Metabolic Response To Trauma Flashcards
THE BODY RESPONDS TO ALL FORMS OF NOXIOUS STIMULI WITH ______________.
THIS IS A COMPLEX SERIES OF EVENTS THAT VARIES FROM ________ DUE TO A SCRATCH TO _______ and _______ RESPONSES TO SEVERE INJURY.
AN INFLAMMATORY RESPONSE
MILD HYPERAEMIA
MAJOR HAEMODYNAMIC AND METABOLIC
THE METABOLIC RESPONSE TO INJURY BECOMES CLINICALLY IMPORTANT ONLY WHEN ____________
THE INJURY IS SEVERE.
THE PHASES OF THE METABOLIC RESPONSE TO INJURY
THE RESPONSES ARE DIVIDED INTO TWO: THE _____ AND THE ____
EBB
FLOW
THE EBB
THIS PERIOD IS USUALLY (SHORT or LONG?) AND CORRESPONDS TO ________ RESULTING FROM _____________.
short
CLINICAL SHOCK
REDUCED TISSUE PERFUSION
THE ______ OF THE ____ PHASE DETERMINES CLINICAL OUTCOME.
SEVERITY
EBB
IF THE EBB PHASE IS __________ PATIENTS WILL HAVE AN UNCOMPLICATED TRANSITION TO THE FLOW PHASE.
MILD OR MODERATE
HOWEVER IF EBB PHASE IS SEVERE PATIENTS DEVELOP THE _________________________________
SYSTEMIC INFLAMMATORY RESPONSE SYNDROME (SIRS)
THE SYSTEMIC INFLAMMATORY RESPONSE SYNDROME (SIRS)
CRITERIA FOR DIAGNOSIS of SIRS
TEMPERATURE ______ or _____
HEART RATE ___/MIN
RESPIRATORY RATE ____/MIN
PCO2 ___mmHg (< 4.3kPa) or ventilated
WBC count ________ or ______ mm3
> 38 C or <36 C.
> 90
> 20
<32
> 12000 or < 4000
In SIRS
THE UNDERLYING MECHANISMS HAVE YET TO BE CLARIFIED.
T/F
T
SIRS
_____ THERAPEUTIC STRATEGIES HAVE BEEN FOUND TO BE HELPFUL BECAUSE _________
NO
UNDERLYNG MECHANISMS ARE NOT QUITE CLEAR.
DERANGED PARAMETERS IN SIRS
LOW LEVELS OF THE FOLLOWING;
_______,______,________
DISORDERED HORMONAL REGULATION EG LOW ___,____,______
NEARLY ALL OF THESE PATIENTS DEVELOP ——-
ALBUMIN, ZINC IRON AND SELENIUM
TSH, T4 AND T3.
SIAD.
The flow phase
THE FLOW PHASE MAY LAST FOR _____ to ____ DEPENDING ON THE EXTENT OF THE INJURY.
DAYS TO WEEKS
The flow phase
IN THIS PHASE METABOLISM IS ALTERED TO ENSURE THAT ____________________ AT THE EXPENSE OF ________________
ENERGY IS AVAILABLE FOR DEPENDENT TISSUES
MUSCLE AND FAT STORES.
The flow phase
INCREASE IN THE FOLLOWING; GLYCO________, _______, ______,______
GENOLYSIS
GLUCONEOGENESIS
LIPOLYSIS
PROTEOLYSIS.
ACUTE PHASE PROTEIN RESPONSE
THIS LEADS TO _______ PRINCIPALLY BY THE _____ OF A NUMBER OF PLASMA PROTEINS ALONG WITH DECREASE IN CONCENTRATION OF OTHERS.
DE NOVO SYNTHESIS
LIVER
Acute phase response protein
THIS RESPONSE IS STIMULATED BY THE RELEASE OF CYTOKINES SUCH AS INTERLEUKIN 1 and 6 and TNF, tumor necrosis factor, and raised concentrations of _____, and ____
cortisol and glucagon.
THE ACUTE PHASE PROTEINS ARE USED TO monitor THE COURSE OF THE INFLAMMATORY PROCESS IN THE PATIENT.
MEASURING ______ USED TO MONITOR CHANGES ON A DAILY BASIS.
C- REACTIVE PROTEIN (CRP)
MEASUREMENT OF ERYTHROCYTE SEDIMENTATION RATE. ESR.
THIS REFLECTS _______ and ——- CONCENTRATION.
ESR CHANGES SLOWLY SO CAN BE USED TO MONITOR INFLAMMATION OVER WEEKS.
FIBRINOGEN AND IMMUNOGLOBULIN
In normal stress response, the immune system is _______
Supressed
The ebb phase lasts for ________
The flow phase lasts for ______
24-48hrs
Days to weeks
Between ebb and flow, which is energy dependent
Flow!
In ebb phase, there is
_____ease cardiac output
_____ease respiratory rate
______ease blood glucose
Decrease
Decrease
Decrease
In flow phase, there is
_____ease in catecholamine levels
_____ease in glucocorticoid levels
_____ease in glucagon levels
Incr
Incr
Incr
Acute phase protein production is in which phase
Flow
Metabolic response in ebb and flow phase
Blood glucose level
Glucose production
Free fatty acid level
Insulin concentration
Catecholamines
Increase ; N or increase
N; Increase
Increase;N or increase
Decrease; N or increase
Increase; increase
Metabolic response in ebb and flow phase
Glucagon
Blood lactate level
Oxygen consumption
Cardiac output
Core temperature
Increase; increase
Increase; N
Decrease; Increase
Decrease; increase
Decrease; increase
Metabolic response to over feeding
Hyper
Hyper
Hyper
Hypo
Hypo
Hypo
Fatty liver
Glycemia
Capnia
Triglyceridemia
Phosphotemia
Magnesemia
Kalemia
Trauma or critically ill patients should be overfed
T/F
F
In shock , there are
_______ respiratory rate
_____tension/ _____volemia
_____pneoa
Increased
Hypo; hypo
Tachy
In EBB phase
_____volemia
(High or low?) pulse rate
Oxygen consumption is (high or low?)
BMR is (high or low?)
Dehydration or over hydration?
Glucose levels are (high or low?)
Cardiac output is (high or low?)
Hypo
Low
Low
Low
Dehydration
Low
Low
Mild hemorrhage- ____% blood loss
Moderate hemorrhage- ____% blood loss
Severe hemorrhage- ____% blood loss
5-10
10-30
Above 30