Not exact matches
These findings suggest that «
excess fat reduction did
not protect mice from colon cancer progression and liver dysplastic lesion... even though these mice had improved blood
glucose and leptin,» according to the researchers.
If the body can
not maintain this heightened insulin production, the
excess glucose leads to diabetes and other health disorders.
Although we are now living in a drastically different world, the body hasn't yet learnt to differentiate between physical and emotional or mental threats; it still releases
excess glucose into the bloodstream to provide energy for running or fighting, despite the fact you're likely dealing with a demanding email and downing your third caffeine hit for the day.
While we can't store
excess protein, our bodies can convert protein to other fuels like
glucose — in a process known as «neoglucogenesis» — to be used as fuel.
In other words,
excess carbohydrates (
glucose) increases fat build up,
not necessarily dietary fat.
Hi Dr Fung, You finish the article by saying that the
glucose can be burned off by «fasting;» doesn't exercise also burn off
excess glucose, and wouldn't high intensity exercise be the most effective because the harder one exercises the greater the proportion of
glucose, as opposed to fat, the body burns because
glucose is the body's quick access form of energy?
You won't have to inject insulin like it's going out of style because your body will be working more efficiently to burn up the
excess glucose circulating in your blood stream.
cancer cells are an adaptation to burn
excess glucose from the body and
not primarily a method of energy extraction?
In a case of already insulin resistant both peripheral tissues & fat tissue 3 things will will happen prior to triglycerides reaching an elevated level in the bloodstream 1) It starts with peripheral tissues — since it is IR it will
not absorb
glucose and
glucose will remain in the bloodstream leading to elevated
glucose blood levels 2) Body will recognise elevated
glucose levels and immediately will send
excess glucose to liver, thinking that once this
excess glucose will get converted into triglycerides it will then be stored in adipose tissue.
So liver then converts
excess glucose into triglycerides and shuttles it back to the bloodstream thinking again that these triglycerides will safely be stored in adipose tissue 3) But since fat tissue is also IR newly converted triglycerides are
not being stored in the adipose tissue and simply remain in the blood stream.
Also, these are the only things I can think of that I changed in my diet in the past week: — avoiding cow dairy (except butter); replaced with goat milk and goat cheese (
not raw)-- I bought
glucose tablets to use for my low blood sugars (trying to get away from
excess fructose), Dex 4 «Naturals» (no color added) Ingredients: Dextrose (D -
glucose), cellulose, sterotex, citric acid, malic acid, natural orange flavor, ascorbid acid.
If the
excess blood sugar isn't used, shortly thereafter our pancreas reacts to reduce the high the blood sugar by increasing production of insulin and stores the extra
glucose as fat.
However, because
glucose storage in the body is very limited, when added
glucose isn't needed to replenish normalized
glucose levels, the body stores the the
excess supply in the body as fat.
Insulin, metformin, SUs and DPP4s all do
not rid the body of the
excess glucose.
Because dietary protein in the body is converted to greater quantities of
glucose than ketones, you do
not want to consume
excess protein after a few weeks into the diet or your body will have more
glucose than you are intending, thus
not allowing your body to produce energy through ketosis.
Disease is
not due to
glucose,
excess or deficiency, but the communication that tells it what to do... and sugars, more than most anything, by non-enzymatic glycation and insulin and leptin resistance, messes up that communication.
Not only has it changed fat / muscle ratios, but it has also aided in dropping
excess blood
glucose issues.
1) After you eat
excess carbohydrates, blood
glucose stays higher longer because the
glucose can't make it into the cells of the muscles.
Apples and honey have
excess fructose compared to
glucose so are
not allowed.
Eating slightly more protein will
not kick you out of ketosis because
not all
excess protein converts into
glucose via gluconeogenesis.
Yes, you can add
glucose or dextrose tabs to foods with
excess fructose to help the
excess fructose being absorbed (I believe this if being studied at Monash) BUT the extra
glucose will
not aid absorption of the other FODMAPs in the food.
Because
glucose isn't the cause of diabetes,
excess fat in the wrong tissues is.
The liver creates new fat from this pool of
excess glucose, but can
not store it.
The
excess liver
glucose that can
not be put into the full glycogen storage must be changed into triglycerides through a process called «de novo lipogenesis».
My recipes are wheat and mostly grain free because starchy carbohydrates — even ones that are
not technically classified as sugars — are still converted to
glucose in the body, promoting the need for
excess insulin production.
Glucose utilization does not vary as strongly as glucose intake; at low intakes a deficit is made up by gluconeogenesis (manufacture of glucose from protein) and at high intakes an excess of glucose is destroyed by thermogenesis or conversion of glucose
Glucose utilization does
not vary as strongly as
glucose intake; at low intakes a deficit is made up by gluconeogenesis (manufacture of glucose from protein) and at high intakes an excess of glucose is destroyed by thermogenesis or conversion of glucose
glucose intake; at low intakes a deficit is made up by gluconeogenesis (manufacture of
glucose from protein) and at high intakes an excess of glucose is destroyed by thermogenesis or conversion of glucose
glucose from protein) and at high intakes an
excess of
glucose is destroyed by thermogenesis or conversion of glucose
glucose is destroyed by thermogenesis or conversion of
glucose glucose to fat.
Whether that
glucose comes from carbohydrates, from protein via gluconeogenesis, or from glycerol (a byproduct of fatty acid metabolism),
excess amounts in the blood stream that aren't immediately used are transported by insulin to muscle and liver cells and get converted to glycogen.
However, do
not «spill» the carbs over — when the insulin levels and sensitivity are high, any
excess of
glucose goes to fat cells unless you use it for immediate energy and the post-training recovery process.
im starting my journey into a keto genic diet since i found out i have diabetes type 2, and i feel better physically and mentally, since i deal with depression etc... and i'm doing much better with this diet, my question is, which i can't seem to find an answer for, what is you take on
excess protein, do you belive it becomes
glucose or is it true that the
glucose is demand driven and
not supply driven??
If you eat a high - carb diet, then, by the time the
excess glucose has been converted to saturated and monounsaturated fat by your liver and fat cells, you do have access to something closer to full - cream milk, and this conversion doesn't require fermentation.
Honey contains
excess fructose and
not other FODMAP groups so for this reason, you could try to consume a bit of
glucose when you consume a small amount of it and this may aid its absorption.
From the research I have read, both ripe and firm bananas should be okay... The carbohydrates do change (fructose and
glucose increase with ripening) but both states of ripeness do
not have
EXCESS fructose which is key.
This makes sense: the body really wants to get rid of the
excess glucose, which is toxic, but high leptin means it's already fat and doesn't want to get fattier.
But if your body is secreting too much insulin, it leads to insulin resistance, meaning
excess glucose isn't properly metabolized and instead, is stored as fat.
Since the body does
not need all this energy immediately, the
excess glucose is eventually converted to fat!
Although prospective randomized long — term clinical studies comparing the effects of conventional and intensive therapy have demonstrated a clear link between diabetic hyperglycemia and the development of secondary complications of diabetes, they have
not defined the mechanism through which
excess glucose results in tissue damage.
What most of us don't know is that insulin is also the messenger that tells the body to store any
excess glucose as body fat.
It's
not healthy to have
excess levels of
glucose in your bloodstream.
People with type 1 diabetes and even some with type 2 can't produce sufficient quantities of insulin — which helps process blood sugar — which means they are likely to have an
excess of blood
glucose.
In an attempt to reestablish balance, the body will try to get rid of the
excess glucose by
not reabsorbing it in the urine.
Increased urination is caused by
excess glucose which is
not processed normally, so your dog will try to get rid of it by urinating.
Your dog may develop hyperglycemia, or
excess glucose in the body, if his body can't process insulin correctly.
A single test for hyperglycemia (
excess blood
glucose levels) may
not be sufficient, especially if the levels are only slightly elevated, so veterinarians may want to run more than one.
Since insulin is
not giving the internal organs and muscles a signal to convert
glucose into energy, the
excess glucose goes right out the body through urine causing a lack of energy in your pet.