SEPSIS amp SEPTIC SHOCK 6852 What kind of shock is this SEPTIC SHOCK Infection Pathogen Cytokines Mediators Myocardial depression Vasodilate ID: 808636
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Slide1
Watcharin ChayakulCritical Care Medicine
SEPSIS & SEPTIC SHOCK
Slide268/52
What kind of shock
is this
?
Slide3SEPTIC SHOCK
Slide4Infection
Pathogen
Cytokines
Mediators
Myocardial depression
Vasodilate
Leakage
Organ
Dysfunction
Intravascular
volume
Tissue Perfusion
Hypotension
Inflammation
Pathology
Vessel
DEATH
Lactic acidosis
& MA
RBC
DIC
Slide5Sepsis DefinitionSurviving Sepsis Campaign 2012
Infection + SIRS
2. Inflammatory variables
-WBC > 12,000, < 4,000 or Band > 10%
-CRP > 2 times
-
Procalcitonin
> 2 times
1. General variables
-BT > 38 °
-HR > 90
bpm
, Tachycardia-Alteration of consciousness-Positive fluid balance > 20 ml/kg/24hrs
-BS > 140 mg% without DM5. Tissue perfusion variables
-Lactate > 1 mmol/L-Capillary refill prolong, skin mott
4. Organ dysfunction variables-PaO2/FiO2 < 300 -Urine < 0.5 ml/kg/
hr x 2 hrs-Cr rising > 0.5 mg/dl-INR > 1.5,
aPTT > 60 second-Absent bowel sound-Platelet < 100,000-TB > 4 mg/dl
3. Hemodynamic variables
-Hypotension-SBP < 90 or Drop > 40 mmHg-MAP < 70
Slide6SIRS negative Severe SepsisElderly patientsESRDDM
CirrhosisImmunocompromised Corticosteroid used
Beta-blocker use
Heart rate
Immune
responsive
SIRS
Slide7Severe Sepsis -Sepsis induced hypotension-Lactate > 4 mmol/L
-Urine < 0.5ml/kg/hr x 2 hrs-Creatinine
> 2 mg/dl
-TB > 2
mg/dl
-Platelet < 100,000/mm
3
-ARDS
: No pneumonia PaO2/FiO2 < 250
: Pneumonia
PaO2/FiO2 < 200
Sepsis
induced organ dysfunction
Sepsis Induced tissue hypoperfusion
Slide8Sepsis induced hypotension
Septic shock
Sepsis induced hypotension
Hypotension
despite
fluid resuscitation
-SBP <
90 mmHg
-SBP drop
> 40 mmHg
-MAP <
70 mmHg
Fluid
IMPROVED
Slide9Sepsis induced tissue hypoperfusion Infection
Hypotension
Lactate
> 4
mmol
/L
Urine
< 0.5 ml/kg/
hr
Micro
circulation
Macro
circulation
Slide10Revised DefinitionSEPSISSEPTIC SHOCKqSOFA Score
SOFA Score
Slide11Two or more of:-Temperature >38°C or <36°C-Heart rate >90/min-Respiratory
rate >20/min or PaCO2 <32mmHg
-
White
blood cell count
>
12 000/mm3 or
<4000/mm3 or
>
10% immature bands
SIRS
?? (
Systemic Inflammatory Response Syndrome)
Specificity and Sensitivity
Definition of Sepsis 2012
Definition of Sepsis 2016
Sepsis, Septic Shock and
Organ
dysfunction
?
Slide12SEPSIS 2016
Septic Shock
SERVERE SEPSIS
Slide13New Definition of Sepsis 2016StrangeMortality 10%
Mortality 40%
SEPSIS
SEPTIC SHOCK
Lactate
Micro
circulation
Indicators
?
Metabolic
acidosis
Tissue
hypoperfusion
Slide14qSOFA : Clinical Dx. qSOFA (Quick SOFA)
Criteria1. Respiratory rate ≥ 22/min2. Altered mentation3. Systolic BP ≤100mmHg
qSOFA
Variables
-Respiratory rate
-Mental status
-
Systolic BP
Altered mentation
Cerebral tissue
hypoperfusion
Early Detection and Management
2/3
Slide15SOFASOFA Variables-PaO2/FiO2 ratio-Glasgow
Coma Scale score-Mean arterial pressure-Administration of vasopressorswith type and dose rate of infusion-Serum
creatinine
or urine output
-Bilirubin
-Platelet
count
PaO2/FiO2 = P/F ratio: Normal = 100/0.21 = 476
ARDS
Mild < 300
Moderate < 200
Severe < 100
Clinical
Lab
Treatment
6 variables
30 Scores
CNS
CVS
ReS
HeP
ReN
HeM
Slide16Sequential [Sepsis-Related] Organ Failure Assessment Scorea: SOFA
SystemScore1
2
3
4
5
Respiration
-PaO2/FIO2
≥400
<400
<300
<200
<100
Coagulation
-Platelets
≥150,000
<150,000
<100,000
<50,000
<20,000Liver-Bilirubin,
mg/dl
<1.2
1.2-1.9
2.0-5.9
6.0-11.9>12.0
Cardiovascular
-Vasoactive drugs ≥1 hr
mcg/kg/minMAP ≥70
MAP <70Dopa
<5or
Dobu
Dopa 5.1-15
OrEpine ≤ 0.1
or NorE ≤ 0.1
Dopa
>15 orEpine >0.1
or NorE
>0.1Central nervous
-GCS Score
15
13-14
10-126-9
<6
Renal-Cr., mg/
dL-
Urine output, mL/d
<1.21.2-1.9
2.0-3.4
3.5-4.9<500
>5.0<200
Slide17Operationalization of Clinical Criteria Identifying Patients With Sepsis and Septic ShockPatient with suspected infection
qSOFA ≥
2
?
Sepsis still
suspected
?
Monitor clinical condition;
reevaluate for possible sepsis
if clinically indicated
Assess for evidence
of organ dysfunction
Despite
adequate fluid resuscitation,
1. Vasopressors required to maintainMAP ≥65 mm Hg
AND2. Serum lactate level >2 mmol/L
?
Sepsis
SOFA ≥
2
?
Septic Shock
No
Yes
Monitor clinical condition;reevaluate for possible sepsis
if clinically indicated
YesNo
No
No
Yes
Yes
Slide18100/46
RR 24
142
Good Consciousness
Well co operated
BT 38.9 C
Septic Shock
?
BP Ok
1
/3
qSOFA
SOFA
Slide19Symptoms and SignsEvidence of Infection
Organ dysfunction
SIRS
?
Slide20Shock = Tissue Hypoperfusion
Brain
-Cerebral
hypoperfusion
-Alteration of conscious
Renal and Metabolism
-AKI
-Metabolic acidosis
Heart
-Myocardial depression
-2
nd
MI
Endocrine
-Hypo& Hyperglycemia
Hematology
-DIC
Lung-ARDS
GI and Liver- Shock liver
Skin
-Cool
Late
-
C
apillary refill
MODS
Slide21Normotensive SHOCKBP, MAP normal range Tachycardia
( Brady or normal heart rate if on Beta blocker) - Hypertension PatientsSBP drop > 40 mmHg
Tissue
Hypoperfusion
Organ dysfunction
Slide22Hemodynamic change in Septic Shock
Slide23Blood Pressure (BP) CO = SV x HRSV = EDV-ESV = (EDV-ESV)EDV EDV
BP = Preload x Contractility x HR x SVRBP = Preload x Contractility x HR x Afterload
CO
: Cardiac output
SVR
: Systemic Vascular Resistance
SV
: Stroke volume
HR
: Heart rate
EDV
= Preload
(EDV-ESV)/EDV
= Contractility (EF)
BP = CO x SVR
Slide24BP and Septic Shock
BP
HR
CO
SVR
Preload
EF
Vasodilate
BP = CO x SVR
CO = SV x
HR
BP
Relative hypovolemia
Slide25Hemodynamic change in Septic ShockBP = Contractility x Preload x HR x SVR
Blood Pressure-MAP < 70 mmHg-SBP drop > 40 mmHg-DBP drop > 20 mmHgPulse pressure
-Wide pulse pressure
Heart rate
-Tachycardia
Cardiac
function
EF
Preload
-Decrease Contractility (RV and
LV)
-Decrease Preload
Systemic vascular Resistance (SVR)
-Decrease SVR (Vasodilate)
Slide26Principle Shock Management Physiology
BP = Preload x Contractility x HR x SVR
Pathology
Infection
BP
BP
Fluid
NorE
Dopa
BB
Dobu
Treatment
Slide2768/52
RR 28
164
15 minutes later
How to manage
this
?
BP!
Slide28ManagementEGDTBundle 1Bundle 2Bundle 3
OK
What time is
it
?
Slide29Surviving Sepsis Campaign Care Bundles 2012BundleWithin 3
hrsLactate level
Blood cultures
& Antibiotic
Crystalloid 30 ml/kg
-Hypotension
-Lactate ≥ 4
mmol
/L
Tissue perfusion
ATB Full dose normal GFR
x 24
hrs
Slide30Surviving Sepsis Campaign Care Bundles 2012Bundle Within 6
hrs
Remeasure
lactate level
Goal < 2
Vasopressors
-Hypotension
-Goal MAP ≥ 65
Persistent
hypotension or initial
lactate ≥ 4
-
CVP: Goal 8-12 cmH20-ScvO2: Goal ≥ 70%
Reassess volume status and tissue perfusion
Urine Goal > 0.5ml/kg
Slide31Early Goal Directed Therapy Supplemental Oxygen ± ET tube
Central venous and Arterial catheterization
Sedation, Paralysis (if intubated) or Both
CVP
MAP
ScVO2
Goal achieved
Crystalloid
Colloid
Vasoactive agents
Transfusion of Red Cells
Hct
>30%
Inotropic agents
Hospital admission
No
Yes
< 8-12
< 65
>
90
≥ 65 + ≤ 90
< 70%
≥ 70%
8-12
< 70%
E
G
T
D
Slide32Septic Shock clinical trialEGDT 2000
ProCESS 2014Pittsburgh
ARISE
2014
Australia or New Zealand
ProMISe
2015
London,
UK
-EGDT
-Protocol
based EGDT-Usual care
-Protocol based EGDT-Usual care
-Protocol based EGDT-Usual care
Protocol EGDT-CVP-ScVO2Protocol EGDT-CVP
-ScVO2Usual care
-Serum Lactate
± CVP & ScVO2Protocol EGDT
-CVP-ScVO2
Usual care
-Serum Lactate
-No need CVP & ScVO2Protocol EGDT-CVP
-ScVO2
Usual care-
Serum Lactate -No need CVP & ScVO2
Improved mortality
No differences
Slide33Surviving Sepsis Campaign Care Bundles 2012Bundle Within
12 hrs
Source Control
Reassess volume status and tissue perfusion
Slide34Management of Severe Sepsis & Septic shock
EGDTBundle 1Bundle 2Bundle 3
Initial Resuscitation
Antibiotic
Source Control
Fluid Therapy
Vasopressors
Other therapy
-Corticosteroid
-Blood Product
-Glucose Control
-
Bicarbonate therapy
Slide35SEVERE SEPSISAntibiotic
1. Respiratory tract (CAP)
-Ceftriaxone
+
Clarythromycine
2
. Intra abdominal infection
-
Ceftriaxone
+
Metronidasone 3
. Urinary tract infection -Ceftriaxone
Antibiotic and Source Control
Source of infection
Within 1 hour
Within
12 hours
4. CNS infection
-
Ceftriaxone
-Dexamethasone
(S.suis,
S.pneumoniae) 5. Systemic infection -
Ceftriaxone -Doxycycline (Scrub, Murine typhus)
Slide36Initial Resuscitation & Fluid therapy
Slide37What type of fluid?
Glucose
?
Colloid
?
Crystalloid
Slide38Type of FluidCrystalloid (Isotonic solution, Balance salt isotonic solution)Hydroxyethyl starches Albumin Alternative choice
HES
AKI
Albumin
Decrease Fluid accumulated
If Crystalloid
no response
Positive fluid balance
Mortality
ALBIOS
Study 2014
Slide39Initial Resuscitation & Fluid therapy
TypeCrystalloid: Isotonic -Balance salt isotonic solution
Dose
30
ml/kg Rapid Bolus
Re-Evaluation
Hypotension
500-1000ml in 30 min
500-1000
ml/
hr
Improved
Yes
No
Sepsis induced hypotension
Septic Shock
Slide40Phase 1: Fluid resuscitationSalvage Time: 30-60 minutes
Type: Crystalloid Isotonic solution
Rate: Rapid bolus
Goal: Correct Shock
T
R
O
Limit: Pulmonary edema
L
Slide41Is the patient’s condition optimized?
98/54 (62)
110
CVP 16
RR 24
Volume overload
?
How to
evaluate it
?
JVP
NSS 4,500 ml
Lung: Crepitation
CXR: Congestion
Slide42How much fluid?
Fluid
OptimizationUrine
CVP
USG
HR
BP
?
Slide44Time: 60 minutes-6hoursType: Crystalloid
Isotonic solutionRate: Fluid Challenge test
Goal: Maintenance tissue
perfusion
T
R
O
Limit: Pulmonary edema
L
Phase 2: Optimization
Slide45Total Body Water and MortalityFluid
TBW
Volume overload
TWB = (TBW After) – (TBW Before)
TBW Before
Increase TBW
≥ 20%
Increase
Mortality Rate
Slide46Volume Status Monitoring
Slide47Fluid Responsive TestStatic-CVP-
PCWP-RV/LV EDV-RV/LV EDA-LVEDV, LVEDA
Dynamic
-Fluid Challenge test
-Passive leg
rising
Heart lung interaction
-PPV, SVV-IVCDI
Limitation
Cardiac arrhythmia
Tidal volume < 8 ml/kg
Open Chest condition
RV failure
Slide48Central Venous Pressure (CVP) Monitoring
Indications_SSC
2012
Bundle 2 (within 6hrs)
Persistent
arterial hypotension
despite volume
resuscitation (MAP < 65 mmHg)
I
nitial lactate ≥
4
mmol
/L
Slide49Central Venous Pressure (CVP)CVP MeasurementScVO2 (EGDT)
CVP = Distal tail
Slide50CVP Measurement
Phlebostatic
axis
RA
4
th
ICS
1. Position
??
2. Ventilator disconnect
??
-
Level & Zero
- End of Expiratory phase
Slide51Spontaneous Breathing
Lung
Lung
RA
LA
RV
LV
PA
PV
Pleural space
Aorta
SVC
Inspiration
CVP
Expiration
CVP
Thoracic pressure
End of Expiratory = Maximum
Slide52ITP
CVP
I
E
I
E
End of Expiratory
CVP Measurement & Spontaneous
Breathing
Slide53Lung
Lung
RA
LA
RV
LV
PA
PV
Pleural space
Aorta
SVC
Inspiration
CVP
Expiration
CVP
Positive Pressure Ventilation
Thoracic pressure
End of Expiratory = Minimum
Slide54CVP
Measurement &
Positive
Pressure Ventilation
ITP
CVP
I
E
I
E
End of Expiratory
Slide55Fluid Challenge testBP = CO x SVR
BP
(2 CVP) + 2 = LVEDP
Fluid
CVP
Slide56Stroke Volume and LVEDP
LVEDP
LVEDP or
PCWP
LVEDV
S
V
A
A
B
B
Fluid
Fluid
SV
CVP
Slide57Rate of Fluid Challenge testCVP (cmH2O)
Fluid Therapy(Crystalloid, Colloid)< 8
200
ml in 10 min (1,200ml/
hr
)
8-12
100 ml in 10 min (600 ml/
hr
)
> 12
50 ml in 10 min (300 ml/hr)
Colloid: Albumin100 ml in 1 min
Minimal Fluid challenge
Volume Overload
Slide58Fluid Challenge testInitial CVP
Decrease rate of fluid Tx
CVP increase ≤ 2
CVP increase 2-3
Continuous fluid
Tx
(Same dose)
CVP increase > 5
Repeat CVP
Wait 10
mins
Stop fluid
Tx
CVP increase > 5
Stop fluid
Tx
Start Vasopressor
Response
Continuous fluid
Tx
(Same dose)
CVP increase < 5 cmH2O
CVP increase > 5
Decrease rate
of fluid
Tx
Start Vasopressor or inotrope
Yes
Yes
No
No
Slide59Heart Lung Interaction
Slide60Heart Lung Interaction
Slide61Pleural pressure
Transpulmonary pressure
RV preload
LV preload
RV afterload
LV afterload
RV SV
LV SV
LV preload
LV SV
Inspiratory
Expiratory
Slide62Pulse Pressure Variation (PPV)
Indications
Ventilator with
PEEP
V
T
> 8 ml/kg
No Cardiac arrhythmia
PPV > 13%
Fluid
Responsive
Inspire
Expire
(PPV Max-PPV Min)x 100
(
PPV
Max+PPV
Min
)/2
Slide63Inferior vena cava distensibility index (IVCD)
IVCD index
= (IVC Max – IVC Min) x 100
IVC Min
IVCD ≥ 18% = Fluid Responsive
IVC
Max
IVC
Min
Indications
Ventilator with
PEEP
(Positive Pressure)
Slide64Passive Leg Rising Test (PLR)
Head elevated 45
°
Increase Venous Return
CO
Leg elevated 45 ° 60-90 sec
CO (ABF) Increase > 10%
= Fluid
Responsive
NO Positive Pressure
= 300 ml
Slide656 hrs later
Macrocirculation
Microcirculation
?
Urine:
30
ml/
hr
Lactate
=
2.5
mmol
/LScVO2 = 65%Hct 28%
118/80 (96)
150
How to manage this
?
CVP 12
Slide66Time: 6 hours – 72 hoursType: Crystalloid, Colloid
Rate: Maintenance fluid
Goal: Balance tissue fluid
T
R
O
Limit: Pulmonary & tissue edema
L
Phase 3: Stabilize
Slide67Microcirculation- ScVO2 70-80%- Lactate < 2 mmol/L
- Urine output ≥ 0.5ml/kg/hr
GOAL
6
hrs
Macrocirculation
- MAP ≥ 65
mmHg
Lactate clearance = (Lactate After –Before)
Lactate Before
Lactate
clearance
≥
20% after 2 hour
Decrease Mortality
Slide68Microcirculation ManagementLactateScVO2**
Tissue perfusionMAP > 65 mmHg
Urine output
Increase CO
= Preload
***
: Fluid resuscitate
= Contractility
:
Dobutamine
Increase O2
= O2 supplement
= Red blood cell
Keep
Hct
≥ 30%
O2 delivery = CO x CaO2
Slide69Microcirculation ManagementScVO2 < 70% Lactate > 4 mmol/L
CVP measure
CVP < 8-12
(10-15)
CVP > 8-12
(10-15)
Fluid challenge
test
Hct
< 30%
Hct
> 30%
Dobutamine
PRC transfusion
NTG
MicroCIR
?
Levosimendan
Vasopressin
-Mortality
-
MicroCIR
?
Thiamine
?
Slide70Thiamine
TCA
AcetylCoA
Pyruvate
PDH
Lipoic
acid
Ketogenic
diet
Thiamine
Glucose
Gluconeogenesis
Glycolysis
Lactic
acidosis
Lactate
ThiamineInjection
Slide71118/80 (96)
150
CVP 12
Tachycardia
Heart Rate Control
??
Heart Rate Control
Short acting Beta blocker
Esmolol
Lactecemia
,
NorE
, Mortality
HR, SV
Slide7272 hrs later
Lactate
=
1.2
mmol
/L
ScVO2
=
75%
I/O : 2,300/300
ml/d
Total I/O (72 hrs) : 7,200/2,000 ml
128/84 (94)
72How to manage
this?
CVP 2437.2
Slide73Time: ≥ 72 hoursType: Diuretic (Furosemide)
Rate: Keep negative I/O
Goal:
Remove accumulated
fluid
T
R
O
Limit:
Maintain
tissue
perfusion
L
Phase 4: De-escalate
Slide74Timing Type Side effect Vasoactive Drugs
Ok. That’s a good time to start!
Slide75Vasoactive DrugsDrugs
Dose(mcg/kg/m)CO
SVR
MAP
HR
Norepinephrine
(
Levophred
)
0.1-1.0
0
++
++
0
Epinephrine(Adrenaline)0.05-1.0
+++
++++Dopamine<
55-10> 10 0
++-0++
0/-+++0
+++Dobutamine*
1-20
++-0/+
0/+
Dosage calculation
(mcg/kg/min) = (Concentration x Rate x 1,000) ÷BW x 60
Slide76How to manage this ?
Norepinephrine
0.5 mcg/kg/min
Total fluid
4
,800 ml in 2 hours
94/46
(62)
CVP 14
102
ABG:
pH 7.10
PaCO2 25
PaO2 98
HCO3 12
Electrolyte
Na 148
, K 4.5, Cl 118, HCO3 10 BUN/Cr
36/1.60RR 28
Wide +
Normal GAP MA
+ R-Alk
Adrenaline
Dopamine
Hydrocortisone
Slide77BPpH
Bicarbonate
F
luid
Norepinephrine
1 mcg/kg/min
Hydrocortisone
HCO3
Adrenaline
Dopamine
Dobutamine
Slide78Vasoactive DrugsDrugsIndications
Norepinephrine-First choice
Dopamine
-Alternative drug
Epinephrine
-Increase BP
-Decrease internal organ perfusion
-
Additional agent is needed to maintain adequate blood pressure
-Moderate dose of
NorE
+ MAP < 65
-Severe Metabolic acidosis (
vasoplegia
) no response to
NorE
Dobutamine MAP ≥ 65 mmHg
-ScVO2 < 70%
-Lactate > 4 mmol/L
-
Hct > 30%
Slide79What happened?
How to manage this ?
Norepinephrine 0.5 mcg/kg/min
180/98 (110)
MAP 65-70
vs
80-85
Slide80Side effects
DrugsSide effect
Prevention
Norepinephrin
e
Limb ischemia
Gangrene
Lactic acidosis***
-Concentration
-Route (C-line)
-Dose
-Correct cause
Epinephrine
Tachycardia
Limb ischemiaLactic acidosis***-Optimal indication-Dose
-Correct causeDopamine
-Tachycardia-Optimal
indication-Dose-Correct cause
Dobutamine
-Vasodilate
-Hypotension
-Optimal
indication-Alternative drug
: Dopamine
Slide81Corticosteroids
102
That’s a
good time to start.
Norepinephrine 0.5 mcg/kg/min
Total fluid 4,800 ml in 2 hours
94/46
(62)
CVP 14
Hydrocortisone
Potent vasoactive agent
Slide82CorticosteroidsIndications-Vasopressor-unresponsive
-Hypotension despite fluid resuscitation & vasopressors Timing > 60 minutes
No ACTH stimulation test
Dose 100 mg bolus, 200 mg
iv in 24
hrs
Taper off after
vasopressors
CIRCI
Cortisol
Hydrocortisone
> 35
No
15-34
No & Yes
<
15
Yes
Slide83Blood Product Administration No Tissue hypoperfusion
Tissue hypoperfusion
Hct
< 30%
ScvO2 < 70%
Blood
Transfuse
Myocardial ischemia
Severe hypoxemia
Acute hemorrhage
-
Hct
< 30%
Platelet
P
rophylactic < 10,000
High Risk bleeding
< 20,000
3. Active bleed or
Sx < 50,000
Hb
< 7mg%Keep Hb 7-9
Slide84Mechanical Ventilation of Sepsis Induced ARDS -VT6 ml/kg-PBW
-Keep Pplat < 30 mmHg-PEEP prevent atelectrauma-High PEEP > low PEEP
-
R
ecruitment
maneuvers
for refractory hypoxemia
-Prone position for P/F < 100
-Head elevated 30-45 °
-Weaning protocol with SBT
C
onservative
fluid
Strategies (CVP ≤ 4cmH2O)
No Tissue Hypoperfusion
Slide85Sedation, Analgesia and Neuromuscular Blockade
NMBs agent in ARDS-PaO2/FiO2 < 150-Duration ≤ 48 hours
-Low dose
: Bolus or continuous
AVOID
NMBs agent in non-ARDS
Slide86Glucose ControlBlood sugar > 180 mg% x 2 times
Start Insulin
Serial BS q 1-2 hours
How much blood sugar should you keep
?
< 110
mg%
Keep BS
≤ 180 mg%
(140-180)
Slide87Bicarbonate TherapyCase 1AGB: pH 7.14PaCO2 50
PaO2 88HCO3 18 (V)(CO2 37)
Metabolic
acidosis
When should
i
give
it
?
pH < 7.15
Case 2
ABG: pH 7.14
PaCO2 28
PaO2 90
HCO3 12 (V)
(CO2 28)
MA + R-
alk
C
ompensated
MA + RA
Hypocalcemia with cardiac arrhythmia (QTC prolonged)
Slide88Stress Ulcer Prophylaxis Proton pump inhibitor (omeprazole)
Stress ulcer prophylaxis
High risk
-Coagulopathy
-Head injury
-On Ventilator
-Liver cirrhosis
-
Hx
. GIB
H2 blocker (Ranitidine)
Slide89NutritionOral Or Enteral nutrition
Start low dose feeding
When should i start it
?
Start
-
24-48 hours
-Parenteral + Enteral
(Glucose IV + Oral feeding)
Slide90When to Refer ?
Unresponsive to vasopressor
AKI stage III with volume overload
Acute
respiratory
failure
Organ support
Advance
I
nvestigation
Advance Treatment
Respiratory failure
Type 1. Hypoxic RF
Type 2.
Hypercapnic
RF
Type
3
. Perioperative RF
Type
4.
Shock
Slide91Conclusion
Slide92ShockTherapy
Preload Fluid replacement : Crystalloid : Colloid
: Blood product
SVR
Vasopressors
: Norepinephrine
: Dopamine
: Epinephrine***
Contractility
Inotropes
:
Dobutamine
: Epinephrine***
Heart rate Rate
control : Esmolol
ATB
Adjunct Therapy
Slide93Hemodynamic supportIf MAP < 65 mmHgBaseline serum lactate
Acceptable BP Tim……..
Date……………….
Organ + Metabolic support
+ Intubation & Ventilator
+ Renal replacement
Tx
.
Name………………………........
Time of Diagnosis…..…
am,pm
Invasive monitoring
__
Urine > 0,5 ml/kg/
hr
or
__Serum Lactate or ScVO2
Adequate volume
Surgical drainage
if indicated
Source identification
+ Control
+ AntibioticAt................am, pm
-Give fluid rate 500-1,000 ml in 30 min-Intravascular volume evaluation
Adequate perfusion
CVP 10-15 cmH2O
2
.Vasopressor
-NorE 0.02-2 mcg/kg/min-Dopa
5-15 mcg/kg/min3.If MAP < 65 +Vasopressor
-Hydrocortisone 200 mg/24hr4. Intravascular volume status evaluation5.If MAP < 65 mmHg
-Adrenaline iv drip
-If MAP >90 mmHg decrease dose of vasopressor
goal 65-90 mmHg-PRC If Hct < 30%-
Dobutamine if Hct > 30%
-Goal achieved adequate tissue perfusion within 6
hrs-
Freqeunt assessment
1.CVP monitoring + give fluidGoal CVP 10-15 cmH2O
No
Yes
No
Yes
Yes
No
Yes
No
Unc
Slide94Septic Shock MonitoringParameters
Mean arterial pressure MAP < 65 mmHg-กรณีได้รับยา Norepinephrine หรือ Dopamine หรือ
Adrenaline
ถ้าปรับยาเพิ่มทุก
15
นาที
x 2
ครั้ง
แล้ว
MAP
ยังต่ำกว่า 65 mmHgHeart rate
HR ≥ 150 bpm หรือ < 50 bpm หรือ
Abnormal ECGRespiratory rate
หายใจหอบเหนื่อย Urine output
Urine < 30 ml/hr CVP (ถ้ามี)
CVP < 8 cmH2O ร่วมกับ MAP < 65 หรือ
HR ≥ 150 bpmLaboratory
ABG pH < 7.20Serum HCO3 ≤ 10
Slide95Conclusion: 6Es
Slide96Slide97Tel. 094-7833454
Line 083-0886140veeragum@gmail.com