10 SIGNS OF VITALITY Recognizing Earlier Patients AtRisk

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10 SIGNS OF VITALITY Recognizing Earlier Patients At-Risk MERCY MEDICAL CENTER REDDING MAY 2016

10 SIGNS OF VITALITY Recognizing Earlier Patients At-Risk MERCY MEDICAL CENTER REDDING MAY 2016 Frank Sebat, MS, MD FCCP, FCCM Director, KRITIKUS FOUNDATION

CLASSIC VITAL SIGNS 1. Temperature 2. Pulse 3. Color / Blood pressure 4. Respirations

CLASSIC VITAL SIGNS 1. Temperature 2. Pulse 3. Color / Blood pressure 4. Respirations 5. Pain – the fifth vital sign (American Pain Society 1995) Florence Nightingale 1820 -1910 2

EXPANDED ASSESSMENT 6. LOC 7. O 2 sat 8. Urine output 9. Capillary refill

EXPANDED ASSESSMENT 6. LOC 7. O 2 sat 8. Urine output 9. Capillary refill 10. Temp <36°, ↑ BD or LA, ↓ Scv. O 2 / Sv. O 2 or (often reflect global tissue hypoperfusion) ALL TOGETHER REPRESENT THE 10 SOV

4 STa. RRS : Early Detection of At-Risk Patients 10 SIGNS OF VITALITY TOOL

4 STa. RRS : Early Detection of At-Risk Patients 10 SIGNS OF VITALITY TOOL A QUICK and ACCURATE HEAD TO TOE PATIENT Back to last question ASSESSMENT 6/23/14

10 SOV FOR RECOGNIZING AT-RISK PATIENTS 5

10 SOV FOR RECOGNIZING AT-RISK PATIENTS 5

DO WE RECOGNIZE CRITICAL ILLNESS EARLY? Research Supports: • Early warning signs - often

DO WE RECOGNIZE CRITICAL ILLNESS EARLY? Research Supports: • Early warning signs - often missed • A, B, C’s of resuscitation are often suboptimal prior to transfer to higher level of care

SCENARIO #1: AN EXAMPLE OF MISSED OPPERTUNITY 32 y. o. female in good health

SCENARIO #1: AN EXAMPLE OF MISSED OPPERTUNITY 32 y. o. female in good health prior • Calls 911 because of lightheadness with Hx of MVR • EMT notes - anxious, cool extremities, poor CAP refill, RR 22, SBP=80 by palpation • EMT notifies ED – patient at-risk by criteria, 1000 cc NS IV – • In ED- pt. sitting up in bed: alert / anxious, SBP 110, RR 22, CAP refill 4 seconds

SCENARIO #1 (cont. ) ED PHYSICIAN, AND INTENSIVIST EXAMINE PATIENT: • RRT alert canceled

SCENARIO #1 (cont. ) ED PHYSICIAN, AND INTENSIVIST EXAMINE PATIENT: • RRT alert canceled • Admitted to floor by 1°MD w/dx of mild hypovolemia • At 2 am, code blue • In ED lactic acid = 7 • Platelet count 83, 000 and DIC screen pos EMT ADHERES TO PROTOCOL. . . PHYSICIANS DO NOT

SCENARIO #2: MISSED OPPORTUNITY Michael W. Donnino et al, Emanuel Rivers Henry Ford Hospital,

SCENARIO #2: MISSED OPPORTUNITY Michael W. Donnino et al, Emanuel Rivers Henry Ford Hospital, Detroit, MI, Abstract SCCM 2004 In the ED with sepsis, Lactic Acid > 4 and normotensive, your chances of survival are: A. Less if you are hypotensive B. Greater if you are hypotensive B. Patients Normotensive Mortality 70% Control (n=23) Hypotensive Control (n=133) 46. 5%

MISSED OPPORTUNITY Scenario 3 : 10/25 - 26 y. o. female in ED with

MISSED OPPORTUNITY Scenario 3 : 10/25 - 26 y. o. female in ED with abd pain. Hx of ↑ TG, ↑ amylase / lipase, RR 24, P 106, BP 136/70, afebrile admitted to floor 10/26 - Hb 13 → 15, RR = 22, ↑ abd pain 11/1, 17: 30 - RR = 42, HR = 122, BP = 118/66 - RRT called, Cap refill is > 3 sec. agitated, use of accessory muscles. Skin cold and clammy - What is the first thing you should do ?

OPPORTUNITY FOR IMPROVEMENT Scenario 3 : • 18 : 45 Pt. coded • 4,

OPPORTUNITY FOR IMPROVEMENT Scenario 3 : • 18 : 45 Pt. coded • 4, 650 min or 3. 2 days - Time RRT was mobilized, minus the time patient at-risk by 10 SOV criteria

RAPID RESPONSE TEAM. . . THE EFFERENT ARM The RRT is the most visible

RAPID RESPONSE TEAM. . . THE EFFERENT ARM The RRT is the most visible component of a RRS But less important than you might think. The afferent arm is the key to early recognition and Rx. 12

1 3 The Afferent Arm- Most Important YOU ARE The bedside RN using the

1 3 The Afferent Arm- Most Important YOU ARE The bedside RN using the 10 SOV tool to recognize at-risk patients earlier 6/23/14

INCIDENCE OF UNEXPECTED CARDIAC ARRESTS OF FLOOR PATIENTS and RRTs Pre 10 sov USA:

INCIDENCE OF UNEXPECTED CARDIAC ARRESTS OF FLOOR PATIENTS and RRTs Pre 10 sov USA: 5. 0 - 0. 25 arrest and 5 -56 RRTs per 1, 000 hospital d/c Kaweah Delta: 4. 29 arrest and 11 RRTs per 1, 000 hospital d/c (2009)

Which Patients Are At-Risk For Failure To Rescue ? 15

Which Patients Are At-Risk For Failure To Rescue ? 15

Neurological Deterioration PATIENTS AT-RISK FOR ACUTE Respiratory Deterioration DECOMPENSATION Hemodynamic Deterioration ALL LEAD TO

Neurological Deterioration PATIENTS AT-RISK FOR ACUTE Respiratory Deterioration DECOMPENSATION Hemodynamic Deterioration ALL LEAD TO SHOCK -100% MORTALITY IF UNCORRECTED

1 7 CHOC OR SHOCK HOW DO WE GET THERE? - IS IT OUR

1 7 CHOC OR SHOCK HOW DO WE GET THERE? - IS IT OUR WATERLOU ? From 1560 s Middle French; choc is a violent attack, military term violent encounter of armed forces

SHOCK IS A SYNDROME OF GLOBAL INADEQUATE TISSUE OXEGENATION 1. Altered level of consciousness

SHOCK IS A SYNDROME OF GLOBAL INADEQUATE TISSUE OXEGENATION 1. Altered level of consciousness 2. Tachypnea, RR ≥ 20 3. Sa. O 2 < 90% 4. Cool or mottled extremities, CAP refill >3 sec 5. Hypotension, BP < 90 frequently present, but not always 6. Decreased urine output, 25 cc/hr, 300 cc/12 hr 7. Metabolic acidosis BE < -5 , LA > 2. 0 8. Hypothermia, T < 36 WHICH OF THE THREE 10 SOV ARE MISSING? 18

VITAL ORGAN HYPOPERFUSION / SHOCK LEADS TO DECREASED BLOOD FLOW TO : • Brain

VITAL ORGAN HYPOPERFUSION / SHOCK LEADS TO DECREASED BLOOD FLOW TO : • Brain • Coronary arteries • Intercostal and diaphragmatic muscles - require 50% cardiac output during sever illness Leads to decreased airway protection, cardiac performance and respiratory muscle function Left Untreated Code Blue

TYPES OF SHOCK • Hypovolemic Shock, hemorrhage • Septic or Distributive Shock • Cardiogenic

TYPES OF SHOCK • Hypovolemic Shock, hemorrhage • Septic or Distributive Shock • Cardiogenic Shock

TYPES OF SHOCK • Obstructive Shock • Anaphylactic Shock • Hypoxic / Respiratory Shock

TYPES OF SHOCK • Obstructive Shock • Anaphylactic Shock • Hypoxic / Respiratory Shock

 Respiratory Failure Acute Change in Neurologic Status 1. Hypoxic 2. Hypovolemic 3. Septic/Distributive

Respiratory Failure Acute Change in Neurologic Status 1. Hypoxic 2. Hypovolemic 3. Septic/Distributive 4. Cardiogenic 5. Obstuctive 6. Anaphylactic S H O C K Shock Cycle Oxygen delivery Death Early organ ischemia TOO LATE Multiorgan Failure UNTREATED 100% FATAL RRT Further Neurologic, Resp, CV function Oxygen delivery RRT EARLIER RECOGNITION AND EARLY GOAL DIRECTED THERAPY © 2011 STa. RRS Education Presentation WILL INTERRUPT THIS CYCLE

10 SOV Early Recognition Assessment & Communication Tool for At-Risk Patients - Shock

10 SOV Early Recognition Assessment & Communication Tool for At-Risk Patients - Shock

10 SOV : AT-RISK TRIGGERS FREQUENTLY SUBTLE • Tachypnea - almost always present, but

10 SOV : AT-RISK TRIGGERS FREQUENTLY SUBTLE • Tachypnea - almost always present, but nonspecific, underappreciated- lower RR trigger ≥ 20 • Hypotension - not always present or detected, double check BP by a second method • Oliguria - takes time to assess- but very important

STa. RRS : AT-RISK TRIGGERS FREQUENTLY SUBTLE • Anxiety or apathy are early signs-needs

STa. RRS : AT-RISK TRIGGERS FREQUENTLY SUBTLE • Anxiety or apathy are early signs-needs to be appreciated • CAP refill >3 sec. usually present needs to be measured

C. N. S. MANIFESTATIONS OF AT-RISK PATIENTS Anxiety Apathy Lethargy / Stupor Coma ©

C. N. S. MANIFESTATIONS OF AT-RISK PATIENTS Anxiety Apathy Lethargy / Stupor Coma © 2011 STa. RRS Education Presentation 26

TEMPERTURE • TEMP > 38 important but unlikely to lead to sudden decompensation •

TEMPERTURE • TEMP > 38 important but unlikely to lead to sudden decompensation • TEMP < 36 often significant when combined with other 10 SOV o Liver is main organ of thermogenesis at rest o Reflects decreased blood flow to the liver o Generally the kidney will also have reduced blood flow in this setting

RESPIRATORY RATE • Tachypnea - almost always present in at-risk patients • Nonspecific •

RESPIRATORY RATE • Tachypnea - almost always present in at-risk patients • Nonspecific • Underappreciated • Frequently charted without being measured • Lower RR trigger ≥ 20

OXYGEN SATURATION • Sa. O 2 < 90 • Coupled with one of the

OXYGEN SATURATION • Sa. O 2 < 90 • Coupled with one of the other 7 key 10 SOV indicates “hypoxic shock” • Hypoxia kills quickly • Hypercapnia kills slowly

Prospective Study of the Treatment of Septic Shock and RESP SUPPORT The Lancet, June

Prospective Study of the Treatment of Septic Shock and RESP SUPPORT The Lancet, June 3, 1978 113 patients over 3 years 1975 1976 1977 Mechanical Vent 51% 69% 70% Started Early* 0% 3% 20% Mortality 71% 54% 47% *Started in anticipation of deterioration in pulmonary gas-exchange

Hypotension • SBP < 90, MAP < 60 • Not always present • Frequently

Hypotension • SBP < 90, MAP < 60 • Not always present • Frequently not detected - double check BP by a second method

DECREASED CORONARY ARTERY BLOOD FLOW WITH MAP < 60, SBP < 90 F L

DECREASED CORONARY ARTERY BLOOD FLOW WITH MAP < 60, SBP < 90 F L O W Target BP AUTO REGULATION ZONE 60 MAP 120 32

ALLSHOCK SYNDROMES LEAD TO CARDIOGENIC SHOCK 33

ALLSHOCK SYNDROMES LEAD TO CARDIOGENIC SHOCK 33

AT-RISK TRIGGER: MOTTLING (LIVEDO RETICULARIS)

AT-RISK TRIGGER: MOTTLING (LIVEDO RETICULARIS)

CAPILLARY REFILL TIME Critical Care Medicine. 37(3): 934 -938, March 2009 Fifty consecutive adult

CAPILLARY REFILL TIME Critical Care Medicine. 37(3): 934 -938, March 2009 Fifty consecutive adult patients admitted to the intensive care unit When cap refill > 4. 5 sec, 77% vs. 23% progressed to worsening organ function (p < 0. 05) Subjective assessment of peripheral perfusion can identify patients at-risk for more severe organ dysfunction and higher lactate levels

Capillary Refill Test > 3 Seconds 6/23/14 play Mouse over picture and click to

Capillary Refill Test > 3 Seconds 6/23/14 play Mouse over picture and click to 36

ABDOMINAL MANIFESTATIONS OF SHOCK • Oliguria • Ileus and increased liver function tests •

ABDOMINAL MANIFESTATIONS OF SHOCK • Oliguria • Ileus and increased liver function tests • Temperature <36°C or 96. 8°F

URINE OUTPUT • Our hour by hour window of abdominal perfusion • < 25

URINE OUTPUT • Our hour by hour window of abdominal perfusion • < 25 cc/hr or 300 cc/12 h in absence of known ARF reflect decreased kidney perfusion • Can be masked by diuretics

METABOLIC ACIDOSIS • Easy to check, • LA > 2 meg/l abn , >

METABOLIC ACIDOSIS • Easy to check, • LA > 2 meg/l abn , > 4 is severe • BD > 5 (BE < -5) abn, check anion gap

The other 3 SOV • Pain, responsible for a 200% increase in resp failure

The other 3 SOV • Pain, responsible for a 200% increase in resp failure – Brain trumps Pain • Fever, needs evaluation but not general associated with suden decompensation • Heart rate by itself does not reflect end organ hypoperfusion or hypoxia

THE GOLDEN HOUR The 1 st hour after the onset of illness, which if

THE GOLDEN HOUR The 1 st hour after the onset of illness, which if recognized and treated results in best outcomes: • Trauma • AMI • Stroke • Shock • Other At-Risk Patients – 10 SOV

THE GOLDEN HOUR IN SHOCK with 6 of the 7 key SOV Time to

THE GOLDEN HOUR IN SHOCK with 6 of the 7 key SOV Time to key intervention in 500 patients over 5 years 250 233 ICU Arrival Antibiotics / Septic Only 200 Minutes 183 150 185 180 100 2 L Fluid 165 105 100 Central Line 155 150 118 85 Alert Time MEAN 120 105 92 75 50 No alerts at this time 0 Year 0 (F Sebat et al, CCM, 2007, 35: 11, 2568 -75 ) 65 56 49 Year 1 80 64 51 37 Year 2 Year 3 Shock Year 41 Year 4 88 83 66 50 17 Year 5

THE EFFECT OF EARLIER RECOGNITION OF SHOCK O/E Mortality Observed / Expected Mortality APACHEIII

THE EFFECT OF EARLIER RECOGNITION OF SHOCK O/E Mortality Observed / Expected Mortality APACHEIII Median Time to 3 Most Rapid Interventions p<0. 001 1. 2 Minutes 230 . . 8 . 4 0 Year 0 Year 1 (F Sebat et al, CCM, 2007, 35: 11, 2568 -75 ) 130 80 30 Year 2 180 Median Time to Interventions Actual / Predicted Mortality 1 Year 3 Year 4 Year 5 Shock Year Observed (O) / Expected (E) mortality using Apache III predictions. (O/E = 1 when observed mortality is equal to expected mortality). 43

TIME TO ALERT FROM SOV CRITERIA MET VS. MORTALITY OF PATIENTS IN SHOCK (F

TIME TO ALERT FROM SOV CRITERIA MET VS. MORTALITY OF PATIENTS IN SHOCK (F Sebat et al, CCM, 2007, 35: 11, 2568 -75 ) 40% % Mortality 30% 20% GOLDEN HOUR 10% 0% 0 - 30 Minutes 31 - 90 Minutes Time to Shock Alert > 90 Minutes 44

EFFICACY OF EARLY ANTIBIOTIC ADMINISTRATION 2, 151 SEPTIC SHOCK PATIENTS AT 10 HOSPITALS Kumar,

EFFICACY OF EARLY ANTIBIOTIC ADMINISTRATION 2, 151 SEPTIC SHOCK PATIENTS AT 10 HOSPITALS Kumar, CC M, June 2006 – 83% survival ½ hr – 80% survival 1 hr – 60% survival 6 hr – 35% survival 12 hr – 10% survival 7. 6 % in mortality for each hour delay 24 hr 45

STa. RRS ACTIVATION BADGE FOR STAFF FRONT BACK

STa. RRS ACTIVATION BADGE FOR STAFF FRONT BACK

CODE BLUE v. RRT ALERTS Code Blues /1000 Discharges RRTs /1000 Discharges 2002 2003

CODE BLUE v. RRT ALERTS Code Blues /1000 Discharges RRTs /1000 Discharges 2002 2003 2004 2005 2006 2007 2008 2009 2010 Jan-2011 Feb-11 Mar-11 Apr-11 May-11 Jun-11 Jul-11 Aug-11 Sept-11 4. 8 6. 17 5. 85 6. 66 5. 5 5. 34 4. 81 4. 29 3. 38 3. 36 2. 55 5. 90 0. 81 2. 36 3. 36 1. 68 1. 69 11. 2 13. 12 13. 57 11 17. 26 16. 01 32. 31 33. 16 51. 86 48. 82 42. 49 38. 66 57. 79 57. 53

KEY POINTS TO EARLY RECOGNITION AND TREATMENT OF AT-RISK PATIENTS EMPOWERMENT OF FRONTLINE PROVIDERS

KEY POINTS TO EARLY RECOGNITION AND TREATMENT OF AT-RISK PATIENTS EMPOWERMENT OF FRONTLINE PROVIDERS Increased and early recognition of at-risk patients 10 SOV Improved communication of clinical status Rapid AO – VIPPS resuscitation IMPROVED OUTCOMES: • Increased # pts. recognized • Early recognition within the Golden Hour • Rapid intervention • Automation? ? ?

DON’T BE SHOCKED! Thank You for Attending 49

DON’T BE SHOCKED! Thank You for Attending 49