How to reverse type 2 diabetes
This article looks at the mechanisms of type 2 diabetes and gives you a road map to help you to maximise your chance of achieving optimal blood glucose control, fat loss and long-term metabolic health.
Is type 2 diabetes reversible?
According to the American Diabetes Association, diabetes is a progressive disease.
Apparently, there’s not much you can do. You might as well accept it and just take the medications.
According to the official line, over time you’ll get fatter, experience a range of debilitating complications, and most likely have a heart attack and die early.
Sounds like a pretty depressing prognosis!
Thankfully, it does not have to be this way.
The solution is not complex, but it’s not easy and it doesn’t come in a pill.
It will take some hard work and you will need to be motivated.
It is not a one-size-fits-all solution. It also requires some ongoing refinement and adjustment as you progress toward optimal health.
This article will give you a map to show you how to get there.
I’m an engineer, not a doctor. This article will help you to understand the flow of fuel in your body, how to reduce insulin demand, manage micronutrients to maximise mitochondrial function to give you the best chance of achieving excellent blood sugar control and a long, happy and healthy life.
If you are looking for information about drugs to manage your diabetes you should consult your doctor.
Type 1 vs type 2 diabetes
Type 1 and type 2 diabetes are similar, but different.
While we can learn a lot from people who manage type 1 well, it is also critical to also understand the differences.
Once we understand the differences we will be better equipped to know what to do when an approach that is helpful for type 1 (such as a keto or low carb diet) stops working.
Commonalities between type 1 and type 2 diabetes
- Diabetes is a condition of excess energy in your bloodstream. While we usually focus on glucose, this excess energy can also take the form of blood ketones and free fatty acids.
- Both type 1 and type 2 are characterised by a relative insulin insufficiency. That is, people with diabetes don’t have enough insulin to stop glucose spilling over into their bloodstream.
- Both type 1 and type 2 diabetes can be managed with diet.
- Reducing the carbohydrates in your diet can decrease the need for
exogenous(injected) insulin and other medications.
A diet with less refined carbohydrates will help stabilise your blood sugars and thus manage many of the symptoms of your disease. However, less carbohydrates is not a cure for either type 1 or type 2 diabetes.
A reduced carbohydrate diet is potentially just the start of your journey.
The differences between type 1 and type 2 diabetes
There is no known cure for type 1. The pancreas simply doesn’t produce enough insulin , so someone with type 1 diabetes needs to top up with injections to meet the shortfall.
In type 2 diabetes, the pancreas is still able to make insulin, but not enough to hold back the buildup of energy stored in your body, so it overflows into your bloodstream.
Though obviously not recommended, someone with type 1 diabetes could chose to stop taking insulin. This will cause their stored energy to quickly be released into their bloodstream.
Without insulin, someone with type 1 diabetes will basically melt away in a matter of weeks or days as their liver continues to dump way to much stored energy into their blood stream.
The photos below show children with type 1 diabetes from around a century ago, before and after insulin injection.
Thankfully today, with the easy availability of insulin, the condition is usually addressed before it gets so bad.
Some people with type 1 diabetes can choose to under-dose their insulin and run their blood sugars high in order to lose weight. This is universally considered to be a very dangerous eating disorder (known as diabulimia) that leads to high blood glucose, high blood triglycerides, high blood ketones as well as radical loss of muscle loss.
While it’s my wife Monica that has type 1 diabetes, I used to believe that I could manipulate my diet to reduce the insulin load of the food I ate to induce a sort of diabulimia in myself. This belief is commonly known as the Carbohydrate Insulin Hypothesis of Obesity. Unfortunately, I just ended up overeating refined dietary fat (which I now understand is not satiating) and gained a lot of unwanted body fat.
This actually led insulin resistance and more elevated blood sugars. The photo below shows me back when I was chasing ketones vs now after beta testing the Nutrient Optimiser.
Reducing your carbohydrate intake will reduce your requirement for insulin and stabilise your blood sugars. However, unless you have type 1 diabetes, you will always have enough insulin to store the excess energy from your diet, regardless of the macronutrient profile of your diet. This is why people with type 2 can still have very high fasting insulin levels on a high-fat ketogenic diet in spite of undertaking extended fasts on a regular basis.
Injected (exogenous) insulin will slow lipolysis and make you hungry. But, left to its own devices, your body is highly efficient. Your own pancreas will not raise insulin more than necessary to hold back your body fat in storage while it uses up the energy coming in via your mouth!
While many of us would like to believe that switching to a high-fat diet will cause our fat to melt away (a bit like an uncontrolled type 1 diabetic), it doesn’t work that way in practice.
Diabetes reversal is ultimately an energy balance problem. You need to find a way to get below your Personal Fat Threshold to the point that your body fat has some capacity so it can do its job as a buffer for excess energy.
To truly reverse diabetes, we need to reduce our energy intake in a sustainable manner while still obtaining adequate nutrients from our diet to prevent rebound the bingeing that often accompanies weight loss (particularly when we lose a lot of muscle).
When can you claim you have reversed diabetes?
Your doctor will diagnose you with prediabetes if you have a HbA1c greater than 6.0% and type 2 diabetes once your HbA1c hits 6.5% and above.
The truth is however that optimal blood sugars are significantly lower. As shown in the charts below, your risk of heart disease, stroke, cardiovascular disease correlates with a Hba1c of around 5.0%
Your lowest risk of dying of any cause corresponds to a waking blood sugar of around 90 mg/dL or 5.0 mmol/L.
While you can manage the symptoms of diabetes with anti-diabetic medications, it does not necessarily reduce your risk of complications of the underlying disease.
If you’re aiming for optimal health rather than what passes for normal these days, you will want to be below a HbA1c of less than 5.4%, with the ability to eat a range of foods without experiencing elevated blood sugars to legitimately claim to be “cured”.
While it is possible to reverse type 2 diabetes, it is much better to take action before your pancreatic beta cells burn out.
Your multiple fuel storage tanks
Your body is an amazing machine!
Humans have learned to adapt and thrive on a range of different fuel sources in a range of environments (e.g. summer vs winter and the Arctic vs the tropics).
We store the different fuels that we consume in separate but interconnected compartments. The image below helps to explain the oxidative priority and dietary-induced thermogenesis related to the different fuel sources.
All of these fuel tanks have to be depleted to some extent before we get to the point that we can use our body fat and truly reverse type 2 diabetes.
If you want to see your abs, reduce blood sugars, reduce your insulin levels, reverse your diabetes or avoid the raft of modern metabolic diseases that are bankrupting our western civilisation, you need to find a way to sustainably reduce the amount of fuel your stack up in front of our body fat (which gets burned last).
It’s only once we restore the capacity in our body fat to absorb extra energy that it will stop overflowing into our bloodstream (i.e. type 2 diabetes).
To understand how we can actively manage our fuel tanks we need to look at each of the fuels a little bit closer.
The body can use alcohol for fuel. It burns quickly and gives us a burst of energy (7 calories per gram). You probably know that if you drink enough of it, you feel warm and may get a red face as the body tries to burn it off.
Someone who is drunk might have about 30 calories worth of alcohol in their bloodstream. However, the body doesn’t have anywhere to store alcohol, so we have to use it first .
Ketones are another fuel source that the body can use. The body produces ketones naturally when there aren’t a lot of carbs and protein avaialable. Ketones produced in the liver ensure we can continue to fuel our brain and heart in times of starvation.
More recently, chemists have also worked out how to make exogenous ketones.
Some people have even thought that we could mimic the benefits of the ketones that our body makes when we ingest them. Exogenous ketones were very popular for a while. But exogenous ketones contain energy just like everything else (though with very few nutrients) we eat, so they have little benefit when it comes to weight loss and/or improving our metabolic health.
We have some limited capacity to store ketones as beta-hydroxybutyrate in our bloodstream, but not a lot. Just like alcohol, when ketones are elevated (particularly from consuming exogenous ketones), your body will prioritise burning them to return your blood ketones to healthy levels.
Your body doesn’t want the level of ketones in your bloodstream to rise too high (this is known as ketoacidosis), so your pancreas will raise insulin to hold everything else back in storage until the ketones in your bloodstream return back to normal levels.
Protein is critical to many of the functions in your body. The body has a strong appetite for protein to ensure you maintain your muscles and vital organs.
However, once we get enough protein, our appetite switches off. Your body doesn’t really want to eat more protein than it needs to because excess protein is a poor fuel source. We lose 25% of the energy from protein converting it to ATP to be burned in our mitochondria.
We do have some capacity to store protein in our blood stream, but not a lot. If we do consume too much protein, the body prioritises burning it off before carbs and fat so you don’t end up with too much of it in your bloodstream.
The key thing to note here is that, while excess protein does need to be burned off as a priority, protein also has a stronger satiety relative to fat and/or carbs.
We find it hard to overeat protein because we can’t store much of it as it’s hard to convert to use for energy.
As shown in the chart below from our analysis of half a million days of food logging, prioritising protein tends to help us eat less overall.
We can store about a day’s worth of energy as glycogen (the storage form of glucose) in our bloodstream, liver and muscles.
Similar to the other upstream fuels, when you get too much glucose in your bloodstream, your pancreas will raise insulin to send a signal to your liver to shut off the flow of fat from storage until your blood glucose levels return to normal.
High levels of carbohydrates in your bloodstream mean that you are not able to burn fat. This is why we see high blood glucose in people with diabetes.
Until you deplete the excess glucose in your system, you won’t be able to use your body fat.
Carbohydrates are a more efficient source of fuel than protein and we only lose 8% in the conversion to ATP. Your body will continue to consume more carbohydrates when they are available until your glycogen stores are full.
Elevated blood sugars are a clear sign that your carbohydrate tank (glucose in bloodstream and glycogen in liver and muscles) is full.
A reduced carbohydrate diet is a no-brainer for people with diabetes to decrease the high levels of glucose in their blood stream.
The Nutrient Optimiser Smart Macros Algorithm helps you to titrate down your carbohydrate intake until your blood sugars stabilise.
You have a moderate amount of storage capacity for fat in your bloodstream to carry energy around your body (i.e. cholesterol, HDL, LDL etc).
The body loves to burn and store fat. Only about 3% is lost in the conversion to ATP and we don’t seem to need as much insulin to hold our fat in storage.
Because fat is so energy-dense (9 calories per gram versus 4 for carbs and protein) it is great for storage, therefore the body ensures that the other fuel sources are burned off first, and saves the fat for storage for a time when food is scarce .
You have a virtually unlimited capacity to store fat in your adipose tissue, at least until you reach your Personal Fat Threshold.
Personal fat threshold
The Personal Fat Threshold is a term coined by Professor Roy Taylor who observed that, while most people become diabetic once they have gained a significant amount of body fat, some people develop diabetes with a lower level of body fat.
Your Personal Fat Threshold is the point at which your body adipose tissue becomes full and inflamed and can no longer store fat efficiently.
Your pancreas has to ramp up insulin production more and more to hold back your fat in storage. Any excess energy eaten gets stored as fat in other places such as your vital organs, which are now more insulin sensitive than your overdue fat stores.
It’s at this point that the fuel flow in your body basically backs up like a traffic jam, with too many vehicles coming from different directions all at the same time (i.e. alcohol, exogenous ketones, protein, carbs and fat).
If your adipose tissue is not acting as a buffer because it is overfull, the fat in your bloodstream will increase, the glucose in your blood will increase, and your kidneys will try to clear the protein from your bloodstream because you can’t burn it off anymore. You may even see more elevated blood ketones because, on a system level, you have more energy than you require floating around in your blood stream.
TOFI vs metabolically healthy obese
At one extreme, we have the people who are not able to build up a lot of body fat. You may have heard of TOFI (thin on the outside, fat on the inside). Any excess energy can’t be stored in their subcutaneous fat stores, overflows into their bloodstream and is stored in their vital organs.
The scan below shows the difference in someone who holds fat around their organs (left) vs someone who holds their fat under their skin in their subcutaneous fat stores (right). The person on the right still has plenty of room for their fat stores to expand before spilling over into their vital organs.
At the extreme end of the TOFI scale, we have someone like Lizzie Velásquez (shown below), who was born with a rare congenital disease called Marfanoid–progeroid–lipodystrophy syndrome which means that she is only able to store a little bit of fat in her subcutaneous adipose tissue.
At the other extreme, the guy on the left in the photo below can continue to store a massive amount of energy in his adipose tissue. The guy on the right will tend to jam excess energy into his organs in his abdomen earlier. While you may not want to look like the guy on the left, it’s the dude on the right with the beer belly that is probably in the biggest danger of having a heart attack or other metabolic issues because excess fat is being stored around his organs not in his fat.
We don’t really understand fully why different people have differing capacities to store fat. It could be partly genetic, toxin related, stress, sleep, cortisol etc (or likely a mixture of all of them).
Excitingly, Professor Taylor also showed that as we start to lose body fat, the fat in our vital organs and bloodstream is the first to go. If you can reduce your body fat below your Personal Fat Threshold, you will be on the road to reversing your diabetes!
If you already have diabetes, the way to determine your Personal Fat Threshold is to lose weight while tracking your blood sugars and body fat %. The body fat % at which your blood sugars normalise is your Personal Fat Threshold.
To go back to our roundabout analogy, the secret to managing your body fat and reducing the congestion of fuel in your bloodstream is to ensure that you aren’t pouring in fuel from all sources at the same time (particularly our main fuel sources, fat and carbs)
In days gone by there would usually be only one dominant fuel source available, depending on your location and season, while the others were relatively scarce (i.e. protein+fat in winter, protein in spring, carbs in summer and carbs+fat in autumn).
However, as we will see below, our modern food environment has created a unique situation where we can constantly fill all fuel tanks at once.
It’s no wonder we rarely get to burn our body fat which is only used once all the other fuel sources are used up.
It’s no secret that we seem to be getting sicker and fatter lately.
But it hasn’t always been this way.
Over the past fifty years or so the proportion of our food that is some combination of starch+fat+sugar has increased markedly. While these foods in this combination are rare in nature they now dominate our restaurants, grocery aisles and convenience meals we eat at home.
The increase in energy in our food system has largely come from the increased use of added fats and oils together with cereals and grains. Added sugars went up between 1970 and 1999, but have mostly come back down to where they were 50 years ago. All the other food groups have stayed fairly stable.
The combination of carb+fat in foods used to only be available in autumn to help animals (including us) prepare to survive the coming winter. The only naturally occurring foods that contain a similar mix of carbs and fat are breast milk (which helps babies quickly grow into children) and acorns (which fatten up squirrels for winter).
But today foods with this fat+carb combination are everywhere. They tend to be “comfort foods” for which we have no off switch. We find it virtually impossible to resist these foods when they are available.
You shouldn’t really feel too guilty about this. It’s not really a matter of willpower, self restraint or moral failing , you’re just programmed to eat these foods when they are easily available. And once you start, our appetite makes sure we don’t stop until we are stuffed!
The chart below shows that lab rats tend to eat more when they have access to fat+carb foods. This food combination tends to cause a binge instinct (or hyperphagia) by signalling that it’s autumn and we need to eat up to prepare for winter NOW!
The recommendation to ‘eat less, move more’ is futile unless we change the quality of the food we eat. Our appetite will generally win out and ensure we eat to refill our fat stores.
Going back to our fuel tanks, filling both your carbohydrate and fat fuel tanks at the same time is a surefire way to ensure that you will never need to burn your own body fat.
The chart below shows that over the past 100 years the carbs and fat in our diet have trended towards similar levels in percentage terms as food processing has given us more of what we thing we want.
While the amount of available carbohydrate has gone down and then back up, fat from refined vegetable oils has been steadily on the rise over the past century.
This combination of carbs+fat has enabled us to consume more energy which aligns very closely with the obesity epidemic. It’s not simply a matter of calories in calories out, but that the foods we are eating are driving us to eat more.
Will fasting reverse your type 2 diabetes?
Fasting is a great way to reduce your energy intake, use up some stored fat and reduce insulin levels. But it’s important to do it with a goal in mind.
- If you have elevated blood sugars, you can use your glucose meter to help guide your meal timing and extend the time between meals (see How to use your blood sugar meter as a fuel gauge).
- Once your blood sugars stabilise, you can use your weight on the scale to guide your fasting routine (see How to use your bathroom scale as a fuel gauge).
However, the problem with fasting often comes with the re-feeding. Understandably, it is hard for many people to make wise food choices when they are really hungry. We often optimise food to refuel quickly, which usually involve high levels of fat and possibly carbs, and usually not enough protein.
George Bernard Shaw
“Every fool can fast, but only the wise man knows how to break a fast.”
Without modifying food quality, our appetite often does a great job of ensuring we eat back the energy that we missed out on while we were fasting.
There is a real risk that food quality will diminish with regular long-term fasts. It’s difficult to consume the protein and other nutrients you need in a narrow window of time. It’s much easier to reach for much more energy dense foods when we’re really hungry and think we’ve earned it.
If your goal is weight loss and/or diabetes reversal then our recent analysis of half a million days of MyFitnessPal data suggests that eating breakfast and lunch is the best way to keep your energy intake down over the long term (see How many times should I eat a day to lose weight?).
It seems you will have a much better chance of eating less across the day if you prioritise breakfast (see Breakfast like a king, lunch like a prince and dinner like a pauper).
And making sure you get a substantial amount of protein at breakfast also seems to help you eat less.
Do I need to worry about ketones?
No. You don’t need to focus on elevated ketones to lose weight or reverse diabetes.
Your body is always burning fat to some degree regardless of the ketones you measure in your blood.
As shown in the chart below, our recent analysis of half a million days of MyFitnessPal data suggests that you have a good chance of achieving satiety and eating less if you consume meals that have less than 30% carbohydrates. This enables you to avoid the hyper-palatable danger zone that occurs when we consume meals with between about 30 – 55% carbs.
When you are burning your own body fat, you will be producing ketones.
Most of the positive benefits of ketosis occur when you are burning your own body fat.
However, it seems that as we push to a very low-carb diet with more refined fat and less protein, you will end up with exogenous ketosis (i.e. ketones made from the fat in your food that you just ate). While a high-fat diet may be beneficial in managing chronic conditions such as epilepsy, Alzheimer’s or dementia, if your goal is weight loss or management of diabetes, you don’t need to chase higher ketone numbers.
While some people suggest that you should ‘eat fat to satiety’ or that you need to ‘eat fat to lose fat’, it seems that refined dietary fat has a very low satiety on a calorie-for-calorie basis. Some ketogenic diet proponents advocate for a moderate protein diet to ensure to keep ketones elevated, however it appears that
once you remove protein refined fat actually has a very poor satiety response.
Fat may make you feel full quickly because it has a high energy density. However, you will most likely end up consuming a lot more energy to feel full than you would have if you made more satiating food choices.
Many people get caught up in the belief that ketones equate to fat loss or hold some magical power and continue to chase elevated ketones with a high-fat diet that ends up leading to fat gain and worsened insulin resistance.
The reality is that it’s hard to separate the benefits of ketones from simply eating less food. The chart below shows a compilation of 3000 ketones+blood glucose readings. It seems that people with optimal blood sugar control do not have elevated ketone levels, even on a low carb or ketogenic diet.
Once your fat stores are no longer overfull, fuel will no longer be backing up in your system and your blood sugars, cholesterol and blood ketones will decrease to some degree.
While you will be able to access ketones easily when food is scarce, you don’t need large amounts of them in your bloodstream. The recently released two year Virta study results showed that people on a ketogenic diet under the supervision of expert doctors and nutritionists initially experienced a bump in blood ketone values. However, over time they settled at around 0.18 mmol/L after one year (as shown in the image below) and pretty much stayed there for the second year.
While blood sugars can be a great way to understand if you are over-fulled, blood ketones seem to be of minimal use, particularly in the long term. If your blood ketones are consistently between 0.1 and 0.3 mmmol/L but you’ve been told that nutritional ketosis about 0.5 and greater than 1.0 for ‘optimal ketosis’ you start to feel like a failure or wonder if you should eat a fat bomb or exogenous ketones to get your readings up.
It is also worth noting that the blood sugars and body fat level of the Virta study participants started to drift back up on a ‘moderate protein’, ‘fat to satiety’ ‘ketogenic diet’ approach through the second year. It seems that if you want to continue to reduce body fat you also need to manage dietary fat and focus on building muscle and losing body fat.
Micronutrients are critical to support healthy mitochondrial function to ensure you can use the energy you consume.
In addition to managing your macronutrient balance, ensuring you have adequate micronutrients in your diet is essential, especially if you are trying to lose weight by restricting energy and want to reduce your cravings.
When it comes to diabetes management there are number number of key micronutrients that you you should keep an eye on to maximise your chance of recovery.
- Vitamin B12 deficiency is common in people with diabetes because metformin depletes B12.
- Niacin preserves beta cell function.
- Vitamin D lowers your risk of type 1 and type 2 diabetes and suppresses inflammation of pancreatic beta cells.
- Vitamin E confers protection against diabetes by protecting pancreatic B-cells from oxidative stress induced damage.
- Vitamin C lowers HbA1c and fasting and post meal glucose in people with type 1 diabetes.
- Inositol may be effective in treating diabetic neuropathy.
- Carnitine reduces and even prevents pain from diabetic neuropathy and improves insulin sensitivity by increasing glucose uptake and storage.
- Glutamine stimulates GLP-1 which regulates insulin secretion after meals and improves insulin signalling and sensitivity.
- Coenzyme Q10 protects kidney from diabetes related damage and improves glycemic control in people with type 2 diabetes.
- Lipoic Acid enhances glucose uptake in skeletal muscle, improves glucose tolerance and very effective in treatment for diabetic neuropathy.
- Zinc is needed for the synthesis and secretion of insulin and protects the B-cells from damage.
- Magnesium deficiency reduces insulin sensitivity and exacerbates foot ulcers in people with diabetes.
- Biotin stimulates glucose induced insulin secretion in pancreatic B-cells and can improve glycemic control.
- Chromium helps insulin attached to cell receptors increasing uptake into the cell. A deficiency of chromium can lead to insulin resistance.
While you could purchase all these nutrients as supplements , the ideal approach is to do everything you can to get these nutrients from whole foods, and use supplements only if necessary to fill any remaining gaps.
The Nutrient Optimiser will help you identify foods and meals that provide more of the nutrients you are currently not getting enough of.
As shown in the chart below, nutrient dense foods are also typically more satiating (see Tableau version here).
Should I avoid protein?
When I believed in the
As shown in the chart below, foods with more protein and fibre are the most effective way to shut down your appetite.
The average American is consuming 12% protein which aligns with the lowest satiety and greatest likelihood of overeating.
Because protein is hard to convert to ATP, and our body has limited storage capacity for it, our appetite switches off once we get enough protein. By contrast, we can store a lot more carbs or fat and the body will happily continue to consume carb+fat foods if they are available.
For most people, appetite will be a good guide for how much protein they need. Prioritising foods that contain a higher proportion of their energy as protein can help to improve satiety while decreasing overall energy intake an hence body fat and blood glucose levels by not filling up those fuel tanks.
But isn’t protein insulinogenic?
It’s true that protein requires more insulin than fat (at least in the short term), so some people worry about ‘too much protein’ because it will ‘kick you out of ketosis’.
But the reality is that foods with more protein will tend to lower insulin requirements because they displace carbohydrates and tend to help you eat less overall.
If you’re injecting insulin, then it’s useful to understand how much insulin you will need to ‘cover’ your protein to keep your blood sugars stable. However, if you are trying to lose weight and/or manage type 2 diabetes ‘too much protein’ is not really a thing.
More protein is one of the factors in food that has a positive effect on satiety (along with a lower energy density and more fibre) and will help you manage your appetite and enable you to eat less without having to excercise excessive willpower. This will, in turn, enable body fat to flow out of storage and allow your basal insulin levels to decrease over time.
While it can be useful to monitor your blood glucose (you will want to see them trending down) or your breath ketones (you want to see them higher to demonstrate you are burning fat) it’s much harder to make sense of your blood ketones. Whatever you do, don’t go adding refined dietary fat in an effort to chase elevated blood ketone levels!
Muscle gain and insulin sensitivity
Muscle burns fat and glucose, and hence is important for people with diabetes. The risk, when losing weight, is that you lose a lot of muscle which will cause your metabolic rate to plummet unnecessarily.
If you have limited muscle mass, you will struggle to burn the energy from the fuel you eat. You will have to keep winding your calorie intake down to unsustainably low levels to continue to lose weight.
So, if you are losing weight, it is important to ensure that you are losing more fat than lean muscle mass.
The Nutrient Optimiser Smart Macros algorithm will help you keep an eye on your rate of loss of muscle mass vs fat loss, and suggest you increase your protein intake if you are losing more muscle than fat.
Of course, it’s also important to make sure you are maximising your muscle building with physical activity at the same time.
Stages of diabetes reversal
So to recap, reversal of diabetes (rather just than symptom management) requires that you lose enough body fat to enable you to move back below your Personal Fat Threshold. Your body fat, which is no longer overfull, will act as a buffer for the food you eat so the excess energy from your food doesn’t overflow in your bloodstream.
You want reduced body fat while retaining lean muscle mass, so you not only continue to look healthy on the outside but so your metabolic rate doesn’t plummet.
Reversal of diabetes can be a long-term process that can require multiple changes and refinements in dietary approach. Most people don’t simply switch from a hyperpalatable junk food diet to a high-satiety nutrient-dense diet overnight. It takes time to progressively build new habits.
To minimise the confusion and to help you take the most direct route possible towards optimal health, the Nutrient Optimiser platform guides you through the various stages with continual refinements to your macro targets and food choices based on your blood sugar levels, weight and % body fat levels until you achieve your goal.
As shown in the chart below, managing blood sugars and fat loss is not necessarily correlated (see interactive Tableau version here).
The Nutrient Optimiser will initially help you focus on stabilising your blood sugars via a lower insulin load diet. But then, as your blood sugars stabilise you can start to focus on more nutrient-dense high-satiety foods that will help you to lose body fat and move towards actual diabetes reversal.
One component of the Nutrient Optimiser system is the optimised food lists and meals to help you dial in your diet to initially stabilise blood sugars, and then progress towards fat loss while retaining your muscles.
We understand that most people don’t want to track their food, but if you are able to occasionally check what you are eating, we can give you recommended macronutrient ranges tailored to your goal (e.g. stabilising blood sugars, fat loss, muscle gain etc).
The Nutrient Optimiser will help you titrate down your carbohydrate intake to the point that your blood sugars stabilise, and then turn to focus on nutrient dense high satiety foods and meals that will help you continue your journey towards diabetes reversal and optimal health.
The Nutrient Optimiser
Reversing diabetes is a significant long-term commitment that will take support and guidance that adapts as you progress. There are a range of things that can go wrong and common mistakes (not to mention a lot of confusing and conflicting info out there on the internet)!
It’s not just about the food, but also the other positive lifestyle habits and community that will make you believe it’s still possible and help you along your way.
The Nutrient Optimiser is a comprehensive program that guides you based on your current bio markers forward towards your goal. The results with our beta testers have been very encouraging.
As shown in the chart below, Brishti’s blood glucose has dropped from 270 mg/dL to 180 mg/dL by following the recommendations of the Nutrient Optimiser.
The Nutrient Optimiser Flagship Platform takes all the information and theory in this article and all the others on the Optimising Nutrition steps you through the process day by day with some additional support from the Nutrient Optimiser Facebook Group.
If you participate in the challenge you will get free access to the full Nutrient Optimiser until the end of the challenge (10 February 2019).
You can enter in one of the following categories:
- weight loss,
- blood sugar reduction, and
- loss + blood sugar.
It’s free to participate in the challenge but there is a cost of USD$50 to be part of the prize pool that will be shared between the winners. At the time of writing the current prize pool is sitting at USD$1700.