Microalbuminuria: a Predictor of Mortality in Critically Ill Patients: an Inexpensive, Simple & Rapid Prognostic Test - Rita M. Shah - Grāmatas - LAP LAMBERT Academic Publishing - 9783659564970 - 2014. gada 11. jūlijs
Ja vāks un nosaukums nesakrīt, pareizs ir nosaukums

Microalbuminuria: a Predictor of Mortality in Critically Ill Patients: an Inexpensive, Simple & Rapid Prognostic Test

Cena
€ 50,49

Pasūtīts no attālās noliktavas

Paredzamā piegāde . gada 19. - 27. nov.
Ziemassvētku dāvanas var atgriezt līdz 31. janvārim
Saņemiet paziņojumus par jauniem Rita M. Shah izdevumiem
Pievienot savam iMusic vēlmju sarakstam

Not rated yet

In critical units, prediction of outcome is of vital importance to the intensivist. It allows planning of early therapeutic interventions, optimal resource allocation and appropriate counselling of the family and/or patient. Critical illnesses are more often characterised by the Systemic Inflammatory Response Syndrome (SIRS), the host response to an acute insult. SIRS is a common finding in the ICU patients, which when severe can lead to Multiple System Organ failure (MSOF) and finally death. A very early feature of inflammation is increased capillary permeability to plasma proteins which occur within few minutes of injury and usually returns to normal within 6-12 hours. A severe and sustained inflammatory reaction induces rapid and profound changes in the endothelium resulting in the loss of barrier integrity leading to systemic capillary leak. In the Kidneys these manifests as altered glomerular permeability culminating in increased renal albumin excretion in the urine. The degree of albuminuria is variable and in most instances may not be clinically detectable using rapid dipstick testing. Such low rates albumin excretion (<300 mg/day) are termed Microalbuminuria.

Mediji Grāmatas     Paperback Book   (Grāmata ar mīksto vāku un līmēto muguru)
Izlaists 2014. gada 11. jūlijs
ISBN13 9783659564970
Izdevēji LAP LAMBERT Academic Publishing
Lapas 124
Izmēri 152 × 229 × 7 mm   ·   203 g
Valoda Vācu