Practice nursing care for Clients with
Connective Tissue Disease and Other Type of Arthritis I
Connective tissue
disease (CTD) is the major focus of rheumatology, the study of rheumatic
disease. A rheumatic disease is any disease or condition involving the
muscu-loskeletal system. In this text, CTDs are discussed separately from other musculoskeletal conditions
because most CTDs are classified as
probably autoimmune.
More than 38 million people in the
Most common CTDs are
characterized by chronic pain and progressive joint deterioration, which results
in decreased function. Some of these disorders have additional localized clinical
manifestations, whereas others are systemic. The economic and social costs of these diseases
are staggering and will increase steadily as
"baby boomers" continue to age. Client management requires an interdisciplinary approach, including medicine, surgery, nursing, and physical
and occupational therapy.
A connective tissue disease is any disease that has
the connective tissues
of the body as a target of pathology. Connective tissue is any type of biological tissue
with an extensive extracellular
matrix that supports,
binds together, and protects organs. These
tissues form a framework, or matrix, for the body, and are composed of two
major structural protein molecules: collagen and elastin. There are many different types of collagen protein
in each of the body's tissues. Elastin has the capability of stretching and
returning to its original length—like a spring or rubber band. Elastin is the
major component of ligaments (tissues that attach bone to bone) and skin. In
patients with connective tissue disease, it is common for collagen and elastin
to become injured by inflammation. Many connective tissue diseases feature
abnormal immune system activity with inflammation in tissues as a result of an
immune system that is directed against one's own body tissues (autoimmunity).
The autoimmune
CTDs may have both genetic and environmental causes. Genetic factors may create
a predisposition towards developing these autoimmune diseases. They are
characterized as a group by the presence of spontaneous overactivity of the
immune system that results in the production of extra antibodies into the
circulation. The classic collagen vascular diseases have a
"classic" presentation with typical findings that doctors can
recognize during an examination. Each also has "classic" blood test
abnormalities and abnormal antibody patterns. However, each of these diseases
can evolve slowly or rapidly from very subtle abnormalities before
demonstrating the classic features that help in the diagnosis. The classic
collagen vascular diseases include:
·
Rheumatoid arthritis – Rheumatoid arthritis is a
systemic disorder in which immune cells attack and inflame the membrane around
joints. It also can affect the heart, lungs, and eyes. Of the estimated 2.1
million Americans with rheumatoid arthritis, approximately 1.5 million (71 percent)
are women.
·
Systemic lupus erythematosus (SLE) – An inflammation of the
connective tissues, SLE can afflict every organ system. It is up to nine times
more common in women than men and strikes black women three times as often as
white women. The condition is aggravated by sunlight.
·
Scleroderma – an activation of immune cells that produces scar tissue in the
skin, internal organs, and small blood vessels. It affects women three times
more often than men overall, but increases to a rate 15 times greater for women
during childbearing years, and appears to be more common among black women.
·
Sjögren's syndrome – also called Sjögren's
disease, is a chronic, slowly progressing inability to secrete saliva and
tears. It can occur alone or with rheumatoid arthritis, scleroderma, or
systemic lupus erythematosus. Nine out of 10 cases occur in women, most often
at or around mid-life.
·
Mixed connective tissue disease – Mixed connective-tissue
disease (MCTD) is a disorder in which features of various connective-tissue
diseases (CTDs) such as systemic lupus erythematosus (SLE); systemic sclerosis (SSc); dermatomyositis
(DM); polymyositis
(PM); and, occasionally, Sjögren syndrome can coexist and overlap. The
course of the disease is chronic
and usually milder than other CTDs. In most cases, MCTD is considered an
intermediate stage of a disease that eventually becomes either SLE or Scleroderma.
DEGENERATIVE
JOINT DISEASE (OSTEOARTHRITIS)
Several
terms describe degenerative joint disease (DJD), the most common connective
tissue disease and the second most common cause of disability among adults in the
Pathophysiology
DJD is characterized
by the progressive deterioration of and loss of cartilage in
the joints. Weight-bearing joints (hips and knees), the
vertebral column, and the hands are primarily affected because they are used
most often and, except for the hands, bear the mechanical stress of body
weight. Therefore DJD is sometimes called the "wear and tear disease."
Figure 21-1 • Joint changes in degenerative joint
disease.
Most clients have the primary
(idiopathic) form of the disease; secondary DJD can result from other
musculoskeletal conditions or from trauma. DJD can also be classified as nodal
(with hand involvement) or non-nodal (without hand involvement) (Kee, 2000).
In affected joints, the
normal bluish-white, translucent cartilage becomes soft,
opaque, and yellow. Fissures, pitting, and ul-cerations develop,
and the cartilage thins. As cartilage and the bone beneath the cartilage begin
to erode, the joint space narrows and osteophytes (bone spurs) form (Figure 21-1). Inflammatory enzymes
enhance tissue deterioration as a result of altered cartilage
metabolism. As a result, the repair process is unable to overcome the rapid
process of degeneration. Bone cysts and secondary synovitis are common in advanced
disease. Subluxation and joint deformities eventually cause marked immobility,
pain, muscle spasm and, possibly, inflammation.
Etiology
Although the
causative mechanisms of primary DJD at the cellular level have not been well identified,
the disease may be initiated by
developmental, genetic, metabolic, and traumatic factors. Age is the strongest risk factor, but research does not support that aging is the only cause of
DJD (Mankin & Brandt, 1997). Some clients report a
family history of DJD, which supports a possible genetic cause, especially
for women who have the nodal type. Obesity also contributes to the
likelihood of degeneration, particularly in the knees. Recent research has
found that postmenopausal women who are not on hormone
replacement therapy (HRT) are prone to nodal DJD. This
finding suggests that estrogen reduction may be a contributing factor to the disease
(Kee, 2000).
Trauma to the joints
from excessive use or abuse predisposes a person to DJD. Certain heavy manual
occupations (e.g., carpet installation, construction, and farming) cause high intensity or
repetitive stress to the joints. The risk of hip and knee DJD is
significantly increased in professional athletes, especially football and
soccer players, runners, and gymnasts.
Lack of exercise can
also contribute to DJD, causing sar-copenia (muscle loss). Muscle tissue
helps to support joints, particularly those that bear weight (e.g., hips and knees).
In a small percentage of people,
congenital anomalies, trauma, and joint
sepsis can result in secondary DJD. For example, injuries from
motor vehicle accidents can cause DJD in
later years. Certain metabolic diseases (e.g., diabetes mel-litus, Paget's disease)
and blood disorders (e.g., hemophilia, sickle cell disease) can also cause
joint degeneration. Inflammatory
joint diseases, such as rheumatoid arthritis, often lead to secondary DJD.
Incidence/Prevalence
The prevalence of DJD
varies among different populations but is a universal problem. Approximately 70% to 85% of people
over 55 years of age have
x-ray changes associated with the disease.
CONSIDERATIONS FOR
OLDER ADULTS
The prevalence of
DJD increases with age; almost everyone older than 60 years of age has some degree of symptomatic joint degeneration.
DJD of the hands is especially common among older adults, affecting more than 70% of individuals older than 70 years of age (Solomon, 1997).
WOMEN'S HEALTH
CONSIDERATIONS Before 50
years
of age, more men than women have DJD. The disease is much more common in women,
especially African-American women, after 50
years
of age. Women are more prone to hand involvement, especially in the distal and proximal interphalangeal
joints of the fingers, which often produces painful, bony nodes. Women also
have a greater number of affected joints when compared with men, but men have more hip
involvement.
CULTURAL
CONSIDERATIONS
Native Americans,
especially Pima and Blackfoot Indians, African Americans, and South African
blacks, are affected more often than Caucasians in the
DJD of the hip
occurs less often in Asians when compared with other ethnic groups. African
Americans have more knee involvement but less hand involvement than other
groups (Kee, 2000).
COLLABORATIVE
At the initial
interview, the nurse collects information specifically related to
degenerative joint disease (DJD). Because this disease is observed
more often in older women, age, gender, and ethnicity are
important factors for the nursing history. Women should also be asked whether
they are currently taking or have taken estrogen or hormone replacement therapy
(ERT or HRT). The nurse asks all clients about their occupation, nature of work, history of
trauma, weight history, exercise, and current or previous
involvement in sports. A history of obesity is significant, even for clients currently within
the ideal range for body weight. A family history of arthritis is also noted
PHYSICAL ASSESSMENT/CLINICAL MANIFESTATIONS
In the early stage of the
disease, the clinical manifestations of DJD may appear similar to those
of rheumatoid arthritis (RA). The distinction between DJD and RA becomes more
evident as
the disease progresses. Table 21-1 differentiates the major characteristics of both diseases and their treatments.
JOINT PAIN. The typical client with DJD is a middle-aged or older woman who complains of joint pain
and stiffness. Early in the course
of the disease, the pain diminishes after rest and intensifies after activity.
Later the pain occurs with slight
motion or even when the client is at rest. Because cartilage has no nerve supply, the pain is
probably due to joint and soft-tissue
involvement and to spasms of the surrounding muscles. During examination of the joints, the nurse can often elicit pain or tenderness by palpation or by
putting the joint through range of
motion. Crepitus, a continuous grating sensation caused by irregular
cartilage, may be felt or heard as the joint is put through passive range of
motion. One or more joints are affected.
The client may also complain of joint stiffness
that usually lasts less than 30 minutes after a period of inactivity.
JOINT CHANGES. On inspection, the nurse notes that the joint is often enlarged because of bony
hypertrophy; rarely does a joint appear to be hot and inflamed. The presence of
inflammation in clients with DJD
usually indicates a secondary synovitis. Approximately 50% of clients with hand involvement display the
characteristic Heberden's nodes (at the distal
interphalangeal joints) and Bouchard's nodes (at the proximal interphalangeal joints). Although DJD is
not a bilateral, symmetric disease, these large bony nodes appear in that pattern, especially in women. The nodes may be
painful and red, but some clients do not experience discomfort from their
presence. They have a familial tendency and are usually a cosmetic concern to clients. The nodes feel hard
when the nurse palpates them, and
clients may complain of tenderness on
palpation.
OTHER CLINICAL MANIFESTATIONS Joint effusions are common when the knees are involved. When trying to differentiate the presence of
fluid from subcutaneous tissue, the nurse may
be able to move fluid from the infrapatellar notch
(the area directly below the knee) into the suprapatellar notch (the area directly above the knee). Subcutaneous
tissue cannot be relocated.
The nurse may also
observe atrophy of skeletal muscle from disuse. The vicious pain cycle of the
disease discourages the movement of painful joints, which then results in
contrac-tures, muscle atrophy, and further pain. Loss of function may result depending on which joints are
involved. Hip or knee pain may cause the
client to limp and restrict walking distance.
DJD can often affect the spine, especially
the lumbar region at the L3-4 level or the cervical region at C4-6. Compression of spinal nerve roots may occur as a
result of vertebral facet bone spurs.
The client typically complains of radiating pain, stiffness, and muscle
spasms in one or both extremities. Spinal and vertebral arteries may also
become compressed.
Severe pain and
deformity interfere with ambulation and self-care. In
addition to performing a musculoskeletal assessment, the nurse performs a
functional assessment of the client with DJD to determine mobility and the
ability to perform activities of daily living (ADLs). Chapter 10 describes ADLs and functional
assessment in depth.
PSYCHOSOCIAL
ASSESSMENT
DJD is a chronic
condition that may cause permanent changes in lifestyle. An
inability to care for oneself in advanced disease prevents socialization
and results in role changes and other losses. Therefore the client may exhibit a
variety of behaviors indicative of the grieving process, such as anger and
depression. The client may experience a role change in the family, workplace, or both.
To identify changes that have been or need to be made, the nurse asks the
client about his or her roles before the disease developed. Coping strategies to help in living with the disease are also identified.
Kee (1998) found four themes that help
people cope with DJD (see the Evidence-Based Practice for Nursing box at
right):
Refusal to give up
Pragmatism toward
treatment strategies
Staying in charge
Tangible caring by
others
In addition to role changes, joint deformities
and bony nodules often cause an alteration in body image and self-esteem. The nurse observes the client's response
to body changes. Does the client
ignore them or seem overly occupied with
them? How does he or she refer to the changes—with anger, degradation, or humor? These clues help
the nurse assess the
client's acceptance of body alterations.
The purpose of this
qualitative study was to explore the daily experiences of older
adults with symptomatic osteoarthritis (OA), or degenerative joint disease, and
to determine if older adults with varying socioeconomic status have different
coping strategies. A semistructured interview was used for all 20 subjects.
Some differences in
understanding the cause and treatment of OA were found. For example, less advantaged
subjects used rubbing alcohol on their joints, whereas the more advantaged group used
more expensive creams and ointments. Overall coping strategies were similar for both
groups.
Four themes emerged
regarding living with OA: (1) refusing to give up,
(2) pragmatism toward
treatment strategies, (3) staying in charge,
and (4) tangible caring by
others.
Critique. Although the sample
size was small, this study is important in beginning to understand the ways in which
people live with a chronic disease such as OA on a day-to-day basis. Open-ended
questions on the interview allowed subjects to express their
real experiences.
Implications for
Nursing. Support and caring for the person with OA was a
valuable asset for all subjects. Nurses can help to identify support systems or
organizations that provide interaction for clients with OA. In addition, they
can be encouraged to view their illness as something they can live with
and control.
OTHER
DIAGNOSTIC ASSESSMENT
The health care provider
may order magnetic resonance imaging (MRI) studies of the vertebral column to detect
degenerative bony changes in the spine. A bone scan using tech-netium (Tc99m) can often show
early DJD—years before typical changes appear
on x-ray film.
Analysis
COMMON NURSING
DIAGNOSES AND COLLABORATIVE PROBLEMS
The following are
priority nursing diagnoses for clients with degenerative joint disease (DJD):
1.
Chronic
Pain related to muscle spasm, cartilage deterioration, or joint inflammation
2.
Impaired Physical
Mobility related to pain and muscle atrophy
LABORATORY ASSESSMENT
The health care
provider uses the history and physical examination to make the
diagnosis of DJD. The results of routine laboratory tests are
usually normal but can be helpful in screening for associated conditions. The
erythrocyte sedimentation rate (ESR) may be slightly elevated when
secondary synovitis (synovial inflammation) occurs. ESR also tends to rise with age and infection.
RADIOGRAPHIC
ASSESSMENT
Routine x-ray
examinations are useful in determining structural joint changes. Specialized
views are obtained when the disease cannot be visualized on standard x-ray film
but is suspected. A computed tomography (CT) scan may be used to determine
vertebral involvement.
ADDITIONAL NURSING
DIAGNOSES AND COLLABORATIVE PROBLEMS
In addition to the
common nursing diagnoses, clients may have secondary problems caused by the pain and
immobility common in DJD,
including one or more of the following:
• Activity Intolerance related to pain and
fatigue
■ Self-Care Deficit
(Partial) related to pain, fatigue, and immobility
• Disturbed Body Image related to the effects of
loss of body function
• Impaired Walking related to joint pain
■' Ineffective Coping
related to chronic pain and decreased function
• Imbalanced Nutrition:
More than Body Requirements related to decreased activity and mobility
CHRONIC PAIN
PLANNING: EXPECTED OUTCOMES. The major concern of the
client with DJD is pain control. Therefore the client is expected to state that
chronic pain is reduced or relieved.
INTERVENTIONS. Pain control may be accomplished at home with drug and nondrug measures. If these
measures become ineffective, surgery
may be performed to reduce pain. The
nurse performs a comprehensive pain assessment before and after implementing interventions.
NONSURGICAL MANAGEMENT. Management of chronic joint pain is
difficult for both the client and the health care professional. A combination
of modalities is often used, including analgesics, rest,
positioning, thermal modalities, weight control, and integrative
therapies.
INTERVENTION ACTIVITIES for The Client with Degenerative Joint Disease
Analgesic Administration: Use of pharmacologic
agents to reduce or eliminate pain
• Determine pain location, characteristics,
quality, and severity before medicating client.
• Check medical order for drug, dose, and
frequency of analgesic prescribed.
• Attend to comfort needs and other activities
that assist relaxation to facilitate response to analgesia.
• Administer analgesics around-the-clock to
prevent the peaks and troughs of analgesia, especially with severe pain.
• Set positive expectations regarding the
effectiveness of analgesics to optimize client response.
• Document response to analgesic and any untoward
effects.
Pain Management: Alleviation
of pain or a reduction in pain to a level of comfort that is acceptable to the client
• Observe for nonverbal cues of discomfort,
especially in clients who are unable to communicate effectively.
• Consider cultural influences on pain response.
• Determine the impact of the pain experience on
quality of life (e.g., sleep, appetite, activity, cognition, mood, relationships,
performance of job, and role responsibilities).
• Evaluate, with the client and the health care
team, the effectiveness of past pain control measures that have been used.
• Consider the client's willingness to participate,
ability to participate, preference, support of significant others for method, and
contraindications when selecting a pain relief strategy.
• Teach the use of nonpharmacologic techniques
(e.g., biofeedback, TENS, hypnosis, relaxation, guided imagery, music therapy,
distraction, activity therapy, hot/cold application, and massage) before, after and,
if possible,
during painful activities; before pain occurs or increases; and along
with other pain relief measures.
• Promote adequate rest/sleep to facilitate pain
relief.
• Utilize a multidisciplinary approach to pain
management, when appropriate.
• Consider referrals for client, family, and
significant others to support groups and other resources, as appropriate.
ANALGESIC
ADMINISTRATION. The purpose of drug therapy is to reduce pain and secondary joint
inflammation if present. Acetaminophen (Tylenol, Atasol4*") is
the primary drug of choice for pain relief. Clients are at risk for liver damage if they take
more than 4000 mg/day, have concurrent
alcoholism, or have pre-existing liver disease.
Topical salicylates, such as
over-the-counter (OTC) As-percreme, are
useful for some clients as a temporary pain reliever. The Food and Drug Administration (FDA) has recently approved topical
capsaicin products for DJD. This expensive
OTC drug works by blocking substance P, a neu-rotransmitter for pain (Kee, 2000).
The
nurse teaches the client
to expect a burning sensation for a short time after applying capsaicin.
If acetaminophen or topical
agents are not successful in relieving pain, the analgesic drug class of
choice is usually non-steroidal anti-inflammatory drugs (NSAIDs) (Chart 21-2).
Most
NSAIDs work by inhibiting both forms of the enzyme cyclooxygenase, COX-1
and COX-2. COX-1 produces pros-taglandins that help regulate normal cell activity,
including protecting the lining of the gastrointestinal (GI) tract. COX-2 produces
prostaglandins mainly at the sites of inflammation. A subgroup of NSAIDs
has been developed to inhibit only the COX-2 enzyme. These new COX-2-inhibiting
medications, such as celecoxib (Celebrex)
and rofecoxib (Vioxx), appear to manage
pain and inflammation without the adverse side effects of GI distress
or bleeding.
For temporary relief
of pain in a single joint, the health care provider may inject an individual joint
with cortisone. Frequently injected joints include the knee, base of
the thumb, shoulder, and hip.
Newer agents, such as
hyaluronate (Hyalgan) and hylan GF 20 (Synvisc), are used for
DJD of the knee. These synthetic joint fluid implants replace or supplement the body's natural hyaluronic acid, which is broken down by
inflammation. Muscle relaxants, such as cyclobenzaprine hydrochlo-ride (Flexeril), are sometimes given for painful
muscle spasms, especially those
occurring in the back. Potent analgesics
are not usually appropriate for the client with DJD because of the
chronic nature of the pain.
PAIN MANAGEMENT. In addition to
analgesics, many nondrug
measures can be used for clients with DJD.
Rest. Several types of rest
are used to treat clients with DJD:
'' Local rest involves
immobilizing a joint with a splint or brace. If a joint becomes acutely
inflamed, the joint is rested until inflammation subsides. The nurse consults with the occupational
therapist (ÎÒ), who fits the client for the appropriate device and explains its use. Systemic rest refers to
immobilizing the entire body, such as during a nap. The nurse teaches the client
about the importance of sleeping approximately 10 hours and, if
possible, resting an additional 1 to 2 hours each day.
Psychologic rest is equally
important because it allows relief from the daily stresses that can enhance pain.
Positioning. Joints should be
placed in their functional position, which may not be the position of comfort.
When the client is in a supine position (recumbent), he or she should use a small pillow under
the head or neck but avoid the use of other pillows. The use of large pillows
under the knees or head may quickly result in flexion contractures. If needed, the legs may be elevated
8 to
Thermal Modalities. In general, the
client with DJD uses heat instead of cold to reduce pain. The application
of cold is usually reserved for acutely inflamed joints. In collaboration with the physical
therapist, the nurse suggests hot showers and baths, hot packs
or compresses, and moist heating pads. Regardless of
treatment, the nurse teaches the client to check that the heat source
is not too heavy or so hot that it causes
|
DRUG THERAPY/or Connective |
Tissue Disease—cont'd |
|
|
Drug |
Usual Dosage |
Nursing
Interventions |
Rationale |
|
|
Aurothioglucose |
Same as for gold
sodium |
Instruct client to
expect |
Proper, frequent
mouth care |
|
(oil-based gold) |
thiomalate. If
total of |
metallic taste in
mouth; |
reduces risk of
stomatitis |
|
(Solganal) |
1000 mg is used and no |
teach importance of |
and metallic taste. |
|
|
clinical change is
seen, |
proper mouth care. |
|
|
|
gold is
discontinued. |
Monitor urine for
protein |
These changes
indicate se- |
|
|
|
and serum for CBC.
If |
rious toxic effects,
and |
|
|
|
CBC is markedly
de- |
the drug needs to be
dis- |
|
|
|
creased or if
proteinuria |
continued. |
|
|
|
is present,
discontinue |
|
|
|
|
drug. Give deep IM
administra- |
Drug is locally
irritating to |
|
|
|
tion, preferably by
Z- |
soft tissue. |
|
|
|
track technique. |
|
|
|
|
After IM
administration, |
Flushing, dyspnea,
and anx- |
|
|
|
observe for
nitroid crisis, |
iety may occur
shortly af- |
|
|
|
a form of
anaphylactic |
ter drug
administration. |
|
|
|
reaction. |
|
|
Hydroxychloroquine |
Dosage is 200 mg PO |
Instruct client to
have fre- |
Drug can cause retinal |
|
sulfate (Plaquenil) |
each day. |
quent (every 3-6 mo) |
damage. |
|
|
|
ophthalmologic
exami- |
|
|
|
|
nation. |
|
|
Penicillamine
(Cuprimine) |
Dosage is 125-250 mg |
Same as for IM
gold, ex- |
Same as for IM gold. |
|
|
PO each day (may
be |
cept no nitroid
crisis |
|
|
|
given in two
divided |
occurs. |
|
|
|
doses). |
|
|
|
Immunosuppressive |
Dosage varies
depending |
Observe for side
effects |
The side effects
and toxic |
|
agents, e.g., |
on disease activity
and |
and toxic effects,
includ- |
effects of these
drugs can |
|
azathioprine
(Imuran), |
route of drug
adminis- |
ing but not
limited to |
be devastating.
Drugs are |
|
cyclophosphamide |
tration. |
nausea/vomiting,
bone |
reserved for severe forms |
|
(Cytoxan,
Procytox*), |
|
marrow
suppression, |
of CTDs in which
organ |
|
methotrexate
(Mexate) |
|
alopecia, and
increased |
involvement is
potentially |
|
|
|
liver enzymes. |
life threatening. |
|
|
|
Take medications
with |
|
|
|
|
meals. |
|
|
|
|
Instruct client to
avoid |
Bone marrow
suppression |
|
|
|
crowds and people
with |
or immune
suppression |
|
|
|
infections such as |
increases the risk
of |
|
|
|
influenza. |
infection. |
|
Prednisone |
Dosage is 10-150 mg PO |
Observe for
cushiongoid |
These changes are
expected |
|
(Deltasone, |
each day. For
mainte- |
changes, such as
moon- |
and tend to be dose
re- |
|
Apo-Prednisone*) |
nance, attempt to
give |
face, buffalo
hump, |
lated. Changes diminish |
|
|
dose every other
day |
striae, acne, thin
skin, |
as dose decreases. |
|
|
(to allow client's
adrenal |
bruising, fluid
retention, |
|
|
|
glands to
function). |
and increased
blood r\fOCC| |I*O |
|
|
|
|
|JI CooUl Ñ Monitor electrolyte
and |
Chronic steroid
therapy can |
|
|
|
glucose levels. |
cause sodium or
fluid re- |
|
|
|
|
tention, potassium
deple- |
|
|
|
|
tion, and elevated
glu- |
|
|
|
|
cose level. |
|
|
|
Observe for
long-term ef- |
These complications
may |
|
|
|
fects of chronic
steroid |
need to be treated
with |
|
|
|
therapy, such as
osteo- |
Other drugs or
modalities. |
|
|
|
porosis, cataracts,
hy- |
|
|
|
|
pertension,
diabetes, |
|
|
|
|
and impaired healing. |
|
|
|
|
Instruct client to
avoid |
Drug suppresses
immune |
|
|
|
crowds and
individuals |
system (lymphocytes)
and |
|
|
|
with infections
such as |
increases risk of
infection |
|
|
|
influenza. |
or decreased
healing. |
burns. A temperature
just above body temperature is adequate to promote comfort.
A physical therapist
may provide special heat treatments, such as paraffin dips, diathermy
(electrical current), and ultrasonography (sound waves). A 15- to 20-minute heat application usually is
sufficient to temporarily reduce pain, spasm, and stiffness.
Weight Control. Contrary to what has
been proposed by the media and uninformed authors, there is no "arthritis
diet." In collaboration with the dietitian, the nurse explains which foods are high in protein and vitamin Ñ to promote
tissue healing. People who consume adequate
amounts of antioxi-dants, such as vitamins Ñ and D, have
a lower incidence of DJD (Kee, 2000). In addition, the nurse encourages clients who are obese to lose weight to lessen the stress
on weight-bearing joints. Less
weight reduces pain and slows the disease process in affected joints. If
needed, the nurse collaborates with the
dietitian to provide more in-depth teaching about nutrition and meal planning.
Complementary and
Alternative Therapies. Additional measures may be used for pain reduction.
Transcutaneous electrical nerve stimulation (TENS) may be particularly helpful for vertebral involvement.
The health care provider collaborates with the nurse and physical therapist to
determine whether this pain management modality would be beneficial. The
client must be able to control the TENS unit for pain relief.
Clients may also use
acupuncture, acupressure, tai chi, therapeutic touch, hypnosis, magnets, music
therapy, and imagery
for pain relief (see Chapters 4 and 7). In a study by Berman et al. (1999), acupuncture was found
to be an effective and safe adjunct to conventional pain management for
clients with DJD of the knee. After using therapeutic touch, Gordon et al. (1998) and
Evanoff et al. (1999) observed decreased pain and improved function in clients with DJD in one or both knees.
Cayenne pepper (the
source of capsaicin products) and other dietary supplements, gamma linolenic acid
(GLA), glu-cosamine,
and chondroitin are the most recent additions to complement traditional therapies. GLA can be found in evening primrose
oil, borage seed oil, and currant seed oil. Many
clients have reported positive results from these dietary supplements and topical analgesics,
especially decreased pain and
inflammation. However, scientific data are lacking (Kee, 2000).
SURGICAL MANAGEMENT.
Surgery may be indicated when all other measures are inadequate to provide pain control for clients with degenerative joint disease
(DJD). The most common surgical
procedure performed for these clients
is total joint replacement (TJR). A surgical arthroscopy may be used to
remove damaged cartilage (see Chapter 50). An osteotomy may be
performed to correct joint deformity, but this procedure is less common
because of the success rate of TJR.
Almost any synovial joint
of the body can be replaced with a prosthetic system that consists of at least two
parts, one for each joint surface. A TJR is the major type of
arthroplasty (surgical creation of a joint) performed.
INDICATIONS. TJR is a procedure of
last resort for pain management; it is used when all other methods of pain
relief have been unsuccessful. The hips and knees are the joints most commonly
replaced, but replacements of finger and wrist joints, elbows,
shoulders, toe joints, and ankles have become more popular in the past 20 years.
Although TJRs are
performed most often for clients with DJD, other conditions causing joint damage may
also require surgery. These disorders include rheumatoid arthritis (RA), congenital anomalies,
trauma, and avascular necrosis (bony necrosis secondary to lack of blood flow,
usually from trauma or chronic steroid therapy).
CONTRAINDICATIONS. The primary contraindications for TJR are infection anywhere in the body,
advanced osteoporosis, and severe
inflammation. An infection elsewhere in the body or from the joint being
replaced can result in an infected TJR and subsequent prosthetic
failure. Therefore if a client has a urinary
tract infection, for example, the physician treats the infection before surgery. Advanced osteoporosis can cause
bone shattering during insertion of the prosthetic device. Acute joint inflammation is treated before surgery because the
mechanical stress of the procedure may promote further inflammation and
prosthetic failure.
As a group, TJRs are
quite successful. Many clients who have lived with chronic, unbearable pain for
years and could not function independently at home or in the workplace
no longer experience pain
in the diseased joint. The pain relief and
psychologic benefit may outweigh the perioperative risks and costs, but the surgeon and client must make
that decision with the case manager.
When the client is of advanced age, this decision may become an ethical issue in addition to a physical risk and
cost-versus-benefit decision (see the Legal/Ethical Issues in Health Care box on p. 336).
TOTAL HIP
REPLACEMENT. The most commonly replaced joint is the hip. Although clients of any age can undergo total hip replacement (THR), the procedure
is performed most often in clients
over 60 years of age. The
special needs and normal physiologic changes of older clients often complicate
the perioperative period and may result in additional postoperative
complications. (See Chapters 17 to 19 for routine perioperative care and the special
considerations needed
for care of the older client.)
PREOPERATIVE CARE. Most managed care
companies assign TJR
candidates to case managers (CMs) before surgery. During the assessment
process, the CM determines whether the
client will have postoperative support and care-giving services.
QUALITY OF LIFE FOR
CLIENTS HAVING TOTAL JOINT REPLACEMENT
Quality of life (QOL)
or quality of well-being (QWB) is a difficult concept to define. In
general, it is determined by the client's opinion about the
importance of certain elements of his or her life and satisfaction
with those elements. Few studies have compared the high cost of surgery with QOL
following total joint replacement. This utilitarian ethical approach is based on the belief that a
person deserves resources based on the real or potential
productivity that he or she offers to society.
Health economists
consider a resource or intervention a bargain for society if it costs less than $30,000 per quality of well year. Lavernia,
Guzman, and Gachupin-Garcia (1999) calculated the cost per
quality of well year for 100 clients undergoing a total knee
replacement. The clients completed the QWB Index before
surgery and at 3 months, 6 months, 1
year,
and
2 years after surgery. The differences in the
scores before and after surgery were multiplied by the client's life expectancy to obtain the
cost per quality of well year. The calculated costs were
about $30,700 at 3 months but steadily decreased to about $6,600 by 2 years postsurgery. Based on this study, total knee
replacement meets the utilitarian approach to ethical decision making and
should be considered an appropriate investment by society.
As with any surgical
procedure, preoperative care begins with assessing the client's level of
understanding about the impending replacement. The surgeon explains the
procedure and realistic postoperative care expectations during the office
visit, but this education may have occurred weeks or months before the scheduled
surgery. Older clients in particular may forget some of the
information or may not know what questions to ask. Many orthopedic
surgeons employ nurses who follow up and address client concerns. An
interdisciplinary clinical pathway that outlines expectations during
preadmission, hospital-ization, and posthospitalization phases of care should
be reviewed with the client and family or significant other.
In addition, nurse
educators or orthopedic nurses may lead formal classes in
the hospital or clinic several weeks before surgery to answer questions and
clarify information. Preadmission sessions are an excellent way for nurses to
provide education and support and to improve customer satisfaction. During the
class, the client sees the prosthesis or a picture of the device and receives written
instructions or a teaching booklet to
reinforce the information.
In some hospitals or
orthopedic office practices, the physical therapist may meet the client before
surgery to explain transfers,
precautions, ambulation, and postoperative exercises. An occupational therapist may be available to demonstrate assistive/adaptive devices that facilitate
independent activities of daily
living (ADLs).
Preadmission programs
are beginning to include outcomes measurement using a quality-of-life
assessment tool, such as the Health Status Profile (SF-36). (See Chapter 1 for discussion of
quality-of-life assessments.) This widely used form is typically completed
by the client during preadmission, 6
months
after surgery, and every year thereafter to compare measurable outcomes such as
ability to perform ADLs and mobility skills.
Clients are admitted
to the hospital on the morning of surgery and are transferred to the orthopedic,
surgical, or medical-surgical unit after surgery.
OPERATIVE PROCEDURES.
Before the start of the procedure, the operating room may be specially cleaned to reduce the risk of infection. Laminar airflow
surgical suites and body exhaust systems ("spacesuits") may be
used. The surgery is usually scheduled
early in the morning, if possible, and
movement into and out of the room is kept to a minimum. The client is given a dose of intravenous (IV)
antibiotics, usually a cephalosporin such as cefazolin (Ancef), at least 1 hour before the initial surgical incision is made.
Vancomycin (Van-cocin) or clindamycin (Cleocin) may be used for clients who are allergic to
cephalosporins.
The anesthesiologist
or nurse anesthetist places the client under general or epidural anesthesia. Epidural
induction reduces blood loss and the incidence of deep vein thrombosis.
Intraoperative blood loss with hypotensive epidural anesthesia is usually less
than 300 mL, which decreases the need for postoperative blood
transfusions (Ranawat et al., 1997).
The 8- to 10-inch (20.3
to
If the prosthesis is
cemented, polymethyl methacrylate (an acrylic fixating substance) is used. During the surgical procedure, the operative area is irrigated with a
cool solution. To help prevent
infection, the surgeon may mix an antibiotic with the cement or may
plant antibiotic-impregnated beads deep into
the wound. The surgeon also inserts one or two wound drains to remove exudate from the tissues, which might serve
as a medium for pathogenic growth and cause wound
infection.
A major advance in
joint replacement surgery is the increased use of noncemented prostheses,
especially for hip replacements. Although polymethyl methacrylate is an
excellent initial fixator, it has a finite life span and deteriorates over time, which loosens
the implant and causes pain. The average life span of a
cemented hip is 10 years. When a
prosthesis eventually loosens and causes pain, it is replaced in a procedure called a revision
arthroplasty. To prevent repeated replacements, several devices that do
not require a fixating substance have been designed. Clients who are older than 75 years or age or who do not have sufficient bone
mass are often not
candidates for a noncemented hip.
The most common
mechanism used to avoid polymethyl methacrylate is a porous metal coating on the shaft of the femoral component and the back of the acetabular
cap. By using a tight fit, known as
a "press fit," the surgeon places the implant (prosthesis)
snugly against the client's bone tissue. Most
of the prostheses used today are custom designed by computers to match the size of the prosthesis with
the size of the joint. Figure 21-2
illustrates
a typical noncemented hip replacement system.
New bone tissue grows between the pores of
the prosthesis
and "grafts" to the device
within 6 to 12 weeks. The older the client,
the longer the bone grafting may take. This bony ingrowth serves as the fixating mechanism and,
ideally, lasts a lifetime. The earliest noncemented total
joint systems, which were inserted in the 1970s and 1980s, have
needed revisions, primarily because of undersizing of the
prosthesis. These older devices have loosened and have been replaced with a new noncemented device.
Figure 21-2 Noncemented, porous-coated hip replacement system.
Freeze-dried bone grafts (allo-grafts) are used to fill in
the bony defects that result from removing the old prosthesis. During the
healing process, the essentially dead bone revascularizes and grafts with the
client's own bone.
POSTOPERATIVE CARE. In addition to providing the routine postoperative care discussed in Chapter 19, the nurse assesses
for and assists in the prevention of possible postoperative complications following a joint
replacement.
Prevention of
Dislocation. A common complication of total hip replacement is subluxation (partial
dislocation) or total dislocation. Therefore correct positioning is
maintained at all times. When the client returns from the postanesthesia care unit (PACU), the
nurse places him or her in a supine position with the head
slightly elevated. The nurse may place a trapezoid-shaped
abduction pillow, wedge, sling, or splint (with or without
straps) between the client's legs to prevent adduction beyond the midline of
the body. In some hospitals this device is no longer used because it is
uncomfortable and unnecessary in most cases. Abduction devices are usually reserved for clients
who are very restless or are unable to follow instructions,
especially older adults. One or two regular bed pillows are used in most cases.
The nurse also
monitors the surgical incision and vital signs carefully—every 4
hours
for the first several days and every 8
hours thereafter. The
nurse observes for signs of infection, such
as an elevated temperature and excessive or foul-smelling drainage from
the incision. An older client may not have a fever
with infection but instead may experience an altered mental state. The nurse
obtains a sample of the drainage for culture
and sensitivity to determine the offending organisms and the antibiotics that may be needed for
treatment.
An infection that
occurs within 1 year of surgery is referred to as an early
infection. It is most often due to contamination during surgery. In addition
to antibiotics, laminar airflow operating rooms, body exhaust systems,
ultraviolet light, and double gloving help reduce the incidence of
infection. If an early infection occurs, the surgeon usually prescribes IV antibiotic therapy. Late infection can
occur anytime after 1 year following
surgery. If the late infection does not resolve with treatment, the surgeon may replace
the prosthesis.
The clinical
manifestations of infection are variable. The erythrocyte
sedimentation rate (ESR) is elevated, and the client typically
complains of incisional pain, swelling, erythema, and wound drainage.
Assessment of
Bleeding and Prevention of Anemia.
The nurse observes
the surgical hip dressing for bleeding or other type of
drainage at least every 4 hours or when vital signs are taken. The
nurse or assistive nursing personnel empties and measures the bloody fluid in
the drain every shift. The total amount of drainage is usually less than 50 mL every 8
hours
(possibly more if the client has received a plasma expander such as
dextran). The surgeon removes the drains and operative dressing 48 to 72
hours
after surgery. Care must be taken to prevent tape burns when the surgical dressing
is removed, especially in older adults.
The surgeon also
orders periodic hemoglobin and hema-tocrit assessments to determine whether the
client is anemic and
requires blood transfusions. Although some clients receive several units of blood during surgery, the hematocrit and hemoglobin may fall below the normal level, in
which case additional blood is needed 2 or 3
days
after surgery. Blood pressure may be lower than usual because of blood loss
during surgery or because cement was used during surgery. (Cement tends to dilate blood vessels and
cause hypotension.)
Because total joint
replacements (TJRs) are elective procedures, autologous
blood transfusions are appropriate. The client may donate
blood before surgery to be used as needed during and after surgery. This
predeposit autologous blood donation is a cost-effective blood replacement
alternative for clients who are undergoing elective surgeries.
Another method for
blood replacement is intraoperative or postoperative blood
salvage. The shed blood is collected in-traoperatively via
aspiration from the surgical site. Using a cell saver,
approximately 50% of the red blood
cells are saved for reinfusion. This procedure is used most commonly for bilateral
joint replacements or revision surgeries. Blood can be replaced postoperatively
by collecting shed blood via suction into a reservoir, filtering the blood, and
reinfusing it within a few hours.
Postoperative blood
replacement has been standard practice until recently. A preventive alternative is
the use of Epo-etin alfa (Epogen, Procrit, Eprex^), an approved treatment for anemia that may prevent the necessity
of postoperative blood transfusion when given
to clients undergoing TJR (Geier, 1998).
Assessment for
Neurovascular Compromise. As with other bone surgery, frequent neurovascular
assessments are necessary to monitor for a possible compromise in circulation
to the distal extremity. Such assessments are performed at the same time the vital signs are
checked.
Management of
Incisional Pain. Although hip replacement is performed to
relieve joint pain, the client does experience pain related
to the surgical procedure. Many clients state that they have
pain after surgery but that it is of a different type and is less excruciating than
the pain before surgery. Pain control may
be achieved by epidural analgesia, patient-controlled
analgesia (PCA), intramuscular opioid analgesia,
or a combination of techniques. Chapter 7 contains a chart of commonly used opioid analgesics and related nursing interventions.
A new device for
pain control after TJR (hip or knee) is a small pump called the PainBuster.
This pump continuously infuses a local anesthetic, such as bupivacaine, directly into the surgical site. The local infusion decreases
the amount of opioids that the client needs (e.g., morphine), thus reducing
the risk of adverse drug reactions. The
device is also ideal for ambulatory
surgical clients, who may go home with the device (Kettelman, 2000). After the catheter is
removed in 48 to 72 hours, the entire device is discarded and the
site is covered with a sterile dressing.
The nurse anticipates
the older client's need for pain medication if he or she cannot verbalize the need.
Many older adults experience several days of increased disorientation or delirium as a result of surgery and
anesthesia.
Regardless of the pain management method
used, most clients do not require parenteral
analgesia after the first 2
days. Oral opioids, such
as oxycodone (Supeudol^) or oxy-codone plus
acetaminophen (Percocet, Tylox), are then commonly prescribed until the pain can be controlled by NSAIDs such as ketorolac (Toradol, Acular) or ibuprofen
(Motrin, Apo-Ibuprofen+O.
Progression of
Activity. The client with a total hip replacement is usually allowed to get out of bed
the day after surgery, and physical
therapy is initiated. Permitted activities differ among surgeons and hospitals, but
prolonged bedrest can cause numerous
complications (e.g., atelectasis and pneumonia), especially in the older
adults. When getting the client out of bed, the nurse stands on the same side
of the bed as the affected leg. After
achieving a sitting position, the client stands on the unaffected leg and pivots to the chair with assistance. To prevent hip dislocation, the nurse at
all times ensures that the client does not flex the hips beyond 90 degrees (Figure 21-3).
Figure 21-3 Correct and incorrect (more than
900) hip flexion after a total hip replacement.
Raised toilet seats,
straight-back chairs, and reclining wheelchairs help prevent hyperflexion.
The surgeon, the type
of prosthesis, and the surgical approach determine the resumption of weight
bearing on the affected
leg. A client with a cemented implant is usually allowed immediate partial weight bearing (PWB) or full weight bearing (FWB) to tolerance. A client with an
uncemented prosthesis cannot tolerate FWB until bony ingrowth occurs.
Typically, only PWB is permitted for the first 6 weeks or until there is x-ray evidence of bony
ingrowth.
The physical
therapist (PT) teaches the client how to follow these weight-bearing restrictions and
helps the client progress to FWB status, if
possible. Most clients use a walker, but young clients may use crutches.
Clients are usually advanced to a single
cane or crutch if they can walk without a severe limp 1 month after surgery. When the limp disappears,
they no longer need an ambulatory/assistive device and are permitted to sit in
chairs of normal height, use regular toilets, and drive a car.
Prevention of
Thromboembolic Complications. The risk of developing deep venous thrombosis (DVT)
postopera-tively is high. Fatal pulmonary embolism syndrome occurs in 0.5% to 2% of cases (Ranawat et al., 1997). Older clients are especially at increased risk for thrombi
because of age and compromised circulation before
surgery. Obese clients and those with a history of DVT are also at high
risk for thrombi. In clients with total hip replacement, thrombi usually
develop in the
thigh; these thrombi become life-threatening emboli more readily than thrombi in the calf and other areas. For this reason,
thigh-high stockings, elastic bandages, and sequential compression devices
(SCDs) are used during the hospital stay (see Chapter 17).
Anticoagulants,
such as aspirin (Ecotrin, buffered aspirin), warfarin (Coumadin, Warfilone^), or a
subcutaneous low-molecular-weight (LMW)
heparin (Lovenox), are prescribed. Studies
indicate that LMW heparins are superior and decrease the risk of DVT in clients undergoing total hip
and knee replacement (Morris et al., 1998). If the client takes warfarin, the dosage is usually adjusted to maintain an
International Normalized Ratio (INR) of 2.0 to 3.0.
The PT teaches leg
exercises, which are begun in the immediate postoperative period and continue
until the client is fully ambulatory. These exercises include plantar
flexion and dorsiflexion
(heel pumping), circumduction (circles) of the feet, gluteal and quadriceps
muscle setting, and straight-leg raises
(SLRs). The client performs gluteal exercises by pushing the heels into the
bed and achieves quadriceps-setting exercises
("quad sets") by straightening the legs and pushing the back of the knees into the bed. In addition to
preventing clots, these exercises improve muscle tone, which aids restoring the
function of the extremity.
Promotion of
Self-Care. The hospital's occupational therapy department
often supplies assistive/adaptive devices to help with
activities of daily living (ADLs). Particularly important for clients are devices designed
for reaching to prevent them from bending
or stooping and flexing at the hips more than 90 degrees. Extended
handles on shoehorns and dressing sticks are particularly useful for
helping clients achieve independence in ADLs.
The length of stay
in the acute care hospital is typically 3 days, but older clients or those experiencing postoperative complications may
stay longer. Discharge may be to the home, a rehabilitation unit, transitional care unit (subacute unit), or long-term care facility for
rehabilitation or custodial care. The interdisciplinary team provides written
instructions for posthospital care
and reviews them with clients and their family members (Chart 21-4). A copy of the
posthospital instructions is sent with clients who are transferred to
a facility.
CRITICAL THINKING CHALLENGE
Your client is unable to obtain pain control for degenerative joint
disease (DJD) of the hip and knee and therefore undergoes a left cemented total
hip replacement. She returns to the assisted living facility for rehabilitation
following a 3-day hospital
stay. She is able to ambulate with a walker in her room and wears thigh-high elastic
stockings. Her medication orders include Coumadin and Tylox for pain.
• What teaching should you reinforce
with her related to Coumadin?
• What weight-bearing allowance
will she most likely have?
• What surgical complications is
she still at risk for, and how can you help prevent them?
• Do not sit or stand for prolonged
periods.
• Do not cross your legs beyond the
midline of your body.
• Do not bend your hips more than 90 degrees.
• Use an ambulatory aid, such as a
walker, when walking.
• Use assistive/adaptive devices for
dressing, such as for putting on shoes and socks.
• You can resume sexual intercourse
as usual, but use the hip precautions learned in the hospital.
Pain
Management
• Report increased hip
pain to the physician immediately.
• Take oral analgesics
as prescribed and only as needed.
• Do not overexert
yourself; take frequent rests.
Incisional
Care
» Inspect your hip incision every day for
redness, heat, or drainage; if any of these are present, call your physician immediately.
• Cleanse your hip
incision with a mild soap and water every day; be sure to dry it thoroughly.
Other
Care
• Continue walking and
performing the leg exercises as you learned in the hospital.
• Report pain,
redness, or swelling in your legs to your physician
immediately.
• Report chest pain
and/or shortness of breath to your physician immediately.
• If you are taking an
anticoagulant for 4 to 6 weeks, follow the precautions
learned in the hospital to prevent bleeding: avoid using a
straight razor, avoid injuries, and report bleeding or excessive
bruising to your physician immediately.
Before
1980, attempts at knee
replacement were not successful, and most of the prostheses inserted before then have been removed. The knee is not a simple,
hinged joint; it is a condylar joint
that rotates slightly when flexed and extended. As seen in Figure 21-4, the typical total
knee prosthesis is a three-part system: a femoral component, a tibial plate, and a patellar
button. With some clients, only one surface is replaced.
PREOPERATIVE CARE.
Only
severe symptoms and disability justify TKR in clients with DJD. TKRs are
typically avoided in people younger than 60
years
of age (Windsor & Insall, 1997). The preoperative
care for clients undergoing a TKR is similar to that for total hip replacement.
The major difference is the teaching, which depends on the postoperative protocol used by the
orthopedic surgeon.
OPERATIVE
PROCEDURES.
As with the hip, the knee can be
replaced with the client under general or epidural anesthesia. The surgeon typically makes a central
longitudinal incision approximately
POSTOPERATIVE
CARE.
Postoperative nursing
care of the client with a TKR is similar to
that for the client with a total
hip replacement; however, maintaining abduction is not necessary. The surgeon usually orders the use of a
continuous passive motion (CPM)
machine, which can be applied in the postanesthesia
care unit (PACU) or not used until 1
to 2 days after surgery (Figure 21-5). The CPM keeps the prosthetic knee in motion and prevents the formation of scar
tissue, which could impede mobility
of the knee and exacerbate postoperative pain. In the immediate postoperative
period, the surgeon may also order
ice packs or a Hot/Ice Machine to decrease swelling at the surgical
site.
Figure 21-5 • A continuous passive
motion machine in use.
BEST PRACTICE for The Client Using a Continuous Passive
Motion (CPM) Machine
• Ensure that the machine is well padded with sheepskin or other similar material.
• Check the cycle and range-of-motion settings at least once per shift (every 8 hours).
• Ensure that the joint being moved is properly positioned on the machine.
• If the client is confused, place the controls to the machine
out of his or her reach.
• Assess the client's response to the machine.
• Turn off the machine while the client is having a meal in bed.
• When the machine is not in use, do not store it on the floor.
The surgeon,
physical therapist, or technician presets the CPM machine for the
appropriate range of motion and cycles per minute. A
typical initial setting is 20 to 30 degrees of flexion and full extension (0 degrees) at 2
cycles/min,
but this setting varies according to surgeon preference. The CPM machine is generally
used for 8 to 12 hours per day, with the range of motion increased
gradually. The current trend is intermittent use for several hours at a time.
Each day the nurse notes
the client's response to the device.
Some machines do not
allow the leg to achieve full extension, thus promoting flexion contractures. One solution
is for the client to use the CPM machine during the day and sleep in a knee immobilizer
at night to achieve the desired extension. Chart 21-5 outlines the nurse's responsibility when caring for a client using the CPM machine.
In general, pain control
measures for clients with TKR are similar to clients with total hip replacement.
Ritter et al. (1999) found that
intra-articular morphine for the first 24
hours
after surgery is a safe and effective alternative for pain management.
Because dislocation is
a rare problem for a client with TKR, special positioning is not required. Other
complications that affect clients with total hip replacement may also affect clients with TKR. The
preventive measures described earlier for total hip replacement are used for TKR.
The goal for discharge from the hospital
is that the client should walk independently
with a cane or walker and have 90
degrees
of flexion in the operative knee. The use of a stationary bicycle can help
gain flexion. After discharge from the hospital, the client should not
hyperflex the knee or kneel for prolonged periods.
TOTAL SHOULDER
REPLACEMENT. Shoulder replacements have not been performed as often as other types
of replacement techniques. Because the joint is complex and has many articulations,
subluxation (or dislocation) is a major complication. A
Neer-type prosthesis is commonly used, with or without cement.
The client's affected
arm is typically placed in a CPM machine shortly after surgery (see Chart 21-5). During the first few postoperative days, frequent neurovascular assessments are
important. The hospital stay is shorter than for a total hip replacement
or total knee replacement.
TOTAL ELBOW
REPLACEMENT. Total elbow replacement is performed most commonly for clients with
rheumatoid arthritis. It is usually successful in increasing range of motion,
but infection is fairly common because of extensive tissue cutting
during surgery. A Mayo prosthesis is commonly inserted, and the CPM device is
often used postoperatively. In general, elbow motion is allowed as tolerated.
Physical therapy is not usually necessary. Generalized swelling usually resolves in 3 to 6
months.
FINGER AND WRIST
REPLACEMENTS. Any joint of the hand can be replaced, often for clients with rheumatoid arthritis. Flexible, silicone prostheses are
implanted without the use of polymethyl methacrylate because no weight bearing
is required.
A bulky dressing is used temporarily after
surgery and is then replaced with a dynamic
splint, brace, cast, or very small CPM machine. Edema formation is controlled
if the client elevates the arm as
much as possible. The rehabilitation program for finger arthroplasties may last for weeks, until normal function and strength return. These procedures
are typically performed in specialized hand centers.
Any bone of" the
wrist can be replaced, including the heads of the radius and
ulna. The postoperative pressure dressing is removed in 2 to 3
days,
and a splint or short arm cast is applied. The client usually regains full
function within 6 to 12 weeks, but lifting may be restricted for a
longer period. Occupational therapists are usually involved with upper extremity rehabilitation.
ANKLE AND TOE
REPLACEMENTS. Because the ankles support approximately 25% of the body's weight, developing an implant
that is both small enough and strong enough has been difficult. When the ankle
is replaced, an arthrodesis (bone fusion) is usually performed for added stability. Replacing the ankle is not a common procedure because
of implant failures. The long-term results of newer-designed pros-theses are
not yet known.
Metatarsal implants
are made of silicone and cannot bear excessive weight. Typically the client has
one or more osteotomies and fusions, which are immobilized by wires and a cast while healing occurs. Chapter 51 discusses
foot osteotomies and their associated nursing care.
IMPAIRED PHYSICAL
MOBILITY
PLANNING: EXPECTED
OUTCOMES. The client with degenerative joint disease (DJD) is expected to
function independently in performing activities of daily living (ADLs) and
ambulation.
INTERVENTIONS. Management of the
client with DJD is an
interdisciplinary effort. The nurse collaborates with physical and occupational therapists to meet the goal of independent
function. Major interventions include therapeutic exercise and the promotion of ADLs and ambulation
by teaching about health and the use of assistive/adaptive devices.
EXERCISE. Two types of exercise
are recommended for the
client with DJD: recreational and therapeutic. Recreational exercise includes hobbies
and sports, with no planned purpose other than relaxation. Therapeutic exercise
includes carefully
planned activities that are designed to improve muscle strength, muscle tone, and
joint range of motion. Thera peutic
exercise can also reduce pain and improve the client's psychologic health.
Certain recreational
activities may also be therapeutic, such as doing the breaststroke during swimming
to enhance chest and arm muscles. Aerobic exercises (e.g., walking, biking, swimming, and
aerobic dance) are recommended. Usually the physical therapist prescribes
exercises for the client with DJD, but the nurse reinforces their techniques
and principles. The ideal time for exercise is immediately after the application of heat.
DEGENERATIVE JOINT DISEASE
Cost of Care
• The cost of medical care for older
clients with degenerative joint disease (DJD) is approximately twice that of older clients with no symptomatic DJD.
• The average individual cost of
arthritis-related care for clients with rheumatoid arthritis (RA) is approximately $2200
per year.
Medications account for almost two thirds of the cost, and hospital care
accounts for 16%. By contrast, the average individual cost for
clients with DJD is approximately $550 per year. Medications account for
approximately one third
of the cost, and hospital care accounts for close to one half of the cost (most due to
total joint replacement).
• Although the individual cost of
care for clients with DJD is approximately one fourth of that for clients with RA, the total cost for DJD is about seven
times greater because the higher prevalence of DJD.
• One half of the costs for DJD is
due to sick days from work—$15.5 billion in the United States.
• Clinical pathways for total hip
replacement reduce the length of stay and hospital costs.
Implications for
Nursing
Because of the high cost of
medications for DJD and RA, nurses need to become more familiar with the use of integra-tive therapies for pain
management. Research has shown that some modalities are as effective as analgesics, and
others serve
as excellent adjuncts for pain control. For clients undergoing total joint replacement,
extensive staff and client education is needed to follow clinical pathways and ensure positive clinical and cost outcomes.
USE OF
ASSISTIVE/ADAPTIVE DEVICES. The physical therapist evaluates
the client's need for ambulatory aids such as canes, walkers, or
platform crutches. Although many clients do not like to use
these aids or may forget how to use them, they do help prevent
further joint deterioration and pain. An occupational therapist evaluates the
client's ability to perform ADLs and can provide ideas and devices for assistance.
Community-Based Care
The client with DJD
is not usually hospitalized for the disease itself but for
surgical management. The cost of medical and surgical care for
clients with DJD has been evaluated (see the Cost of Care box
above).
HOME CARE MANAGEMENT
If weight-bearing
joints are markedly involved, the client may have difficulty going up or down
stairs. Making arrangements to live on one floor with accessibility
to all rooms is often the best solution. A home care nurse, physical therapist, or occupational therapist
assesses the need for structural alterations
to the home to accommodate ambulatory aids and enable the client to
perform activities. For example, a kitchen
counter may need to be lowered, or a seat and handrails may need to be
installed in the shower. If the client has
undergone a total hip replacement, an elevated toilet seat is necessary
for several weeks postoperatively to prevent excessive hip flexion.
HEALTH TEACHING
Learning how to
protect the joint is the most important feature of client
education. Preventing further damage to joints slows the progression of
DJD and minimizes pain.
As with other
diseases in which drugs and diet therapy are used, the nurse teaches the drug
protocol, side effects, and toxic effects
to the client and family. The nurse also emphasizes the importance of reducing
weight and eating a well-balanced diet to promote tissue healing.
Many clients with
"arthritis" look for a cure after becoming frustrated and
desperate about the course of the disease and treatment.
Unfortunately, there is no cure for these joint diseases, even though
tabloids, books, and the media often cite "curative"
remedies. People spend billions of dollars each year on quackery,
including liniments, special diets, and copper bracelets. More hazardous
substances, such as snake venom and industrial cleaners, are also advertised as
remedies. The nurse instructs
the client always to check with The Arthritis Foundation about new
"cures."
For example, if a client believes it is helpful to wear a
copper bracelet or to eat more foods with a high vitamin Ñ content, the nurse may encourage
continuation of the practice as long as it is not harmful. If there is a potential for harm, the
nurse instructs the client to avoid the modality and provides the rationale for
doing so.
With most types of connective
tissue disease (CTD), clients must live with a chronic, unpredictable, and
painful disorder.
Their roles, self-esteem, and body image may be affected by these diseases.
Body image is often not as devastating in DJD as in the inflammatory arthritic diseases,
such as rheumatoid arthritis.
CLIENT
EDUCATION GUIDE
Evidence-Based
Instructions for Joint Protection
Use large joints
instead of small ones; for example, place your purse strap over your shoulder
instead of grasping the purse with your hand.
• Do not turn a doorknob clockwise. Turn it
counterclockwise to avoid twisting your arm and promoting ulnar deviation.
• Use two hands instead of one to hold objects.
• Sit in a chair that has a high, straight back.
• When getting out of bed, do not push off with your fingers; use the
entire palm of both hands.
• Do not bend at your waist; instead bend your
knees while
keeping your back straight.
• Use long-handled devices, such as a hairbrush
with an extended handle.
• Use assistive/adaptive devices, such as Velcro
closures and built-up
utensil handles, to protect your joints.
• Do not use pillows in bed, except a small one
under your head.
• Avoid twisting or wringing your hands.
HEALTH CARE RESOURCES
The client who has
undergone surgery is most likely to need help from
community resources. After a joint replacement, he or she needs
extensive assistance with mobility. He or she may be discharged to
home, a long-term care facility, a subacute unit (transitional
care unit), or a rehabilitation unit. The nurse collaborates with the case
manager and physician to find the best placement. If the client is discharged to
home, home care nurses may be approved for several visits, depending
on the concurrent systemic diseases. A nursing assistant may visit the home to
help with hygiene-related needs, and a physical therapist may work with
ambulatory and mobility skills. A client who has undergone
a total hip or knee replacement should not be discharged to home alone. A
family member or significant other must be in the home at all times for at
least the first 4 to 6 weeks—when the client needs the most assistance.
The nurse provides
written instructions about the required care, regardless of
whether the client goes home or to another inpatient facility.
Communication with the new care provider is essential for
seamless continuity of care. Arrangements are made for the client to return to
the same acute care hospital if needed.
The Arthritis
Foundation is an important community resource for all clients
with CTD. This organization provides information to lay
people and health care professionals and refers clients and their families to
other resources as needed.
Evaluation: Outcomes
The nurse evaluates
the care of the client with DJD on the basis of the
identified nursing diagnoses. The expected outcomes are that the client:
• States that chronic pain is reduced as a result
of interdisciplinary
interventions for pain control
• Ambulates without personal assistance (although a mechanical aid such as
a walker may be used)
• Is independent in ADLs (may use
assistive/adaptive devices)
LABORATORY PROFILE Connective Tissue
Disease
|
Test |
Normal Range for
Adults |
Significance of Abnormal Findings |
|
Rheumatoid factor |
|
|
|
Rose-Waaler |
Negative |
Elevations of
either titer (increase in number at right |
|
|
|
of colon)
indicative of possible CTD |
|
|
|
Increased Rose's
titer indicative of RA (seropositive); |
|
|
|
not a sensitive
test |
|
Latex agglutination |
<1:16 |
Latex titer not as
specific to one disease, but quite a |
|
|
|
sensitive test |
|
ANA (total) |
Negative (if positive,
types of ANA |
Elevations common
in SLE, PSS, RA, and other in- |
|
|
identified [e.g.,
anti-DNA, anti-DNP, |
flammatory CTDs (5% of healthy adults
have posi- |
|
|
anti-RNA] to
indicate what part of |
tive ANA results) |
|
|
cells are involved) |
|
|
Serum complement |
Varies greatly
among laboratories |
Decreased value
indicative of active autoimmune dis- |
|
(C or CH50) |
|
ease such as SLE |
|
LE preparation |
Negative |
A type of ANA (anti-DNP);
not reliable because nega- |
|
|
|
tive result does
not rule out SLE; can be used as |
|
SPEP |
|
screening test |
|
Albumin |
3.5-5.0 g/dL |
Increased levels
of gamma globulins indicative of |
|
Globulin |
|
CTD (inflammatory
type) |
|
Alpha, globulin |
0.1-0.3 g/dL |
Increased level of
alpha globulins possible in RA |
|
Alpha2
globulin |
0.6-1.0 g/dL |
|
|
Beta globulin |
0.7-1.1 g/dL |
|
|
Gamma globulin |
0.8-1.6 g/dL |
|
|
HLA testing
(HLA-B27) |
None |
Presence of HLA-B27
indicative of Reiter's syndrome |
|
|
or ankylosing
spondylitis |
ANA, Antinuclear antibody;
CTD, connective tissue disease; DNP, dinitrophenol; SLE, systemic lupus erythematosus; PSS, progressive systemic sclerosis;
LE, lupus erythematosus; SPEP, serum protein electrophoresis; RA, rheumatoid arthritis;
HLA, human leukocyte antigen;
ESR, erythrocyte sedimentation rate.values than men. In general, a value
of 20 to 40
mm/hr
indicates mild inflammation; 40 to 70 mm/hr, moderate inflammation; and 70 to 150
mm/hr,
severe inflammation.
COMPLEMENTARY
AND ALTERNATIVE THERAPIES.
As for any client
with arthritis, other nonpharmacologic pain relief techniques
are available for rheumatoid arthritis (RA). Some clients may achieve relief with
transcutaneous electrical nerve stimulation (TENS), hypnosis, acupuncture,
magnet therapy, imagery, or music therapy. Stress management is also becoming more popular
as a pain relief intervention. Chapters 4 and 7 discuss these therapies in detail.
Good nutrition is an
important part of the management of RA, and special attention is given to certain types of foods (Yen, 1999):
• Omega 3
fatty
acids (found in coldwater fish such as salmon and tuna) to
decrease inflammation; Eskimos eat whale blubber and have a low incidence of RA
• Fish oil capsules at 2.5 to 5.0
g/day
(should not be taken if the client is taking anticoagulant therapy)
• Antioxidant vitamins A, C, and E
EXPERIMENTAL THERAPIES.
In addition to the
drag regimens described earlier, two techniques—pulse therapy and plasmapheresis—have been tried and
evaluated in the treatment of severe RA. In pulse therapy, the client receives rapid infusions of high-dose steroids or
chemotherapeutic agents, usually over a period
of several days. Plasmapheresis (sometimes called plasma exchange) is a
procedure in which the client's plasma is treated to remove the antibodies
causing the disease. This procedure
may be combined with pulse therapy for
clients with severe, life-threatening disease.
PROMOTION OF SELF-CARE.
Although the physical appearance of a client
with severe RA may lead the nurse to believe that independence in activities of
daily living (ADLs) is not
possible, a number of alternative methods can be used to perform these
activities. The nurse should not automatically
perform these activities; clients with RA do not want to be dependent. For
example, hand deformities often prevent a client from opening packages of food,
such as a box of crackers. However,
he or she may prefer to use his or her teeth to open the crackers rather
than depend on someone else.
In the hospital or
long-term care facility, a client may not eat because of the
barriers of heavy plate covers, milk cartons, small packages of
condiments, and heavy containers. Styro-foam or paper cups may bend and
collapse as the client attempts to hold them. A china or heavy plastic cup
with handles may be easier to manipulate. The nurse and client collaborate with the
dietitian to allow access to food and total independence in
eating.
When fine motor
activities (e.g., squeezing a tube of toothpaste) become
impossible, larger joints or body surfaces can substitute for
smaller ones. For example, the nurse teaches the client to use the
palm of the hand to press the paste onto the brash. Devices such
as long-handled brushes can allow clients to brush their hair; dressing sticks can
facilitate putting on pants. These examples
illustrate the need for the nurse to assess the problem area, suggest alternative methods, and refer the client to an occupational or physical
therapist for special assistive and adaptive devices if necessary.
Figure 21-7 • Heating units used to keep hot packs warm. (Courtesy Whitehall Manufacturing,
City of Industry, CA.)
MANAGEMENT OF
FATIGUE. Nursing interventions depend in part on identifying the factors
contributing to fatigue. For example, increases in pain, sleep disturbances,
and weakness are positively associated with increased fatigue. Anemia may also be a
contributing factor and may be treated with iron (if an iron
deficiency anemia is present), folic acid, or supplements
prescribed by the health care provider. Chronic normochromic or chronic hypochromic anemia
often occurs in most chronic, systemic
diseases. The nurse also assesses for
drug-related blood loss, such as that caused by salicylate therapy or other
NSAIDs, by checking the stool for gross or occult blood. Older Caucasian
women are the most likely clients to experience
gastrointestinal bleeding as a result of taking these medications.
When fatigue results
from muscle atrophy, the physician prescribes an aggressive
physical therapy program to strengthen muscles and prevent
further atrophy. Clients experience increased fatigue when
pain prevents them from getting adequate rest and sleep.
Measures to facilitate sleep include promoting a quiet environment, giving warm
beverages, and administering hypnotics or relaxants as prescribed, if
necessary. Pain relief measures were discussed earlier in this chapter under
Chronic Pain.
In addition to
identifying and managing specific reasons for fatigue, the nurse
assesses the client's daily activities and teaches principles
of energy conservation, including:
• Pacing activities
• Allowing rest periods
• Setting priorities
• Obtaining assistance when needed
ENHANCEMENT OF BODY IMAGE.
Body image may be affected by both the disease process
and drug therapy. Steroids can cause a
moon-faced appearance, acne, striae, "buffalo humps," and weight
gain. The nurse determines the client's perception of these changes and the
impact of the reactions of family and significant others. The most important intervention for the nurse is communicating
acceptance of the client. When a
trusting relationship is established, the nurse encourages the client to
express his or her feelings.
Another way to
improve body image while in the hospital or nursing home is to
use personal items. A hospital gown reinforces the sick
role. The nurse encourages clients to wear their own clothes,
to brush their hair, and to use makeup if desired. The nurse
assists in making the client as presentable as possible. The use of
colored hair bows, nail polish, and perfume may improve a female client's
image and self-concept.
As a reaction to
body image disturbance and the presence of a chronic, painful disease, clients
may display behaviors indicative of loss. They may use coping strategies that
range from denial or fear to anger or depression. In an attempt to regain
control over the effects of the disease process, they may appear to be
manipulative and demanding and may sometimes be referred to as
having an "arthritis personality." This personality, which has
negative connotations, is a myth. Clients are trying to cope with the effects of
their illness and should be treated with
patience and understanding. The nurse continually assesses and accepts these
behaviors but remains realistic in
discussing goals to improve self-esteem. Clients' strengths are emphasized, and previously
successful coping strategies are identified.
Nurses need to assess
and intervene appropriately if clients are in pain and are
suffering. A qualitative nursing study by Dildy (1996) found that clients with RA benefit from nurses who are
empathetic, gentle, caring, and cheerful. In addition,
CLIENT
EDUCATION GUIDE
Energy Conservation for the
Client with Arthritis
·
Balance activity with rest. Take one or two naps
each day. Pace yourself; do not plan too much for one day. Set priorities.
Determine which activities are most important, and do them
first.
·
Delegate responsibility and tasks to your
family and friends.
·
Plan ahead to prevent last-minute rushing and
stress. Learn your own activity tolerance and do not exceed
it.
Community-Based Care
Clients with rheumatoid arthritis
(RA) are usually managed at home but may be institutionalized in a long-term care
setting if
they become restricted to bed or a wheelchair. Some clients may be discharged to a
rehabilitation facility for several weeks
to aid in developing strategies, techniques, and skills for independent living at home.
HOME CARE MANAGEMENT
The amount of home care
preparation depends on the severity of
the disease. Structural changes may be necessary if there are deficits in activities of daily living (ADLs)
or mobility. Doors must be wide
enough to accommodate a wheelchair or walker
if one is used. Ramps are needed to prevent the client in a wheelchair from
being homebound. If the client cannot negotiate
stairs, he or she must have access to facilities for all ADLs on one floor.
Handrails should be available in the bathroom and halls.
To promote continued homemaking
functions, countertops and appliances may require structural changes. The client may also require handrails and
elevated chairs and toilet seats, which facilitate transfers (Figure 21-8).
HEALTH TEACHING
Health teaching is a vital role
for nurses in the diagnosis and management of arthritis. Many people have signs
and symptoms of joint inflammation but do not seek medical attention.
Figure
21-8 Handrails
and an elevated toilet seat make transfers easier
for the client.
The nurse teaches
about the need to seek professional health care to reduce pain and disability
(see the Meeting Healthy People 2010
Objectives
box at right).
Health teaching is also important for
promoting compliance with a treatment plan.
The nurse should take precautions regarding
myths and quackery to protect the client from harm. Information about drug therapy, joint protection,
energy conservation, rest, and exercise is reviewed with the client, family,
and significant others.
The client with RA
often complains of being on an "emotional roller
coaster" from coping with a chronic illness every day. Control
over one's life is an important human need. The client with an unpredictable chronic disease may lose this control, and this lowers self-esteem.
Health care providers must allow the
client to make decisions about care.
Families and significant others must also include the client in decision making. Although the client's
behavior may be perceived as demanding or manipulative, his or her self-esteem cannot be improved without this
important aspect of interpersonal relationships.
Increased dependency
also affects a sense of control and self-esteem. Some clients ignore their
health needs and portray a tough image for others by insisting that they
need no assistance. The nurse emphasizes to the client and family that asking for
help may be the best decision at times to prevent further joint damage and
disease progression.
Social and work roles
are dramatically affected by RA. The client may find new friends among others who have the same problem; such friends provide a support system
in coping with these changes.
Becoming an active member of and volunteering for The Arthritis Foundation can
help the client to meet his or her social and work needs. Loss of income
from an inability to be gainfully employed can also be a major source of
stress. The client may qualify for disability
benefits through the federal Social Security program. If possible, he or she
can learn new skills for a less stressful career.
In addition to the
interventions just described for self-esteem disturbance, the nurse may need
to refer the client to a counselor or religious or spiritual leader for emotional support and guidance during times of crisis. The
nurse should
LUPUS ERYTHEMATOSUS
OVERVIEW
The word lupus is the
Latin term for "wolf." In the mid-nineteenth century, the facial rash
accompanying this disease was thought to look like bites caused by a wolf. The
rash was usually
red, and thus the term erythematosus, a Latin word meaning "reddened," was added to describe the
disease.
There are two main
classifications of lupus: discoid lupus erythematosus (DLE) and systemic lupus erythematosus (SLE). A small percentage of clients with lupus have the DLE type, which affects only the skin.
SLE is a chronic, progressive,
inflammatory connective tissue disorder that can cause major body organs and systems to fail. It is characterized by
spontaneous remissions and exacerbations, and the onset may be acute or insidious.
The condition is potentially
fatal, but the survival rate has dramatically over the past 20 years. Today more than 85% of clients with SLE are alive 5 years after diagnosis (Hahn, 1997). Improvements in determining the
cause, diagnosis, and treatment of lupus account for the prolonged survival of these clients.
Lupus is thought to be an
autoimmune process; that is, abnormal antibodies are produced and react with
the client's tissues.
These antinuclear antibodies (ANAs) primarily affect the deoxyribonucleic acid (DNA)
within the cell nuclei. As a result, immune complexes form in the serum and organ
tissues, which causes inflammation
and damage. These complexes invade organs directly or cause vasculitis (vessel inflammation), which deprives the organs
of arterial blood and oxygen.
Many clients with SLE
have some degree of kidney involvement—the leading cause of
death. Other causes of death from SLE are cardiac and central nervous system
involvement.
In kidney disease,
renal biopsies show the following progressive changes within the glomeruli:
• In minimal lupus nephritis, the glomeruli are
slightly irregular;
immunoglobulins and complement are seen by electron
microscopy.
• Focal, or mild, lupus nephritis is characterized
by further glomerular
changes, and immune complex deposits are common.
In this type of lupus, the client begins to show clinical signs of renal
impairment.
• In diffuse, severe proliferative nephritis,
more than 50% of the glomeruli are
affected, and the client is in renal failure.
Lupus affects women
between the ages of 15 and 40 years at a rate 8
to
10 times more often than men. The onset of the disease occurs most
often during the childbearing years, but it has been reported in young children and
older adults.
COLLABORATIVE MANAGEMENT
Assessment
It is impossible to
describe a typical textbook picture of a client with lupus
because of the extreme variability of symptoms. When the
disease is in remission, the client may appear healthy and have no activity limitations.
When the disease flares, the client may be
so ill that admission to a critical care unit is required.
PHYSICAL ASSESSMENT/CLINICAL MANIFESTATIONS
SKIN INVOLVEMENT. The major and usually only manifestation of DLE is a dry,
scaly, raised rash on the face ("butterfly"
rash) or upper body or individual round lesions that are sometimes referred to
as discoid (coinlike) lesions. The
lesions are especially evident when the client
is exposed to sunlight or ultraviolet light. Alopecia is CNS, Central
nervous system.
MUSCULOSKELETAL CHANGES. In addition to skin changes, polyarthritis
occurs in 90% of clients with SLE. The initial joint changes
are similar to those seen in rheumatoid arthritis (RA), but severe deformities are
not common. Small joints and the knees are most commonly involved. Avascular necrosis (bone necrosis from lack of oxygen)
is often seen in clients with SLE who have
been treated for at least 5 years, usually with steroids.
Chronic steroid therapy may cause the constriction of small blood vessels
supplying the
joint, which causes the tissue to die. The hip is most commonly affected, and
complaints of pain and decreased mobility result.
The nurse observes for muscle
atrophy, which can result from disuse or from skeletal muscle invasion by the immune complexes
(myositis). Myalgia (muscle pain) may also occur. The nurse inspects and
palpates the major muscles, especially those in the extremities.
SYSTEMIC MANIFESTATIONS. Because SLE is an inflammatory
condition, fever and fatigue are common findings. Fever is the classic sign of a flare, or exacerbation. Various degrees of generalized weakness, fatigue,
anorexia, and weight loss occur. These signs may be the only evidence of impending disease, which makes diagnosis by the
health care provider difficult. Consequently, some
clients have a diagnosis of "probable SLE."
Any or all body
systems may be affected by SLE. Because lupus nephritis is
the leading cause of death, the nurse carefully assesses for
signs of renal involvement (e.g., changes in urinary output,
proteinuria, hematuria, and fluid retention). Approximately 50% of clients with SLE
have some type of nephritis.
Pleural effusions or
pneumonia are found in almost half of all cases of SLE, but this complication is
usually not life threatening. Pulmonary restrictive or obstructive
changes may not result in overt clinical signs. However, progressive involvement
can lead to dyspnea and arterial blood gas abnormalities. The nurse performs a
complete respiratory assessment to determine any abnormalities in respiratory
pattern or breath sounds.
Pericarditis is the
most common cardiovascular manifestation and causes tachycardia, chest pain,
and myocardial ischemia. The nurse monitors the vital signs at least every 4 hours while the client is in the hospital and
reports chest pain immediately to the physician.
Raynaud's phenomenon
is noted in 15% of cases of lupus. On exposure to cold or
extreme stress, the client with Raynaud's phenomenon complains of the characteristic
red, white, and blue color changes and severe pain in the digits; these changes are
caused by arteriolar vasospasm. The nurse may not observe
these episodes but should ask clients whether color changes occur
when their hands or feet are exposed to cold or when they are extremely
stressed.
Neurologic
manifestations are varied. Central nervous system effects include
psychoses, paresis, seizures, migraine headaches, and
cranial nerve palsies. Peripheral neuropathies are also common.
The nurse monitors
for reports of abdominal pain, which most often result from serositis
(peritoneal involvement). Mesenteric arteritis, pancreatitis from arteritis of
the pancreatic artery, and colonic ulcers also can cause abdominal pain with
lupus. The nurse may note liver enlargement on assessment of the abdomen,
but jaundice is rare. More than 50%
of clients have lymph
enlargement, and 10% have splenomegaly. The nurse palpates
the lymph nodes and documents the findings. Vasculitis
affecting any major or small vessels can lead to organ failure.
Figure 21-9 The characteristic
"butterfly" rash of systemic lupus erythematosus |
PSYCHOSOCIAL
ASSESSMENT
The psychosocial
results of lupus can be devastating. With either DLE or SLE, the rash can be
disfiguring and embarrassing. Young adult women who never had a blemish are
confronted with a rash that cannot be completely covered with makeup. If chronic steroid therapy is
used, side effects such as acne, striae,
fat pads, and weight gain intensify the problem of an already altered body image.
Chronic fatigue and
generalized weakness may prevent the client from being as active as in the
past. He or she may avoid social gatherings and may withdraw from family activities. The unpredictability and chronicity of SLE can
cause fear and anxiety. Fear may
increase if the client knows another person with the disease, particularly if
the other person has more advanced, severe disease. The myth that lupus is
always fatal is still common.
The nurse assesses
the client's feelings about the illness to identify areas requiring intervention.
The nurse should assess the usual coping mechanisms and support systems
before developing a plan of care. See Psychosocial Assessment (Rheumatoid Arthritis),
p. 346, for additional
information about the psychosocial assessment of clients with chronic illness.
LABORATORY
ASSESSMENT
Because DLE is not
a systemic condition, the only significant test is a skin biopsy. The
physician gently scrapes skin cells from the rash for microscopic evaluation.
The characteristic lupus cell and a number of inflammatory cells confirm the
diagnosis.
Some of the
immunologic-based laboratory tests used to diagnose SLE are
the same as those performed for rheumatoid arthritis (RA):
positive rheumatoid factor, antinuclear antibody, erythrocyte sedimentation
rate, serum protein elec-trophoresis, serum complement (especially C3
and C4), and immunoglobulins (see Chart 21-9). The lupus cell
preparation (LE cell prep) may also be performed, but this assay is a poor
indicator of disease; it is best used for screening. A false-positive VDRL
(syphilis) test is common with lupus. Newer and more specific
immunologic tests, such as anti-Rho (SSA), anti-La (SSB), anti-RNP, anti-Smith
(anti-Sm), Anti-DNA, and antiphospholipid
antibodies (AP) are also performed. High
titers of these antibodies are associated with lupus (Kuper & Failla, 2000).
In addition to
immunologic testing, several tests are performed to evaluate
the possible involvement of major organs and body systems. A complete blood
count (CBC) commonly shows pancytopenia (a decrease of all cell
types), probably caused by direct attack of the blood cells or bone marrow by
immune complexes. Serum electrolyte levels, renal function,cardiac and liver
enzymes, and clotting factors are also routinely assessed to determine other
body system functioning. APs prolong the partial thromboplastin time, causing clots.
Interventions
The health care
provider often prescribes potent drugs that are used topically and
systemically. In addition, precautions are taken to prevent
further skin impairment and exacerbations (flare-ups). Many of
the skin lesions do not disappear, even with treatment, but they usually fade
when the disease is in remission.
DRUG THERAPY. With discoid lupus erythematosus
(DLE), the client's major concern is the rash
or discoid lesions. Clients with
systemic lupus erythematosus (SLE) may
also be concerned about skin changes. Topical cortisone preparations help to reduce inflammation and
promote fading of the skin lesions.
In addition, the health care provider
may prescribe the antimalarial hydroxychloro-quine (Plaquenil) for some clients to decrease the inflammatory response; other systemic medications are
usually not used (see Chart 21-2).
The aim of management
of SLE is to treat the disease aggressively until remission. In addition to
medications for skin lesions, the health care provider often prescribes
chronic steroid therapy to treat the systemic disease process. For renal or
central nervous system lupus, the health care provider may also order immunosuppressive agents (e.g.,
azathioprine [Imuran]), which are sometimes
used for clients with RA (see Chart 21-2).
Although
clinical manifestations improve during remission,
maintenance doses of these drags are usually continued to prevent further exacerbations of
the disease. The nurse observes for side
effects and toxic effects of these medications and reports their
occurrence to the physician.
For severe renal
involvement, azathioprine or cyclophos-phamide (Cytoxan) may
be given in combination with steroids. For clients who do not respond to this
regimen, IV pulse (high dose) cyclophosphamide and plasmapheresis may be tried (see
Experimental Therapies [Rheumatoid Arthritis], p. 350). Renal
transplantation has been successful for some clients. Recent
advances in allogenic stem cell transplantation have improved
symptoms in clients who respond poorly to steroids or
immunosuppressive drags (Kuper & Failla, 2000).
SKIN PROTECTION.
Clients with lupus should avoid prolonged exposure to sunlight and other forms of
ultraviolet lighting, including certain types of fluorescent light. The nurse instructs
clients that they may need to wear long sleeves and a large-brimmed hat when outdoors.
They should use sunblocking agents with an
SPF (sun protection factor) of 30
or higher on exposed
skin surfaces.
In addition, the nurse teaches the client
to clean the skin with mild soap (e.g.,
Ivory) and to avoid harsh, perfumed substances. The skin is rinsed and dried well, and lotion is applied. Excess powder and other drying substances
are avoided. Cosmetics are carefully
selected and should include moisturizers
and sun protectors. The nurse may refer the client to a medical cosmetologist who specializes in applying makeup
for skin lesions of all types.
The hair should
receive special attention because alopecia (hair loss) is
common. The nurse recommends the use of mild protein shampoos
and the avoidance of harsh treatments
CLIENT EDUCATION GUIDE
Evidence-Based
Practice for Skin Protection in Clients with Lupus
Erythematosus
• Cleanse your skin with a mild soap, such as Ivory.
• Dry your skin thoroughly by patting rather than rubbing.
• Apply lotion liberally to dry skin areas.
• Avoid powder and other drying agents, such as rubbing alcohol.
• Use cosmetics that contain moisturizers.
• Avoid direct sunlight and any other type of ultraviolet lighting,
including tanning beds.
• Wear a large-brimmed hat, long sleeves, and
long pants when in the sun.
• Use a sun-blocking agent with a sun protection factor (SPF) of at least 30.
• Inspect your skin daily for open areas and rashes.
Community-Based Care
Community-based care
for the client with lupus is similar to that for rheumatoid
arthritis. In general, the client is managed at home but may need repeated
hospitalizations during exacerbations of disease. The client usually does not
need rehabilitation or a long-term care facility, because severe joint deformity and prolonged immobility are not
common.
Two major differences
exist between SLE and rheumatoid arthritis in terms of education of the client
and family or significant
others. First, the nurse teaches the client with SLE how to protect the skin (Chart 21-12). Second, body temperature is monitored
carefully with SLE. Fever is the major sign of an exacerbation,
during which the client can become seriously ill. The nurse teaches the client
to report any other unusual or new clinical manifestations to the health
care provider immediately.
Many clients become frustrated that family
members, significant others, and laypeople do not have a good understanding of lupus. When lupus is in complete
remission, the client appears to be healthy. However, an exacerbation
can necessitate rapid admission to a critical
care unit. This unpredictability disrupts the client's life and can
cause fear and anxiety. The nurse helps the client identify coping strategies
and support systems that can help with functioning in the community.
The nurse teaches
about possible effects of the disease on lifestyle, including
fatigue. Women of childbearing age need to know that pregnancy can be a
stressor and cause an exacerbation of the disease, either during pregnancy or
after delivery. The pregnant client also has an increased risk of miscarriage,
stillbirth, or premature birth. Pregnancy is not recommended for
those with cardiac, renal, or central nervous system involvement.
Sexual counseling regarding contraception options may be necessary.
Although The Arthritis Foundation is a
general resource for all clients with
connective tissue disease, the Lupus Foundation is a national organization and has chapters in every state to provide information and assistance for
clients with lupus. Local support groups and services are offered free
of charge.
PROGRESSIVE SYSTEMIC SCLEROSIS
OVERVIEW
Progressive systemic
sclerosis (PSS), one of a family of diseases, is often referred to as systemic
scleroderma. "Sclero-derma" means hardening of the skin, which is
only one clinical manifestation of PSS. As the name implies, PSS is a systemic disease. It
is less common than systemic lupus ery-thematosus (SLE) but is associated with a
higher mortality rate.
Figure 21-10 • Late-stage skin changes seen in
clients with progressive
systemic sclerosis. (From the Arthritis Teaching Slide Collection, copyright 1980. Used by permission of the Arthritis Foundation.)
PSS is a chronic
connective tissue disease characterized by inflammation,
fibrosis, and sclerosis of the skin and vital organs. The inflammatory process
is so similar to that of lupus that clients are often diagnosed as having probable
SLE until the disease progresses. The inflamed tissue undergoes fibrotic and then sclerotic
changes. The tissue most obviously affected is the skin, but renal involvement is
the leading cause of death. Unfortunately, clients with PSS do not respond well to the steroids and
immunosuppressants used for lupus, and therefore the mortality rate is higher.
The prognosis seems
to be worse when the client presents with a group of manifestations that occur at the
same time (the CREST syndrome):
• Calcinosis (calcium deposits)
•esophageal
dysmotility
• Sclerodactyly (scleroderma of the digits)
• Telangiectasia (spiderlike hemangiomas)
The disease tends to
progress rapidly, but spontaneous remissions and exacerbations can occur.
Little is known
about the cause of PSS, but autoimmunity is suspected. The occurrence of more
than one case per family is uncommon, but other connective tissue diseases
may be noted in the family history.
PSS has been
described in people of all races and in all geographic areas. Women are
affected three to four times more often than men. The onset of the disease is
usually between 30 and 50 years of age. The incidence is higher in coal
miners, who have a high incidence of silicosis, a possible predisposing or contributing
factor to PSS. Prolonged exposure to other toxins, such as vinyl
chloride and epoxy resins, may also predispose an
individual to PSS.
COLLABORATIVE MANAGEMENT
• Assessment
PHYSICAL
ASSESSMENT/CLINICAL MANIFESTATIONS
Arthralgia (joint
pain) and stiffness are common manifestations that the nurse can elicit during
the musculoskeletal examination. The acute inflammation that occurs with
rheumatoid
arthritis (RA) is not common, and deformities are rare.
Findings on
inspection of the skin depend on the stage of the scleroderma.
Typically there is a painless, symmetric, pitting edema of the hands and
fingers; this edema may progress to include the entire upper and lower
extremities and face. In this edematous phase, the fingers are described as sausage-like. The skin is taut, shiny, and free of
wrinkles. If diffuse scleroderma
occurs, swelling is replaced by tightening, hardening, and thickening of skin tissue; this phase is sometimes called the indurative phase. The skin loses its elasticity, and range of
motion is markedly decreased; ulcera-tions may occur. Joint contractures may develop,
and the client may be unable to perform activities of daily living (ADLs) independently.
Major organ damage is
likely to develop with diffuse scleroderma, and it specifically affects the
following areas:
Gastrointestinal tract
• Cardiovascular system
• Pulmonary system
• Renal system
Involvement of the
gastrointestinal tract, particularly the esophagus, is common.
The esophagus loses its motility, resulting in dysphagia and esophageal reflux. A
small, sliding hi-atal hernia may be present, and swallowing may be
difficult. Reflux of the gastric contents can cause esophagitis and subsequent
ulceration, particularly in the lower two thirds of the esophagus. Intestinal
changes are similar to those of the esophagus. Peristalsis is
diminished, which causes clinical manifestations similar to a
partial bowel obstruction. Malabsorption is a common
complication, causing malodorous diarrheal stoolsIn addition to
assessing problems of the digestive tract, the nurse observes for
cardiovascular manifestations. Raynaud's phenomenon occurs in
various degrees in most clients with PSS. On exposure to cold or emotional stress,
the small arteri-oles in the digits of both hands and feet rapidly constrict, which
causes decreased blood flow. In severe cases, the client experiences digit
necrosis, excruciating pain, and autoamputation of the distal digits
(the tips of the digits fall off spontaneously). (See Chapter 36 for a complete discussion of this disorder.) In
many
clients the nurse notes vasculitic lesions, often around the nail beds (periungual
lesions). Myocardial fibrosis, another common problem, is
evidenced by electrocardiographic (ECG) changes, cardiac
dysrhythmias, and chest pain.
Lung involvement in the client with PSS
may go undetected until autopsy. Fibrosis
of the alveoli and interstitial tissues
is present in almost all cases of the disease, but clinical manifestations may
not be present.
Renal involvement is an important aspect
of the overall disease process and often
causes malignant hypertension and death.
The nurse assesses for signs of impending organ failure, such as
changes in urinary output.
LABORATORY ASSESSMENT
The laboratory
findings for PSS are similar to those for SLE. Clinical findings
and the client's response to drug therapy help the health care provider
differentiate between the two diseases.
Additional tests depend on which organs seem to be affected. Upper and
lower gastrointestinal series are commonly
performed because of the frequency of gastrointestinal clinical manifestations.
BEST PRACTICE for
The Client with
Progressive Systemic Sclerosis and Esophagitis
·
Keep the client's head
elevated at least 60 degrees during meals and for at least 1 hour
after each meal.
·
Provide small, frequent meals rather than three
large meals each day.
·
Give the client small amounts of food for each bite, and explain the importance of chewing each bite
carefully before swallowing.
·
Provide semisoft foods, such as mashed potatoes and pudding or custard; liquids are most likely to cause
choking.
·
Collaborate with the dietitian about the
client's diet.
·
Teach the client to avoid foods that increase gastric secretion, such
as caffeine, pepper, and other spices.
·
Give antacids if the health care provider prescribes them.
Community-Based Care
Community-based care for the client with
PSS is similar to that for the client with
lupus. The client is treated at home but may need frequent hospitalizations if major organ involvement occurs
during exacerbations.
Interventions
The medical
management of progressive systemic sclerosis (PSS) aims to force the disease
into remission and thus slow disease progression. The health care provider uses
drug therapy primarily for this purpose, but it is often unsuccessful. Systemic
steroids and immunosuppressants are used in large doses and often in combination.
Local skin
protective measures can help to maintain skin integrity. The nurse
teaches the client to use mild soap and lotions and gentle
cleaning techniques. The skin should be inspected daily for
further changes or open lesions. Skin ulcers are treated according to their type and
location.
In addition to drug
therapy to control the overall disease process, specific
measures can provide comfort. The client with PSS not only
experiences chronic joint pain but also has severe, acute pain during
episodes of Raynaud's phenomenon. A bed cradle and footboard
keep bed covers away from the skin in severe cases. The
nurse adjusts the room temperature to prevent chilling, which can
precipitate digit vasospasm. The client who can tolerate touching of the
affected areas can wear gloves and socks to increase warmth. Because cigarette
smoking and extreme emotional stress can also cause symptoms to recur, the client should try to
avoid or minimize these factors as much as possible. Chapter 36 describes the management of clients with Raynaud's phenomenon
in more detail.
The client with
esophageal involvement may need small, frequent meals rather than the traditional
three meals daily. He or she should
minimize the intake of foods and liquids that stimulate gastric secretion (e.g., spicy foods, caffeine, and alcohol). The nurse instructs the client to
keep his or her head elevated for 1 to 2 hours after meals. The
client may need to be in this position continuously.
Histamine antagonists and antacids help to reduce and neutralize
gastric acid. To help prevent choking, the nurse collaborates
with the dietitian for dietary changes. Nursing care for the client with joint
pain and decreased mobility is very similar to that for the
client with rheumatoid arthritis.
GOUT
OVERVIEW
Gout, or gouty arthritis,
is a systemic disease in which urate crystals deposit in the joints and other body tissues, causing
inflammation.
The cause and treatment of gout have been firmly established. The classic case of
well-advanced disease is seldom seen today unless the client does not
comply with the therapeutic regimen. There
are two major types of gout: primary
and secondary.
Primary gout is the
most common type and results from one of several inborn errors of purine
metabolism. An end product of purine metabolism is uric acid, which is usually excreted by the kidneys. In primary gout,
the production of uric acid exceeds the
excretion capability of the kidneys; sodium
urate is deposited in synovium and other tissues, resulting in inflammation.
Primary gout is inherited as an X-linked trait; males are affected through
female carriers. Approximately 25%
of
clients have a family history of gout. Primary gout affects
middle-aged and older men (85% to 90% of clients with
gout) and postmenopausal women. The peak time of onset is during a person's 30s and
40s.
Secondary gout
involves hyperuricemia (excessive uric acid in the blood)
caused by another disease. Secondary gout affects people of
all ages. Renal insufficiency, diuretic therapy, and certain
chemotherapeutic agents decrease the normal excretion of uric
acid and other waste products. Disorders such as multiple
myeloma and certain carcinomas result in in-creased production
of uric acid because of a greater turnover of cellular nucleic acids. Treatment
involves management of the underlying disorder.
There are four
phases of the primary disease process: asymptomatic hyperuricemic, acute,
intercritical (intercur-rent), and chronic.
The client is usually unaware of the asymptomatic
hyperuricemic phase unless he or she has had a serum uric acid level determination. The serum level is elevated, but
no overt signs of the disease are present.
The first
"attack" of gouty arthritis begins the acute phase. The client
experiences excruciating pain and inflammation in one or more small
joints, usually the metatarsophalangeal joint of the great toe. Of
all clients with gout, 75% experience inflammation of this
joint (podagra) as the initial manifestation. The erythrocyte
sedimentation rate (ESR) and white blood cell count are increased
as a result of the inflammatory process.
Months or perhaps
years can pass before additional attacks occur; this is the intercritical, or
intercurrent, phase of the disease. The client is asymptomatic, and no abnormalities
are found during examination of the joints.
After repeated
episodes of acute gout, deposits of urate crystals develop under the skin and
within the major organs, particularly in the renal system. The client is then
classified as having chronic tophaceous gout. In chronic gout, urate kidney stone formation is
more common than renal insufficiency.
COLLABORATIVE MANAGEMENT
Assessment
The nurse collects
historical data, including age, sex, and a family history of gout. Gout
affects more men than women, particularly men who have relatives with gout. A
complete medical history is needed to determine whether gout has been
caused by another problem. There is a tendency to overuse diuretics, especially among
women, which can lead to secondary gout.
ACUTE GOUT
Overt manifestations
are present in the acute and chronic phases of gout. The nurse most often encounters
a client with acute gout; chronic gout is not common in the
CHRONIC GOUT
With chronic gout,
the nurse inspects the skin for tophi, or deposits of sodium
urate crystals (Figure 21-11). Although tophi may occur
anywhere, they commonly appear on the outer ear. Other common sites
for tophi are the arms and fingers near the joints. The tophi
are hard on palpation and are irregular in shape. When the skin over
the tophi is irritated, it may break open, and a yellow, gritty substance is
discharged. Infection may result.
Other
manifestations of chronic gout include signs of renal calculi (stones)
or renal dysfunction. Stones develop in approximately 20% of clients with
gout. In some cases, urate kidney stones occur before the arthritis is present.
The health care provider orders determinations of
serum uric acid levels to validate
hyperuricemia. Because the serum uric
acid level can be altered by food intake, serial measurements are usually obtained. A consistent level of
more than 8 mg/100 mL is generally considered abnormal. Urinary
uric acid levels are also measured; an
overproduction of uric acid is confirmed by an excretion of more than 600 mg/24 hr after a 5-day restriction of purine intake.
The health care provider may order renal function
tests, such as blood urea nitrogen (BUN) and
serum creatinine level, to monitor
possible kidney involvement. A definitive diagnostic test for the disease is synovial fluid aspiration (arthrocentesis) to detect the needle-like
crystals that are characteristic of
the disorder.
• Interventions
Gout is one of the easiest
diseases for the health care provider to diagnose and treat in its early
phases. If the client receives treatment and complies with drug therapy, he or she
should experience
no further symptoms and no change in body image or lifestyle. The client with
gout is usually treated on an outpatient basis.
Figure 21-11 • Typical appearance of
tophi, which may occur in chronic gout, on an index finger.
DRUG THERAPY. Drug therapy is the
primary component of management for clients with gout. In acute gouty
"attacks," the inflammation subsides spontaneously within 3 to 5
days;
however, most clients cannot tolerate the pain for that long. The drugs used for
acute gout are different from those used chronic gout. The
health care provider typically prescribes a combination of colchicine (Colsalide,
Novocolchicine^) and a nonsteroidal
anti-inflammatory drug such as indomethacin (Indocin, Novomethacin1*') or ibuprofen (Motrin, Amersol1*1),
for acute gout. IV colchicine works
within 12 hours. The client takes oral
medications until the inflammation subsides, usually for 4 to 7 days.
For clients with
chronic gout, the health care provider prescribes drugs to
promote uric acid excretion or to reduce its production on a continuous,
maintenance basis. Allopurinol (Zyloprim) is the drag of choice. As a xanthine oxidase inhibitor, it prevents the conversion of xanthine
to uric acid. Probenecid (Benemid,
Benuryl<#>) is also effective as a urico-suric drug in gout because it promotes the excretion of excess uric acid. Combination drugs that contain
probenecid and colchicine (e.g., ColBenemid) are also available. The health care provider and nurse monitor serum uric acid
levels to determine the
effectiveness of these medications. Aspirin should be avoided because it
inactivates the effects of the drug.
DIET THERAPY.
Whether or not to recommend special dietary restrictions for clients with gout is
controversial. Some physicians advocate a strict low-purine diet and
advise clients to avoid foods such as organ meats, shellfish, and oily fish with bones (e.g., sardines). Some
health care providers and dietitians believe that limiting protein foods,
especially red and organ meats, is
sufficient. Still others do not believe that diet restrictions affect
treatment. It is well known, however, that excessive alcohol intake and fad
"starvation" diets can cause a gouty attack. The nurse helps
clients determine which foods may precipitate such an attack.
In addition to
food and beverage restrictions, clients with gout should avoid all forms of
aspirin and diuretics because they may precipitate an attack. Likewise, excessive physical or emotional stress can exacerbate the disease.
The nurse may need to teach stress
management techniques.
Having the client drink more
fluids is one of the best measures to prevent the formation of urinary stones.
Such a measure
helps to dilute urine and prevent sediment formation. Uric acid is more soluble in
urine with a high pH and therefore is less likely to form urinary stones in
that environment. The
client's urinary pH can be increased with an intake of alkaline ash foods, such as citrus fruits and juices,
milk, and certain dairy products. However, the value of adhering to a strict
diet rich in these foods is questionable.
The client with a diagnosis of
gout is seldom hospitalized unless renal complications develop. If the client
follows the prescribed
interventions, chronic tophaceous gout should not develop.
OTHER CONNECTIVE TISSUE DISEASES
The care of clients with connective
tissue diseases (CTDs) is often similar regardless of the specific diagnosis.
This section describes
other fairly common diseases that are classified as CTDs.
Polymyositis/Dermatomyositis
Polymyositis is a diffuse, inflammatory disease of
striated muscle that causes symmetric weakness and atrophy. When a rash accompanies polymyositis, the disease is
called dermatomyositis. Both
diseases vary in their mode of onset and progression and are characterized by spontaneous remissions and exacerbations. Women are affected twice as
often as men, and men and women between 30
and 60 years of age are most susceptible to either disease.
In addition to proximal muscle
and possible skin involvement, clients typically have polyarthritis, polyarthralgia (pain around multiple joints),
and Raynaud's phenomenon (see Chapter 36). Clients with dermatomyositis
have the characteristic
heliotrope (lilac) rash and periorbital edema. Malignant neoplasms are more
common in these clients than in the rest
of the population; as many as 30% of clients older than 55
have internal
malignancies. Many clients have difficulty swallowing or talking because of
severe muscle weakness.
This condition is treated with
high-dose steroids, immuno-suppressive agents, and supportive care, and
particular attention is given to nutrition.
Systemic Necrotizing Vasculitis
Necrotizing vasculitis is a term
for a group of diseases whose primary manifestation is arteritis (inflammation of
arterial walls), which causes ischemia in the tissues usually supplied by the
involved vessels. The drug of choice for most types of vasculitis is chronic
steroid therapy.
Polyarteritis nodosa affects
middle-aged men and involves every body system. Treatment is similar to that for systemic lupus, but the prognosis is not as promising.
Renal disorders and cardiac involvement are
the most common causes of death.
Hypersensitivity vasculitis is the most common form of vasculitis and primarily
causes skin lesions as an allergic response to drugs, infections, or
tumors. Takayasu's arteritis, or the aortic
arch syndrome, is also called the "pulseless" disease. Women
in their 20s, particularly those of
Japanese descent, are affected most often. Cerebral ischemia is manifested by visual changes, syncope, and vertigo.
Polymyalgia Rheumatica and
Temporal Arteritis
Polymyalgia rheumatica (PMR) is a
clinical syndrome characterized
by stiffness, weakness, and aching of the proximal musculature (i.e., the shoulder and pelvic
girdles).
CULTURAL CONSIDERATIONS
The incidence of PMR is greater among people
in the northern regions of the
Systemic manifestations such as
low-grade fever, arthral-gias (pain around joints), and weight loss occur in
the majority of cases. Most clients have an increased erythrocyte sedimentation rate (ESR) and a
normochromic, normocytic anemia
(see Chart 21-9). The
disease commonly occurs in women over 50 years of age and typically responds to low-dose
steroid therapy in 1 to 3 days (Mikanowicz & Leslie, 2000).
Giant cell, or temporal arteritis
(ÒÀ) occurs in as many as 20% of people with PMR. ÒÀ is a systemic vasculitis that affects large and midsized
arteries.
The cause of both PMR and ÒÀ is unknown, but a genetic predisposition related to
HLA-DRBI is likely. The disorder is easy to miss because most clients are older
women who complain
of declining vision (also an age-related change). ÒÀ is treated with high doses of
corticosteroids, often as high as 40 to 80 mg/day (Mikanowicz & Leslie, 2000).
ANKYLOSING
SPONDYLITIS
Ankylosing spondylitis is also known as
Marie-Striimpell disease and, more
recently, as rheumatoid spondylitis.
As shown in Figure
21-12, the disease affects the vertebral column and causes
spinal deformities. Although this disorder is present in both sexes at any age in adulthood, young
Caucasian males under age 40 are most commonly affected.
Other features
include iritis (inflammation of the iris), arthritis or arthralgia, and
nonspecific systemic manifestations such as malaise and weight loss.
Although the exact cause is
unknown, ankylosing spondylitis is associated with the HLA-B27 antigen.
Compromised respiratory
function caused by a rigid chest wall is the major threat to health. Most clients
function normally but live with chronic discomfort. Anti-inflammatory drugs and
physical therapy are the key components of management.
Figure 21-12 •
Spinal
deformity and posture often seen in clients with advanced spondylitis. (From the
Arthritis Teaching Slide Collection, copyright 1980.
Used
by permission of the Arthritis Foundation.)
Sjogren's Syndrome
With Sjogren's syndrome, inflammatory cells and
immune complexes obstruct secretory ducts and glands. As a result, the client has dry eyes (sicca syndrome), a dry
mouth (xerostomia), and a dry vagina. Severe cases involve swelling of
the parotid and lacrimal areas and systemic manifestations (e.g., fever, fatigue). Of clients with the
syndrome, 50% have an associated disease, such as rheumatoid arthritis
(RA).
Local management includes
meticulous care of the mouth, eyes, and perineal areas and the use of artificial tears and saliva. Systemic steroids may
also be administered. Without treatment, the client can lose vision, and oral ulcerations, dental caries, and difficulty in
swallowing or talking may ensue.
Reiter's Syndrome
As with ankylosing spondylitis, Reiter's
syndrome is associated with the HLA-B27 antigen. This disease most often
affects young Caucasian males. The
complete syndrome is a triad of arthritis, conjunctivitis, and urethritis
(inflammation of the urethra) resulting
from exposure to sexually transmitted
disease or dysentery (infectious diarrhea). Urethritis is often the first clinical manifestation.
Although the disease is
characterized by this triad of manifestations, other conditions such as balanitis
circinata (ring-like inflammation
of the glans penis) and skin lesions are equally
significant for confirmation of the diagnosis.
Management is symptomatic and
may be complex if there is organ involvement. Nonsteroidal anti-inflammatory
drugs and physical therapy are generally prescribed.