00:01
So what's different about
glucose control in diabetic clients?
That's what we're here
to talk about.
00:08
Now in type 1 diabetes,
that's a probable autoimmune
destruction of the pancreas.
00:13
So you can see
why that is problematic.
00:16
So an autoimmune disorder means
the body kind of turns on itself.
00:21
Auto (self) immune.
00:23
And it starts attacking
its own cells.
00:25
When it attacks the cells
in the pancreas,
specifically those beta cells,
the patient is not going to be able
to produce insulin.
00:33
That's the definition of
type 1 diabetes.
00:36
No insulin is produced
by the pancreas.
00:38
All of the insulin for a patient
who has type 1 diabetes
has to be taken as medication.
00:44
This is where it becomes
kind of problematic.
00:47
The pancreas
is really efficient at it
when it's functioning
at optimum level.
00:52
But after autoimmune destruction,
it can no longer do that.
00:55
So we do our best
to try to supply insulin
at the level the patient needs it
as medication.
01:02
We don't have any
oral medications
that will completely
replace insulin.
01:06
But we have made
some progress with
oral antidiabetics
along side the insulin.
01:11
So this patient is going to need
frequent monitoring and titration
of their medications
and closely watching
their blood sugar.
01:19
Now, type 2 diabetes kind of
start out a little different.
01:23
Now these beta cells can
kind of secrete insulin, right?
So there may be a lot of insulin,
a little insulin,
but the problem starts
with insulin resistance.
01:34
See the insulin released by
a type 2 diabetic pancreas
can kind of be variable.
01:39
Usually the patient is resistant
to that insulin,
that means they've got insulin,
but their body can't use it.
01:45
It's not opening those receptors
to allow glucose into the cells.
01:49
These patients also require
frequent monitoring and titration
of their medications.
01:54
Now, progression of the disease
impacts the treatment.
01:58
That's why lifestyle is so very
important to any patient,
but particularly to type 2 diabetes.
02:06
If we can help them change
eating habits toward
healthier choices,
we can help them become
more active,
then we can slow the progression
of the type 2.
02:15
So we can probably treat it
with oral meds,
but eventually, they may even end up
needing insulin,
depending on how quickly
the disease progresses.
02:24
Now we're back
to talking about that food
and what it does in your body.
02:27
We know that the
postprandial blood sugar
two hours after the start
of the meal,
likely less than 140
for a nondiabetic,
we want it to be less than 180
for a diabetic client,
but notice that their blood sugar
is higher.
02:41
And you know why?
That's because they just don't have
the insulin available,
or usable in their body
due to insulin resistance.
02:50
So the blood glucose rises
after you eat it, right?
You eat the food,
the blood glucose rises,
the beta cells in the pancreas
would normally
secrete the insulin
into the bloodstream.
03:00
then the body cells
would take up the glucose
and the blood glucose
would return to normal
and there's no more stimulus
for insulin.