Linked from

The 73 pages that link to Hypertension, each with the reason it gives.

• Heart failureRelated: Long-term pressure overload can thicken the heart and eventually impair its function.

• Cardiovascular diseaseRelated: Long-term pressure injures arteries and raises risk across several cardiovascular disorders.

• Sodium chlorideRelated: High sodium intake can raise blood pressure in many people.

• Atrial fibrillationRelated: It is a common risk factor for atrial fibrillation and its cardiovascular complications.

• Coronary artery diseaseRelated: It damages artery walls and increases the risk of coronary atherosclerosis.

• Cushing syndromeRelated: Cortisol excess promotes high blood pressure through several hormonal and vascular effects.

• Beta blockerRelated: Beta blockers lower blood pressure, though they are not the preferred first treatment for every patient.

• Aerobic exerciseRelated: Aerobic training can help reduce resting blood pressure.

• SaltRelated: High sodium intake can raise blood pressure, especially in salt-sensitive people.

• Endothelial dysfunctionRelated: Endothelial signaling abnormalities can contribute to elevated vascular resistance and blood pressure.

• Ischemic strokeRelated: Long-term high pressure contributes to stroke risk through damage to blood vessels.

• Renin–angiotensin–aldosterone systemRelated: Excessive or sustained system activity can contribute to elevated vascular resistance and blood volume.

• ACE inhibitorRelated: Lowering vascular resistance makes ACE inhibitors a common treatment.

• IbuprofenRelated: Ibuprofen may raise blood pressure or interfere with some blood-pressure medicines in susceptible people.

• ArteryRelated: High pressure strains arterial walls and contributes to vascular disease.

• Calcium channel blockerRelated: Arterial relaxation makes calcium channel blockers common blood-pressure treatments.

• Vascular smooth muscleRelated: Excess vascular resistance from smooth-muscle tone can contribute to hypertension.

• Aortic dissectionRelated: Chronic hypertension is a major risk factor for aortic dissection.

• CelecoxibRelated: Celecoxib and other NSAIDs can raise blood pressure or worsen its control.

• PropranololRelated: Propranolol can lower blood pressure, though it is not generally a first-line choice for uncomplicated hypertension.

• Serotonin-norepinephrine reuptake inhibitorRelated: Norepinephrine effects can raise blood pressure, particularly with some SNRIs and doses.

• Angiotensin-converting enzymeRelated: ACE inhibitors lower blood pressure partly by reducing angiotensin II formation.

• ApneaRelated: Obstructive sleep apnea is associated with increased risk of hypertension.

• VenlafaxineRelated: Venlafaxine can raise blood pressure, especially at higher doses, so monitoring may be needed.

• Atherosclerotic cardiovascular diseaseRelated: High blood pressure damages arteries and raises the risk of atherosclerotic events.

• FludrocortisoneRelated: Sodium and water retention can raise blood pressure during treatment.

• Loop diureticRelated: Loop diuretics can lower pressure, particularly when kidney function is impaired or fluid overload is present.

• AmlodipineRelated: Amlodipine lowers blood pressure and is commonly prescribed for this condition.

• Angiotensin IIRelated: Angiotensin II can raise pressure through vasoconstriction and increased sodium retention.

• Blood circulationRelated: It damages blood vessels and increases the workload on the heart over time.

• DiclofenacRelated: Diclofenac may raise blood pressure or interfere with medicines used to control it.

• Polycystic kidney diseaseRelated: It commonly accompanies kidney cyst growth and can accelerate kidney injury.

• Cardiovascular systemRelated: It can damage vessels and organs while producing few early symptoms.

• DiureticsRelated: Thiazide-type diuretics are commonly used to lower blood pressure.

• GlomerulonephritisRelated: Reduced filtration and salt retention during glomerular disease can raise blood pressure.

• CaptoprilRelated: Captopril lowers vascular resistance and is prescribed to treat high blood pressure.

• DimercaprolRelated: Dimercaprol may cause a temporary rise in blood pressure during treatment.

• NephrologyRelated: Kidney disease can cause hypertension, and high blood pressure can worsen kidney damage.

• Post-streptococcal glomerulonephritisRelated: Salt and water retention during kidney inflammation can raise blood pressure.

• ACE inhibitor coughRelated: ACE inhibitors are often prescribed for hypertension, making cough a treatment-limiting adverse effect.

• CardiologyRelated: It strains the heart and blood vessels and is a major modifiable risk factor.

• VerapamilRelated: Arterial relaxation from verapamil can lower blood pressure.

• NifedipineRelated: Nifedipine lowers blood pressure by reducing peripheral arterial resistance.

• Systole (cardiac physiology)Related: Clinical blood-pressure assessment distinguishes systolic pressure from diastolic pressure.

• BevacizumabRelated: Disrupted VEGF signaling can raise blood pressure during bevacizumab treatment.

• DiltiazemRelated: Arterial relaxation lets diltiazem lower blood pressure.

• LisinoprilRelated: Lisinopril is commonly prescribed to lower arterial pressure in this condition.

• LosartanRelated: Losartan is prescribed to lower blood pressure in adults and some children.

• ArteriosclerosisRelated: Long-term pressure can contribute to arterial wall thickening and can also worsen its consequences.

• EnalaprilRelated: Enalapril is prescribed to lower blood pressure in people with hypertension.