00:01
Our seventh family are the dopamine agonist.
00:04
Now, note Nurse Natalie at the
bottom of the screen there.
00:07
See her expression?
That's to remind you.
00:09
We're not exactly sure how
these medications work.
00:14
We know they are helpful, but we're
not exactly sure how they work.
00:17
We've just got a couple of good guesses.
00:19
That's not uncommon in the CNS,
the central nervous system.
00:23
Even with our psych drugs
and other CNS medications,
it's so complex, we're not
exactly clear how they work.
00:30
But, we use this one anyway, it's
bromocriptine, is what the name is,
the generic name, when it's use to treat diabetes.
00:38
Now it has other names, or aliases,
when it's used to treat Parkinson's
or hyperprolactinemia,
which means that extra prolactin.
00:47
So, we use the same generic compound to
treat Parkinson's and hyperprolactinemia.
00:56
So, we think it might reverse the
hypothalamus' drive to raise blood glucose,
and the triglycerides and the free fatty acids,
but again, that's just a really good guess.
01:06
We're not exactly sure, at this point.
01:08
But since it messes with your CNS
system, drowsiness can be a problem.
01:13
Here's one that will get your attention.
01:15
Remember that it works in the CNS
system, it can exacerbate psychosis.
01:21
That's a significant side effect.
01:23
Not everyone experiences it, but if they
have a mental health history of psychosis,
this can definitely make it worse.
01:30
You can also have some issues
with orthostatic hypotension.
01:33
Remember, if you're going from lying
to sitting, or sitting to standing,
you want to do that slowly,
so your body can acclimate.
01:43
Now, the eighth family is the
sodium-glucose co-transporters 2s.
01:48
Remember, we're kind of excited about these
because research is starting to support
that these don't only help type 2 diabetics,
they might be very helpful
with the type 1 diabetics.
01:58
We'll not replace insulin, but it might really
help them have more effective treatment plans.
02:04
Okay.
02:05
This may be something that
you weren't really aware of,
because a lot of people are surprised
to learn that the kidneys are --
really play an important role in helping to
maintain the glucose balance in the body.
02:15
See, they decide what to filter and
reabsorb, especially with glucose.
02:20
So the SGLTs --
remember, that's what it's in our name --
they're the transporters.
02:26
They have the majority of the
responsibility of reabsorbing the glucose.
02:30
So if we block their action, what
do you think's going to happen?
SGLT-2 inhibitors block the
reabsorption of glucose.
02:39
So, if it blocks the reabsorption
of glucose back into the body,
it's going to leave the body in the urine.
02:45
So you're going to have a lot more glucose
leaving in the urine, and a lot more calories.
02:50
That's a cool side effect.
02:52
Now, we use it with type 2 patients and there's
ongoing issues of research with type 1 patients.
02:58
So remember, I keep bringing that up
because it's such a cool development.
03:03
So, these medications help --
they block the action so
glucose is not reabsorbed.
03:08
You pee it out in your urine.
03:11
Okay.
03:11
Remember that we've got a lot more glucose
leaving the body through the urine,
so you'll end up with a risk
for orthostatic hypotension.
03:19
Now because of that extra sugar
or glucose in your urine,
that environment becomes
really friendly to fungus,
so you're at a risk for fungal infections,
for females, in particular.
03:30
Also at risk for UTIs --
urinary tract infections --
and polyuria; having to go to the bathroom a lot.
03:38
So this one has some very unusual side effects.
03:42
Just try to remember that more glucose
leaves the body through the urine,
and that's why we end up with
orthostatic hypotension,
a risk for a fungal infections, UTIs, and polyuria.