of physical perfection. Changing norms around intimacy and sexuality also shifted the meaning of virginity, turning it from a central moral value into an outdated or irrelevant one. What replaced it was not freedom from scrutiny, but a different kind of pressure altogether.
By the late twentieth century, girls were increasingly taught that their bodies were not merely something they inhabited, but something they were responsible for perfecting.
A 1982 diary entry captures this shift starkly:
“I will try to make myself better in any way I possibly can with the help of my budget and baby-sitting money. I will lose weight, get new lenses, already got a new haircut, good makeup, new clothes and accessories.”
What changed was not the presence of shame, but its location. Shame moved inward.
Rather than being externally enforced through rules and prohibitions, it became self-policed. Girls were taught to monitor themselves constantly, to evaluate their bodies from the outside, and to treat appearance as the primary expression of identity and worth.
Brumberg is explicit on this point. The fact that American girls now make their bodies their central project is not an accident or a cultural curiosity. It is a symptom of historical changes that are only beginning to be fully understood.
This is where more recent work, such as Louise Perry’s The Case Against the Sexual Revolution, helps extend Brumberg’s analysis into the present moment. Perry argues that while sexual liberation promised autonomy and empowerment, it often left young women navigating powerful biological and emotional realities without the social structures that once offered protection, guidance, or meaning. In that vacuum, the body became one of the few remaining sites where control still seemed possible.
The result is a paradox. Girls are freer in theory, yet more burdened in practice. The body, once shaped by communal norms and shared female knowledge, becomes a solitary project, managed under intense cultural pressure and constant comparison.
For many girls, this self-surveillance does not begin with magazines or social media. It begins at home, absorbed through tone, comments, and modeling from the women closest to them.
Brumberg argues that body dissatisfaction is often transmitted from mother to daughter, not out of cruelty, but because those mothers inherited the same aesthetic anxieties. Over time, body shame becomes a family inheritance, passed down quietly and persistently.
Some mothers transmit it subtly.
Others do it bluntly.
This matters not because my experience is unique, but because it illustrates what happens when a body shaped by restriction, stress, and cultural pressure is asked to perform indefinitely. Personal stories are often dismissed as anecdotal, but they are where biological theory meets lived reality.
I grew up in a household where my body was not simply noticed. It was scrutinized, compared, and commented on. Comments like that do not fade with time. They shape how you see yourself in mirrors and photographs. They teach you that your body must be managed and monitored. They plant the belief that staying small is the price of safety.
So, I grew up believing that if I could control my body well enough, I could avoid humiliation. I could avoid becoming the punchline. I could avoid being seen in the wrong way.
For a while, I turned that fear into discipline.
The Years Before the Collapse: A Lifetime of Restriction and Survival
Food never felt simple for me. Long before bodybuilding, chronic pain, or COVID, I carried a strained relationship with eating. Growing up in a near constant state of anxiety meant that hunger cues often felt unpredictable. Eating was something to plan around or push through. It rarely felt intuitive or easy.
Because of this, I experimented with diets that replaced real meals with cereal or shakes. I followed plans like the Special K diet. I relied on Carnation Instant Breakfast instead of full meals. My protein intake was low. My fear of gaining weight was high. Restriction became familiar.
Top left is when I started working out obsessively at age 16, top right and bottom photo are from middle school when I was at my “heaviest” that drove the disordered behaviors.
In college, I became a strict vegetarian out of compassion for animals, but I did not understand how to meet my nutritional needs. I was studying dietetics and earning personal training certifications while running frequently and using exercise as a way to maintain control. From the outside, I looked disciplined. Internally, my relationship with food and exercise remained tense and inconsistent.
Later, I became involved in a meal-replacement program through an MLM. I replaced two meals a day with shakes and practiced intermittent fasting framed as “cleanse days.” In hindsight, this was structured under-eating presented as wellness. It fit seamlessly into patterns I had lived in for years.
Eating often felt overwhelming. Cooking felt like a hurdle. Certain textures bothered me. My appetite felt fragile and unreliable. This sensory sensitivity existed long before the parosmia that would come years later. From early on, food was shaped by stress rather than nourishment.
During this entire period, I was also on hormonal birth control, first the NuvaRing and later the Mirena IUD, for nearly a decade. Long-term hormonal modulation can influence mood, inflammation, appetite, and weight distribution. It added another layer of complexity to a system already under strain.
Looking back, I can see that my teens and twenties were marked by near constant restriction. Restriction felt normal. Thriving did not.
The book Why Women Need Fat discusses the idea of a biological weight “set point,” the range a body tends to return to when conditions are stable and adequately nourished. I now understand that I remained below my natural set point for years through force rather than balance. My biology never experienced consistency or safety.
This was the landscape I carried into my thirties.
The Body I Built and the Body That Broke
By the time I entered the bodybuilding world in 2017 and 2018, I already had years of chronic under-eating, over-exercising, and nutrient gaps behind me. Bodybuilding did not create my issues. It amplified them.
I competed in four shows. People admired the discipline and the physique. Internally, my body was weakening. I was overtraining and undereating. By 2019, my immune system began to fail. I developed severe canker sores, sometimes twenty or more at once. I started noticing weight-loss resistance. Everything I had done in the past, was no longer working. On my thirty-fifth birthday, I got shingles. My energy crashed. My emotional bandwidth narrowed. My body was asking for rest, but I did not know how to slow down.
Around this time, I was also navigating eating disorder recovery. Learning how to eat without panic or rigid control was emotionally exhausting even under ideal circumstances… but little did I know things were about to take a massive turn for the worst.
COVID, Sensory Loss, and the Unraveling of Appetite
After getting sick with the ‘vid late 2020, everything shifted again. I developed parosmia, a smell and taste distortion that made many foods taste rotten or chemical. Protein and cooked foods often tasted spoiled. Herbs smelled like artificial chemical. Eating became distressing and, at times, impossible.
My appetite dropped significantly. There were periods where my intake was very low, yet my weight continued to rise. This is not uncommon following illness or prolonged stress. The body often shifts into energy conservation, prioritizing survival overweight regulation.
Weight gain became another source of grief. Roughly thirty pounds over the next five years. I feel embarrassed and avoid photographs. I often worry about how others will perceive me.
If this experience resonates, it is important to say this clearly: your body is not betraying you. It is responding to stress, illness, and prolonged strain in the way bodies are designed to respond.
When years of restriction, intense exercise, chronic stress, illness, hormonal shifts, and emotional trauma accumulate, the body often enters a protective state. Metabolism slows. Hormonal signaling shifts. Hunger cues become unreliable. Weight gain or resistance to weight loss can occur even during periods of low intake, because energy regulation is being driven by survival physiology rather than simple calorie balance.
This is not failure. It is physiology.
The calories-in, calories-out model does not account for thyroid suppression, nervous system activation, sleep disruption, pain, trauma, or metabolic adaptation. It reduces a complex biological system to arithmetic.
Women are not machines. We are adaptive systems built for survival. Sometimes resilience looks like holding onto energy when the body does not feel safe.
Despite this biological reality, we live in a culture that ties women’s value to discipline and appearance. When women gain weight, even under extreme circumstances, we blame ourselves before questioning the system.
Diet culture frames shrinking as virtue.
Toxic positivity encourages acceptance without context.
Industrial food environments differ radically from those our ancestors evolved in.
Medical systems often dismiss women’s pain and metabolic complexity.
Social media amplifies comparison and moralizes body size.
None of this is your fault. And all of it shapes your experience.
This is why understanding the science matters. This is why telling the truth matters. This is why sharing stories matters.
In the book, More Than a Body, Lindsay and Lexie Kite describe how women are taught to relate to themselves through constant self-monitoring. Instead of living inside our bodies, we learn to watch ourselves from the outside. We assess how we look, how we are perceived, and whether our bodies are acceptable in a given moment.
This constant self-surveillance does real harm. It pulls attention away from hunger, pain, fatigue, and intuition. It trains women to override bodily signals in favor of appearance management. And over time, it creates a split where the body is treated as a project to control rather than a system to understand or care for.
When you layer this kind of self-objectification on top of chronic stress, restriction, illness, and trauma, the result is not empowerment. It is disconnection. And disconnection makes it even harder to hear what the body needs when something is wrong.
Weight gain is not just a biological response. It becomes a moral verdict. And that is how women end up fighting bodies that are already struggling to keep them alive.
The Inheritance Ends Here
For a long time, I believed that breaking generational cycles only applied to mothers and daughters. I do not have children, so I assumed what I inherited would simply end with me, unchanged.
Brumberg’s work helped me see this differently.
What we inherit is not passed down only through parenting. It moves through tone, silence, and self-talk. It appears in how women speak about their bodies in front of others. It lives in the way shame is normalized.
I inherited a legacy of body shame. Even on the days when I still feel its weight, I am choosing not to repeat it.
For me, the inheritance ends with telling the truth about this journey and refusing to speak to my body with the same cruelty I absorbed growing up. It ends here.
Closing the Circle: Your Body Is Not Broken
I wish I could end this with a simple story of resolution. I cannot. I am still in the middle of this. I still grieve. I still struggle with eating and movement. I am still learning how to inhabit a body that feels unfamiliar.
But I know this: my body is not my enemy. She is not malfunctioning. She is adapting to a lifetime of stress, illness, restriction, and emotional weight.
If you are in a similar place, I hope this offers permission to stop fighting yourself and start understanding the patterns your body is following. Not because everything will suddenly improve, but because clarity is often the first form of compassion.
Your body is not betraying you. She is trying to keep you here.
And sometimes the most honest thing we can do is admit that we are still finding our way.
References
Brumberg, J. J. (1997). The Body Project: An Intimate History of American Girls. Random House.
Lassek, W. D., & Gaulin, S. J. C. (2011). Why Women Need Fat: How “Healthy” Food Makes Us Gain Excess Weight and the Surprising Solution to Losing It Forever. Hudson Street Press.
Kite, L., & Kite, L. (2020). More Than a Body: Your Body Is an Instrument, Not an Ornament. Houghton Mifflin Harcourt.
Scientific and academic sources
Lassek, W. D., & Gaulin, S. J. C. (2006). Changes in body fat distribution in relation to parity in American women. Evolution and Human Behavior, 27(3), 173–185.
Lassek, W. D., & Gaulin, S. J. C. (2008). Waist–hip ratio and cognitive ability. Proceedings of the Royal Society B, 275(1644), 193–199.
Dulloo, A. G., Jacquet, J., & Montani, J. P. (2015). Adaptive thermogenesis in human body-weight regulation. Obesity Reviews, 16(S1), 33–43.
Fothergill, E., et al. (2016). Persistent metabolic adaptation after weight loss. Obesity, 24(8), 1612–1619.
Kyle, U. G., et al. (2004). Body composition interpretation. American Journal of Clinical Nutrition, 79(6), 955–962.
Simopoulos, A. P. (2016). Omega-6/omega-3 balance and obesity risk. Nutrients, 8(3), 128.
Trauma, stress, and nervous system context
Sapolsky, R. M. (2004). Why Zebras Don’t Get Ulcers. Henry Holt and Company.
Walker, P. (2013). Complex PTSD: From Surviving to Thriving. Azure Coyote Books.
If you’re a woman in midlife witnessing changes in your body, let’s be honest—hearing one more expert say “just move more and eat less” might make you scream. That tired, oversimplified advice ignores the very real ways our bodies change—and the decades of life we’ve already lived in them.
Midlife, generally defined as the ages between 37 and 65, isn’t just a calendar phase. It’s a biological, emotional, and identity-shifting chapter. For women, it often marks the beginning of perimenopause—the transitional period leading up to menopause, when the ovaries gradually produce less estrogen. Menopause itself is defined as the 12-month mark after your final menstrual period, but the hormonal fluctuations and symptoms often begin years before and can last well beyond that point.
To really understand what’s happening in our bodies now, we have to rewind the clock.
From puberty, our bodies have been shaped by an elegant hormonal dance. Estrogen, progesterone, and to a lesser extent testosterone, govern everything from our cycle to our skin, from our energy to our emotional responses. These hormones rise and fall in predictable patterns until they don’t. And when they don’t, you feel it.
Hot flashes. Sleep disruptions. Brain fog. Mood swings. Slower recovery from workouts. A scale that doesn’t seem to budge no matter what you do. And the silent undercurrents like the gradual loss of bone density—osteopenia—that often go unnoticed until it’s too late.
These aren’t random annoyances. They’re signals. And they deserve to be understood.
In this post and in today’s podcast episode, I talk with registered dietitian and research wizard Maryann Jacobsen about what actually helps us thrive during perimenopause and menopause. We get into why muscle is metabolic gold, why cardio isn’t always the answer, and how biofeedback your body’s own cues like hunger, energy, sleep, and mood can tell you more about what’s working than any calorie tracker or influencer’s reel ever could.
We also challenge the idea that your bathroom scale is the best measure of health. Spoiler alert: it’s not. Tools like DEXA scans provide deeper insight into your bone density and lean mass—two things that matter more than “weight” ever could in this stage of life. And while your smart scale using bioelectrical impedance might not be as accurate, it can still help you track general trends if you know how to interpret it.
One part of our conversation that hit me hard was Maryann’s mention of the body fat research around fertility. Scientists have found that a minimum of 17% body fat is required just to get a menstrual cycle, and about 22% is needed to maintain ovulation. But here’s the real shocker: in mature women, regular ovulatory cycles are often supported best at 26–28% body fat. (PMID: 3117838, 2282736) That means what many of us have been taught to chase ultra-lean physiques (around 17 BF% or so), chronic calorie restriction, or overtraining can actually backfire on our reproductive health, bone health, and overall vitality.
In populations where food is scarce or physical demands are high, we see patterns: delayed first periods, longer gaps between births, earlier menopause. It’s the body adapting for survival. But in modern life, we sometimes impose these same conditions on ourselves in the name of “fitness.”
And while estrogen usually gets the spotlight in menopause care often treated as the main character it’s progesterone that deserves a standing ovation. Many women are told they “need progesterone” just to protect themselves from estrogen’s effects, as if it’s merely a buffer. But that undersells its brilliance.
The name progesterone literally means “pro-gestation,” but its impact goes far beyond fertility. Progesterone is a master regulator. It stabilizes tissues, supports metabolic balance, calms inflammation, protects against stress, and even plays a role in brain health. While estrogen stimulates, progesterone shields. While estrogen builds, progesterone restores.
Fascinatingly, our bodies produce far more progesterone than estrogen especially after ovulation and during pregnancy. That’s not a fluke. It reflects just how critical progesterone is to our overall well-being.
So when ovulation slows or disappears in midlife, it’s not just your period going quiet. It’s this entire downstream network of hormonal resilience especially progesterone that starts to fade. And that’s when symptoms ramp up.
Understanding this isn’t just about managing menopause. It’s about honoring your biology, updating your strategy, and supporting your body like the powerful, responsive system it actually is.
If we want to balance and optimize our hormones in midlife, we have to re-evaluate our goals. This isn’t about grinding harder it’s about getting smarter. And to get smarter, we need to zoom out.
Ovulation isn’t just some fertility footnote-it’s the main event of your cycle. But many of us were taught that the bleed is the cycle. Nope. That’s just the after-party. The headliner? Ovulation.
Why does this matter in midlife?
Because ovulation is what triggers the production of progesterone a hormone that plays a critical role in metabolism, mood, sleep, brain function, and bone health. And spoiler: progesterone is the first to dip off the radar as we enter perimenopause. That’s why your energy feels off, your sleep gets weird, and your tolerance for stress tanks. Your body isn’t broken—it’s adapting.
Here’s where things click into place: your body will only ovulate consistently if it feels safe and nourished. That means you’re eating enough, not overtraining, and not living in a cortisol-fueled chaos spiral.
Ovulation isn’t just about reproduction it’s a vital sign of health. And the two hormones that anchor your entire cycle, estrogen and progesterone, do so much more than regulate periods.
From bone density to brain function, from insulin sensitivity to mitochondrial health, these hormones influence nearly every system in your body. So, when they fluctuate…. or flatline… you feel it. Not just in your body, but in your entire day to day experience.
So, let’s break the rules, rewrite the midlife playbook, and finally start listening to the wisdom our bodies have been whispering all along.
How to Use Temperature and Pulse for Metabolic Health Insights
In the summer of 2020, my health began to take a dive. Years of chronic dieting, over-exercising, negative self-talk, and hormonal birth control were taking their toll. I was eating next to no carbs, minimal sugar, low fat, no dairy, and only lean protein. I was working out six days a week, doing hours of cardio, and feeling terrible physically, mentally, and emotionally. Hypothyroid and adrenal symptoms began to emerge. It was clear my lifestyle was working against my physiology. My metabolism felt ‘broken’ or ‘slow,’ but in reality, I was undernourished and overstressed.
Initially, I started tracking basal temperature but did not include resting pulse rates. At the time, my average temperatures were 96.5°F, and my pulse was 44 bpm. Discovering the “pro-metabolic” community introduced me to the research of Dr. Ray Peat and Dr. Broda Barnes, and it changed my perspective.
According to Dr. Raymond Peat, a well-nourished, healthy human should have a resting pulse of 85+ beats per minute. A high resting pulse (in the absence of stress) indicates good metabolic health and a strong ability to repair. This counters mainstream advice, which often celebrates a low resting heart rate as a marker of fitness.
Why Temps and Pulses Matter
Your thyroid acts as your body’s thermostat, controlling metabolism. Metabolism is the sum of all biochemical reactions in the body—essentially, the rate of energy production in the cells and the speed of bodily processes. Body temperature reflects metabolic activity, and people with underperforming thyroids often have low basal body temperatures.
Tracking basal body temperature and resting pulse provides insights into your thyroid and metabolic function:
Basal body temperature can indicate if ovulation has occurred, reflecting progesterone production (a pro-thyroid hormone).
Resting pulse shows how well your body is utilizing nutrients and oxygen.
Tracking post-meal temperatures and pulses helps identify stress responses and metabolic efficiency.
How to Track Temps and Pulses
To get accurate and actionable insights, follow these steps: Log your readings daily to identify trends over time. Note factors like stress, sleep, meals, and menstrual cycle phases that might influence your results.
Choose the Right Thermometer
Use a digital thermometer with a quick response time and high accuracy.
Glass basal thermometers are also effective but require more time to measure.
Measuring Basal Temperature
Take your temperature first thing in the morning, immediately after waking, and before getting out of bed.
Place the thermometer under your tongue for the most reliable reading. Avoid using armpit readings as they can be less accurate due to environmental factors.
Measuring Resting Pulse
Use a wearable device, like a fitness tracker, to measure your resting pulse overnight or immediately upon waking.
Alternatively, place your index and middle fingers on your wrist or neck to manually count beats for 60 seconds.
After Meals
Check your temperature and pulse 30-40 minutes after breakfast. These should gently rise after eating, as food lowers stress and generates heat. If they drop, it may indicate elevated stress hormones upon waking.
Track Afternoon Readings
Record your temperature and pulse between 1-3 p.m. when your body’s temperature should naturally peak.
Use a Tracking App or Journal
Questioning the Mainstream Narrative
The Mayo Clinic states: “Generally, a lower heart rate at rest implies more efficient heart function and better cardiovascular fitness. For example, a well-trained athlete might have a normal resting heart rate closer to 40 beats per minute.”
But is a low resting heart rate truly beneficial? Evidence suggests otherwise. Thyroid health—the thermostat of the body—plays a crucial role in metabolism. A sluggish thyroid often correlates with lower body temperatures and slower heart rates, indicators of reduced metabolic function.
Why Temperature and Pulse Matter
Metabolism refers to the sum of all biochemical reactions in the body. It’s essentially the rate of energy production at the cellular level—the speed at which your body processes and utilizes energy. Your body temperature is a reflection of this activity. People with under-functioning thyroids tend to exhibit low basal body temperatures and slower pulses, which can indicate:
Low thyroid function
Inflammation
Suppressed immune function
High stress
Estrogen dominance
In contrast, a warm body is linked to better immune function, efficient digestion, reduced inflammation, and overall metabolic health.
How to Track Temperature and Pulse
Tracking these metrics throughout the day provides invaluable insights into your metabolic health:
Upon Waking:
Follicular Phase: 97.2-97.8°F
Luteal Phase: 98.6°F
Resting pulse: 75-90 bpm
After Breakfast:
Temperatures and pulse should gently rise after meals. Food lowers stress and generates heat. If your numbers drop, it may indicate falsely elevated waking temps due to stress hormones like cortisol.
Afternoon:
Temperatures should peak between 1-3 PM.
What Your Numbers Reveal
Higher temp and pulse (in the absence of stress): Optimal metabolic function
Normal temp and higher pulse: Active stress response
Lower temp and lower pulse: Chronic stress and metabolic suppression
Normal temp and lower pulse: Chronic stress or low thyroid function
How to Optimize Your Numbers
If your temperature and pulse rates aren’t within optimal ranges, consider the following steps:
Prioritize bioavailable protein: Aim for at least 100 grams per day.
Eat enough calories: 1,800-2,000+ per day, depending on individual needs.
Include digestible carbs: At least 150 grams daily (e.g., honey, maple syrup, fruit, root vegetables).
Pair carbs with protein: Avoid “naked carbs” to stabilize blood sugar.
Focus on anabolic exercise: Build muscle with strength training to boost metabolism.
Why This Matters
Using temperature and pulse as tools, you can:
Monitor how well your body utilizes energy.
Evaluate recovery from exercise.
Gain insights into hormonal balance (e.g., progesterone production and ovulation).
Identify the impacts of stress on your physiology.
Final Thoughts
Key Takeaways By regularly monitoring your temps and pulses, you can uncover patterns and make adjustments to optimize your thyroid and metabolic health. These small, daily practices provide powerful insights into how your body is functioning and what it needs to thrive.
Healing is never a final destination; it’s an ongoing journey. Over time, I’ve seen significant improvements in my metabolic markers. My overall body temperature has risen to 97.6–98.1°F, and my resting pulse is now around 70 bpm—much better than where I started. This progress has required me to embrace a larger body size than what traditional “fit fam” culture promotes, but it has been worth it. Prioritizing healing and hormone rebalancing has provided my body with the sense of safety and stability it needed to thrive.
To read more about the doctor that pioneered these tests grab the book called Hypothyroidism: The unsuspected illness by Dr. Broda Barnes
Let’s talk about Kangen Water—a glorified water filter that’s convinced half the wellness community it can practically save the world. Kangen is often presented as the “it” product that will cleanse your body, raise your pH, and cure whatever ails you. From detoxification to slowing the aging process, the claims are endless. But does it actually do any of this, or is it just one expensive bottle of hype?
As someone who loves to blog about wellness trends and help people navigate the often confusing and sometimes downright misleading claims in the wellness industry, I’m here to cut through the noise. It’s time to stop buying into pseudoscience that preys on our desire for easy fixes. The wellness world is filled with products promising miracle results—products that are often built on shaky science or worse, none at all. Kangen Water is no exception.
Let’s break down whether this water really deserves its pedestal, or if it’s just another trend feeding into a culture of overpriced wellness gimmicks.
Water: Neutral, Alkaline, and Misleading Marketing
Water (H2O) typically has a neutral pH, sitting around 7, but it naturally dissociates into hydrogen (H) and hydroxide (OH) ions. The more hydrogen ions in water, the more acidic it becomes, while the more OH ions, the more basic (alkaline) it gets. In pure water, these ions are present in a small amount, and they tend to balance out by reforming into H2O. So, what is alkaline water, and what’s in it?
Real alkaline water contains something to make it basic—often baking soda. Some products claim to alkalinize water electrically, but here’s the catch: any ions in the water will eventually neutralize each other. In the end, pure water will always strive for a pH of 7. The idea that you can “alkalinize” water and benefit your body is where the pseudoscience comes in.
The claim is that when the body becomes “too acidic,” it can lead to a slew of health issues, and drinking alkaline water can balance things out. But here’s the truth: The body works tirelessly to maintain a very narrow pH range—7 to 7.4—in the blood and tissues. Any fluctuation outside this range is potentially dangerous, which is why the body has mechanisms to keep pH in check, like regulating breathing to balance CO2 levels and adjusting urine acidity.
Put simply, the idea that drinking alkaline water will “balance” your body’s pH is misleading. The body is already equipped with efficient systems for managing pH balance, and consuming regular food or liquids, regardless of their pH, won’t disrupt this delicate equilibrium. That’s right—your body’s pH is mostly unaffected by alkaline or acidic foods and beverages. This is why the whole alkaline diet and water movement is rooted in pseudoscience.
While some studies have tried to link an alkaline diet or water to benefits like preventing cancer or osteoporosis, they fail to provide solid evidence. A 2016 systematic review found no proof that alkaline water prevents or treats cancer. A 2011 review similarly found no support for an alkaline diet’s protective effects on bone health. So why do people keep buying into it? The answer lies in clever marketing, celebrity endorsements, and the placebo effect.
In reality, the only plausible benefit of alkaline water may be for those suffering from acid reflux, where it could act as a temporary antacid. But even this is not proven, and established treatments for acid reflux are far more effective.
So, the next time you’re thinking about splurging on Kangen Water or an expensive alkaline water machine, ask yourself: “Am I really buying science—or am I buying into pseudoscience wrapped in a fancy bottle?”
First off, let’s clear up a few things. The Kangen machine has only a single filter, and it’s inadequate for dealing with many of the toxins found in tap water. In fact, because of shortcomings with the filter, the Kangen machine just might change your life—for the worse. The filter in the Kangen machine doesn’t reduce levels of heavy metals or salt, meaning that if you’re relying on it for purity, you’re still drinking some of the same contaminants that you started with.
The Claim: Alkaline Water = Health Savior
Kangen Water’s marketing suggests that its alkaline properties can balance your body’s pH, improve health, and even slow aging. And while this sounds great, there’s a big problem: our stomach acid has an essential job to do, and it does not care about alkaline water. The stomach is a pH powerhouse, designed to digest food with an acidity of around 1.5 to 3.5, which is harsh enough to break down whatever you eat. So, if you’re gulping down alkaline water thinking it’s going to go in and “balance your body’s pH,” hate to break it to you, but it’s being neutralized by stomach acid in a matter of seconds.
The Antioxidant Claims: A Splash of Misleading Science
Another claim is that Kangen Water provides a “high antioxidant” effect by adding molecular hydrogen (H₂) to the water. Real antioxidants like vitamins C and E are absorbed into the bloodstream, where they tackle free radicals directly. But hydrogen’s benefits may not even survive digestion—our stomach acid can neutralize hydrogen molecules before they’re absorbed. While a few small studies suggest hydrogen-rich water might offer some benefits, there’s little robust evidence to back Kangen Water’s lofty promises.
Bottom line? Real antioxidants from food and supplements are a safer, cheaper bet than a pricey filter.
Science Says: Um, No Thanks
There’s simply no solid science to back the idea that alkaline water has sweeping health benefits. Hydration? Absolutely important. But a magic pH fix? Not really. The idea that our bodies need “detoxing” is an incredibly popular concept in the wellness space. If you spend any time on social media or browsing health blogs, you’ve likely come across expensive detox programs, supplements, or special teas that promise to cleanse your body of “toxins.” But here’s the reality: the body has its own built-in detox systems that do an exceptional job of keeping things running smoothly—without the need for any pricey detox gimmicks.
The Body’s Built-In Detox Systems
Our liver and kidneys are the real detox heroes of the body. These organs are specifically designed to filter out harmful substances and waste products, ensuring that our body remains balanced and healthy. The liver plays a central role in detoxifying harmful chemicals by metabolizing them into safer substances, which are then either excreted through bile or filtered through the blood to the kidneys for excretion via urine. These processes are efficient, effective, and happen continuously, without you having to do anything.
Liver: The liver acts like a sophisticated chemical processing plant. It filters out toxins, breaks down fats, proteins, and carbohydrates, and even helps with the digestion of food by producing bile. It’s constantly at work, breaking down substances like alcohol, medications, and other chemicals in the body, rendering them safe or neutral for excretion.
Kidneys: The kidneys are in charge of filtering waste products and excess substances (such as water, salt, and waste metabolites) from the bloodstream, which are then eliminated as urine. They also regulate the body’s fluid balance, keeping things like electrolyte levels in check, which helps maintain overall homeostasis.
These systems work synergistically to maintain a delicate balance in your body. They don’t need the help of a fancy detox program or juice cleanse—they do the job perfectly well on their own.
Why Detox Products Are Mostly a Marketing Scam
So why are detox products so popular, and why are they sold for high prices? A big part of the appeal is that these products promise to make people feel “cleaner” or “lighter” by removing toxins. But many of the ingredients in these products (whether it’s activated charcoal, herbal supplements, or teas) often lack scientific support for their detox claims. For instance, while some herbal teas might have mild diuretic effects, they don’t actually enhance the body’s ability to remove toxins in a meaningful way. In fact, some detox teas have been found to contain dangerous substances, including laxatives that can lead to dehydration and an imbalance in electrolytes.
It’s also important to note that the idea of “toxins” is often used very broadly and vaguely in the wellness industry. Toxins, in the sense that they are often described in detox marketing, are not necessarily specific substances that we need to rid ourselves of. In fact, the body regularly processes and neutralizes “toxins” naturally. The idea of a “toxic overload” is rarely grounded in scientific fact—unless, of course, you’re dealing with something like heavy metal poisoning or an actual overdose, which are medical conditions requiring professional treatment.
The Myth of Quick Fixes
The idea of quick detoxes or cleanses may also play into the human desire for immediate results. People want easy answers and fast solutions for things like weight loss, clearer skin, or improved energy. While it may be tempting to buy into the myth that you can “flush out” all your health problems in a few days, the reality is that lasting health comes from a balanced, sustainable lifestyle, not a quick cleanse. Regular hydration, a well-rounded diet, and sufficient sleep go a lot further toward maintaining your body’s natural detox processes than any supplement or fad.
Real Health Practices vs. Detox Scams
The best thing you can do to support your liver, kidneys, and overall health is to maintain a lifestyle that supports them. This means:
Drinking plenty of water (which helps kidneys function properly)
Eating a balanced diet with a variety of whole foods (rich in antioxidants, vitamins, and minerals)
Exercising regularly (to boost circulation and support liver health)
Avoiding excessive alcohol or toxins (to prevent overworking your detox systems)
Getting plenty of sleep (for cellular repair and recovery)
These practices help maintain the natural detox processes your body already does efficiently. Instead of spending money on detox products that may only leave you feeling deprived or temporarily lighter, focus on these sustainable habits that provide long-term benefits. Your body doesn’t need a detoxing break—it needs consistent support to keep running at its best.
In short, while the wellness industry promotes detox products as if they are a magic solution, the truth is that your liver, kidneys, and body as a whole have been doing the job perfectly all along.
The Role of Metabolism in Detoxification and Health
The real question you should be asking is whether your metabolic function is optimal. If it’s not, detox programs and restrictive diets are just band aids, suppressing symptoms like weight gain or chronic inflammation without addressing the root cause. And that root cause is often poor metabolic health.
What is metabolism?
It’s how efficiently and effectively your body uses energy to perform essential functions. Your metabolism impacts everything from how your cells function, to hormone production, and even the detox systems themselves.
Metabolism affects key functions such as:
Detoxification (liver, kidneys, skin)
Digestion
Hormonal output (thyroid, adrenals, insulin)
Inflammation and immune response
Menstrual cycles and reproductive health
When you focus on optimizing your metabolism through a well-rounded lifestyle—eating enough, managing stress, moving regularly, and prioritizing sleep—you support all of these systems, including detoxification. Restrictive detox diets that promise to “reset” your body do the opposite, often exacerbating metabolic imbalances.
How to Support Your Metabolism (and Detox Naturally)
Instead of relying on trendy detoxes, consider nurturing your body’s natural processes with these foundational practices:
Nourish your body rather than restricting it.
Eat a balance of protein, carbs, and healthy fats at regular intervals.
Breathe deeply to manage your nervous system.
Prioritize stress reduction and downtime (yes, even doing nothing is important).
Eat consistently, don’t skip meals.
Prioritize sleep—it’s essential for metabolic repair.
Increase daily movement—move more throughout the day!
A healthy metabolism is the foundation of a healthier body—when you heal your metabolism, you heal your whole self.
In conclusion, skip the detox fads, focus on metabolic health, and support your body’s natural detoxing systems. Your body is incredibly capable, and all it really needs is consistent care and support. 🍑
The Price Tag: Prepare to Be Shocked
Kangen Water machines range from $1,280 to almost $6,000. That’s right—almost six grand for a fancy filter. For comparison, you could buy a lifetime supply of high-quality bottled water, a well-reviewed filtration system, or even invest in a small swimming pool. And while Kangen distributors might tell you it’s an investment in your health, what they really mean is it’s an investment in their commission check.\
The Catch: Welcome to the MLM Trap
Kangen Water’s parent company, Enagic, operates through a multi-level marketing (MLM) model. That means a good chunk of their “sales” come from distributors who are also customers, encouraged to buy machines to qualify for commissions. It’s not so much about the water’s life-changing properties as it is about recruiting new people to buy machines, who then recruit others, and so on. Each sale pays up to 8 people in the “upline,” making it more about building a downline than actually selling to customers
How to Avoid the Hype
If you’re really concerned about hydration and wellness, stick to filtered water. A quality filtration system can be a great investment without the price tag or the questionable promises. If you want to experiment with pH, try adding lemon to your water. Despite its acidity, lemon can actually have an alkalizing effect on the body once metabolized, and it costs about 50 cents.
Bottom Line: Don’t Drink the Kool-Aid
Wellness should be about making informed, evidence-based choices, not falling for fancy (and pricey) illusions. Kangen Water is marketed as a wellness must-have, but a good filtration system will do the job just as well—without the cult-like MLM tactics. So next time someone tells you alkaline water is the answer, just remember: your body is already handling things perfectly well, and it doesn’t need a $5,000 machine to do its job.
Resources:
Here are some top resources to explore the science (or lack thereof) behind alkaline water and other wellness claims:
Books
1. “Bad Science” by Ben Goldacre – Critiques pseudoscientific health claims, with sections on the wellness industry.
2. “Trick or Treatment: The Undeniable Facts about Alternative Medicine” by Simon Singh & Edzard Ernst – Examines popular health trends and evaluates evidence behind them.
1. Science Vs. (Podcast by Wendy Zukerman) – Covers alkaline water in various episodes, debunking wellness trends.
2. “Alkaline Diets: Fact or Fiction?” by Dr. Mike Hansen on YouTube – A medical professional’s take on alkaline water and diets, with easy-to-understand explanations.
These resources give a broad perspective on why certain wellness claims, like those around alkaline water, often lack scientific support.
Two highly regarded resources targeting MLMs like Kangen Water, are:
1. YouTube Channels: Anti-MLM content creators on YouTube, such as Illuminaughtii and Always Marco offer thorough, engaging analyses on MLMs, including Kangen Water’s practices and claims. These creators debunk misleading promises of financial success and health benefits promoted by MLM companies, providing evidence-backed critiques and personal accounts from former members.
2. The Anti-MLM Coalition: This website hosts a wide array of articles, lists, and YouTube recommendations that critique various MLMs. They detail many companies, including Enagic (the manufacturer of Kangen Water systems), breaking down why these structures are problematic. The coalition’s articles dissect business tactics, income claims, and legal actions, helping potential recruits or current distributors understand the reality behind MLM promises.
These resources offer educational, factual content to help audiences critically evaluate MLMs and make informed decisions.
🎙️ On this week’s podcast with @chewsfoodwisely, we explore the common question: Is your metabolism broken or adapted? An interesting study that showcases BOTH metabolic adaptation & metabolic efficiency is The Biggest Loser study!
👉🏻SWIPE👉🏻 Our guest, Nicole, a renowned nutrition expert, helps us navigate through the complexities of metabolism and offers insights into understanding how our bodies respond to various factors such as diet, exercise, and lifestyle.
We discuss the differences between a “broken” metabolism and one that has adapted to environmental influences, as well as practical tips for optimizing metabolic health.
Tune in to our latest podcast episode where we’ll be sharing expert insights, tips, and strategies to revitalize your metabolism and get back on track.
Let’s reclaim your health and crush those goals together! 💪🔥