Sepsis - Continuous Learning, Education &...

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Sepsis ! Dr Eric Van Den Bergh Consultant in Emergency Medicine 2015

Transcript of Sepsis - Continuous Learning, Education &...

Sepsis !

Dr Eric Van Den Bergh

Consultant in Emergency Medicine

2015

0 10000 20000 30000 40000

Lung cancer

COPD

Heart attack

Stroke

Sepsis

Lung cancer

COPD

Heart attack

Stroke

Sepsis

Annual UK Mortality

Severe Sepsis/Septic Shock

Audit

E. Van Den Bergh

C.Smith

01/2015 -7/2015

Sepsis 6

1. Give high-flow oxygen via non-rebreather bag

2. Take blood cultures and consider source control

3. Give IV antibiotics according to local protocol

4. Start IV fluid resuscitation Hartmann’s or equivalent

5. Check lactate

6. Monitor hourly urine output consider catheterisation

within one hour

…plus Critical Care support to complete EGDT

Inclusion criteria (Severe Sepsis)

Suspicion of Severe Infection AND Any TWO of the following:

Temperature > 38o

or < 36oC

Respiratory Rate > 20/min

Heart Rate > 90/min

WCC < 4000 or > 12000

AND ONE of the following:

Systolic Blood Pressure < 90mm Hg

Serum lactate > 4mmols/l

Severe Sepsis & Septic Shock Pathway

Ref Sepsis Six =

PATIENT NAME:

DATE OF BIRTH: AFFIX LABEL

CC NUMBER:

1. Take Blood Cultures

2. Give IV antibiotics

3. Start IV fluid resuscitation

4. Give high flow oxygen

5. Check haemoglobin and lactate

6. Monitor accurate hourly urine output

FIRST 60 MINUTES Pathway Commenced on _/ / (Date) at :

Investigate:

INSTITUTE THE ‘SEPSIS SIX’ * Tick Time

Blood culture, FBC, U&Es, Coag. Screen, LFTs, Lactate, ABGs/ VBG Urinanalysis and micro/C&S Chest x-ray

Give:

IV antibiotics - refer to Hospital Guidelines

20-30ml/Kg Crystalloid or Colloid over 30minutes (Caution: Monitor for fluid overload)

Oxygen and consider need for IPPV

Monitor :

Urine output hourly [ consider urine catheter ]

Oxygen saturation and non-invasive blood pressure every 15 minutes

ECG continously

MEWS Scores

Discuss with Senior Doctor on Duty Refer Critical care outreach (VOIP 2314) and Refer to the appropriate Speciality Team

:

:

:

:

:

:

:

__-------:-------

:

:

:

Initial assessment completed by (PRINT) (Signed) at : _(Time)

Severe Sepsis Pathway V2 April 2015

(Page Over)

Risk factors, Signs or symptoms of infection

Red-Flags in ambulance handover

Immunocompromised

Indwelling medical devices

Recent surgery/invasive procedure

Recent Rigors/fever

Chest: Cough/SOB

Urine: dysuria, frequency, odour

Skin: cellulitis

Abdomen: pain, peritonitis

Neuro: Headache, Meningism, confusion

Desired Outcomes

• Promote early recognition of community acquired sepsis.

• Ensure sepsis is graded and the sickest patients are identified early.

• Ensure a basic set of treatments are performed in a timely manner

• Get antibiotic stewardship right.

• Improve coding of sepsis, severe sepsis and septic shock

Method

• 30 consecutive patient records coded as having severe sepsis, commencing 01/01/15

• Paper notes, PDOC, nursing notes and lab results examined for evidence of meeting audit criteria

29

24

27

23

17

6

29 29

27

24

15

1

3

5

8

0

5

10

15

20

25

30

35

High flow O2initiated

Serum lactatemeasurement

Blood cultures First intravenouscrystalloid fluid

bolus

Antibiotics Urine outputmeasured

2015 Time from arrival or triage to:

<1 hour <2 hours >2 hours

Results

Results

0.0%

10.0%

20.0%

30.0%

40.0%

50.0%

60.0%

70.0%

Within 1Hour

Within 2Hours

> 2 hours NotRecorded

Within 1Hour

Within 2Hours

> 2 hours NotRecorded

2015 2014

IV antibiotics given

Results

0.0%

10.0%

20.0%

30.0%

40.0%

50.0%

60.0%

70.0%

80.0%

90.0%

Within 1Hour

Within 2Hours

> 2 hours NotRecorded

Within 1Hour

Within 2Hours

> 2 hours NotRecorded

2015 2014

IV crystalloid given

What is sepsis?

Burns

Burns

Infection Sepsis Severe Sepsis

Septic shock

SIRS Organ dysfunction Hypoperfusion

Burns

Burns

Infection Sepsis Severe Sepsis

Septic shock

SIRS Organ dysfunction Hypoperfusion

<1% 10% 35% 50%

50% 50%

Where did we start ?

“Early goal-directed therapy in the treatment of severe sepsis and septic

shock”

Rivers et al.

New England Journal of Medicine [N Engl J Med 2001;345:1368-77]

Getting the basics right

We need Red Flags!

UK Sepsis Trust Clinical Toolkits 2014- Produced in association with NHS England

Modified from Surviving Sepsis Campaign’s

‘Evaluation for Severe Sepsis Screening Tool’ 2005

Simple Strategy

• Concentrate on the front end

• Concentrate on getting the simple stuff right

• More recent papers tell us this was probably the right approach

Suspect

Screen

Sepsis Six

Is any red flag present?

Systolic B.P < 90 mmHg or MAP < 65 mmHg Lactate > 2 mmol/l Heart rate > 130 per minute Respiratory rate > 25 per minute Oxygen saturations < 91% Responds only to voice or pain/ unresponsive Purpuric rash

Time for Action

Achieving reliable sepsis care

Successes

• Established motivated core team

• Simple message that is accessible to everyone

• Linking to other work

Challenges

• The enormity of the problem

– patients to treat

– people to train

• Keeping everyone involved and enthused

Antibiotics

Although a global restriction of antibiotics is an important strategy to reduce the development of antimicrobial resistance and to reduce cost, it is not an appropriate strategy in the initial therapy for this patient population”

Definitions change – SIRS is dead!

• Definitions to change from sepsis/severe sepsis and septic shock to sepsis/septic shock

• SIRS no longer to be utilised as access point to screening tool.

• Likely to be NEWS score of 5 or more, or individual parameter scoring 3.

• To be used in Red Flag assessment – Syst <100mmHG, RR>25, GCS <14.

• Changes to occur Feb 2016

Summary

• Everyone has the potential to get sepsis

• Patients by definition have a high risk of sepsis

• Easy to identify – we know what we’re looking for

• Tools – EWS, Clinical Acumen and Experience

• Sepsis Screening Tool

Take home messages

• Sepsis presentation maybe non-specific, hugely

variable and multi-system

• When source unclear – review presenting symptoms

and signs and use appropriate imaging

• Procalcitonin is a useful biomarker in sepsis

• PCR techniques such as Septifast can aid with the

rapid detection of known bacterial genome

Any questions ?