hypertension Flashcards

1
Q

primary prevention of a disease

A

preventing a disease form happening

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2
Q

secondary prevention of a disease

A

preventing the disease from recurring

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3
Q

tertiary prevention of a disease

A

reducing the complications of a complicated disease

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4
Q

what is hypertension

A

blood pressure of greater than or equal to 140 and diastolic blood pressure of greater than or equal to 85

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5
Q

hypertension severity

A

check on nice guidelines

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6
Q

hypertension increases the risk of what diseases ?

A

heart failure
coronary artery disease
aortic syndrome
stroke
chronic kidney syndrome
peripheral arterial disease
vascular dementia
visual impairment

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7
Q

primary hypertension

A

hypertension with no single identified cause may be because of genetics and environment

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8
Q

secondary hypertension

A

hypertension that is as a result of another disease for example renal disease

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9
Q

what are the risk factors for primary hypertension

A

birthweight
age
genetics eg ethnicity
co -morbidities
latrogenic
lifestyle factors such as obesity , stress , smoking , alcohol, stimulants and lack of exercise

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10
Q

autoregulation of blood pressure

A

kidney system
Natiuretic peptides
endothelium
SNS

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11
Q

how does sympathetic activation affect hypertension

A

vasoconstriction - increased MAP through increasing peripheral resistance
reflex tachycardia
increased stroke volume - increased cardiac output
stimulates renin release

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12
Q

what causes the activation of RAAS

A

Fall in blood pressure , sodium depletion and fall in the circulating volume of blood

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13
Q

how does raas system work

A

there is release of renin form the juxtaglomerular cells of the kidney - renin converts angiotensinogen produced by the liver to angiotensin 1 which is later converted to angiotensin 2 by ACE enzyme released from the lungs.

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14
Q

what is the effect of angiotensin 2

A

causes vasoconstriction of major vessels
acts on adrenal gland to release aldosterone hormone which acts on the kidney and help with reabsorption of water .

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15
Q

how is hypertension managed ?

A

assessing organ damage

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16
Q

what investigations are done to assess organ damage

A

ECG to test shows hypertrophy
urine test to test on proteinurea there will be proteins in the urine which shows lack of kidney function.
bloods- presence of troponin cardiac muscle failure
echocardiogram - will show hypertrophy
eye test to test on retinal pressure

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17
Q

non pharmacological management of hypertension

A

lifestyle factors such as diet , exercise

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18
Q

antihypertensive drug monitoring treatment and blood pressure targets

A

hypertension with or without diabetes
of african heritage ( any age )
of caucasian heritage over 55
of caucasian heritage under 55

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19
Q

hypertension with type 2 diabetes first line drugs

A

ACE or ARB

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20
Q

hypertension without diabetes for african or caribbean heritage of any age

21
Q

hypertension without diabetes for caucasian over 55

22
Q

hypertension without diabetes for caucasians and under the age of 55

A

ACE or ARB

23
Q

if symptoms persist for an african or a caucasian over 55 without diabetes

A

add ACE or ARB or thiazide like diuretic

24
Q

if symptoms persists for someone with diabetes

A

add CCB or thiazide like diuretic

25
last stroke for hypertension with or without diabetes
ACE or ARB + CCB + thiazide like diuretic
26
last step for someone who does not respond to step 3
alpha blocker , or beta blocker i potassium level is greater than 4.5 low dose spironolactone if blood potassium level is less than 4.5
27
what are ACE drugs
angiotensin conversion inhibitors which inhibit the conversion of angiotensin 1 to 2 they inhibit vasoconstriction and inhibit salt and water retention
28
example of ACE drugs
ramipril enalapril perindopril
29
side effects of ace inhibitor
dry cough angioedema not for pregnant women
30
caution with ACE inhibitors
renal artery stenosis CKD
31
drug interactions
NSAIDS PLUS THE ACE WILL BE A LOAD FOR THE KIDNEY NO POTASSIUM SILENCE
32
Angiotensin receptor blockers
Work by blocking angiotensin 2 receptors
33
what are the side effects of ARB
they have few side effects
34
examples of ARB
losartan, candesartan, valsartan
35
calcium channel blockers
inhibit the bondage of L type calcium ion channel receptors
36
side effects of calcium channel blockers
leg swelling dry mouth bradycardia
37
side effects of calcium channel blockers
dry mouth leg swelling bradycardia
38
drug interactions of CCB
do not prescribe with a non -dihydropyridine with a beta blocker
39
what are examples of thiazide like diuretics
indapamide
40
how do thiazide like diuretics function
they have diuretic effect that is loss of water
41
what are the side effects of thiazide like diuretics
they cause hypokalaemia
42
mineralocorticoid receptor antagonists
they inhibit the action of aldosterone at the descending collecting tubule and the collecting duct. and they are potassium sparing
43
side effects of mineralocorticoid receptor antagonists
hyperkalaemia gynaecomastia which is caused by spironolactone
44
alpha adrenoreceptor antagonist
doxazosin which is started at a lower dose and continued at a higher dose in profound hypertension
45
non cardio -selective beta blocker
propranolol and carvedilol
46
cardio- selective beta blocker
bisoprolol , atenolol and metoprolol
47
vasodilator drugs
hydralazine
48
anti -hypertensive choice for pregnant women
stop ACE and ARB labetalol (mixed alpha and beta blocker)​ methyldopa (centrally acting)​ nidefipine (calcium channel blocker)​
49