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Файл:Ординатура / Хирургия / Библиотека им академика М.И. Перельмана / Книга_5537_Библиотеки_им_академика_М_И_Перельмана.pdf
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- •Contents
- •List of Contributors
- •Hospitalists as Leaders
- •Key Pearls
- •Challenges
- •The Future
- •References
- •Key Clinical Pearls
- •Introduction
- •The Path to Leadership
- •Leading in Care Delivery
- •Leading in Hospital Quality and Patient Safety
- •Leading in Education
- •Introduction
- •Diagnosis
- •Clinical Scenario
- •Diagnosis Study
- •Discussion
- •Prognosis
- •Clinical Scenario
- •Prognosis Study
- •Discussion
- •Therapy
- •Clinical Scenario
- •Therapy Trial
- •Discussion
- •Economics
- •Clinical Scenario
- •Economics Study
- •Economics Criteria
- •Discussion
- •References
- •Key Pearls
- •Introduction
- •A New Paradigm: The Evidence Hierarchy
- •Becoming an Evidence-based Practitioner
- •Answering Questions
- •Resources to Answer Background Questions
- •Resources to Answer Foreground Questions
- •Summary
- •References
- •Key Pearls
- •Introduction
- •The Clinical Exam as Diagnostic Test
- •Assessing Volume Status
- •Acute Blood Loss
- •Non-Blood Loss Causes of Hypovolemia
- •How to Perform Postural Vital Signs
- •Cardiac Murmurs
- •Systolic Murmurs
- •Aortic Stenosis
- •How to Perform the Useful Physical Exam for Aortic Stenosis
- •Mitral Regurgitation
- •How to Examine the Useful Physical Exam for Mitral Regurgitation
- •Diastolic Murmurs
- •Aortic Insufficiency
- •How to Perform the Useful Physical Exam for Aortic Insufficiency
- •Hepatomegaly
- •How to Perform the Useful Physical Exam to Assess Hepatomegaly
- •Ascites
- •How to Perform the Useful Physical Exam to Assess for Ascites
- •Central Venous Pressure
- •Evaluation of JVP
- •Abdominojugular Reflux Test
- •Kussmaul Sign
- •Pleural Effusion
- •How to Perform the Useful Physical Exam
- •Conventional Percussion
- •Chest Expansion
- •Tactile Fremitus
- •References
- •Patient Safety and Hospital Quality
- •Key Pearls
- •Background
- •Communication Standards
- •Systematic Approaches
- •Conclusions
- •References
- •Key Pearls
- •Accountability
- •Causal Factors of Error (Swiss cheese model)
- •Reporting
- •Root Cause Analysis
- •Disclosure
- •References
- •Key Pearls
- •Introduction
- •Key Pearls
- •Background and Essential Elements of Teamwork
- •Quality
- •Choosing Performance Improvement Targets
- •Do Your Homework — Gather Baseline Data
- •Form the Right Team
- •Define Goals
- •Break Down the Problem — Process Maps
- •Collect Data
- •Analyze the Findings
- •Implement Change
- •Measure, Track and Repeat
- •Summary
- •References
- •Challenges to Improving Teamwork
- •Assessment of Teamwork
- •Examples of Successful Interventions
- •Team Training
- •Daily Goals of Care
- •Interdisciplinary Rounds
- •Nurse-Physician Unit Co-Leadership
- •Conclusions
- •References
- •Key Pearls
- •Background
- •Barriers
- •Successful Strategies
- •Remaining Challenges
- •References
- •Key Pearls
- •Required Components of the Discharge Process
- •Optional Components of the Discharge Process
- •Conclusions
- •References
- •Key Pearls
- •Introduction
- •Drivers for Health Information Technology
- •The Electronic Health Record
- •Clinical Decision Support (CDS)
- •The Risks and Benefits of HIT
- •Roles for Hospitalists in Health Informatics
- •Conclusion
- •References
- •Business of Hospital Medicine
- •Key Pearls
- •Introduction
- •Hospitalist Movement a Way Out to Provide Cost Effective Treatment
- •Business Plan for a Hospitalist Program
- •Staffing Structure of the Program
- •Cost Projection
- •Revenue Generation
- •Business Plan Outline and Factors
- •References
- •Key Pearls
- •Metrics
- •Volume
- •Length of Stay
- •Patient Protection and Affordable Care Act (PPACA)
- •Avoidable re-admissions
- •Hospital-acquired conditions
- •Clinical Documentation
- •MS-DRG
- •APR-DRG
- •Satisfaction Surveys
- •Medical Necessity
- •Recovery Audit Contractor (RAC)
- •Concurrent Review
- •Retrospective Denial
- •Dashboards
- •Aligning Interests
- •References
- •Key Pearls
- •Introduction
- •Hospitalist Coding
- •Documenting E&M Codes for Initial and Subsequent Visits
- •Chief Complaint
- •History
- •Physical Exam
- •Medical Decision Making
- •Determining Which Code to Use
- •Documenting E&M Codes for Discharge Day Visits
- •Documenting E&M Codes for Consultation Visits
- •Conclusion
- •References
- •Key Pearls
- •Definition of Non-Physician Practitioners (NPPs)
- •Quality and Cost-Effectiveness of NPs and PAs Care
- •NPPs Roles and Responsibilities
- •Autonomy and Scope of Practice
- •NPPs in Academic Centers
- •NPPs in Small Community Hospital
- •NPPs in Private Physician Hospitalist Service
- •Potential Pitfalls of Collaboration
- •Reimbursement and Billing
- •References
- •Hospitalist as Educator
- •Key Pearls
- •Tips for Teaching that Won’t Slow you Down (Too Much)
- •Teaching Different Levels of Learners
- •The Microskills of Clinical Teaching
- •Example of the Microskills in Action
- •Pearls for Giving Meaningful Feedback with Less Stress
- •Making Time for Teaching
- •References
- •Key Pearls
- •Introduction
- •Framework
- •Set the Stage with Learners — What to Do Before Entering the Room
- •1. Establish your goals ahead of time
- •2. State your established goals clearly to the group
- •3. Define roles and responsibilities
- •4. Establish that there will be debriefing and feedback after the encounter
- •Orient the Patient — What to Do When you Enter the Room
- •1. Introductions
- •2. Explain the goals and structure of the encounter to the patient
- •3. Elicit any additional goals from the patient
- •Key Principles to Follow at the Bedside
- •1. Follow your pre-arranged structure
- •2. Maintain patient respect
- •3. Maintain learner respect
- •Debrief — Outside the Room
- •1. Provide learner-specific feedback
- •2. Elicit feedback about the session
- •Summary
- •References
- •Cardiology
- •Key Pearls
- •Key History Elements and Physical Exam Findings
- •Differential Diagnosis
- •Cardiac Testing
- •Chest Pain Units
- •Conclusion
- •References
- •Key Pearls
- •Definitition and Pathophysiology
- •Diagnosis
- •ECG Evaluation
- •History
- •Physical Exam
- •Cardiac Biomarkers
- •Initial Treatment and Stabilization
- •UA/NSTEMI
- •STEMI
- •Transition to Maintenance Therapy
- •Quality Measures in Acute Coronary Syndromes
- •References
- •Key Pearls
- •Introduction
- •Clinical Profiles
- •Diagnostic Strategies
- •Outcomes of Acute Heart Failure
- •Management of Acute Heart Failure
- •Diuretics
- •Vasodilators
- •Inotropes
- •Transition Home
- •Conclusion
- •References
- •Key Pearls
- •Introduction
- •Aortic Stenosis (AS)
- •Etiology
- •History and Physical
- •Diagnosis and Testing
- •Treatment
- •Mitral Stenosis (MS)
- •Etiology
- •History and Physical
- •Diagnosis and Testing
- •Treatment
- •Aortic Regurgitation (AR)
- •Etiology
- •History and Physical
- •Diagnosis and Testing
- •Treatment
- •Mitral Regurgitation (MR)
- •Etiology
- •History and Physical
- •Diagnosis and Testing
- •Treatment
- •References
- •Key Pearls
- •Introduction
- •Epidemiology
- •Etiologies and Associated Conditions
- •Clinical Findings
- •History and Physical Examination
- •Electrocardiogram
- •Echocardiography
- •Additional Laboratory Evaluation
- •Management
- •Rate Control
- •Stroke Risk Assessment
- •Antithrombotic Therapy
- •Rhythm Control
- •Cardioversion
- •Maintenance of sinus rhythm
- •Future Trends
- •References
- •Key Pearls
- •Introduction
- •Role of the Electrophysiology Study
- •Bradyarrhythmias
- •Tachyarrhythmias
- •Supraventricular Arrhythmias
- •Regular Narrow Complex Tachycardia with a Short RP Interval
- •AV-nodal re-entrant tachycardia
- •AV re-entrant tachycardia
- •Atrial tachycardia
- •Ventricular Arrhythmias
- •Ventricular Tachycardia in the Absence of Structural Heart Disease (Idiopathic VT)
- •Left bundle branch block VT
- •Right bundle branch block VT
- •Ventricular Tachycardia in the Presence of Structural Heart Disease
- •Ischemic cardiomyopathy
- •Nonischemic cardiomyopathy
- •References
- •Key Pearls
- •Introduction
- •Incidence and Etiology
- •Pathophysiology
- •Clinical Presentation
- •Ophthalmic Manifestations
- •Neurological Changes (Hypertensive Encephalopathy)
- •Cardiovascular Complications
- •The Kidney
- •Hematological Changes
- •Clinical Evaluation (Table 2)
- •Treatment
- •Hypertensive Urgency (Table 3)
- •Hypertensive Emergency (Table 4)
- •Specific Situations (Table 5)
- •References
- •Key Pearls
- •Introduction
- •Patient History
- •Physical Examination
- •Cardiac Syncope: Arrhythmia and Structural Heart Disease
- •Select Options for Monitoring and Diagnostic Evaluation
- •References
- •Pulmonary
- •Key Pearls
- •Pathophysiology
- •Diagnosis
- •Clinical History
- •Physical Examination
- •General Appearance
- •Vital Signs
- •Chest
- •Cardiac Exam
- •Extremities
- •Neurologic
- •Basic Diagnostic Testing
- •Advanced Diagnostic Testing
- •Differential Diagnosis
- •Early Management of the Acutely Dyspneic Patient
- •Key Management Strategies
- •References
- •Key Pearls
- •Introduction
- •Definition, Precipitating Factors and Mortality Risk
- •Evaluation of Patients Hospitalized with an Asthma Exacerbation
- •History
- •Physical Examination
- •Objective Testing
- •Management of Patients Hospitalized with an Asthma Exacerbation
- •Medications
- •Adjunct Therapy
- •Monitoring Parameters
- •Treatment of Comorbid Conditions
- •When to Consult a Specialist
- •Goals for Discharge
- •Summary
- •References
- •Key Pearls
- •Introduction
- •Acute Exacerbations
- •Treatment of Acute Exacerbations
- •Conclusions
- •References
- •Key Pearls
- •Introduction
- •Clinical Evaluation
- •History
- •Clinical Exam
- •Radiologic Evaluation
- •Pulmonary Function Testing, Echocardiography, Laboratory Data and Ancillary Testing
- •Surgical Lung Biopsy
- •Management of DPLD
- •References
- •Key Pearls
- •Introduction
- •Definition
- •Classification
- •Clinical Presentation
- •Evaluation (see Fig. 1)
- •Medical Treatment
- •Surgical Treatment
- •Prognosis
- •References
- •Critical Care
- •Key Pearls
- •Introduction
- •Definitions, Pathophysiology, and Epidemiology
- •What Is SIRS/Sepsis/Severe Sepsis/ Sepsis with Shock
- •What Causes Sepsis
- •What Causes Shock in Sepsis
- •What Is the Cause of Microcirculatory Disturbance in Sepsis
- •Sepsis Recognition and Intervention: Principles and Action Plan
- •Key Recognition Principles and Guidelines
- •Key Intervention Principles
- •Role of Monitoring: What to Measure — When and How Reliable
- •Other Therapeutic Considerations/Controversies
- •Outcome Analysis and Prognosis
- •References
- •Key Pearls
- •Introduction
- •Initiation of Mechanical Ventilation
- •Modes and Settings
- •Monitoring and Supportive Care
- •Monitoring
- •Supportive Care
- •Disease-Specific Conditions and Ventilator Management
- •Obstructive Lung Disease
- •Acute Respiratory Distress Syndrome/ Acute Lung Injury
- •Evaluation of Respiratory Distress in the Mechanically Ventilated Patient
- •Liberation from the Mechanical Ventilator
- •References
- •Key Pearls
- •Glucose Goals
- •Insulin IV Infusion
- •Glucose Monitoring
- •Calculation of SC Insulin Doses
- •References
- •Renal
- •Key Pearls
- •Introduction
- •Common Reasons for ESRD-related Hospitalization
- •Infections
- •Catheter-related Bacteremia
- •Catheter-associated Peritonitis
- •Volume Overload
- •Vascular Access Issues
- •Steal Syndrome
- •Aneurysms
- •Hyperkalemia
- •Tips for Managing Hospitalized ESRD Patients
- •Orders
- •Daily Weights
- •Renal Diet
- •Labs
- •Medications
- •Ancillary Studies
- •Opportunity for Renal Replacement Therapy Preparation and Re-Evaluation During Inpatient Hospitalization
- •References
- •Key Pearls
- •Introduction
- •Initial Workup of AKI
- •Categories of AKI
- •Prerenal AKI
- •Definition
- •Diagnosis
- •Treatment
- •Intrarenal (Intrinsic) AKI
- •Definition
- •Diagnosis
- •Treatment
- •Prevention of Contrast-Induced Nephropathy
- •Prognosis of CIN
- •Prevention of CIN
- •Postrenal AKI
- •Diagnosis
- •Treatment
- •Intravenous Fluids for Postobstructive Diuresis
- •Parameters to Monitor in Postobstructive Diuresis
- •Medications and Procedures in AKI
- •Renal Consult for AKI
- •References
- •Key Pearls
- •Initial Considerations
- •Metabolic Acidosis
- •Causes
- •Clinical Manifestations
- •Compensatory Mechanisms
- •Diagnosis
- •Treatment
- •Metabolic Alkalosis
- •Clinical Manifestations
- •Compensatory Mechanisms
- •Diagnosis
- •Treatment
- •Respiratory Acidosis
- •Clinical Manifestations
- •Compensatory Mechanisms
- •Diagnosis
- •Treatment
- •Respiratory Alkalosis
- •Clinical Manifestations
- •Compensatory Mechanisms
- •Diagnosis
- •Treatment
- •Mixed Acid-Base Disorders
- •Interpretation of Blood Gas Measurements
- •References
- •Key Pearls
- •General Concepts
- •Hyponatremia
- •Workup
- •History
- •Physical exam
- •Labs
- •Treatment
- •Hypernatremia
- •Workup
- •History
- •Physical exam
- •Labs
- •Treatment
- •References
- •Key Pearls
- •Introduction
- •Hyperkalemia
- •Etiology
- •Clinical Manifestations
- •Signs and Symptoms
- •ECG Manifestations
- •Workup
- •Transtubular potassium concentration gradient
- •Plasma Aldosterone Concentration and Plasma Renin Activity
- •Treatment
- •Hypokalemia
- •Etiology
- •Clinical Manifestations
- •Signs and Symptoms
- •ECG Manifestations
- •Workup
- •Random Urine Potassium–Creatinine Ratio
- •24 hr Urinary Potassium Excretion
- •PAC, PRA and PAC/PRA Ratio
- •Treatment
- •References
- •Key Pearls
- •Appendicitis
- •Clinical Presentation
- •Management
- •Acute Cholecystitis
- •Clinical Presentation
- •Management
- •Diverticulitis
- •Clinical Presentation
- •Management
- •Bowel Ischemia
- •Acute Mesenteric Ischemia
- •Clinical Presentation
- •Management
- •Colonic Ischemia
- •Clinical Presentation
- •Management
- •Iatrogenic Abdominal Pain
- •Urological/Renal or Gynecological Causes of Abdominal Pain
- •General Concerns
- •Pain Management

in reported sentinel events.
1–3
Contributing factors include a failure to
acknowledge human fallibility, communication barriers across hierarchies
and disciplines, and an increasingly complex hospital environment.
Within inpatient medical settings, nurses and physicians often differ in
their ratings of collaboration, and these discrepancies further highlight
opportunities for improving teamwork.
4
A team is defined as two or more individuals with specified roles
interacting adaptively, interdependently, and dynamically toward a shared
and common goal.
5
Elements of effective teamwork have been identified
through research conducted in aviation, the military, and more recently,
healthcare. Salas and colleagues have synthesized this research into five
core components: team leadership, mutual performance monitoring,
backup behavior, adaptability, and team orientation (see Table 1).
5
84
K.J. O’Leary and N.L. Sehgal
Table 1. Core Components and Coordinating Mechanisms of Teamwork*
Teamwork Definition Behavioral Examples
Team leadership Direction and coordination • Facilitate team problem solving
of team members activities • Provide performance
expectations
• Clarify team member roles
• Assist in conflict resolution
Mutual performance Team members are able to • Identify mistakes and lapses
monitoring monitor one another’s in other team member actions
performance • Provide feedback to fellow
team members to facilitate
self-correction
Backup behavior Team members anticipate • Recognition of workload
and respond to one distribution problem
another’s needs • Shift work responsibilities to
underutilized members
Adaptability The team adjusts strategies • Identify cues that changes have
based on new information occurred and develop plan to
deal with changes
• Remain vigilant to changes in
internal and external
environment
(Continued)

85
Teamwork in Hospital Medicine
Table 1. (Continued )
Teamwork Definition Behavioral Examples
Team orientation Team goals are prioritized • Take into account alternate
above individual goals solutions by teammates
• Increase task involvement,
information sharing, and
participatory goal setting
Shared mental model An organizing knowledge of • Anticipating and predicting one
the task of the team and how another’s needs
members will interact to • Identify changes in team,
achieve their goal task, or teammates
Closed-loop Acknowledgement and • Following up with team
communication confirmation of information members to ensure message
received received
• Acknowledging that message
was received
• Clarifying information received
Mutual trust Shared belief that team • Information sharing
members will perform their • Willingness to admit mistakes
roles and accept feedback
*Adapted from Salas et al.
38
Additionally, three supporting and coordinating mechanisms are essential
for effective teamwork: A shared mental model, closed-loop communication, and mutual trust (see Table 1).
5
Successful teams use these elements
to develop a culture for “speaking up” and situational awareness among
team members. Situational awareness refers to a person’s perception and
understanding of their dynamic environment. Human errors often result
from a lack of such awareness.
6
Challenges to Improving Teamwork
There are several important barriers to effective teamwork and communication in the hospital setting. Teams are large, formed in an ad hoc fashion, and membership is dynamic and often dispersed. Team members in

their respective disciplines care for multiple patients at the same time and
usually work in shifts, or rotations, resulting in team membership variability (few patients will have identical team membership) and instability
(each team has members joining and departing from the team).
Furthermore, while nurses and other hospital staff usually work on specific patient care units, physicians often care for patients on multiple units
and floors. Research has shown that nurses and physicians do not communicate consistently and often disagree on the plan of care for their
patients.
7
When communication does occur, clinicians may overestimate
how well their messages are understood by other team members, reflecting a phenomenon well-known in communication psychology related to
egocentric thought processes.
8,9
Ineffective communication and incomplete understanding of patients’ care creates and reinforces a culture of
low expectations and an environment unable to prevent and/or intercept
medical errors before they reach the patient.
Technology may serve as an additional barrier to effective communication despite the common notion that it serves to do the opposite. With
increasing use of electronic health records and the exchange of text-messages delivered via pager or email, we move to asynchronous modes of
communication which lack important face-to-face communication elements (tone of voice, expression, gesture, eye contact).
10,11
Assessment of Teamwork
Another major challenge in improving teamwork is the difficulty in measuring it. Assessment of teamwork entails measurement of knowledge,
skills and attitudes of teams composed of multiple individuals. Approaches
to evaluate interventions to improve teamwork include:
• self-assessment
• peer assessment
• direct observation
• survey of teamwork climate or culture
• measurement of clinical outcomes
86
K.J. O’Leary and N.L. Sehgal

While self-report tools are easy to administer and can capture affective
components influencing team performance, they may not reflect actual
skills or team performance. Peer assessment includes the use of 360degree evaluations or multisource feedback, and provides evaluation of
individual performance. Direct observation offers a more accurate assessment of team-related behaviors using trained observers. Observers use
checklists and behaviorally anchored rating scales (BARS) to evaluate
individual and team performance. Checklists and BARS include specific,
observable behaviors reflective of optimal team performance. Teamwork
may also be assessed using survey tools to assess attitudes and teamwork
climate.
12–14
Higher ratings of collaboration and teamwork have been
associated with better patient outcomes in observational studies.
15–17
The
ultimate goal of teamwork efforts is to improve patient outcomes.
However, it is often difficult to clearly link improved outcomes with
teamwork interventions because patient outcomes are affected by a number of factors and because hospitals frequently engage in multiple, simultaneous efforts to improve care.
Examples of Successful Interventions
Team Training
Formal teamwork training programs have been implemented in several clinical environments, including emergency departments, operating rooms,
labor and delivery suites, and intensive care units.
18–21
These “closed” environments provide the advantage of having all providers identify with a unitbased setting, whereas most medical units have the added challenge of
having nurses who are unit-based and physicians (and others) who are often
service-based with patients housed on several different units.
The effectiveness of these teamwork training programs is mixed.
While many demonstrate increased knowledge of teamwork principles,
attitudes about the importance of teamwork, and overall safety climate,
evidence for the ability to improve patient outcomes or reduce errors is less
compelling.
22
In the hospital medicine setting, a multifaceted teamwork
87
Teamwork in Hospital Medicine

training program improved provider safety knowledge and attitudes and
patient perceptions of teamwork and communication.
23–25
Daily Goals of Care
In intensive care unit (ICU) settings, physicians and nurses work in proximity, allowing interdisciplinary discussions to occur at the bedside. The
finding that professionals in operating rooms and ICUs have widely discrepant views on the quality of collaboration
10, 11
indicates that proximity,
alone, is not sufficient for effective communication. Researchers have
used daily goals of care forms for bedside ICU rounds in an effort to standardize communication about the daily plan of care.
26, 27
The forms define
essential goals of care for patients and their use has resulted in significant
improvements in teams’ understanding of those daily goals. The daily
goals forms provide structure to the interdisciplinary conversations during
rounds in order to enhance collaboration and create a shared understanding of patients’ plans of care (i.e. shared mental model).
Interdisciplinary Rounds
Interdisciplinary Rounds (IDRs) have been used for many years as a means
to assemble team members in a single location
28–31
and the use of IDR has
been associated with lower mortality among ICU patients.
32
IDR may be
particularly useful for clinical settings in which team members are traditionally dispersed in time and place. Early research demonstrated improved
ratings of collaboration on the part of physicians.
30,31
Recently, O’Leary
and colleagues studied the effect of Structured Inter-Disciplinary Rounds
(SIDRs).
33,34
SIDR combines a structured format for communication, similar to a daily goals of care form, with a forum for regular interdisciplinary
meetings. The use of SIDR resulted in significantly higher ratings of the
quality of collaboration and teamwork climate on both a non-teaching hospitalist unit and a resident teaching unit. The majority of clinicians in the
studies agreed that SIDR improved patient care, improved the efficiency of
their work day, and that SIDR should continue indefinitely.
88
K.J. O’Leary and N.L. Sehgal

Nurse-Physician Unit Co-Leadership
Leadership plays a key role in shaping team culture and norms.35Nursephysician co-leadership is one recommended strategy for a model to
improve the quality and safety of care on hospital units.
36,37
The model
includes a new role, a physician unit leader, who partners with the nurse
manager to collaboratively take ownership for and accountability of care
delivery on that unit. At the University of Pennsylvania Health System,
the model is known as Unit Based Clinical Leadership.
36
Nurse managers and unit physician leaders co-lead weekly IDR, operations meetings, orientation of housestaff, and ongoing performance improvement
projects.
Conclusions
In summary, teamwork is critically important to provide safe and effective
care. Despite the noted challenges in implementation and evaluation, a
number of interventions demonstrate promise for improving teamwork.
Future efforts must carefully measure the impact of efforts to assess their
effectiveness on patient care and also to demonstrate the utility of
resources invested. The optimal approach is implementation of one or
more interventions with adaptations to fit unique clinical settings and
local culture.
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