all the damage to the organscausesall the damage to the organs

from our heart to lungsleadsfrom our heart to lungs

the heart to work harder to pump blood throughout the bodycausesthe heart to work harder to pump blood throughout the body

stretch of these receptors which results in movement of sodium ions into the nerve endings , thereby , initiating an action potentialcausesstretch of these receptors which results in movement of sodium ions into the nerve endings , thereby , initiating an action potential

in clinical and subclinical organ damageresultsin clinical and subclinical organ damage

in an elevated ICP [ 20could resultin an elevated ICP [ 20

cardiovascular disorders and heart failurecan causecardiovascular disorders and heart failure

in stroke or heart attackcan resultin stroke or heart attack

to heart disease and strokeleadto heart disease and stroke

the heart muscle to thicken because it must pump harder to compensate for the high blood pressurecausesthe heart muscle to thicken because it must pump harder to compensate for the high blood pressure

at root by fundamental damage processes such as cross - linking in blood vessel walls , inflammation due to the presence of senescent cells , and so forthis causedat root by fundamental damage processes such as cross - linking in blood vessel walls , inflammation due to the presence of senescent cells , and so forth

small tears in the endothelium that accelerate the progress of atherosclerosiscausingsmall tears in the endothelium that accelerate the progress of atherosclerosis

to transient ischemic attacks , strokes , cerebral aneurysms , and intracerebral hemorrhagecan leadto transient ischemic attacks , strokes , cerebral aneurysms , and intracerebral hemorrhage

interference with the heart , which then triggers a heart attackwill causeinterference with the heart , which then triggers a heart attack

hindrance to the flow of blood hence making the blood forcefully flow through the vessels at a higher than normal amount of pressurecauseshindrance to the flow of blood hence making the blood forcefully flow through the vessels at a higher than normal amount of pressure

the heart to work harder to send blood through the bodycausethe heart to work harder to send blood through the body

internal bleeding in the braincan causeinternal bleeding in the brain

to rupture and bleedingleadto rupture and bleeding

further heart problemscan causefurther heart problems

resistance against your heartcreatesresistance against your heart

blood flow to the heart to slow down or cease entirelycausingblood flow to the heart to slow down or cease entirely

away from the heart to the rest of the bodyleadaway from the heart to the rest of the body

to micro infarctionsleadingto micro infarctions

in reduction of blood flow to kidneysresultingin reduction of blood flow to kidneys

them to stretch and become less effective or by vessels that are not as flexiblecausesthem to stretch and become less effective or by vessels that are not as flexible

to infection many health problemsleadsto infection many health problems

little tears in the endothelium as well as enhancing the demand for energy in responding to the too much mechanical tons on the arterial vesselscausinglittle tears in the endothelium as well as enhancing the demand for energy in responding to the too much mechanical tons on the arterial vessels

them to clog or weakencausingthem to clog or weaken

to the vessel burstingcan leadto the vessel bursting

to a disruption of regions necessary for decision - making , memory , and verbal skills , which could make the disease worsenleadsto a disruption of regions necessary for decision - making , memory , and verbal skills , which could make the disease worsen

blood circulation ... and thus , less nutrients and blood will be brought to the kidneys , as a resultwill influenceblood circulation ... and thus , less nutrients and blood will be brought to the kidneys , as a result

tiny splits in the endothelium as well as raising the need for power in recardio отзиви countering the extreme mechanical load on the arterial vesselscreatingtiny splits in the endothelium as well as raising the need for power in recardio отзиви countering the extreme mechanical load on the arterial vessels

an increase in blood pressurecausesan increase in blood pressure

little splits in the endothelium as well as enhancing the need for power in responding to the too much mechanical lots on the arterial vesselscreatinglittle splits in the endothelium as well as enhancing the need for power in responding to the too much mechanical lots on the arterial vessels

tiny rips in the endothelium as well as enhancing the need for energy in можете да опитате тук responding to the too much mechanical tons on the arterial vesselscreatingtiny rips in the endothelium as well as enhancing the need for energy in можете да опитате тук responding to the too much mechanical tons on the arterial vessels

small rips in the endothelium and raising the demand for energy in Получете повече информация countering the too much mechanical tons on the arterial vesselstriggeringsmall rips in the endothelium and raising the demand for energy in Получете повече информация countering the too much mechanical tons on the arterial vessels

the ill effects of hypertension(passive) is caused bythe ill effects of hypertension

to arteriosclerosisleadsto arteriosclerosis

the blood vessels to bulge and weakencausesthe blood vessels to bulge and weaken

tiny rips in the endothelium and raising the demand for energy in countering the excessive mechanical load on the arterial vesselscausingtiny rips in the endothelium and raising the demand for energy in countering the excessive mechanical load on the arterial vessels