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Surviving Sepsis Campaing Resultados y futuro Ricard Ferrer Intensive Care Department Mutua Terrassa University Hospital Barcelona. SPAIN

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Surviving  Sepsis  Campaing  Resultados  y  futuro  

Ricard  Ferrer  Intensive  Care  Department  

Mutua  Terrassa  University  Hospital  Barcelona.  SPAIN  

Phase 1 Barcelona declaration Phase 2 Evidence based guidelines

Phase 3 Implementation and Education

Surviving  Sepsis  Campaign:  Timeline  

Barcelona  Declara<on  

SSC  Guidelines  

2010  

Guidelines  And  bundles  Revision    

2005  

NEJM  editorial  

2004  

2002  

Guidelines  Revision  

Phase  III  starts:  IHI  partnership  

2008   2012  

Results  published  15,000  pts  20%  RRR  

2006   2014  

Results  published  30,000  pts  27%  RRR  

Surviving Sepsis Campaign (SSC) guidelines for management of severe

sepsis and septic shock

Dellinger RP, Carlet JM, Masur H, Gerlach H, Calandra T, Cohen J, Gea-Banacloche J, Keh D, Marshall JC, Parker MM, Ramsay G,

Zimmerman JL, Vincent JL, Levy MM Crit Care Med 2004;32:858-873

Intensive Care Med 2004;30:536-555

Surviving Sepsis Campaign: International guidelines for management of severe sepsis

and septic shock: 2008

Dellinger RP, Levy MM, Carlet JM, Bion J, Parker MM, Jaeschke R, Reinhart K, Angus DC, Brun-Buisson C, Beale R, Calandra T,

Dhainaut JF, Gerlach H, Harvey M, Marini JJ, Marshall J, Ranieri M, Ramsay G, Sevransky J, Thompson BT, Townsend S, Vender

JS, Zimmerman JL, Vincent JL.

Crit Care Med 2008; 36:296-327

Intensive Care Med 2008;30:536-555

Surviving  Sepsis  Campaign:  Interna<onal              guidelines  for  management  of  severe  sepsis                    

and  sep<c  shock:  2012  

R  Phillip  Delllinger  MD1;  Mitchell  M.  Levy  MD2,  Andrew  Rhodes  MD  BS3;  Djillali  Annane  MD4;  Herwig  Gerlach  MD  PhD5;  Steven  M.  Opal  MD6;  Jonathan  E.  Sevransky  MD7;  Charles  L.  Sprung  MD8;  Ivor  S.  Douglas  MD9;  Roman  Jaeschke  MD10;  Tiffany  M.  Osborn  MD  MPH11;  Mark  E.  Nunnally  MD12;  Sean  R.  Townsend  MD13;  Konrad  Reinhart  MD14;  Ruth  M.  Kleinpell        

PhD  RN-­‐CS15;  Derek  C.  Angus  MD  MPH16,  Clifford  S.  Deutschman  MD  MS17;  Flavia  R.  Machado  MD  PhD18,  Gordon  Dr.  Rubenfeld  MD19;  Steven  A.  Webb  MB  BS  PhD20;  Richard  J.  Beale  MB  BS21;  Jean-­‐Louis  Vincent  MD  PhD22;  Rui  Moreno  MD  PhD23;  and  the  Surviving  

Sepsis  Campaign  Guidelines  Commi`ee  including  the  Pediatric  Subgroup*      

Cri<cal  Care  Med.  2013  Feb;41(2):580-­‐637  Intensive  Care  Med.  2013  Feb;39(2):165-­‐228  

           

Current  Surviving  Sepsis  Campaign  Guidelines  Sponsors  

•  American  Associa<on  of  Cri<cal-­‐Care  Nurses  

•  American  College  of  Chest  Physicians  •  American  College  of  Emergency  Physicians  •  Australian  and  New  Zealand  Intensive  Care  

Society  •  Asia  Pacific  Associa<on  of  Cri<cal  Care  

Medicine  •  American  Thoracic  Society  •  Brazilian  Society  of  Cri<cal  Care(AIMB)  •  Canadian  Cri<cal  Care  Society  •  Chinese  Society  of  Cri<cal  Care  Medicine  •  Chinese  Society  of  Cri<cal    Care  Medicine  

of  Chinese  Medical  Associa<on  •  European  Respiratory  Society  •  European  Society  of  Clinical  Microbiology  

and  Infec<ous  Diseases  

•  European  Society  of  Intensive  Care  Medicine  •  European  Society  of  Pediatric  and  Neonatal  

Intensive  Care  •  German  Sepsis  Society  •  Infec<ous  Diseases  Society  of  America  •  Indian  Society  of  Cri<cal  Care  Medicine  •  Japanese  Associa<on  for  Acute  Medicine  •  Japanese  Society  of  Intensive  Care  Medicine  •  La<n  American  Sepsis  Ins<tute  •  Pan  Arab  Cri<cal  Care  Medicine  Society  •  Pediatric  Acute  Lung  Injury  and  Sepsis  Inves<gators  •  Society  Academic  Emergency  Medicine  •  Society  of  Cri<cal  Care  Medicine  •  Society  of  Hospital  Medicine  •  Surgical  Infec<on  Society  •  World  Federa<on  of  Cri<cal  Care  Nurses  •  World  Federa<on  of  Socie<es  of  Intensive  and  

Cri<cal  Care  Medicine    

Phase 1 Barcelona declaration Phase 2 Evidence based guidelines

Phase 3 Implementation and Education

SSC Methodology: International Multifaceted Intervention

•  National/regional/network “launch meetings” –  Identify local champions –  Introduce sepsis bundles –  Staff support for coordinating sites –  Regular conference calls

•  Educational tools •  SSC manual •  SSC slides

•  Website –  SSC and IHI website –  Sepsis list-serve

•  Interactive database –  Automated uploading to SSC server –  Technical support –  Local audit and feedback capabilities

Crit Care Med 2010; 38(2):367-374

n= 15.022

Crit Care Med 2010; 38(2):367-374

SSC:  Europe  vs  USA  

Levy  M  et  al.  Lancet  ID  2012  

Mortality  Organ  dysfunc<ons  

SSC:  Europe  vs  USA  

Origin  of  infec<on  Pa<ent  Loca<on  at  

Diagnosis  

Levy  M  et  al.  Lancet  ID  2012  

ICU bed availability is higher in the USA

SSC Final Report of Phase III 7.5 year analysis of 30,000 patients

Effects: •  Participation •  Duration •  Dose  

SSC  Mortality:  Par<cipa<on  effect  

Levy  et  al;  2014  CCM/ICM  

27.3%  RRR  in  mortality  P  <  0.001  

SSC  DuraHon  Effect  

Levy  et  al;  2014  CCM/ICM  

•  The adjusted odds of hospital mortality is decreasing 1% per site quarter (p = 0.005)

•  The longer a site participated, the greater the associated mortality reduction

Baseline Hospital Mortality Did Not Change over Time

Levy  et  al;  2014  CCM/ICM  

Mortality in HIGH COMPLIANCE Sites with at least 3 years of data collection

êMortality: 45.7% to 29.5% ARR: 16.5% P < 0.001 RRR: 36%

êMortality: 42.9% to 26.2% ARR: 16.7% P < 0.001 RRR: 39%

Mortality in HIGH COMPLIANCE Sites with at least 4 years of data collection

CCM 2014;42:1749-55

Severe Sepsis and Septic Shock

Empirical antibiotics after sepsis recognition

Predicted hospital mortality and 95% CIs for time to first antibiotic administration Results adjusted by the sepsis severity score, ICU admission source ([ED], ward, vs ICU), and geographic region (Europe, United States, and South America)

26.3% 68.6% 51.8% 78.2% 84.0% 87.5% 100%

Median time to empiric antibiotics

16935

18671

15000

16000

17000

18000

19000

20000

Euro

s

Hospital Costs

Preintervention Intervention

5.445.98

3.75 4.12

01234567

Years

LYG QALY

Preintervention Intervention

Adjusted ICER 4,435 euros per LYG Adjusted ICUR 6,428 euros per QALY

Published Data from SSC: 2006-2014

•  All prospective cohort studies

•  40 published reports in peer-reviewed journals

•  All demonstrated: –  Increased compliance –  Associated decreased

mortality

–  United States (25) –  Spain (1) –  France (1) –  Germany (1) –  Portugal (1) –  Netherlands (2) –  UK (2) –  China (3) –  Iceland (1) –  Korea (1) –  Pan-Asia (1) –  Latin America (1)

Challenges  to  SSC  data  •  Uncontrolled  data  

–  Interrupted  Hme  series  – Before/aMer  design  

•  Mortality  benefit  could  be  explained  by:  – Secular  trends  in  sepsis  mortality  – Are  sites  shiMing  less  sick  paHents  into  ICU  who  would  have  survived  regardless:  DiluHng  mortality  rate  over  Hme  

•  However,  when  adjusted  for  severity:    Mortality  benefit  remains  significant  

Crit  Care  Med  2014;  42:1890–1898  

CONTROL   INTERVENTION  

Mortality  Change  in  Interven<on  and  Control  Groups  

CONTROL  

INTERVENTION  

INTERVENTION  

Conclusions •  With the adequate leadership, it is possible to do

international multifaceted interventions. •  It is feasible to use data to audit and change

clinical behavior –  Performance metrics can change clinical practice

•  Increased compliance with performance metrics is associated with improved survival –  39% RRR with high compliance

Conclusions: Variability •  Published studies demonstrate wide practice

variation: Poor compliance with known quality indicators

•  Variability based on different weighting of relevant knowledge – EXPECTED

•  Variability based on knowledge deficits, faulty application of knowledge or simple forgetting – UNACCEPTABLE

What’s Next? •  Marked increased attention: SSC

recommendations are being implemented – Important american organizations are

incorporating SSC metrics: •  National Quality Forum measure •  CMS: Centers  for  Medicare  &  Medicaid  Services

– Governments •  New York System mandated reporting •  Catalonia: 2015 Instruction

– Many hospital networks

Registry: including the SSC quality indicators

SEPTIC CODE

Patients Flow: SEP-I centers SEP-IIa centers SEP-IIb centers

What’s Next?

•  SSC Guidelines •  Sepsis Definition •  IMPRESS study

SSC  Guidelines  2016  

•  Timeline:  October  2016  •  Scope:  Early  management  of  severe  sepsis  and  sepHc  shock.  Early  is  defined  as  within  the  first  24  hours.  

•  Target  audience:    Any  healthcare  worker  in  any  healthcare  se[ng  who  is  caring  for  adult  paHents  with  sepsis.  

•  Independent  Pediatric  Guidelines  

SSC  Guidelines  2016  

•  Results  of  studies  PROCESS,  ARISE  are  challenging  current  recommendaHons.  

•  New  evidences  in  fluids:  balanced  crystalloids,  albumin.  

•  New  studies  in  specific  subgroups  like  DIC  or  AKI.  

Living  Guideline  Concept  

•  Living  guidelines  are  systemaHcally  developed,  evidence  based,  and  conHnually  updated.  

•  Rigorous  monitoring  of  published  literature.  •  Electronic  format  vs  Paper  format.  •  EvaluaHon  of  the  current  state  of  the  recommendaHon:  no  revision  needed,  revision  possible,  revision  imperaHve.    

Sepsis in Resource-Limited Nations Task Force report

•  Leaders:  M.  Dünser/C.  Farmer  •  Global  task  force  to  explore  sepsis  diagnosis  and  management  

in  resource-­‐limited  countries.    •  This  task  force  has  developed  a  conceptual  approach,  the  

scan-­‐teach-­‐treat  system.  This  approach  has  three  steps:  –  Scan  the  region  of  interest  for  key  elements  that  influence  sepsis  

detecHon,  management,  and  outcome;  –  Teach  through  public  awareness  and  healthcare  provider  educaHonal  

programs  on  sepsis;    –  Treat  by  implemenHng  a  “sepsis  first  aid  kit”  into  clinical  pracHce.  

SEPSIS DEFINITION Objectives

•  Improve  our  ability  to  make  early  bedside  detecHon  of  the  disease,  and  thus  allow  early  therapeuHc  intervenHon  and  adequate  paHent  allocaHon.    

•  IdenHfy  paHents  with  different  condiHons  but  with  the  similar  pathophisiology,  so  same  therapeuHc  targets.  

•  Select  paHents  with  similar  severity,  according  to  a  scoring  system.  

•  Adequate  tool  for  selecHng  paHents  for  clinical  trials  promoHng  the  research  of  new  drugs  or  devices.  

Consequences of 1992 definition

•  Definition has help to standardize the treatment and produce guidelines.

•  Quality of treatment and mortality have improve.

•  However, none innovative treatments showed benefit despite lots of trials using these definitions.

•  Important epidemiological differences in different areas.

Main limitations of SIRS criteria

•  Unspecific •  Arbitrary cut-offs •  Too sensitive:

– Not useful to alert sepsis outside the ICU: almost every viral infection could be confounded with sepsis

– SIRS criteria almost universal in the ICU •  Not consistent in different consensus. •  Not always present.

SIRS criteria at ICU admission

Outcome according SIRS criteria at ICU admission

87%

Am J Respir Crit Care Med Vol 171. pp 461–468, 2005

DEVELOPMENT OF THE RISSC FOR PROGRESSION FROM SEPSIS TO SEVERE SEPSIS OR SEPTIC SHOCK

BIVARIATE HR MULTIVARIATE HR

Crit Care Med 2005; 33:512–519

ApEn

Incidence of the four SIRS criteria on day 1 by variations in threshold criteria and mode of data recording: - Automatic (continuous) recordings of single occurrences - Automatic recordings of 60-min intervals above threshold - Manual (hourly) recordings of single occurrences - Manual recordings of 60-min intervals above threshold.

Infec<on  +  some  of:

PIRO concept: Tool for Phenotyping sepsis

Predisposition

Insult (Infection)

Response

Organ Dysfunction

Genetic susceptibility Coexisting health complications

Pathogen, toxicity and sensitivity Location and compartmentalization

Increased biomarkers or biomediators Manifested physiologic symptoms

Number of failing organs

Use  of  biomarkers  for  diagnosing  sepsis  is  premature

IL-6 CRP

PCT WBC

TNF-α erythrocyte sedimentation

Lactate

- The 2001 definition has not improved the 1992 definition. - The PIRO concept has not been incorporated. - In fact, most of the studies are still using the 1991 definition, with the known limitations

Consequences

L. Gattinoni, SCCM 2015

•  Sepsis is a life threatening condition that arises when the body's response to an infection injures its own tissues and organs.

•  Sepsis leads to shock, multiple organ failure and death especially if not recognized early and treated promptly.

•  Sepsis remains the primary cause of death from infection despite advances in modern medicine, including vaccines, antibiotics and acute care.

KOL and Sepsis definition

•  Unspecific, not useful for clinical trials. •  Reserve the notion of sepsis for

conceptual purposes only. •  Focus future clinical investigation on

specific biological targets or on patients with specific infectious diseases.

Crit Care Med 2008; 36:964–966

KOL and Sepsis definition

•  Sepsis is the host’s deleterious, non-resolving inflammatory response to infection that leads to organ dysfunction.

•  Sepsis should be defined as a systemic response to infection with the presence of some degree of organ dysfunction.

KOL and Sepsis definition

•  A single universal definition – using validated variables – should support a more accurate

epidemiological characterization – appropriate power for interventional trials – appropriate benchmarks for providers and

hospitals.

2015

San Francisco Sepsis Definition ESICM/SCCM task force  

•  Sepsis  3.0  definiHon:  updated  in  the  future  according  the  new  evidence.  

•  Help  to  idenHfy  paHents  outside  the  ICU.  •  SIRS  is  DEAD.  •  SEPSIS:  “Life-­‐threatening  organ  dysfuncHon  due  host  response  to  an  infecHon”  

•  New  “sepsis”=  Old  “severe  sepsis”.  SepHc  shock,  no  change.  

•  Data-­‐driven  definiHon:  definiHon  of  OD,  shock  will  be  based  in  “big  data  analysis”.  “New  3”.  

•  1  day  world-­‐wide  point  prevalence  study  •  First  study:  7th  November  2013    

An  Interna<onal  Mul<centre  Prevalence  Study  on  Sepsis.  

 The  Impress  Study  

The  IMPRESS-­‐SSC  Study    An  Interna<onal  Mul<-­‐Centre  Prevalence  Study  of  Sepsis  

Aims  •  To  assess  pracHce  gaps  in  care  of  paHents  with  sepsis  by  measuring  compliance  with  SSC  sepsis  bundles  in  sites  in  both  community  and  academic  hospitals  internaHonally.    

•  To  evaluate  the  epidemiology  of  sepsis  in  different  areas  of  the  world.  

The  IMPRESS-­‐SSC  Study    An  Interna<onal  Mul<-­‐Centre  Prevalence  Study  of  Sepsis  

Inclusion  Criteria:  •  For  the  study  day  (0000  to  2400),  consecuHve  paHents  presenHng  to  either  the  emergency  department  (ED)  or  being  cared  for  in  the  ICU  with  severe  sepsis  or  sepHc  shock  will  be  enrolled.  To  be  eligible  paHents  must  have  all  of  the  following:  – Must  be  admiked  or  transferred  to  either  the  ED  or  ICU.      –  Have  a  high  clinical  suspicion  of  an  infecHon  –  Have  sepsis  as  defined  by  the  presence  (probable  or  documented)  of  infecHon  together  with  systemic  manifestaHons  of  infecHon  

–  Evidence  of  acute  organ  dysfuncHon  and  /  or  shock  

The  IMPRESS-­‐SSC  Study    An  InternaHonal  MulH-­‐Centre  Prevalence  Study  of  Sepsis  

November  7th  2013  62  Countries  from  all  conHnents  1794  PaHents  

28.4%  In  hospital  Mortality  

0  

100  

200  

300  

400  

500  

600  

700  

800  

North  America  

Europe   Asia   Other  

November  7th  2013  62  Countries  from  all  conHnents  1794  PaHents  

1794  Pa<ents  Enrolled  in  One  Day.  

Age  years  (SD)   North  America  

Europe   Asia   Other1  

<65   294  (55.4)   297  (43.0)   246  (65.8)   115  (59.0)  65  to  75   115  (21.7)   187  (27.1)   75  (20.1)   41  (21.0)  >75   122  (23.0)   207  (30.0)   53  (14.2)   39  (20.0)  

November  7th  2013  62  Countries  from  all  conHnents  1794  PaHents  

Age  of  Pa<ents  by  Region.  

Significant  at  p<0.0001  

Origin  of  sepsis  N  (%)   North  America  

Europe   Asia   Other  

Community  acquired   344  (64.8)   377  (54.6)   242  (64.9)   102  (55.1)  Health  care  acquired   131  (24.7)   102  (14.8)   35  (9.4)   23  (12.4)  Hospital  acquired   38  (7.2)   130  (18.8)   62  (16.6)   43  (23.2)  ICU  acquired   18  (3.4)   81  (11.7)   34  (9.1)   17  (9.2)  

November  7th  2013  62  Countries  from  all  conHnents  1794  PaHents  

Origin  of  Sepsis  by  Region.  

Significant  at  p<0.0001  

Site  of  Infec<on  N  (%)   North  America  

Europe   Asia   Other  

Abdominal   88  (16.5)   184  (26.6)   88  (23.5)   42  (21.5)  CNS  infecHon   4  (0.8)   3  (0.4)   12  (3.2)   3  (1.5)  Catheter   12  (2.3)   19  (2.8)   8  (2.1)   6  (3.1)  Device   7  (1.3)   5  (0.7)   0  (0.0)   1  (0.5)  Other  infecHon   47  (8.8)   64  (9.3)   49  (13.1)   15  (7.7)  Respiratory   203  (38.1)   273  (39.4)   160  (42.8)   80  (41.0)  Unknown   60  (11.3)   58  (8.4)   43  (11.5)   26  (13.3)  UTI   112  (21.0)   86  (12.4)   14  (3.7)   22  (11.3)  November  7th  2013  62  Countries  from  all  conHnents  1794  PaHents  

Site  of  Infec<on  by  Region.  Significant  at  p<0.0001  

0  

10  

20  

30  

40  

50  

60  

70  

80  

North  America  

Europe   Asia   Other  

%  

November  7th  2013  62  Countries  from  all  conHnents  1794  PaHents  

Propor<on  of  Pa<ents  on  Mechanical  Ven<la<on.  

P<0.0001  

North  America  

Europe   Asia   Other  

Chronic  illness   263  (49.3)   266  (38.4)   108  (28.9)   94  (48.2)  <2  Organ  Failures   153  (28.8)   154  (22.2)   87  (23.3)   53  (27.2)  Vasopressors,  N  (%)   76  (14.3)   19  (2.8)   20  (5.4)   11  (5.6)  IntubaHon,  N  (%)   196  (36.8)   325  (47.0)   235  (62.8)   109  (55.9)  Mechanical  VenHlaHon   245  (47.7)   400  (57.8)   278  (74.3)   121  (62.0)  SOFA,  mean  (SD)   6.5  (3.2)   6.9  (3.4)   8.0  (3.3)   7.4  (3.0)  APACHE  II,  mean  (SD)   22.0  (9.5)   21.6  (8.3)   21.9  (8.7)   22.3  (8.8)  

November  7th  2013  62  Countries  from  all  conHnents  1794  PaHents  

Markers  of  Severity  by  Region.  

All  significant  at  p<0.0001  apart  from  APACHE  II  (p=0.8)  

0  5  

10  15  20  25  30  35  40  45  50  

North  America  

Europe   Asia   Other  

%  

November  7th  2013  62  Countries  from  all  conHnents  1794  PaHents  

Propor<on  of  Pa<ents  with  Sep<c  Shock.  

P=0.034  

N  (%)  or  median  (IQR)  

North  America  

Europe   Asia   Other  

ICU  admission   469  (88.0)   556  (80.4)   356  (95.2)   164  (84.1)  ICU  LOS,  days   5.9  (2-­‐14)   9.5  (4-­‐21)   9.0  (4-­‐18)   8.5  (3-­‐22)  ICU  mortality   102  (19.1)   150  (21.7)   89  (23.8)   64  (32.8)  Hospital  LOS,  days   10.9  (5-­‐20)   16.0  (7-­‐29)   14.2  (7-­‐23)   14.3  (7-­‐26)  Hospital  mortality   131  (24.6)   194  (28.0)   114  (30.5)   71  (36.4)  

Unadjusted  Pa<ent  Outcomes  by  Region.  

ICU  admission  and  ICU  &  hospital  LOS  significant  at  p<0.0001,  ICU  mortality  p=  0.03,  Hospital  mortality  p=0.013  

Variable   Hospital  mortality  odds  ra<o1   95%  CI   p-­‐value  

North  America  (ref)   1.00   -­‐-­‐-­‐   -­‐-­‐-­‐  Europe   1.06   0.64  –  1.75   0.820  Asia   1.08   0.62  –  1.87   0.786  

Rela<onship  Between  Hospital  Mortality  and  Region.  

1Adjusted  for  3  hour  bundle  compliance,  6  hour  bundle  compliance,  age,  ICU  admission  (yes  vs.  no),  sepsis  status  (severe  vs.  shock),  locaHon  (ED,  ward,  ICU,  OR,  unknown),  sepsis  origin  (community,  health  care,  hospital,  or  ICU  acquired),  and  APACHE  II  

GEE  popula<on-­‐averaged  logis<c  regression  model  hospital  mortality  odds  ra<os  by  region    

November  7th  2013  62  Countries  from  all  conHnents  1794  PaHents  

3  Hour  Bundle  Compliance   %  Compliance  Measurement  of  Lactate   56  Obtain  Blood  Cultures  Prior  to  AnHbioHcs   49  Administer  Broad  Spectrum  AnHbioHcs   94  Administer  30  mL/kg  crystalloid  for  hypotension   57  

6  Hour  Bundle  Compliance   %  Compliance  Apply  vasopressors     82  Measure  CVP   67  Measure  ScvO2   60  

19%  Overall  Compliance  

36%  Overall  Compliance  

The  IMPRESS-­‐SSC  Study    An  Interna<onal  Mul<-­‐Centre  Prevalence  Study  of  Sepsis  

North  America  

Europe   Asia   Other  

Lactate  bundle,  N  (%)   332  (62.3)   413  (59.7)   178  (47.6)   79  (40.5)  ABX  bundle,  N  (%)   324  (60.8)   457  (66.0)   252  (67.4)   122  (62.6)  Fluid  bundle,  N  (%)   325  (60.1)   378  (54.6)   206  (55.1)   108  (55.4)  Full  bundle,  N  (%)   150  (28.1)   122  (17.6)   51  (13.6)   17  (8.7)  

November  7th  2013  62  Countries  from  all  conHnents  1794  PaHents  

3  Hour  Bundle  Compliance  by  Region.  

Lactate  bundle  and  total  bundle  both  significant  at  p<0.0001,  Abx  and  Fluid  bundle  NS.  

0  

5  

10  

15  

20  

25  

30  

North  America  

Europe   Asia   Other  

%  

November  7th  2013  62  Countries  from  all  conHnents  1794  PaHents  

3  hour  Bundle  Compliance  by  Region.  P<0.001  

North  America  

Europe   Asia   Other  

Lactate  bundle,  N  (%)   302  (56.7)   479  (69.2)   204  (54.6)   92  (47.2)  Vasopressor,  N  (%)   405  (76.0)   576  (83.2)   334  (89.3)   164  (84.1)  CVP  bundle,  N  (%)   332  (62.3)   472  (68.2)   276  (73.8)   129  (66.2)  ScvO2  bundle,  N  (%)   306  (57.4)   417  (60.3)   233  (62.3)   114  (58.5)  Full  bundle,  N  (%)   172  (32.3)   281  (40.6)   134  (35.8)   50  (25.6)  

November  7th  2013  62  Countries  from  all  conHnents  1794  PaHents  

6  Hour  Bundle  Compliance  by  Region.  

Lactate,  vasopressor  and  CVP  bundle  significant  at  p<0.0001,  Full  bundle  p=0.01,  ScvO2  NS.  

0  5  

10  15  20  25  30  35  40  45  

North  America  

Europe   Asia   Other  

%  

November  7th  2013  62  Countries  from  all  conHnents  1794  PaHents  

6  hour  Bundle  Compliance  by  Region.  P=0.01  

Hospital  Mortality  (%)  by  Bundle  Compliance  

0  

5  

10  

15  

20  

25  

30  

35  

Compliant   Non  compliant  

%  

3  Hour  Bundle  

0  

5  

10  

15  

20  

25  

30  

35  

Compliant   Non  compliant  

%  

6  Hour  Bundle  

P<0.001   P<0.001  

November  7th  2013  62  Countries  from  all  conHnents  1794  PaHents  

Variable   Hospital  mortality  odds  ra<o1   95%  CI   p-­‐value  

Full  3  hour  bundle   0.70   0.51  –  0.96   0.026  Full  6  hour  bundle   0.75   0.58  –  0.96   0.020  

November  7th  2013  62  Countries  from  all  conHnents  1794  PaHents  

Rela<onship  Between  Bundle  Compliance  and  Outcome.  

1Adjusted  for  ICU  admission,  sepsis  status  (severe  vs.  shock),  locaHon  (ED,  ward,  ICU,  OR,  unknown),  and  APACHE  II    

GEE  popula<on-­‐averaged  logis<c  regression  model  adjusted  hospital  mortality  odds  ra<os    

•  1  day  world-­‐wide  point  prevalence  study    

Second  study:  World  Sepsis  Day  2016    

An  Interna<onal  Mul<centre  Prevalence  Study  on  Sepsis.  

 The  Impress  Study  

Conclusions  •  SSC  has  been  a  successful  internaHonal  mulHfaceted  intervenHon.  

•  SSC  registry  and  IMPRESS  point  prevalence  study  are  sHll  showing  room  for  improvement.  

•  Many  Knowledge  Transfer  iniHaHves  based  in  the  SSC  guidelines  are  being  implemented.  

•  SSC  Guidelines:    – Update  the  evidence  every  4  years  +  living  guideline  concept.  

–  Specific  guidelines:  resource-­‐limited,  pediatrics,…  •  Sepsis  definiHon  3.0  should  help  to  beker  idenHfy  paHents,  specially  outside  the  ICUs.