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Brugada Syndrome
RF
by
Riley Fuchs
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Updated Mar 21, 2023
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Chapters
00:00
Chapter 1
00:03
Chapter 2
00:38
Chapter 3
00:57
Chapter 4
01:27
Chapter 5
02:10
Chapter 6
02:21
Chapter 7
02:38
Chapter 8
03:13
Chapter 9
03:24
Chapter 10
03:37
Chapter 11
03:43
Chapter 12
03:46
Chapter 13
03:54
Chapter 14
04:00
Chapter 15
04:17
Chapter 16
04:38
Chapter 17
Audio Transcript
Auto-generated
00:01 - 00:02
My name is Riley Fu
00:02 - 00:03
and here's our project on Brigade
00:03 - 00:04
Syndrome.
00:05 - 00:05
What is Brugada
00:05 - 00:06
syndrome?
00:06 - 00:08
Brugada syndrome is a genetic disorder that
00:08 - 00:11
can cause a dangerous irregular heartbeat.
00:11 - 00:14
When this happens, the lower chambers of your heart also known as the ventricles.
00:15 - 00:17
beat fast and irregularly.
00:17 - 00:20
This prevents blood from circulating correctly in your body.
00:20 - 00:21
This can be dangerous.
00:22 - 00:25
It may lead to fainting or even death, especially during sleep arrest.
00:26 - 00:30
The disease has been called sudden unexplained nocturnal death syndrome
00:30 - 00:32
because people with it often die in their sleep.
00:34 - 00:37
And here's a picture of the heart with the left ventricle and the right ventricle.
00:38 - 00:40
Here are some single gene disorders.
00:41 - 00:41
Single
00:41 - 00:46
gene disorders consist of cystic fibrosis, hemochromatosis, tia
00:46 - 00:48
single cell anemia.
00:48 - 00:52
And even though these diseases are primarily caused by a single gene,
00:52 - 00:54
several different mutations can result in the same
00:54 - 00:58
disease but with varying degrees of severity and phenotypes
00:58 - 01:04
Multifactorial disorders consist of birth defects such as cleft palate diabetes.
01:04 - 01:08
Alzheimer's disease, schizophrenia, bipolar disorder and arthritis,
01:08 - 01:12
multifactorial disorders are conditions caused by many contributing
01:12 - 01:16
factors that are called complex or multifactorial disorders.
01:16 - 01:19
Although complex disorders are often clustered in families,
01:19 - 01:22
they do not have a clear cut pattern to inheritance.
01:22 - 01:25
Here's a picture of a baby on the left with a unilateral
01:25 - 01:28
cleft lip and then a bilateral cleft flip on the right.
01:28 - 01:33
Some chromosomal disorders consist of down syndrome fragile x syndrome,
01:33 - 01:37
Kleinfelter syndrome, triple X syndrome, Turner syndrome, Trisomy,
01:37 - 01:42
18 and 13 and S C N five A which is Brugada Syndrome.
01:43 - 01:47
Many types of chromosomal abnormalities exist but they can be categorized
01:47 - 01:49
as either numerical or structural
01:49 - 01:52
numerical abnormalities are whole chromosomes,
01:52 - 01:54
either missing from or extra to the normal pair
01:54 - 01:59
structural abnormalities are when part of an individual chromosome is missing or
01:59 - 02:02
an extra part is switched to another chromosome or turned upside down.
02:03 - 02:05
And here's a picture of the normal heart conduction time
02:05 - 02:08
which is 73 milliseconds and then on the left is Brugada
02:08 - 02:11
syndrome which takes 100 7 milliseconds.
02:11 - 02:15
Some symptoms of Brugada syndrome is dizziness, fainting,
02:15 - 02:16
gasping and labored breathing,
02:16 - 02:19
regular heart or palpitations and extremely
02:19 - 02:22
fast and chaotic heartbeat and seizures.
02:22 - 02:24
How is this diagnosed?
02:24 - 02:26
Your health care provider may suspect you have it
02:26 - 02:28
when you have any of the symptoms listed before.
02:29 - 02:31
They may also ask if you have family history of
02:31 - 02:34
the disease or an unexplained sudden death in the family.
02:34 - 02:39
An electrocardiogram also known as E C G can assist in diagnosing this disease.
02:39 - 02:42
Currently, there is no cure for Bogata syndrome,
02:42 - 02:45
but there are ways to protect from the dangerous consequences of the disease.
02:46 - 02:48
An implanted cardioverter defibrillator,
02:48 - 02:51
also known as I CD can prevent sudden death from Bogata.
02:54 - 02:57
I CD can detect the start of arrhythmia.
02:57 - 03:00
It'll either stop with the pacing or deliver shock to,
03:00 - 03:03
to reset the heart back into the regular rhythm.
03:03 - 03:04
There is another possible treatment
03:05 - 03:05
that's cardio
03:06 - 03:06
ablation.
03:07 - 03:09
This procedure performs the destruction of a small
03:09 - 03:11
area of the heart tissue caused to find.
03:12 - 03:14
trying to cause the dangerous arrhythmia.
03:14 - 03:15
Brigada
03:15 - 03:16
syndrome is very rare.
03:16 - 03:20
About five of every 10,000 people worldwide are diagnosed each year.
03:20 - 03:23
Symptoms usually start to show up during adulthood,
03:23 - 03:24
although it can develop at any age
03:25 - 03:28
The mutation that causes this disease
03:28 - 03:29
is a
03:29 - 03:34
mutation that causes this disorder is called S C N five A which is
03:34 - 03:35
a gene that belongs to a family
03:36 - 03:38
that provide instructions for making sodium channels.
03:38 - 03:38
Verga
03:38 - 03:39
is autosomal
03:39 - 03:43
meaning a genetic trait or condition can be passed down from parent to child
03:45 - 03:47
syndrome is a dominant trait and here is our pedigree.
03:55 - 03:56
Here are Ponent Squares
04:01 - 04:04
One additional fact is Brugada syndrome is
04:04 - 04:06
named by the Spanish cardiologist Pedro Brugada
04:06 - 04:11
and Joseph Brugada who reported it as a distinct clinical syndrome in 1992.
04:12 - 04:17
The genetic basis of Brugada syndrome was established by Rahman Brugada in 1998
04:19 - 04:22
Second fact fact is Brigada syndrome depends
04:23 - 04:25
On early diagnosis and treatment. Brugada
04:25 - 04:29
syndrome may be a major cause of sudden cardiac death in men under 40
04:29 - 04:35
people with Brugada syndrome. On average, die between the ages of 26-56 years old
04:35 - 04:37
with an average age of 40 years.
04:40 - 04:42
and here are references.
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