Loading ...

Blob

Smart Reasoning:

C&E

See more*

Qaagi - Book of Why

Causes

Effects

All this pressureresultsfrom the cardiovascular system pumping blood through the vascular system

the associated extensive interstitialbrosisleadto tissue hypoxia the arterial system to

insufficient blood flowleadingto hypoxia in heart tissue

increased purine catabolismresultingfrom tissue hypoxia , apoptosis

cause vascular spasm , blood viscosity increasescausingtissue hypoxia ischemia

Bacteria from the mouthmay causeclotting problems in the cardiovascular system

microcirculatory Fibrin depositsresultin tissue ischemia , hypoxia

pulmonary arterial tension and acute coronary syndromes ... the many diseasesleadto hypoxia of neuronal tissue

micro - blood vessel damagecausingleading to tissue hypoxia

inadequate blood flowleadingto hypoxia in myocardial tissue

the same type of chemicalscauseinflammation in the cardiovascular system

pulmonary arterial tension and acute coronary syndromes ... the many diseases ... , which in turns deteriorates the haemodynamic response and leads to neuronal deathleadto hypoxia of neuronal tissue

carbohydratescauseinflammation in the cardiovascular system

Various bacterial enzymes and toxins lead to vascular occlusion , ... decreased oxygen ) and ultimately tissue necrosis ( deathresultingin tissue hypoxia

the Various bacterial enzymes and toxins lead to vascular occlusion , ... decreased oxygen ) and ultimately tissue necrosis ( deathresultingin tissue hypoxia

only the omega-6 fatty acids ... without the omega-3 Fatty acids in balancecauseinflammation in the cardiovascular system

a reduced oxygen - carrying capacity of the bloodresultingin tissue hypoxia

poor gas exchanges in the lungs(passive) caused bytissue oxygenation ( tissue hypoxia )

that at the tissue level the hemoglobin will not release oxygen as easilycould resultin tissue hypoxia

adequate oxygenation , ... ( reduced oxygen ) orresultsin tissue hypoxia

Because carbon monoxide has an affinity for oxygen , its binding decreases oxyhemoglobinthus leadingto tissue hypoxia

nutrients ... the cellsresultsin tissue hypoxia

impair oxygen transportresultingin tissue hypoxia

the O2 carrying capacity of the bloodresultingin tissue hypoxia

the bloodresultingin tissue hypoxia

the cellsresultsin tissue hypoxia

the cellsresultingin tissue hypoxia

Tissue hypoperfusionleadingto tissue hypoxia

blood flowleadingto tissue hypoxia

increased deposition of extracellular matrix in connective tissue with vascular abnormalitiesresultingin tissue hypoxia

capacity of the bloodresultingin tissue hypoxia

some changesresultin tissue hypoxia

Various bacterial enzymes and toxins lead to vascular occlusionresultingin tissue hypoxia

vascular disturbancescan resultin tissue hypoxia

The physiological and pathological mechanismsresultin tissue hypoxia

The result ... an imbalance in oxygen supply and demandresultsin tissue hypoxia

microvascular injuryresultingin tissue hypoxia

increased deposition of extra cellular matrix in connective tissue with vascular abnormalitiesresultingin tissue hypoxia

the heart attack ... the bloodresultsin tissue hypoxia

Many of these mutationsresultin tissue hypoxia

the systemic release of proinflammatory cytokinescan causethe systemic release of proinflammatory cytokines

to disease pathogenesiscontributesto disease pathogenesis

to the cardiac remodeling and dysfunctioncontributeto the cardiac remodeling and dysfunction

the brain(passive) caused bythe brain

High blood pressure , hyperlipidemia ; inflammation in the lungscan causeHigh blood pressure , hyperlipidemia ; inflammation in the lungs

in lower blood pressuremay resultin lower blood pressure

to heart attacks even when other risk factors are normalcan leadto heart attacks even when other risk factors are normal

damagecausedamage

to increased inflammatory markers like Tumor Necrosis Factor , TNF - alpha and , Interleukin 6 ... IL-6leadsto increased inflammatory markers like Tumor Necrosis Factor , TNF - alpha and , Interleukin 6 ... IL-6

impaired functions of the affected tissuescausingimpaired functions of the affected tissues

from either decreased oxygen - carrying capacity associated with anemia or decreased oxygen contentresultingfrom either decreased oxygen - carrying capacity associated with anemia or decreased oxygen content

in cell death ( necrosisresultingin cell death ( necrosis

in proteinuriaresultsin proteinuria

in cellsresultingin cells

to deathleadsto death

an appropriate increase in Epo productioncausingan appropriate increase in Epo production

in a poor prognosisresultsin a poor prognosis

This fibrotic activity(passive) was discoveredThis fibrotic activity

in various compensatory mechanismsresultsin various compensatory mechanisms

in premature lactateresultsin premature lactate

in premature lactate mediated metabolic acidosisresultsin premature lactate mediated metabolic acidosis

in cells undergoing anaerobic respiration to generate energyresultingin cells undergoing anaerobic respiration to generate energy

delirium and headachecausingdelirium and headache

a shift to anaerobiccausesa shift to anaerobic

to proper functioncontributesto proper function

to COAGULATION necrosis ( aka infarctionwill therefore leadto COAGULATION necrosis ( aka infarction

to release of catecholamines which further dilate cerebral veins and increase ICP [ 27,28leadsto release of catecholamines which further dilate cerebral veins and increase ICP [ 27,28

pressure on the arteriescausingpressure on the arteries

Ischemic strokes(passive) are typically caused byIschemic strokes

usuallyleadsusually

to coronary artery diseasepossibly leadingto coronary artery disease

in decreased swelling at the site of inflammationresultsin decreased swelling at the site of inflammation

to cardiovascular diseasesleadingto cardiovascular diseases

to [ [ fetal distressleadsto [ [ fetal distress

muscle soreness And much morecausesmuscle soreness And much more

to a heart failure or even strokewill leadto a heart failure or even stroke

a lack of oxygen in the bloodmay causea lack of oxygen in the blood

movement(passive) caused bymovement

to heart diseasepotentially contributingto heart disease

to reduced risk of strokeleadingto reduced risk of stroke

Blob

Smart Reasoning:

C&E

See more*