Case Management - Michigan State University
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Transcript Case Management - Michigan State University
Case Management for ESRD
Patients
Susan Moore, RN, MHSA
Managed Healthcare Resources, Inc.
Objectives
Identify problems particular to renal case
management
Determine effective strategies for effective
case management
Identify how to meet NCQA standards
while performing CM duties
Definition of Case Management
“A collaborative process which assesses, plans,
implements, coordinates, monitors, and evaluates
the options and services to meet the individual’s
needs using communication and available
resources to promote quality cost effective
outcomes.”
“A system with many elements: health assessment,
planning, procurement, delivery and coordination
of services, and monitoring to assure that the
multiple service needs of the client are met.”
What is Case Management?
Definition:
– A system by which one professional is responsible for
assuring that a patient receives a full spectrum of
services required
A case manager acts as a broker to arrange both
hospital and community services
Case management includes:
– comprehensive assessment of needs and resources,
development of a care plan, referral follow-up, and
periodic evaluation of the plan
Case Management Objectives
Depend on:
– the organization’s perspective and the design of
the case management system
– the population served and its health status
– the type of case management allowed or offered
by an organization
– the case manager’s level of expertise
– the method by which case management is linked
to the organization
Benefits of Case Management
Increased satisfaction of patients and families
Fits well with the principles of managed care
Effective cost containment strategy
Well-suited for use across the full continuum of
care
Why case management
with ESRD?
High cost – over $14,000 per month
Prone to high ER and hospitalization use
Disease involves multiple systems
High amount of co-morbidities (those with
diabetes and CHF have much higher
hospitalizations, and CHF 37% higher than
diabetes)
Burden of disease in U.S.
Rising incidence and prevalence of kidney
disease at all stages – ESRD doubled in last
10 years
4% of the U.S. population (8 million
people) have moderate to severe CKD
Expected to increase with hypertension and
diabetes and aging population
Expected at 2015 to increase from 450,000
ESRD now to 600,000
Cost of ESRD
In 2003, ESRD cost private insurers and Medicare
more than $27 billion and was 6% of entire
Medicare expenditures ($9 billion absorbed by
private insurers)1
Annual cost averages $60,000, with highest cost
the year of initiation of dialysis2
Dialysis 2.8 times more costly than transplant3
1AmJ
KidneyDis, 2003, 41
2J Am Soc Nephrol., 2005, 16
3Report to the Congress: New Approaches in Medicare, June 2004
Impact
Those under 65, Medicare begins after 3 months
on dialysis UNLESS…
They have private insurance, then Medicare
begins after 33 months on dialysis
Analysis for CKD progression (before ESRD)
estimated that if GFR decreased by only 10% per
person, almost $20 billion could be saved in 10
years3
Nearly 45% of ESRD attributable to diabetes and
20% to chronic hypertension4
3, 4Journal
of Managed Care Pharmacy, April 2007
Utilization
Between 1993 and 2001, rates of hospitalization
per 1,000 patient years ranged from 2,019 to
2,0625
CKD – Earlier referral to a renal team before
ESRD led to lower risk of unplanned first dialysis,
fewer complications, lower hospital costs and
shorter durations of hospitalization in first 3
months of dialysis, likelier to have mature A-V
fistulas (only 29% had in 2001, and 90% need) 6
5,6Report
to the Congress: New Approaches in Medicare, June 2004
Impact of case management
on ESRD
Health plans with disease management
programs for ESRD had:
– 19 – 35% better survival rates than FFS
Medicare ESRD
– 45 – 54% fewer hospitalizations than FFS
Medicare ESRD7
7Report
to the Congress: New Approaches in Medicare, June 2004
Case Management Components
Case identification and eligibility
determination
Assessment or evaluation
Care plan development
Implementation or coordination
Follow-up
– monitoring
– reassessment
– discharge
Case Identification
Efforts to define and target the desired population*
Claims or encounters – dialysis revenue codes of
0821, 0831, 0841, 0851
Hospital discharge data
Pharmacy data – aluminum hydroxide
(Alucaps), calcium carbonate (Calcichew,
Titralac), calcium acetate (Phosex), lanthanum
carbonate (Fosrenol), Sevelamer (Renagel)
Data collected through the UM process
*2007 NCQA QI 7 Element A
Access to Case Management*
Health information line referral
DM program referral
Discharge planner referral
UM referral
Member self-referral
Practitioner referral
*2007 NCQA QI 7 Element B
IT support*
Case management systems should support:
Using evidence-based guidelines to conduct
assessments
Automatic documentation of date, time, and
individual for actions/patient interactions
Automated prompts for follow-ups
*2007 NCQA QI 7 Element C
Assessment
Determines the needs and provides
information to develop an individual care
plan
– may be conducted by an individual case
manager (e.g., social worker or nurse) or by a
multidisciplinary team
– goal is to obtain a complete view of the
individual and their circumstances
Initial Assessment*
Member’s health status, including disease-specific issues
Clinical history, including medications
Activities of daily living
Mental health status, including cognitive function
Evaluation of cultural and linguistic needs, preferences or
limitations
Evaluation of caregiver resources
Evaluation of available benefits
Assessment of life planning activities
*2007 NCQA QI 7 Element E
Medical complications of
ESRD and dialysis
Anemia – erythropoeitin not produced in kidney
Bone disease – calcium and phosphorus imbalance
Hypertension – primary disease, fluid retention
Fluid overload – little to no output of kidneys
Pericardial effusion and pericarditis – inadequate dialysis,
fluid overload, and infection
Hyperkalemia – inadequate dialysis and noncompliance
with dietary restrictions
Peripheral neuropathy – uremic toxins
Infection of vascular access
Physical issues with
ESRD patients
Fatigue – secondary to anemia
Itching – phosphorus
Vascular access patency
Sleep disorders
Pain and restless legs
Emotional/psychosocial issues
Change in social position/role in family
Marital problems
Employment – loss of
Impaired libido and impotency
Diet
Compliance or motivation to comply
Appearance and clothing restrictions
Frequent loss of independence and control
Depression (upwards of 40%) and anxiety
Reported increased incidence of cocaine, heroin, and
methamphetamine use
Additional factors
Age
Social or ethnic background and response to
illness
Recent other life crises
Personality of the patient
Psychiatric history of the patient and family
Cognitive ability of the patient and family
Special issues for Medicaid
Homelessness or group homes
Drug abuse
Transportation needs
Mental health issues
Greater problems with missing dialysis
treatments
Reasons for ER or hospitalization
Clotted access (decreased inpatient 24% as these
have moved outpatient)
Infection – due to catheter use, up 23% in last 10
years
CHF due to fluid overload/anemia
Cardiomyopathy
Hyperkalemia
Hypertension
Co-morbid conditions
Care Plan*
Development of short and long term goals
Identification of barriers to meeting goals or
compliance with plans
Development of schedules for follow up and
communication with members
Development and communication of selfmanagement plans for members
Assessment of progress against case management
plans and goals and modification as necessary
*2007 NCQA QI 7 Element F
Care Plan
Developed to address the needs and problems
identified in the assessment
– includes agreement with the individual and involved
family members on goals and priorities
– outlines the problems, type and level of assistance
needed, the roles of the patient/client and family who
will provide the services and desired outcomes
– knowledge of service options, local resources, delivery
systems, qualified providers, financial alternatives,
available benefits, and eligibility requirements for
assistance are critical to the plan
Important issues for
case managers
Maintaining confidentiality, patient rights,
and privacy
Building relationships with MSWs and
nurse managers at dialysis units
On-site or telephonic case management…..
Telephonic vs. On-site?
Telephonic
Less intrusive
Less expensive
On-site
More intrusive
Less likely to
misconstrue objective
of case management
See patient and
develop a relationship
More coordination
with the dialysis team
Who’s on the dialysis team?
Renal social worker (MSW)
Nephrologist
Nephrology nurses
Renal technologists
Patient care technicians
Dieticians
Financial counselor (sometimes)
Role of the renal social worker
Initial assessment and intervention
Crisis counseling
Linkage with local, state, and federal resources
Assistance with Medicare application
Assisting the patient and family in adjusting to
dialysis and ESRD
Promotion of independence
Identification of needs in the home
Mediating staff/patient conflicts
Teaching needs (by dialysis team
or case manager)
ESRD
Diet and fluid restrictions
Vascular access
Drugs
Diet
Limited in phosphorus, potassium, sodium, and
fluid
Processed meat and cheese, dried fruit, beans,
peanut butter, and eggs are high in phosphorus
Challenge is to obtain enough protein and calories
to prevent cell breakdown
More challenging with diabetes and other dietary
restrictions, such as low fat for heart disease
Drugs – phosphate binders
Types:
– Calcium carbonate
– Calcium acetate (PhosLo - $0.20/pill)
– Sevalamer hydrochloride (RenaGel -$1.50/pill)
– Lanthanum carbonate (Fosrenol - $2/pill)
Noncompliance is common (frequently due to
forgetting)
In the Dialysis Outcome Study, fewer than 50%
met the guideline recommendations for
phosphorus control
Problems that occur during
hemodialysis
Cramping – due to volume changes
Hypotension – ultrafiltration with inadequate
vascular refilling
Arrhythmias – fluid and electrolyte changes
Hypoxemia – in 90% of patients, pO2 drops 5 –
35 mm Hg.
Hemolysis – biochemical and toxic insults. Half
life of RBC is ½ to ⅓ of normal RBCs.
Issues typically addressed by
dialysis team
Anemia
Depression
Noncompliance
Anemia
Goal: keep Hgb. 11 – 12 gms/deciliter
Iron levels are monitored and iron given IV
Epogen given to combat anemia, but
inappropriate use increases mortality
Anemia can lead to LVH and CHF
Depression
Actual clinical depression high
Interferes with compliance with treatment
regimen
Identify when patients may be ready to give
up – withdrawal from dialysis occurs in
about 20% of dialysis patients before their
death
Encourage evaluation by behavioral health,
PCP, or nephrologist for an SSRI
Dealing with noncompliance
Many reasons for noncompliance
Execute a contract with the patient
Work with the dialysis social worker
Meet with family, if possible
Refer to behavioral health as necessary
Communicate with PCP/nephrologist
Do you discharge from CM?
If patient is stable
Verbalizes understanding of disease
process(es) and care of access
If no unnecessary hospitalizations or ER
visits
Compliant with medications, diet, and
dialysis regimen
Not depressed
Keys to effective case
management
Identify all of the main problems at the
initial assessment
Intervene very frequently initially to make
sure you address all the key issues
Keep your eyes on the care plan as you go
along and update it as frequently as
necessary
Keys to effective case
management (cont.)
Perform intermittent assessments for long
term clients, because things change
Develop relationships with the dialysis
personnel and the nephrologist or PCP
Remember preventive measures
(immunizations, mammograms and cervical
cancer screenings, condition-specific
HEDIS measures)
Evaluation of case management*
Selection of three measures to evaluate effectiveness
that are:
A relevant process or outcome
A valid method with a quantitative result
Set a performance goal
Clear specifications
Analyze results
Identifies opportunities for improvement
Develops plan for intervention and remeasurement
*2007 NCQA QI 7 Element G, H
Evaluation of successful ESRD
case management*
Lower costs
Lower ER visits per 1,000
Lower inpatient stays per 1,000
Higher patient satisfaction
Potential higher quality of life (QOL)
scores
So what about all this
information?
We’ll apply the information from the first
presentation and this presentation to the
case studies to follow.
Resources
Those wanting any of the documents used for
background data used for the presentation,
please feel free to email me at
[email protected]
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