A cardiorespiratory representation shows how the heart
and lungs interact to circulate oxygenated blood, remove
carbon dioxide, and support essential body functions.
The cardiorespiratory system combines the heart and
lungs to circulate oxygen, remove carbon dioxide, and
maintain stable oxygen levels essential for cellular activity.
The cardiovascular system includes the heart and blood
vessels. It circulates blood throughout the body, transporting
oxygen, nutrients, hormones, and waste products while
supporting cellular function and maintaining internal balance.
Carotid artery branching. This illustration represents the division
of the artery into its internal and external branches. The diagram
shows how the internal branch irrigates the brain while the external
one supplies blood to the neck and face, ensuring blood flow and
oxygen supply.
Carotid artery stenosis. Narrowingof the mainarterythat carries blood to the brainby the accumulation of plaques, reducingtheblood supply flow andincreasingthe risk of stroke, requiringtimelydiagnosis and treatment.
A brainaneurysmisa weakbulgeinthe wallofan arteryinthe
brain. If it grows,it canruptureand causeseverebleeding. He
oftenhasno symptomsuntilhe isdetectedin testsorit breaks.
Cerebral aneurysms are bulgesinthe blood vesselsinthe brain that canruptureand causea stroke. Manyhaveno symptoms,
but early detection and their detectionandtreatmentarevitalto avoidseriousneurologicaldamage.
A cerebral arterialaneurysm, this isa dilationina cerebral
blood vesselsimilarto a balloon.Your breakupisan emergency, a medicalcondition knownas a hemorrhagic stroke.Thecontrol of bloodpressureiskeytopreventingcomplications.
Cerebral arterial irrigation. This illustration describes the supply
of oxygen-rich blood through the main arteries to the brain. The
diagram shows how the internal carotids and vertebrals nourish the
tissue, being a vital process for maintaining healthy neurological function.
Cerebral blood circulation. This illustration represents the flow
of oxygenated blood from the arteries to the capillaries for nutrient
exchange. The graphic shows how veins return deoxygenated blood
to the heart, facilitating the understanding of cellular perfusion.
Lorem Ipsum es simplemente el texto de relleno de las imprentas
y archivos de texto. Lorem Ipsum ha sido el texto de relleno estándar
de las industrias desde el año 1500, cuando un impresor (N. del T.
persona que se dedica a la imprenta) desconocido usó