Nevertheless, once your muscle tissue is full of glycogen, there comes a point
where glucose needs a different place to go.
Not exact matches
Once
glucose from the food you eat is absorbed into your bloodstream blood
glucose levels go up and your pancreas starts secreting insulin to help get that sugar out of your bloodstream and into your brain and muscles
where it is
needed (after all, it is not safe to have high blood sugar levels.)
Mom might actually experience Ketosis
where the muscles run out of the
glucose needed to keep working.
People with type 1 diabetes
need lifelong treatment with insulin, which helps transport the sugar
glucose from the bloodstream into cells,
where it serves as a key energy source.
The body then has to pump out more insulin to transport blood
glucose to
where it
needs to be, and high levels of insulin promote greater fat storage.
When cells have extra protein they don't
need, they send it to the liver,
where it is either turned into
glucose or urea.
So the
glucose is already going
where it
needs to go because of the high cortisol.
Note, that the muscles first
need energy, through glycolysis,
where they break down
glucose for energy - especially during high - intensity exercise.
Insulin is what carries the
glucose all through your bloodstream and gets the converted energy to
where it
needs to go.
Now
glucose is unable to enter into the cells
where it's
needed to make energy.
Findings published on the National Institutes Of Health website, Metabolic Effects of the Very - Low - Carbohydrate Diets: Misunderstood «Villains» of Human Metabolism, (Manninen et al) ascertains that reducing carb intake triggers a harmless physiological state known as ketosis,
where ketones flow from the liver and spare the
need for
glucose metabolism providing an alternative source of fuel for the body.
There is no doubt, excessive carbohydrate consumption will make you feel tired and sluggish unless you are a marathon runner or an endurance athlete
where you constantly
need to replenish your
glucose stores.
Glucose provides cellular fuel when it converts to adenosine triphosphate (ATP), the molecule that carries energy to
where it is
needed.
Then,
glucose is transported through the bloodstream to these cells
where it can be used to provide the energy the body
needs for daily activities.
Insulin is
needed for
glucose to enter the cells,
where it's used as energy.
Think of it like this: just as we may shout to make a deaf person hear, the body
needs to make more insulin to drive
glucose where it's supposed to go.
To determine whether dose adjustments are
needed (or if a different type of insulin is more appropriate), your pet will
need a
glucose curve
where blood sugar levels are monitored every 2 to 4 hours or so for 12 to 24 hours.