2. It occurs due to sepsis and
leads to a major decrease in
tissue perfusion to organs and
tissues.
3. is a continuum widespread
infection in bloodstream
(Bacteremia)
Gram
positive or
gram negative
bacteria
4. Serum Lactate > 2
mmol/L
Need vasopressors
to maintain perfusion
Persistent
hypotension < 90
SBP
1
3
2
5. PATHOGENESIS OF SEPTIC
SHOCK
Microorganism triggered
by gram positive or gram
negative bacilli
Substances from
these
microorganisms
Macrophages,
neutrophils, dendritic
cells, endothelial
Septi
c
shoc
k
Orga
n
Death
6. A. Clients with immune weakened
system
• HIV/AIDS
• Malnutrition
• Pregnant woman
• Infants
• Elderly
• Treatments
(immunosuppressive
therapy,
chemotherapy)
7. B. Indwelling medical devices
C. Chronic diseases
• Diabetes mellitus,
kidney/liver disease
• Urinary
catheter
• Central line
15. • BUN elevated and
creatinine decreased
• Arterial Blood Gases
• Invasive hemodynamic
monitoring
16. • Impaired Gas Exchange
related to interference with
oxygen delivery
•Risk for shock related to
infection
• Risk for decreased cardiac
output related to decreased
preload
• Risk for deficient fluid volume
related to massive vasodilation
17. • Start antibiotics: Broad-
spectrum antibiotics are
given until organism is
identified
• Enteral nutrition and
may need prophylactic
drugs like Famotidine as
well
18. • Protein Activated C: “Drotrecogin
Alpha”
• Titrate vasopressors (Norepinephrine 1st
choice)
used when fluid replacement is
unsuccessful
• Inotropics (Dobutamine)
19. Normal (0.9%)
Saline
Ringer’s Lactate
Solution (Hartmann’s
Solution)
5% Dextrose
• Crystalloids
Fluids
• Colloids Fluids
Human
Albumin
Gelatin
Solution
Dextran
Used as first initial treatment