Loading ...
It works to increase heart rate through vagolytic effectscausingincrease in cardiac output
Atropine IV / IM ( Atropisol ) Used to increase heart rate through vagolytic effectscausingan increase in cardiac output
Drug Name Atropine ( Atropair ) Description Used to increase heart rate through vagolytic effectscausingan increase in cardiac output
increased heart rate and stroke volume(passive) caused bythe increased cardiac output
Atropine increases heart rate through vagolytic effectscausingincrease in cardiac output
stroke volume and heart ratewould leadto increased cardiac output
Increase in heart rate and stroke volumecausean increase in cardiac output
increases in heart rate and stroke volumeleadto increased cardiac output
in which it promotes increased contractility and heart rateleadingto increased cardiac output
beta-1 receptors of the heart to increase myocardial contractility and stroke volumeresultingin increased cardiac output
increasing myocardial contractility and heart rateresultingin increased cardiac output
With increased oxygen demands during exercise the demand for blood flow is met by increased stroke volume and increased heart rateresultingin increased cardiac output
Can congenital heart defects or certain drugsresultin increased cardiac output
the decrease in afterload and a reflex increase in heart rate(passive) is most likely caused byThe increase in cardiac output
improving myocardial contractility and increasing heart rateresultingin increased cardiac output
a maximum LVFT to be realized at any given heart ratecontributingto increased cardiac output
Both heart rate and stroke volume increase as a result of cardiac muscle hypertrophyleadingto increased cardiac output
beta1 receptors of the heart to increase myocardial contractility and stroke volumeresultingin increased cardiac output
An increase in the venous return to the heartcausesan increase in the cardiac output
6 ] Pharamacological therapy [ 1 ] Anticholinergic agents Competitive inhibitor at autonomic , postganglionic , and cholinergic receptors such as Atropine Sulfate Increases heart ratecausingincrease in cardiac output
enhanced stroke volume(passive) is caused bythe increase in cardiac output
3 ) volume overloadresultingfrom increased cardiac output
significant cardiac contraction , greater contraction , and faster heart rateresultingin increased cardiac output
This can be equated to an increased contractility of the heart muscleresultingin increased cardiac output
heart contractilityleadto increased cardiac output
the failing heartleadingto increased cardiac output
any other heart conditioncausingan increase in cardiac output
increased heart rate and ig markets fx forex volume(passive) caused byfгrex increased cardiac output
the changes in heart rate , strength of cardiac contraction , breathing frequency , and depth of breathing under conditionsresultin increased cardiac output
Has a role in improved recovery rates in between the bouts of sprinting and post exercise recovery Improved cardiovascular function in terms of blood volume , left ventricle size and stroke volumeresultingin increased cardiac output
Digitalis preparation/ Inhibits sodium - potassium ATPase , which makes more calcium available for contractile proteinsresultingin increased cardiac output
The dominant effect in these patients ... an increase in preloadcausedan increase in cardiac output
sympathetic hyperactivity related heart rate and cardiac contractile force increases(passive) caused byincreased cardiac output
This decrease in arterial diametercausesan increased cardiac output
increasing the contraction force of the heart musclecausingan increase in cardiac output
At the same time the above mention stimuli increases heart rate and force of contraction of cardiac musclecausingincreased cardiac output
that leads to activation of neuro - humoral systems , sodium and fluid retentionresultingin increased cardiac output
It reduces the total peripheral vascular resistance , blood pressure ( BP ) , preload , pressure in the pulmonary capillariescausingan increase in cardiac output
The accelerated contraction of the heartresultsin increased cardiac output
electrical conductivity in the heartleadingto increased cardiac output
to increased blood pressure during labor [ 5leadingto increased blood pressure during labor [ 5
an increased blood pressure ... restoring blood pressure back to a normal levelcausesan increased blood pressure ... restoring blood pressure back to a normal level
An increase in blood pressure ... increased total peripheral resistance , or both(passive) can be caused byAn increase in blood pressure ... increased total peripheral resistance , or both
Manjari Saxena Hypertension(passive) is caused byManjari Saxena Hypertension
Duman S. Paradoxical rise in blood pressure during ultrafiltration(passive) is caused byDuman S. Paradoxical rise in blood pressure during ultrafiltration
usuallyresultsusually
endothelial injury(passive) caused byendothelial injury
to the development of chronic intermittent hypoxia - induced hypertensioncontributesto the development of chronic intermittent hypoxia - induced hypertension
HTN(passive) caused byHTN
from the increased heart rate and stroke volumeresultingfrom the increased heart rate and stroke volume
from the inotropic action of digoxin ameliorates the disturbances characteristic of heart failure ( venous congestion , edema , dyspnea , orthopnea and cardiac asthmaresultingfrom the inotropic action of digoxin ameliorates the disturbances characteristic of heart failure ( venous congestion , edema , dyspnea , orthopnea and cardiac asthma
in increases in the three main determinants of myocardial oxygen demand : heart rate , myocardial contractility , and ventricular workresultsin increases in the three main determinants of myocardial oxygen demand : heart rate , myocardial contractility , and ventricular work
overt heart failure(passive) caused byovert heart failure
to increased oxygen delivery ( DO2 ... and increased tissue oxygenationwill leadto increased oxygen delivery ( DO2 ... and increased tissue oxygenation
to an increase in the volume of blood in the arterial blood vesselsleadsto an increase in the volume of blood in the arterial blood vessels
to congestive heart failure ( CHF ) or myocardial infarction(MIleadingto congestive heart failure ( CHF ) or myocardial infarction(MI
to lower resting heart rates Image caption Boardman won a gold medal at the 1992 Olympics in Barcelonaleadingto lower resting heart rates Image caption Boardman won a gold medal at the 1992 Olympics in Barcelona
to palpitation and possible heart failureleadingto palpitation and possible heart failure
to CONGESTIVE HEART FAILURE , fatigue , and ANGINAcan leadto CONGESTIVE HEART FAILURE , fatigue , and ANGINA
to congestive heart failure , systemic atrioventricular valve regurgitation and arrhythmiascan leadto congestive heart failure , systemic atrioventricular valve regurgitation and arrhythmias
in a wider distribution of drugs and thus lower blood levels of induction agents and volatile anaestheticsresultingin a wider distribution of drugs and thus lower blood levels of induction agents and volatile anaesthetics
in an increase in peripheral blood flowresultingin an increase in peripheral blood flow
Increase in blood flow is , in turn(passive) caused byIncrease in blood flow is , in turn
to greater circulating blood volumeleadsto greater circulating blood volume
an increase in arterial pressurecausedan increase in arterial pressure
greater blood flow through the lungs , where carbon dioxide is eliminated from the bodycausesgreater blood flow through the lungs , where carbon dioxide is eliminated from the body
from AV pacingresultingfrom AV pacing
to : Increase in systolic ejection fraction Decrease in total peripheral Vasodilation of active muscle areas , vasoconstriction of inactive muscle areas Higher respiratory minute volumeleadingto : Increase in systolic ejection fraction Decrease in total peripheral Vasodilation of active muscle areas , vasoconstriction of inactive muscle areas Higher respiratory minute volume
a more complete oxygenation of the bloodcausesa more complete oxygenation of the blood
to increases in the velocities across the left and right ventricular outflow tractsleadsto increases in the velocities across the left and right ventricular outflow tracts
a new steady statethus creatinga new steady state
to increased cerebral blood flow , which triggers various neurobiological mechanisms in the brain tissuesleadingto increased cerebral blood flow , which triggers various neurobiological mechanisms in the brain tissues
to an increase or decrease in oxygen extraction in the peripheral tissuesleadsto an increase or decrease in oxygen extraction in the peripheral tissues
to the effect of human growth on exercise performancemay also contributeto the effect of human growth on exercise performance
peripheral arterial vasodilation(passive) triggered byperipheral arterial vasodilation
in increased blood volume , distribution and delivery to muscles Decreased risk of developing coronary artery disease , diabetes , metabolic syndrome Strength training or resistance exerciseresultingin increased blood volume , distribution and delivery to muscles Decreased risk of developing coronary artery disease , diabetes , metabolic syndrome Strength training or resistance exercise
to higher blood pressureleadsto higher blood pressure
in rises in the pressure gradient across the pulmonary capillary bedresultingin rises in the pressure gradient across the pulmonary capillary bed
arterioles to correspondingly decrease their resistance ( thus increasing their compliancewill causearterioles to correspondingly decrease their resistance ( thus increasing their compliance
from volume expansionresultingfrom volume expansion