What is
the most important principle of weight gain?
It’s
calories isn’t it? It’s what the whole weight loss industry is based around.
It’s all about avoiding calories to reduce the amount of energy going in. After
all it makes sense, if you reduce the amount of energy in and maintain or
increase the amount of energy out then you will reduce the amount of energy
stored.
In
the body stored energy is largely fat, but there are other stores of energy.
Your whole body is combustible fuel, your bones can be digested and so can your
brain!
In
this seminar I will present my argument that calorie reduction is not the most
important consideration for weight/fat loss
This
is one of the most basic laws of physics. As far as we know it is true and it
applies to everything in the universe, even the body. I
don’t disagree with this at all. I would be
extremely stupid if I did.
I
don’t apply Heisenburg’s uncertainty principle to my lunch when
I’m aiming my cutlery, and in the same way I don’t apply the first law of
thermodynamics to weight loss.
Here’s what happens.
Crap
theory doesn’t take into account any unconscious regulation. It assumes that
the only way you can become overweight is either sloth and gluttony (or a
combination of both). It doesn’t acknowledge hormonal influences, gut health,
illness, or your resting metabolic rate
Up until recently, type 1 and type 2
diabetes were seen as distinct entities. It was understood that type 1 diabetes
(or insulin-dependent diabetes) was caused by autoimmune destruction of the
beta cells of the pancreas, leading to decreased insulin production, whereas
type 2 diabetes was caused by insulin resistance of the liver, muscle and fat
cells.
However, recent research has demonstrated
that the line separating these two conditions may be much blurrier than
previously thought. It is now known that type 1 diabetes, which normally begins
in childhood, may slowly develop later in life. This form is referred to as
latent autoimmune diabetes (LADA) or more informally as type 1.5 diabetes.
Let’s start from the top, what actually
is metabolic disease
Metabolic
diseases is a lifestyle disease, which is caused predominantly by the lifestyle
you lead. It’s all that’s left when you take away the threat of bacteria and
viruses as a cause of death. It is the final hurdle to living healthily until
the end of your life, and dying a ‘natural death’.
The
treatment in most cases is to reduce the calories and the fat, because it
follows logically that if you want to reduce the amount of fat in your body you
should reduce the amount of fat that you put in. This approach has clearly been
a dismal failure.
•Diabetes is not a simple maths equation
do to overexposure to sugars
•Diabetes can be reversed
•Normal is not healthy
•You can still get all metabolic diseases
if you are not obese
Up until relatively recently, fat was
considered an inert tissue with no biological activity. The idea was that it
was just, well, there. It didn’t do much other than store excess energy.
We now know, however, that fat tissue is
a metabolically active endocrine organ that secretes hormones and inflammatory
cytokines such as IL-6 and TNF-α. The metabolic activity of fat is the key to
understanding its role in diabesity.
Up until relatively recently, fat was
considered an inert tissue with no biological activity. The idea was that it
was just, well, there. It didn’t do much other than store excess energy.
We now know, however, that fat tissue is
a metabolically active endocrine organ that secretes hormones and inflammatory
cytokines such as IL-6 and TNF-α. The metabolic activity of fat is the key to
understanding its role in diabesity.
In healthy people, FFAs are burned in the
mitochondria soon after release (lipolysis) from storage forms of fat
(triglycerides and phospholipids). But in the diabese, inflammation, leptin
resistance and oxidative damage impair the mitochondria’s ability to burn fats.
The excess FFAs then “spill over” into non-fat tissue like the liver, pancreas
and skeletal muscles. FFAs damage these metabolically active tissues because
they don’t belong there. This is called lipotoxicity. Lipotoxicity has
been shown in
several studies to cause insulin resistance and increase the risk of T2DM.
I don’t
disagree with this at all. I would be extremely stupid if I did but it requires
a few assumptions to practically apply to obesity:
1.Q and W must be independent
In
practice q affects w. If you eat more food then your energy expenditure will
increase.
2. W
must be a single form of work. In practice W is EAT and NEAT.
In
practice NEAT affects EAT and vice versa. If Q stays the same and EAT increases
then NEAT will decrease to adjust.
3. A
calorie is a calorie: Q affects W depending on macros. Protein requires more
NEAT than carbs and fat.
4. ΔU
is unregulated
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