Transcript Slide 1
Keri Holmes-Maybank, MD
Medical University of South Carolina
Supported by the Reynolds Foundation
Improve the quality of geriatric education of
residents
Improve quality of care and life for older
adults
4 year project
Assessing Care of Vulnerable Elders “ACOVE”
Inpatient and outpatient
3 month blocks
Falls, vision, dementia/delirium/depression,
pain
60 years and older
Faculty
Pam Pride, MD
Theresa Cuoco, MD
William Moran, MD
Pam Srinivas, RN, MSN, CWOCN
Vanessa Clark, RD, LD
Resident Champions
Temeia Martin, MD
Rachel Wolfe, MD
Aundrea Loftley, MD
2.5 million hospitalized patients/yr
60,000 die/yr from pressure ulcer
complications
◦ 1 in 25 if pressure ulcer reason for admit
◦ 1 in 8 if pressure ulcer secondary diagnosis
10-18% acute care patients
0.4-38% acute care new ulcers
80% increase pressure ulcer related
hospitalizations 1993-2006
Length of Stay 13-14 days (average LOS 5
days)
$9.2-15.6 billion in 2008
1999-2002 awards avg $13.5 million
$312 million in one case
Reduces quality of life
Interfere with basic activities of daily living
Increased pain
Decrease functional ability
Infection – OM and septicemia
Increase length of stay
Premature mortality
Deformity
IMPROVE Task Force
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Magnet status
3 different fines
CATTS
Letter if not documented by MD
Committee if developed in house
Starting order set generated by nurses
MD will certify agree with ulcer stage
Assess patients for existing pressure ulcers.
Appropriately stage Pressure Ulcers using the
National Pressure Ulcer Advisory Panel
staging criteria .
Identify at risk patients and perform
assessment - Braden Scale.
Localized injury to the skin and/or underlying
tissue
0ver a bony prominence
Result of pressure, or pressure in
combination with shear.
Pressure is the force that is applied
perpendicular to the surface of the skin.
Compresses underlying tissue and small
blood vessels hindering blood flow and
nutrient supply.
Tissues become ischemic and are damaged or
die.
Shear occurs when one layer of tissue slides
horizontally over another, deforming adipose
and muscle tissue, and disrupting blood flow.
Ex: when the head of the bed is raised > 30
degrees.
Occiput
Ear
Scapula
Spinous Process
Shoulder
Elbow
Iliac Crest
Sacrum/Coccyx
Ischial Tuberosity
Trochanter
Knee
Malleolus
Heel
Toe
Any skin surface subjected to excess pressure
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Oxygen tubing
Drainage tubing
Casts
Cervical collars
Bed bound individuals form a pressure ulcer
in as little as 1-2 hours.
Those in chairs may form a pressure ulcer in
even less times because of greater relative
force on skin.
Expert panels recommend use of risk
assessment tools.
Tool is better than clinical judgment alone.
Scores are predictive of pressure ulcer
formation.
Patients with a risk assessment have better
documentation and more likely to have
prevention initiated.
Braden Scale
Limited ability to reposition self in bed or
chair
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Stroke with residual deficits
Post-surgical
Paraplegic
Quadraplegic
Wheelchair bound
Bed bound
Sensory perception
Moisture
Activity - degree of physical activity
Mobility – ability to change body position
Nutrition
Friction and Shear
Ability to respond meaningfully to pressurerelated discomfort.
Completely Limited
◦ No moan/flinch, cannot feel pain most of body
Very Limited –
◦ Responds only to pain, cannot feel pain ½ body
Slightly Limited –
◦ Responds to command, cannot feel pain 1-2 limbs
No Impairment
Degree to which skin is exposed to moisture.
Constantly Moist
Very Moist
◦ Often but not always, change sheets each shift
Occasionally Moist
◦ Extra linen change a day
Rarely Moist
◦ Only routine linen change
Degree of physical activity.
Bedfast
Chairfast
◦ Assisted into chair, cannot or barely walk
Walks Occasionally
◦ Very short distance, most shift in bed
Walks Frequently
◦ Walks outside room or in room
every 2 hours
Ability to change and control body position.
Completely Immobile
Very Limited
◦ Unable to make frequent or significant changes
Slightly Limited
◦ Makes frequent but small changes
No Limitation
Usual food intake pattern.
Very Poor
◦ 1/3 meal, <2 servings protein, NPO w IVF
Probably Inadequate
◦ ½ meal, 3 servings protein, poor tube feeds
Adequate
◦ >1/2 meals, 4 servings protein, supps, TF or TPN
Excellent
Sliding, rubbing against sheets, bed, chair, etc.
Problem
◦ Mod-max assist, slides, cannot move without slide
against sheets, spasticity, contractures, agitation
Potential Problem
◦ Feeble, min assist, occ slides, indep moves with slide
No Apparent Problem
Braden Scale score of 18 or less initiate
prevention.
Score of 1 or 2 initiate specialty bed.
Partial thickness wound involves ONLY the
epidermis and dermis – Stage II.
Full thickness wound involves the epidermis
and dermis and extends into deeper tissues
(subcutaneous fat, muscle) – Stages III and IV.
The ulcer appears as a defined area of
redness that does not blanch (become pale)
under applied light pressure – Stage I.
Tissue destruction underneath intact skin at
the wound edge.
Wound edges are not attached to the wound
base.
Edges overhang the periphery of the wound.
Pressure ulcer may be larger in area under
the skin surface.
Tunnel is a narrow channel of tissue loss that
can extend in any direction away from the
wound through soft tissue and muscle.
Tunnel may result in dead space which can
complicate wound healing.
Depth of the tunnel can be measured using a
cotton-tipped applicator or gloved finger.
INTACT SKIN.
NON-BLANCHABLE redness of a localized
area.
Difficult to detect in individuals with dark
skin tones - affected site is deeper in color.
Surrounding skin will feel different than
effected area.
May indicate “at risk” persons.
Partial thickness loss of dermis presenting as
shallow open ulcer with a RED-PINK wound
bed.
Shiny or dry shallow ulcer.
No slough or bruising.
BLISTER - intact, open or ruptured serum or
serosangineous-filled.
Tissue surrounding the areas of epidermal
loss are erythemic.
FULL-THICKNESS tissue loss.
Subcutaneous fat may be visible.
Bone, tendon, or muscle is NOT visible or
directly palpable.
Slough may be present but does NOT obscure
the depth of tissue loss.
May include undermining and tunneling.
The depth of a Stage III pressure ulcer varies
by anatomical location.
The bridge of the nose, ear, occiput and
malleolus do not have subcutaneous tissue so
Stage III ulcers can be shallow.
Areas of significant adiposity can develop
extremely deep Stage III pressure ulcers.
FULL-THICKNESS tissue loss.
BONE, TENDON, or MUSCLE is visible or
directly palpable.
Slough or eschar may be present but does
NOT obscure wound bed.
Often includes undermining and tunneling.
Can extend into supporting structures (fascia,
tendon or joint capsule) making osteomyelitis
or osteitis likely .
The depth of a Stage IV pressure ulcer varies
by anatomical location.
The bridge of the nose, ear, occiput and
malleolus do not have subcutaneous tissue
and these ulcers can be shallow.
FULL-THICKNESS tissue loss in which SLOUGH
(yellow, tan, gray, green, or brown), ESCHAR
(tan, brown, or black), or both COVER the
base of the ulcer.
Cannot determine true depth of wound
secondary to slough and/or eschar.
Will be either a Stage III or IV.
INTACT SKIN.
PURPLE or MAROON.
BLOOD FILLED BLISTER.
May be difficult to detect in individuals with
dark skin tones.
Color and mechanical stiffness of the skin
(firm, mushy, boggy) assist in differentiating
between DTI and a Stage I pressure ulcer.
Most common:
◦ Sacrum, buttocks and heels.
Heel may look like a bruise or a blood blister.
1% resolve spontaneously.
Evolution:
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Thin blister over a dark wound bed.
Covered by thin eschar.
May rapidly evolve.
Likely become a Stage III or IV.
Skin Tears
Venous Ulcers
Arterial Ulcers
Diabetic Ulcers
Perineal (Incontinence Associated) Dermatitis
Separation of epidermis from the dermis or
epidermis and dermis from underlying tissue.
Thin skin, less elastic, purpura or ecchymosis.
Epidermal flap.
Impaired arterial flow to the lower leg and foot.
Tissue ischemia, necrosis and loss
WELL DEFINED MARGINS
Toes, foot, malleolus
Thin, shiny skin, cool skin temperature,
decreased or absent hair
Painful - increase with elevation
Decreased pulse
Minimal exudate
Pale wound bed; necrotic tissue
Decrease in blood return from leg and foot.
Between the knee and the ankle.
Thickened, brown discolored skin is noted
around the lower calf, ankle and proximal
foot.
Skin proximal and distal to the
wound is reddened.
Ulcer that occurs in diabetics
Metatarsal head, top of toes, and foot
Neuropathy, poor microvascular circulation
Repetitive trauma, unperceived pressure, or
friction/shear
Regular wound margins
Callus around wound
Dry, cracked, warm
Skin irritation from incontinence.
Erosion of epidermis and dermis from
mechanical injury to macerated skin.
Buttocks, perineum, and upper thighs.
Secondary infection.
Diffuse erythema.
Scaling, papule and
vesicle formation .
Tissue “weeping”.
Identify patients for nutrition consult
Identify reversible causes of undernutrition
WHO classification for Malnutrition
Association between undernutrition and
pressure ulcers
3rd leading condition in hospitalized elders.
55-61% prevalence of in hospitalized elders.
Increased length of stay.
Predictor for early mortality.
Increased morbidity.
Nutritional depletion occurs in 27% admitted
elders.
No universally accepted definition.
“Pure protein and energy deficiency”
Severe protein-calorie malnutrition alters
tissue regeneration, inflammatory reaction,
immune function.
Immune deficiency
Pressure ulcers
Anemia
Falls
Cognitive deficits - DELIRIUM
Infection
Sepsis
Decreased maximal breathing capacity
Weight loss
>65 yo
Vomit 3 days/month
Surgery
Congestive heart
failure
Recurrent cough
Current smoking
Social Isolation
Poverty
Low caloric intake
Cognitive impairment
Thyroid dysfunction
Diabetes
Cancer
Depression
Medications
Poor dentition
Depression - most common treatable medical cause of
anorexia in the elderly.
Decreased appetite
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Digoxin, amiodarone, spironolactone
Interferon
Lithium, amitriptyline, SSRI
Most antibiotics, metronidazole
Iron
NSAIDs, colchicine, theophylline
Increase metabolism
◦ Theophylline, thyroxine, pseudoephedrine
Malabsorption
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Laxative
Cholestyramine
MTX
Colchicine
Dental status (dentition, gum health)
Food security (poverty)
Food-related functional status (ability to feed,
prepare meals)
Appetite and intake (Rx, anorexia of aging)
Swallowing ability
Dietary restrictions
Prealbumin
Albumin
2-3 day half-life.
TRENDING for improvement or worsening of
nutrition.
Monitor intervention success.
Initial value not indicative of overall
nutritional status.
Should be low with a pressure ulcer.
Affected by infection, liver disease, steroids.
Risk level
Prealbumin level
Normal
15.0 to 35.0 mg/dL
Increased risk
11.0 to 15.0 mg/dL
Significant risk
5.0 to 10.9 mg/dL
Poor Prognosis
<5.0 mg/dL
In pressure ulcer with infection prealbumin is
inadequate:
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Weight
Intake
Tolerance
Hydration status
18-20 day half-life.
Better for baseline assessment.
Not reflective of nutritional status in setting
of acute illness.
Lowered even with adequate protein intake in
infection, acute stress, surgery, cortisone
excess, hydration status.
Cytokines pull albumin from vascular space.
It’s always the
Cytokines!!!
Classification
Albumin
Mild Malnutrition
3.5-3.2 g/dL
Moderate Malnutrition
3.1-2.5 g/dL
Severe Malnutrition
<2.5 g/dL
Reversible risk factor for pressure ulcer
development
***Early detection***
Agency for Healthcare Research and Quality
◦ Nutrition assessment
◦ Manage the nutritional needs
National Pressure Ulcer Advisory Panel and
European Pressure Ulcer Avisory Panel
◦ Screen and assess for malnutrition – nutri consult
◦ Screen and assess for pressure ulcers – nutri consult
Strong association but no causal relationship.
Twice as many malnourished patients develop
pressure ulcers.
17% pressure ulcer risk is food/fluid intake.
Braden
Inadequate calorie intake associated with
pressure ulcer formation.
At risk for pressure ulcers - increase calories
and protein
Losing weight – increase calories
1.5 to 2 g per kg protein a day
Prostat
Remove dietary restrictions if possible
Vitamin C
Energy requirements are greater
Increase calories and protein consumption
Stage III – Juven - additional arginine and
glutamine
MVI
Vitamin C
Zinc 220 mg 2-3 weeks (copper absorption)
Fluids for insensible losses
Give calorie supplements between meals
Low albumin
◦ Presence
◦ Severity
◦ Healing
Calories
Protein
Fluid
Stage II or greater pressure ulcer
Weight loss
Albumin <3.5 g/dL
Order prealbumin and albumin
Assess for reversible risk factors
Assess for pressure ulcers.
Stage Pressure Ulcers - NPUAP staging
criteria .
Identify at risk patients and perform risk
assessment - Braden Scale.
Identify patients appropriate for nutrition
consult.
Reversible causes of undernutrition.
WHO classification for Malnutrition.
Association between undernutrition and
pressure ulcers.
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2.
3.
4.
5.
Normal nutrition
Mild malnutrition
Moderate malnutrition
Severe malnutrition
Cannot classify based on the information
BMI
Weight loss
Pressure ulcer
Poverty
Poor Dentition
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2.
3.
4.
Staging pressure ulcers
Assessing risk for pressure ulcer development
Assessing for malnutrition
Classifying diabetic ulcers
The sacralcoccyxgeal ulcer measures 6.5 cm
in width and 8 cm in length.
Eschar completely covers the wound base.
This is a:
1. Stage I pressure ulcer
2. Stage II pressure ulcer
3. Stage III pressure ulcer
4. Stage IV pressure ulcer
5. Deep tissue injury
6. Unstageable
7. Skin Tear
8. Diabetic ulcer
Eschar completely covers the wound base.
A reddened area is seen on the left heel.
Skin color remains unchanged after pressure
is removed.
The skin surface is unbroken.
No blisters
This is a:
1. Stage I pressure ulcer
2. Stage II pressure ulcer
3. Stage III pressure ulcer
4. Stage IV pressure ulcer
5. Deep tissue injury
6. Unstageable
7. Skin tear
8. Diabetic ulcer
Red
Intact Skin
Non-Blanchable
An area of deep maroon discolored skin
is located over the sacrum.
The area looks bruised.
Skin surface intact.
This is a:
1. Stage I pressure ulcer
2. Stage II pressure ulcer
3. Stage III pressure ulcer
4. Stage IV pressure ulcer
5. Deep tissue injury
6. Unstageable
7. Skin tear
8. Diabetic ulcer
Deep maroon.
Looks bruised.
Skin intact.
46 yo diabetic male with 2 day old ulcer.
On bottom of foot.
2 cm x 2.5 cm.
Callous around edge.
Wound base is visible.
This is a:
1. Stage I pressure ulcer
2. Stage II pressure ulcer
3. Stage III pressure ulcer
4. Stage IV pressure ulcer
5. Deep tissue injury
6. Unstageable
7. Skin tear
8. Diabetic ulcer
Diabetic
Foot
Skin over the coccyx is reddened.
Several intact serum blisters are located
within the reddened area of skin.
This is a:
1. Stage I pressure ulcer
2. Stage II pressure ulcer
3. Stage III pressure ulcer
4. Stage IV pressure ulcer
5. Deep tissue injury
6. Unstageable
7. Skin tear
8. Diabetic ulcer
Intact serum blisters.
Reddened skin.
Pressure ulcer over the sacrum has exposed
muscle tissue.
Slough is present on parts of the wound bed.
Undermining of the wound edge also is
noted.
This is a:
1. Stage I pressure ulcer
2. Stage II pressure ulcer
3. Stage III pressure ulcer
4. Stage IV pressure ulcer
5. Deep tissue injury
6. Unstageable
7. Skin tear
8. Diabetic ulcer
Exposed muscle tissue.
Slough does NOT obscure wound bed.
Undermining.
Loss of epidermal and dermal layers exposes
the underlying subcutaneous tissue.
No tendon, bone or muscle is visualized.
The wound base is visible.
No tunneling is noted.
This is a:
1. Stage I pressure ulcer
2. Stage II pressure ulcer
3. Stage III pressure ulcer
4. Stage IV pressure ulcer
5. Deep tissue injury
6. Unstageable
7. Skin tear
8. Diabetic ulcer
Epidermal and dermal layers exposes the
underlying subcutaneous tissue.
Wound base is visible.
No tendon, bone or muscle.
Very thin skin.
Multiple areas of loss on the forearms.
Appears to have flaps.
Epidermis removed from dermis.
This is a:
1. Stage I pressure ulcer
2. Stage II pressure ulcer
3. Stage III pressure ulcer
4. Stage IV pressure ulcer
5. Deep tissue injury
6. Unstageable
7. Skin ulcer
8. Diabetic ulcer
Thin skin.
Torn by tape.
Flap.
Epidermis removed from dermis.
>
60
National Pressure Ulcer Advisory Panel and European
Pressure Ulcer Advisory Panel. (2009). Prevention and
treatment of pressure ulcers: Clinical practice guideline.
Washington DC: National Pressure Ulcer Advisory Panel.
http://www.npuap.org
https://www.nursingquality.org
Bernstein L, Bachman TE, Meguid M, Ament M,
Baumgartner T, Kinosian B, et al. Measurement of
visceral protein status in assessing protein and energy
malnutrition: standard of care. Prealbumin in Nutritional
Care Consensus Group. Nutrition 1995;11:170.
Dorner B, Posthauer ME, Thomas D. The Role of Nutrition
in Pressure Ulcer Prevention and Treatment: National
Pressure Ulcer Advisory Panel White Paper. 2009.
Reuben D. Quality Indicator for the Care of Undernutrition
in Vulnerable Elders. JAGS. 55:S438-S442, 2007.
Panel for the Prediction and Prevention of
Pressure Ulcers in Adults. Prediction and
Prevention. Rockville MD. Agency for Health Care
Policy and Research. 1992. May. AHCPR Clinical
Practice Guidelines, No. 3.
Thomas DR. Improving Outcome of Pressure
Ulcers with Nutritional Interventions: A Review of
the Evidence. Nutrition. 17:121-125, 2001.
Morley JE. Anorexia or aging: physiologic and
pathologic. Am J Clin Nutr 66:760-773, 1997.
Bates-Jensen BM, MacLean CH. Quality Indicators
for the Care of Pressure Ulcers in Vulnerable
Elders. JAGS 55:S409-S416, 2007.