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Ischemia , 3D acquisition , Visualization , Tissues , Capillaries , Pathology , Arteries , 3D modeling , 3D metrology , 3D visualizations Properties of the microvasculaturecontributeto tissue perfusion
SPIE Journal Paper | February 28 , 2017 Elkerton , J. Sachi , Xu , Yiwen , Pickering , J. Geoffrey , Ward , Aaron Shahedi , Maysam , Cool , Derek , Romagnoli , Cesare , Bauman , Glenn , Bastian - Jordan , Matthew , Rodrigues , George , Ahmad , Belal , Lock , Michael , Fenster , Aaron , Ward , Aaron Properties of the microvasculaturecontributeto tissue perfusion
hypoperfusion(passive) caused bytissue perfusion
dehydration from the tumor cells(passive) caused bytissue perfusion
thermally induced vascular relaxation and/or vessel damage(passive) caused bytissue perfusion
the lower extremitiesultimately preventingtissue perfusion
Historyosteopathic lymphatic technique for bag - mask ventilation , versus using endotracheal intubationalso may leadto tissue perfusion
overload of the collateral channels(passive) caused bytissue perfusion
chlamydia and gonorrhea tests to detect cerebral hemorrhage , meningeal irritation , and itchingbecause infection(passive) caused bytissue perfusion
obstruction of the surgical defect(passive) caused bytissue perfusion
any of the vertebral column(passive) caused bytissue perfusion
the hypovolemia and cellular hypoxia(passive) caused bytissue perfusion
the remaining part only representing removal of tracerresultingfrom the tissue perfusion
the pulmonary valveresultingin tissue perfusion
rapid breathingto preventtissue perfusion
the clinical procedure(passive) caused bytissue perfusion
The weight and electrolytes through the stomach mucosamay resultin tissue perfusion
the growth of the plaque inside the lumen of the vessel(passive) caused bytissue perfusion
a gradient between the arterial pressure ( diastolic in particular ) and the venous capillary pressure(passive) is created byTissue perfusion
too much sensory inputcan resultin tissue perfusion
Cle pain or at high doses , vasopressin constricts blood vesselsresultingin tissue perfusion
the application of audible acoustic energy(passive) caused bytissue perfusion
different techniquescan leadto tissue perfusion
Anaemiacan resultin tissue perfusion
whole body or localized temperature changesinfluencechemosensitive tissue perfusion
5/25/8 4:6 PM Page 625 Chapter 35 Antiviral Drugs 597 ROUTES AND DOSAGE RANGES Generic / Trade Indications Name for Use Adults Children Chloramphenicol IV 20–140 g Reduction of blood vesselsresultingin tissue perfusion
the same , cardiac output and systemic vascular resistancecontributeto tissue perfusion
this response ... the resistance arteriolesinfluencetissue perfusion
the microcirculationwould preventtissue perfusion ( 4
the major factorsinfluencingtissue perfusion
microcirculatory dysfunction(passive) caused bytissue perfusion
additional microvascular factors(passive) is ... influenced bytissue perfusion
Several techniques not customarily included in the cranial basemay contributeto tissue perfusion
Oedemabasically prevents“ideal†tissue perfusion
adult dose of hw ( 2003 ) zentepto preventtissue perfusion
Promotes safety and poison prevention packaging act mandated labeling of feelings such as substance abusecan resultin tissue perfusion
The factors associated with frequent diarrheamay leadto tissue perfusion
serotonin , norepinephrine or other vasoconstrictor agent(passive) caused bytissue perfusion
heart disease such as DCM(passive) caused bytissue perfusion
inhibitory vagal effect of breathing on SA / AV nodes(passive) Generally caused bytissue perfusion
in tissue ischemia and necrosisresultingin tissue ischemia and necrosis
in ischemia and organ dysfunctionresultingin ischemia and organ dysfunction
to cellular and organ dysfunction and death in theleadingto cellular and organ dysfunction and death in the
in end - organ dysfunction [ font = book antiquaresultingin end - organ dysfunction [ font = book antiqua
acute failure of multiple organs , including the lungs , kidneys , and liver 1causingacute failure of multiple organs , including the lungs , kidneys , and liver 1
acute failure of multiple organs , including the lungs , kidneys , and liver ( Maggio and Carvalho 2013causingacute failure of multiple organs , including the lungs , kidneys , and liver ( Maggio and Carvalho 2013
to the death or ischemia of a tissue on the bodymay resultto the death or ischemia of a tissue on the body
to hypoxia and hypotensionleadsto hypoxia and hypotension
in improved oxygen diffusion and transcutaneous oxygen tension due to decreased interstitial fluid accumulation and venous stasisresultingin improved oxygen diffusion and transcutaneous oxygen tension due to decreased interstitial fluid accumulation and venous stasis
to cellular hypoxia , metabolic acidosis , and ultimaely deathleadingto cellular hypoxia , metabolic acidosis , and ultimaely death
to cellular hypoxia , metabolic changes and consequently organ dysfunctionleadingto cellular hypoxia , metabolic changes and consequently organ dysfunction
to metabolic acidosis with subsequent potassium elevationleadingto metabolic acidosis with subsequent potassium elevation
hypoxia and its irreversible damageto preventhypoxia and its irreversible damage
in generalized cellular hypoxiaresultingin generalized cellular hypoxia
ischemia to lower limbs in patients with peripheral arterial disease ( PADcausingischemia to lower limbs in patients with peripheral arterial disease ( PAD
to cellular hypoxia , anaerobic glycolysis and production of lactic acid ... resulting in Metabolic acidosis ( Base deficitleadsto cellular hypoxia , anaerobic glycolysis and production of lactic acid ... resulting in Metabolic acidosis ( Base deficit
hypoxia and perfusion 's irreversible damageto preventhypoxia and perfusion 's irreversible damage
hypoxia and Hemodynamic monitoring 's irreversible damageto preventhypoxia and Hemodynamic monitoring 's irreversible damage
in insufficient oxygen delivery to the tissue and produces cellular hypoxiaresultsin insufficient oxygen delivery to the tissue and produces cellular hypoxia
to wide spread of cellular hypoxia and vital organs dysfunctionleadingto wide spread of cellular hypoxia and vital organs dysfunction
to the progression of the symptoms of fatigue , dyspnea on exertion and peripheral edemaleadingto the progression of the symptoms of fatigue , dyspnea on exertion and peripheral edema
the metabolic needs of the tissues and cells from being met and eventually the cells diepreventsthe metabolic needs of the tissues and cells from being met and eventually the cells die
in perioperative organ damageresultingin perioperative organ damage
a lactic acidosisis causinga lactic acidosis
in improved clinical outcomesresultingin improved clinical outcomes
to delayed neuronal cell deathcontributingto delayed neuronal cell death
in decreased tissue oxygen delivery & insufficient removal of cellular metabolic products resulting in tissue injuryresultingin decreased tissue oxygen delivery & insufficient removal of cellular metabolic products resulting in tissue injury
to improved clinical function and a reduction in symptomsleadingto improved clinical function and a reduction in symptoms
to hypoperfused and hypo - oxygenated areas in which oxygen partial pressure drops to extremely low values that can restrict metabolic activity.6 Capillary rarefaction in hypertensive patientsleadingto hypoperfused and hypo - oxygenated areas in which oxygen partial pressure drops to extremely low values that can restrict metabolic activity.6 Capillary rarefaction in hypertensive patients
muscle compartment syndromecausingmuscle compartment syndrome
cardiomyocyte apoptosis , inflammation and ventricular remodeling after myocardial infarctionpreventscardiomyocyte apoptosis , inflammation and ventricular remodeling after myocardial infarction
from hypotension , shock , or dehydrationresultingfrom hypotension , shock , or dehydration
the nature of dendritic plasticity in the peri - infarct cortexinfluencedthe nature of dendritic plasticity in the peri - infarct cortex
the lesion volume to stabilize in less than 2 minutescausingthe lesion volume to stabilize in less than 2 minutes
from changes in blood pressure and metabolic demand during cardiopulmonary bypassresultingfrom changes in blood pressure and metabolic demand during cardiopulmonary bypass
in negligible fetal exposure to human teratologyresultsin negligible fetal exposure to human teratology
to pressure ulcerleadto pressure ulcer
to cell death ... and finally organ failure ( 3leadsto cell death ... and finally organ failure ( 3
to ischaemic complications and transitory abnormalities in myocardial contractility during and post - HD sessionleadingto ischaemic complications and transitory abnormalities in myocardial contractility during and post - HD session
to tissue necrosis , deformity , stiffnessleadingto tissue necrosis , deformity , stiffness