Kristen Mauk

Background

Urinary tract infections (UTIs), also called cystitis (inflammation of the bladder), are common among older adults and are more frequent in women. They are a primary cause of urinary incontinence and delirium. Catheter-associated urinary tract infections (CAUTIs) are more common among older adults (Fakih et al., 2012) and is mainly attributed to the use of indwelling urinary catheters. Many indwelling catheters are thought to be unnecessary (Cochran, 2007) and one study noted that physicians were often not aware of the purpose for which their patients had a catheter inserted (Saint, Meddings, Calfee, Kowlaski, & Krein, 2009). UTIs have been show to increase morbidity and mortality, length of hospital stay, and cost of hospitalization (Kleinpell, Munro, & Giuliano, 2008). CAUTI is considered preventable and is not reimbursed by Medicare. Therefore, hospitals will largely assume the financial costs for preventable infections of this type.

Risk factors/Signs and symptoms

Several risk factors are associated with UTIs in general. These include being female, having an indwelling urinary catheter, the presence of urological diseases, and hormonal changes associated with menopause in women. Signs and symptoms of UTIs include urinary frequency and burning or stinging felt during voiding. Pain may be felt above the pubic bone, and a strong urge to void but with small amounts of urine expelled. The most significant risk factor for CAUTI is prolonged use of an indwelling catheter. In hospital-acquired UTIs, 75% are associated with the use of an indwelling catheter (CDC, 2012). In women, signs and symptoms of CAUTI may be more severe than those reported by women by patients in the community who do not have an indwelling catheter. Lethargy, malaise, onset or worsened fever, flank pain, and altered mental status have been associated with CAUTI (Hooton et al., 2010).

Diagnosis

A thorough assessment should be done of the patient’s urinary output, including amounts, color, odor, appearance, frequency of voiding, urgency, and episodes of incontinence. A urine specimen should be obtained if UTI is suspected. Laboratory results will show the type of organism causing the infection, and the sensitivity will tell what medication the organism is susceptible to. These results should be reported promptly to the physician or nurse practitioner caring for the patient and so that a diagnosis and treatment plan can be made.

Treatments

Prevention of UTIs is considered a primary nursing strategy. Elderly female patients can be instructed to make lifestyle modifications such as: increasing their fluid intake; emptying the bladder after sexual intercourse; practicing good perineal hygiene, including wiping front to back after toileting; getting enough sleep; and avoiding stress (PubMed Health, 2011). Although many of these common sense strategies are recommended by primary care providers, there is a lack of scientific evidence to support some of them. Many UTIs will clear up on their own, particularly if the person increases oral fluid intake during early symptoms. However, with many older adults, antibiotic treatment may be needed. In general, a course of three 3 days for healthy adults is thought to be sufficient, but for more resistant bacteria, a longer course more than five 5 days may be needed (PubMed Health, 2011). For those with repeated or chronic UTIs, a low dose of antibiotics taken for 6– 12 months may be indicated (Hooton et al., 2010). If the underlying cause is CAUTI, treatment will be more aggressive. Monitor the patient’s temperature at least every 24 hours (Carpenito, 2013). Encourage fluids. Evaluate the necessity of continuing an indwelling catheter if one is in place.

Alternatives to indwelling catheters should be considered for appropriate patients. Intermittent catheterization, if appropriate, is preferred over indwelling catheter use, especially for long- term maintenance of bladder management (CDC, 2009; Hooton et al., 2010). Condom catheters may be an appropriate choice for some males. If an indwelling urinary catheter is necessary, the catheter should be removed as soon as possible, per the physician or nurse practitioner’s orders, to reduce the risk of CAUTI.

Adapted from Mauk, K. L., Hanson, P., & Hain, D. (2014). Review of the management of common illnesses, diseases, or health conditions. In K. L. Mauk’s (Ed.) Gerontological Nursing: Competencies for Care. Burlington, MA: Jones and Bartlett Publishers. Used with permission.

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Background

Similar to hip replacement, knee replacement is done when a person is experiencing decreased range of motion, trouble walking or climbing stairs, and increased degeneration of the joint so as to impair quality of life. This most often occurs as a result of arthritis.

Treatment

Total knee replacement (TKR) surgery involves resurfacing or removing the distal portion of the femur that articulates with the end of the shin bone. The prosthesis consists of metal and plastic or similar materials that are cemented onto the newly resurfaced areas of the articulating bones. Although often done under general anesthetic, this surgery can also be performed under spinal anesthesia. Sometimes blood loss is significant, so patients may be asked to donate their own blood ahead of time to be given back to them in the event it is needed. In addition, a growing trend is toward bilateral knee replacement in those persons requiring both knees to be surgically repaired. The benefits of this are the one-time operative anesthetic and room costs, and many physicians feel recovery from bilateral replacement is similar to single replacement. However, the pain and lack of mobility, as well as the significant increase in the assistance needed after surgery when a bilateral replacement is done, may make this less than ideal for older patients. Surgical procedures for TKR have not evolved quite as rapidly as total hip arthroplasty.

Discomfort after knee surgery is generally severe in the first few days. Complications after surgery may occur, including pain, infection, and blood clots. Patients may use cold packs on the operative area and take pain and sleeping medications as ordered. In addition, alternative therapies such as guided imagery have been shown to help with pain management (Posadzi & Ernst, 2011). Many joint replacement patients feel a loss of control and independence.

Therapy will begin immediately in the acute care hospital. Although weight bearing does not usually occur until 24 hours after surgery, sitting in a chair and using a continuous passive motion machine (CPM) (if ordered), will ease recovery. The use of a CPM is generally based on the surgeon’s preference. There is research to support it, as well as studies indicating that walking soon after surgery has an equal effect and makes the CPM unnecessary. However, in cases of an older person who may not have the mobility skills initially after surgery that a younger person would, a CPM may be beneficial to keep the joint flexible and decrease pain.

Dr. Zann (2005) indicated that “patients undergoing total knee replacement do not achieve their maximum improvement until 2–4 years” (p. 1). This is attributed to the lack of muscular structures that surround and protect the knee and the need for the ligaments and tendons to adapt to the indwelling prosthesis. Recovery times vary and depend upon a number of variables, including the patient’s overall health, age, other preexisting health issues, and motivation. Patients report that the new knee joint never feels normal even years after the surgery, but that they experience an increase in function and generally much less pain than before.

Patients should be educated about signs and symptoms of infection, care of the surgical site (if staples are still present), pain management, and expectations for recovery. A range of motion from 0–90 degrees is the very minimum needed for normal functioning. Normal knee flexion is 140 degrees, but few older persons would get this amount of flexion after surgery, and may not have had full flexion even prior to the operation. After discharge, a walker is usually used in the first few weeks, followed by light activities 6 weeks after surgery. In addition, the patient’s spouse may experience feelings of being overwhelmed due to role transitions that occur after surgery and during the recovery period (Walker, 2012 ). Newer knee prosthetics are still going strong for the majority of patients 15 years after surgery.

Background

This type of cancer occurs mainly in older adults, with an average age at diagnosis of 73 years, with 9 out of 10 cases of bladder cancer diagnosed in persons over age 55. The American Cancer Society (ACS)(2012) reported that over 73,000 cases were diagnosed in 2012 and that this diagnosis rate has been relatively stable over the last 20 years. Men are three times as likely to get cancer of the bladder as women (American Foundation for Urologic Disease, 2008) and the incidence increases with age.

Risk Factors

Risk factors include chronic bladder irritation and cigarette smoking, the latter contributing to over half of cases. Male gender and age are also risk factors.

Warning signs

The classic symptom of bladder cancer is painless hematuria (blood in the urine). Older adults may attribute the bleeding to hemorrhoids or other causes and feel that because there is no pain, it must not be serious.

Diagnosis

Assessment begins with a thorough history and physical. Diagnosis may involve several tests including an intravenous pyelogram (IVP), urinalysis, and cystoscopy (in which the physician visualizes the bladder structures through a flexible fiber-optic scope). This is a highly treatable type of cancer when caught early. In fact, the ACS (2012a ) estimates that there were more than 500,000 survivors of this cancer in 2012.

Treatment

Once diagnosed, treatment depends on the invasiveness of the cancer. Treatments for bladder cancer include surgery, radiation therapy, immunotherapy, and chemotherapy (ACS, 2012). Specifically, a transurethral resection (TUR) may involve burning superficial lesions through a scope. Bladder cancer may be slow to spread, and less invasive treatments may continue for years before the cancer becomes invasive or metastatic, if ever. Certainly chemotherapy, radiation, and immune (biological) therapy are other treatment options, depending on the extent of the cancer.

Immune/biological therapy includes Bacillus Calmette-Guérin (BCG) wash, an immune stimulant that triggers the body to inhibit tumor growth. BCG treatment can also be done after TUR to inhibit cancer cells from re-growing. Treatments are administered by a physician directly into the bladder through a catheter for 2 hours once per week for 6 or more weeks (Mayo Clinic, 2012a). The patient may be asked to lay on his/her stomach, back, and or sides throughout the procedure. The patient should drink plenty of fluids after the procedure and be sure to empty the bladder frequently. In addition, because the BCG contains live bacteria, the patient should be taught that any urine passed in the first six 6 hours after treatment needs to be treated with bleach: One cup of undiluted bleach should be placed into the toilet with the urine and allowed to sit for 15 minutes before flushing (Mayo Clinic, 2012a).

If the cancer begins to invade the bladder muscle, then removal of the bladder (cystectomy) is indicated to prevent the cancer from spreading. Additional diagnostic tests will be performed if this is suspected, including CT scan or MRI. Chemotherapy and/or radiation may be used in combination with surgery. When the cancerous bladder is removed, the person will have a urostomy, a stoma from which urine drains into a collection bag on the outside of the body, much like a colostomy does. Bleeding and infection are two major complications after surgery, regardless of type, whether a TUR or cystectomy is performed. Significant education of the patient related to intake/output, ostomy care, appliances, and the like is also indicated.

Adapted from Mauk, K. L., Hanson, P., & Hain, D. (2014). Review of the management of common illnesses, diseases, or health conditions. In K. L.
Mauk’s (Ed.) Gerontological Nursing: Competencies for Care. Sudbury, MA: Jones and Bartlett Publishers. Used with permission.

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