Results 251 to 260 of about 700,154 (288)
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Critical Care Nursing Clinics of North America, 2022
Volume overload is a common complication of a multitude of disease states, as well as a complication of many medical therapies. For the critically ill patient in the intensive care unit, volume overload is especially concerning when persistent past the first few days of admission.
Becky M, Ness, Susan E, Brown
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Volume overload is a common complication of a multitude of disease states, as well as a complication of many medical therapies. For the critically ill patient in the intensive care unit, volume overload is especially concerning when persistent past the first few days of admission.
Becky M, Ness, Susan E, Brown
openaire +2 more sources
Proceedings of the SIGCHI Conference on Human Factors in Computing Systems, 2014
The term email overload has two definitions: receiving a large volume of incoming email, and having emails of different status types (to do, to read, etc). Whittaker and Sidner proposed the latter definition in 1996, noticing that email inboxes were far more complex than simply containing incoming messages.
Catherine Grevet +3 more
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The term email overload has two definitions: receiving a large volume of incoming email, and having emails of different status types (to do, to read, etc). Whittaker and Sidner proposed the latter definition in 1996, noticing that email inboxes were far more complex than simply containing incoming messages.
Catherine Grevet +3 more
openaire +1 more source
Critical Care Clinics, 2015
Most critically ill patients experience external or internal fluid shifts and hemodynamic instability. In response to these changes, intravenous fluids are frequently administered. However, rapid losses of administered fluids from circulation and the indirect link between the short-lived plasma volume expansion and end points frequently result in ...
Michael E, O'Connor, John R, Prowle
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Most critically ill patients experience external or internal fluid shifts and hemodynamic instability. In response to these changes, intravenous fluids are frequently administered. However, rapid losses of administered fluids from circulation and the indirect link between the short-lived plasma volume expansion and end points frequently result in ...
Michael E, O'Connor, John R, Prowle
openaire +2 more sources
Heart Failure Clinics, 2012
This review discusses cardiac consequences of pressure overload. In response to elevated pressure, the ventricular hypertrophy compensates for the increased wall stress. However, the ventricular hypertrophy involves numerous structural adaptations that may lead to ventricular dysfunction and, eventually, heart failure.
Edward D, Frohlich, Dinko, Susic
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This review discusses cardiac consequences of pressure overload. In response to elevated pressure, the ventricular hypertrophy compensates for the increased wall stress. However, the ventricular hypertrophy involves numerous structural adaptations that may lead to ventricular dysfunction and, eventually, heart failure.
Edward D, Frohlich, Dinko, Susic
openaire +2 more sources
Clinica Chimica Acta, 2005
Iron overload disorders represent a heterogenous group of conditions resulting from inherited and acquired causes. With the discovery of new proteins and genetic defects we have gained greater insight into their causation at the molecular level and the complex mechanisms of normal and disordered iron homeostasis.
Siah, C., Trinder, D., Olynyk, John
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Iron overload disorders represent a heterogenous group of conditions resulting from inherited and acquired causes. With the discovery of new proteins and genetic defects we have gained greater insight into their causation at the molecular level and the complex mechanisms of normal and disordered iron homeostasis.
Siah, C., Trinder, D., Olynyk, John
openaire +3 more sources
Heart Failure Clinics, 2012
Structural cardiac volume overload comprises a group of heterogeneous diseases, each creating a nearly unique set of loading conditions on the left ventricle and/or right ventricle. In turn, the heart responds to each with unique patterns of remodeling, leading to both adaptive and maladaptive consequences.
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Structural cardiac volume overload comprises a group of heterogeneous diseases, each creating a nearly unique set of loading conditions on the left ventricle and/or right ventricle. In turn, the heart responds to each with unique patterns of remodeling, leading to both adaptive and maladaptive consequences.
openaire +2 more sources