STEPS | RATIONALE | |
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Integrity of feet and nails determines frequency and level of hygiene required. Heels, soles and sides of feet are prone to irritation from ill-fitting shoes. | ||
Assesses adequacy of blood flow to extremities. Circulatory alterations may change integrity of nails and increase patient’s chance of localised infection when break in skin integrity occurs. | ||
Assess capillary refill of nails. Palpate radial and ulnar pulse of each hand and dorsalis pedis pulse of foot; note character of pulses. | ||
Painful disorders of feet can cause limping or unnatural gait. | ||
Chemicals in these products can cause excessive dryness. | ||
Types of shoes and footwear may predispose patient to | ||
worn? Are shoes tight or ill-fitting? Are garters or knee-high stockings worn? Is footwear clean? | foot and nail problems (e.g. infection, areas of friction, ulcerations). | |
Certain conditions increase likelihood of foot or nail problems. | ||
Poor vision, lack of coordination or inability to bend over contribute to difficulty in performing foot and nail care. Normal physiological changes of ageing also result in nail and foot problems. | ||
Vascular changes associated with diabetes mellitus reduce blood flow to peripheral tissues. Break in skin integrity places diabetic at high risk of skin infection. | ||
Both conditions can increase tissue oedema, particularly in dependent areas (e.g. feet). Oedema reduces blood flow to neighbouring tissues. | ||
Presence of residual foot or leg weakness or paralysis results in altered walking patterns. Altered gait pattern causes increased friction and pressure on feet. | ||
Certain preparations or applications may cause more injury to soft tissue than initial foot problem. | ||
Liquid preparations can cause burns and ulcerations. | ||
Cutting of corns or calluses may result in infection caused by break in skin integrity. | ||
Oval pads may exert pressure on toes, thereby decreasing circulation to surrounding tissues. | ||
Skin of older adult is thin and delicate and prone to tearing when adhesive tape is removed. | ||
Determines patient’s ability to perform self-care and degree of assistance required from nurse. | ||
Determines patient’s need for health teaching. | ||
Patient must be willing to place fingers and feet in basins for 10–20 minutes. Patient may become anxious or fatigued. | ||
Critical decision point: Diabetic patients do not soak hands and feet. Soaking increases risk of infection in diabetics. | ||
Patient’s skin may be accidentally cut. Certain patients are more at risk of infection, depending on their medical condition. | ||
Easy access to equipment prevents delays. | ||
Maintaining patient’s privacy reduces anxiety. | ||
Sitting in chair facilitates immersing feet in basin. Bath mat protects feet from exposure to soil or debris. | ||
Warm water softens nails and thickened epidermal cells, reduces inflammation of skin and promotes local circulation. Proper water temperature prevents burns. | ||
Patients with muscular weakness or tremors may have difficulty positioning feet. Patient’s safety is maintained. | ||
Easy access prevents accidental spills. | ||
Prolonged positioning can cause discomfort unless normal anatomical alignment is maintained. | ||
Softening of corns, calluses and cuticles ensures easy removal of dead cells and easy manipulation of cuticle. | ||
Orange stick removes debris under nails that harbours microorganisms. Thorough drying impedes fungal growth and prevents maceration of tissues. | ||
Cutting straight across prevents splitting of nail margins and formation of sharp nail spikes that can irritate lateral nail margins. Filing prevents cutting nail too close to nail bed. | ||
Reduces incidence of inflamed cuticles. | ||
Provides easier access to feet. | ||
Gloves prevent transmission of fungal infection. Friction removes dead skin layers. | ||
Removal of debris and excess moisture reduces chances of infection. | ||
Shaping corners of toenails may damage tissues. | ||
Lotion lubricates dry skin by helping to retain moisture. | ||
Reduces transmission of infection. | ||
Evaluates condition of skin and nails. Allows nurse to note any remaining rough nail edges. | ||
Evaluates patient’s level of learning techniques. | ||
Evaluates level of comfort and mobility achieved. | ||
Documents procedure, patient’s response and presence of abnormalities requiring additional therapy. | ||
These abnormalities can seriously increase patient’s risk of infection and must be carefully observed. |
The nurse takes time during the procedure to teach the patient and family proper techniques for cleaning and nail trimming. Measures to prevent infection and promote good circulation should be stressed. Patients learn to protect the feet from injury, keep the feet clean and dry and wear footwear that fits properly. The nurse instructs patients on the proper way to inspect all surfaces of the feet and hands for lesions, dryness or signs of infection. It is important for patients to know the appearance of any abnormalities and the importance of reporting these conditions to their caregiver.
A patient with diabetes mellitus or peripheral vascular disease is at risk of foot and nail problems as a result of poor peripheral blood supply to the feet. In addition, sensation in the feet can be reduced. These patients are especially at risk of developing chronic foot ulcers, which typically heal very slowly and, once present, are difficult to treat. Over time, circulation can become sufficiently compromised to cause ischaemia and sloughing of tissue. Ongoing foot care can help prevent toe amputation, but many patients need to be shown proper care. The following risk conditions are associated with an increased risk of amputation: peripheral neuropathy; altered biomechanics; evidence of increased pressure from callus, erythema or haemorrhage under a callus; limited joint mobility, bony deformity or severe nail pathological condition; peripheral vascular disease; a history of ulcers or amputation.
The nurse observes for changes that would indicate peripheral neuropathy or vascular insufficiency. The patient must be given information to understand how circulation directly affects the health and integrity of tissues. The nurse advises patients to use the following guidelines in a routine foot and nail care program:
• Inspect the feet daily, including the tops and soles of the feet, the heels and the areas between the toes. Use a mirror to help inspect the feet thoroughly, or ask a family member to check daily.
• All patients with diabetes mellitus should receive a 12-monthly foot assessment by a podiatrist (Australasian Podiatry Council, 2011). People with one or more high-risk foot conditions should be evaluated frequently. People with neuropathy should have a visual inspection of their feet at every visit to a healthcare professional.
• Wash the feet daily using lukewarm water; do not soak. Patients with reduced sensation may want to use a bath thermometer at home to test water temperature. Thoroughly pat the feet dry, and dry well between toes.
• Do not cut corns or calluses or use commercial removers. Consult a doctor or podiatrist.
• If dryness is noted along the feet or between the toes, apply lanolin or baby oil and rub gently into the skin.
• File the toenails straight across and square; do not use scissors or clippers. Consult a podiatrist as needed.
• Do not use over-the-counter preparations to treat athlete’s foot or ingrown toenails. Consult a doctor or podiatrist.
• Avoid wearing elastic stockings, knee-high stockings or constricting garters and do not cross the legs while sitting. These impair circulation to the lower extremities.
• Wear clean cotton socks or stockings daily. Change socks twice a day if feet perspire heavily. Lightly apply an unscented foot powder. Socks should be dry and free of holes or darns that might cause pressure.
• Wear properly fitted shoes. The soles of shoes should be flexible and non-slipping. Small amounts of lamb’s wool can be used between toes that rub or overlap. Shoes should be sturdy, closed in and not restrictive to the feet. Patients with increased plantar pressure (e.g. erythema, callus) should use footwear or orthotics (individualised formed insoles) that cushion and redistribute pressure. Patients with bony deformity (e.g. bunion or Charcot’s joint) may need extra-wide or extra-deep shoes with cushioned or orthotic insoles.
• Do not wear new shoes for an extended time. Wear them for short periods over several days to break them in.
• Exercise regularly to improve circulation to the lower extremities. Elevate, rotate, flex and extend the feet at the ankles. Walking slowly also improves the circulation.
• Avoid applying hot-water bottles or heating pads to the feet; use extra coverings instead.
• Minor cuts should be washed immediately and dried thoroughly. Use only mild antiseptics (e.g. Neosporin ointment). Avoid iodine or mercurochrome. Contact a doctor to treat cuts or lacerations.
Generally, any patient who requires regular, thorough foot care should have a family member able to provide care during times when the patient is incapacitated. Patients with visual difficulties, physical constraints preventing movement, or cognitive problems that impair their ability to assess the condition of the feet will need family assistance.
Oral hygiene helps maintain the healthy state of the mouth, teeth, gums and lips. Brushing cleans the teeth of food particles, plaque and bacteria. It also massages the gums and relieves discomfort resulting from unpleasant odours and tastes. Flossing further helps remove food particles, plaque and tartar from between teeth to reduce gum inflammation and infection. Complete oral hygiene enhances wellbeing and comfort and stimulates the appetite. Patients also benefit from a proper diet, which excludes foods promoting plaque formation and tooth decay and promotes healthy periodontal structures. The nurse helps patients maintain good oral hygiene by teaching the importance of correct techniques and a routine daily schedule. Patients of all ages, including infants and children (see Working with diversity below), should have a dental check-up at least every 6 months. Education about common gum and tooth disorders and methods of prevention can motivate patients to follow good oral hygiene practices. The nurse also helps perform hygiene for weakened or disabled patients. When patients have variations in oral mucosal integrity, the nurse adapts hygiene techniques to ensure thorough and effective care (see Working with diversity to the right).
Thorough brushing of teeth, ideally 4 times a day (after meals and at bedtime), is basic to an effective oral hygiene program. A toothbrush should have a straight handle and a brush small enough to reach all areas of the mouth. An even, rounded brushing surface with soft, multi-tufted nylon bristles is best. Rounded soft bristles stimulate the gums without causing abrasion and bleeding. Older adult patients with reduced dexterity and grip may require an enlarged handle with an easier grip or an electric toothbrush. Simple ways to devise an enlarged brush handle are to pierce a soft rubber ball and push the brush handle through, or glue a short piece of plastic tubing around the handle. Patients should be advised to obtain a new toothbrush every 3 months or following a cold or streptococcal infection of the throat to minimise growth of microorganisms on the brush surfaces and subsequent reinfection.
WORKING WITH DIVERSITY FOCUS ON INFANTS AND CHILDREN
• Oral hygiene—the parent/caregiver should be instructed to brush the child’s teeth thoroughly twice daily (morning and evening) and to floss at least once every day from the time the first tooth erupts.
• Diet—the parent/caregiver should be instructed to provide fruit juices only at meals and to avoid all carbonated beverages during the first 30 months of the infant’s life.
• Fluoride—the parent/caregiver should be instructed to use fluoride toothpaste and rinse every night with an alcohol-free over-the-counter mouth rinse containing 0.05% sodium fluoride. Tap-water should be given (rather than bottled water) in areas where the water supply is fluoridated.
• Caries removal—parents/caregivers should be referred to a dentist for an examination and removal of all active decay as soon as feasible.
• Delay of colonisation—parents/caregivers should be educated to prevent early colonisation of dental flora in their infants by avoiding sharing spoons or cleaning a dropped dummy with their saliva, and so on.
Adapted from Weiss P and others 2003 Oral health risk assessment timing and establishment of the dental home. Pediatrics 11(5):1113.
WORKING WITH DIVERSITY FOCUS ON INFANTS AND CHILDREN
• 50% of people over age 65 are edentulous (without teeth), and teeth that are present are often diseased or decayed.
• The periodontal membrane weakens, making it more prone to infection.
• Partial plates or dentures may not fit properly, causing pain and discomfort.
• Weaker jaw muscles and a shrinkage of the bony structure of the mouth may increase the work of chewing and lead to increased fatigue when eating.
• There is a decrease in saliva, once thought to be associated with ageing, but now considered to be related to medication therapy that may cause mucous membranes to become drier.
Adapted from Touhy TA, Jett KF 2011 Ebersole and Hess’ Toward healthy aging: human needs and nursing response, ed 8. St Louis, Mosby.
Commercially made foam-rubber toothbrushes are useful for patients with sensitive gums. However, swabbing fails to clean teeth adequately because plaque accumulates around the base of the teeth (Huskinson and Lloyd, 2009). Foam-rubber swabs should be used in moderation. Electric toothbrushes can be used, but the nurse working in an agency setting should check for electrical hazards. All tooth surfaces should be brushed thoroughly using fluoride toothpaste. Whether a brush or sponge is used, thorough rinsing after brushing is important to remove dislodged food particles and excess toothpaste. Some people enjoy using mouthwash for its pleasant taste. Used over a long period, however, mouthwash dries mucosa (Huskinson and Lloyd, 2009).
When teaching patients about mouth care, the nurse should recommend they do not share toothbrushes with family members or drink directly from a bottle of mouthwash. Cross-contamination occurs easily. The use of disclosure tablets or drops to stain the plaque that collects at the gum line can be useful for showing patients, and particularly children, how effectively they brush.
The amount of assistance needed by the patient when brushing the teeth may vary (Skill 34-6). Many patients can perform their own oral care and should be encouraged to do so. The nurse observes the patient to be sure proper techniques are used.
SKILL 34-6 Providing oral hygiene
Brushing teeth can be delegated to nurse assistants under the guidance of the registered nurse (Division 1).
• Non-abrasive fluoride toothpaste
• Normal saline or fluoride mouthwash (optional; follow patient’s preference)
STEPS | RATIONALE |
---|---|
Reduces transmission of microorganisms. | |
2. Inspect integrity of lips, teeth, buccal mucosa, gums, palate and tongue (see Chapter 27). |
Determines status of patient’s oral cavity and extent of need for oral hygiene. |
|
Helps determine type of hygiene patient requires and information patient requires for self-care. |
Prevents spread of microorganisms. | |
5. Assess risk of oral hygiene problems (see Table 34-7). |
Certain conditions increase likelihood of impaired oral cavity integrity and need for preventive care. |
Allows nurse to identify errors in technique, deficiencies in preventive oral hygiene and patient’s level of knowledge regarding dental care. Lemon–glycerin preparations can be detrimental. Glycerin is an astringent that dries and shrinks mucous membranes and gums. Lemon exhausts salivary reflex and can erode tooth enamel. Mouthwash provides pleasant aftertaste but can dry mucosa after extended use if it has an alcohol base. |
|
Determines level of assistance required. Toothbrush test useful in assessing dexterity and strength. | |
Some patients feel uncomfortable about having the nurse care for their basic needs. Patient involvement with procedure minimises anxiety. | |
Raising bed and positioning patient prevent nurse from straining muscles. Semi-Fowler’s position helps prevent patient from choking or aspirating. | |
Keeps patient’s clothing clean and dry. | |
Prevents contact with microorganisms or blood in saliva. | |
Moisture helps distribute toothpaste over tooth surfaces. | |
15. Patient may help by brushing. Hold toothbrush bristles at 45-degree angle to gum line (see illustration). Be sure tips of bristles rest against and penetrate under gum line. Brush inner and outer surfaces of upper and lower teeth by brushing from gum to crown of each tooth. Clean biting surfaces of teeth by holding top of bristles parallel with teeth and brushing gently back and forth (see illustration). Brush sides of teeth by moving bristles back and forth (see illustration). |
Angle allows brush to reach all tooth surfaces and to clean under gum line where plaque and tartar accumulate. Back-and-forth motion dislodges food particles caught between teeth and along chewing surfaces. |
Microorganisms collect and grow on tongue’s surface and contribute to bad breath. Gagging may cause aspiration of toothpaste. | |
Irrigation removes food particles. | |
Mouthwash leaves pleasant taste in mouth. | |
Promotes sense of comfort. | |
Reduces tartar on tooth surfaces. | |
Irrigation removes plaque and tartar from oral cavity. | |
Provides for patient comfort and safety. | |
Proper disposal of soiled equipment prevents spread of infection. | |
Reduces transmission of microorganisms. | |
Pain indicates more chronic problem. | |
Determines effectiveness of hygiene and rinsing. | |
Evaluates patient’s learning. | |
Evaluates patient’s ability to use correct technique. |
RECORDING AND REPORTING | HOME CARE CONSIDERATIONS |
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Patients will experience conditions that threaten the integrity of oral mucosa. For example, mucosal changes associated with ageing, use of chemotherapeutic drugs or dehydration require the nurse to adapt oral hygiene approaches. More-frequent mouth care and use of anti-infective agents are examples of ways the nurse will revise approaches to meet patient needs.
Flossing involves inserting waxed or unwaxed dental floss between the teeth. The seesaw motion used to pull floss between teeth removes plaque and tartar from tooth enamel. To prevent bleeding, patients who are receiving chemotherapy or radiation or are on anticoagulant therapy should use unwaxed floss and avoid vigorous flossing near the gum line. If toothpaste is applied to the teeth before flossing, fluoride can come in direct contact with tooth surfaces, aiding in cavity prevention. Flossing once a day is sufficient. Because it is important to clean all teeth surfaces thoroughly, the nurse should not rush to complete flossing. Placing a mirror in front of the patient will help the nurse to demonstrate the proper method for holding the floss and cleaning between the teeth. Floss holders are available for patients who have difficulty manipulating the floss.
Some patients require special oral hygiene methods because of their level of dependence on the nurse or the presence of oral mucosa problems. Unconscious patients are susceptible to drying of mucus-thickened salivary secretions because they are unable to eat or drink, frequently breathe through the mouth and often receive oxygen therapy. The unconscious patient also cannot swallow salivary secretions that accumulate in the mouth. These secretions often contain Gram-negative bacteria that can cause pneumonia if aspirated into the lungs. While providing hygiene to an unconscious patient, the nurse must protect the patient from choking and aspiration. The safest technique is to have two nurses provide the care. One nurse does the actual cleaning, and the other removes secretions with suction equipment.
While cleaning the oral cavity, the nurse should never use fingers to hold the patient’s mouth open. A human bite is highly contaminated. It may be necessary to perform mouth care at least every 2 hours. The nurse explains the steps of mouth care and the sensations the patient will feel. The nurse also tells the patient when the procedure is completed (Skill 34-7).
SKILL 34-7 Performing mouth care for an unconscious or debilitated client
Brushing teeth of an unconscious or debilitated patient can be delegated to nurse assistants under the supervision of the registered nurse (RN) (Division 1).
• Anti-infective solution (e.g. diluted hydrogen peroxide) that loosens crusts
• Small soft-bristled toothbrush
• Sponge toothette or tongue blade wrapped in single layer of gauze
• Small-bulb syringe (optional)
• Suction machine equipment (optional)
STEPS | RATIONALE |
---|---|
Reduces transmission of microorganisms. Gloves prevent contact with microorganisms in blood or saliva. | |
Reveals whether patient is at risk of aspiration. | |
3. Inspect condition of oral cavity (see Chapter 27). |
Determines condition of oral cavity and need for hygiene. |
Prevents spread of infection. | |
5. Assess patient’s risk of oral hygiene problems (see Table 34-7). |
Certain conditions increase likelihood of alterations in integrity of oral cavity structures and may require more frequent care. |
Allows secretions to drain from mouth instead of collecting in back of pharynx. Prevents aspiration. | |
Allows debilitated patient to anticipate procedure without anxiety. Unconscious patient may retain ability to hear. | |
Reduces transfer of microorganisms. | |
Prevents soiling of table top. Equipment prepared in advance ensures smooth, safe procedure. | |
Provides privacy. | |
Use of good body mechanics with bed in high position prevents injury. | |
Proper positioning of head prevents aspiration. | |
Prevents soiling of bedclothes. | |
Prevents patient from biting down on nurse’s fingers and provides access to oral cavity. | |
15. Clean mouth using brush or sponge toothettes moistened with peroxide and water (see illustration). Clean chewing and inner tooth surfaces first. Clean outer tooth surfaces. Swab roof of mouth, gums and inside cheeks. Gently swab or brush tongue but avoid stimulating gag reflex (if present). Moisten clean swab or toothette with water to rinse. (Bulb syringe may also be used to rinse.) Repeat rinse several times. |
Brushing action removes food particles between teeth and along chewing surfaces. Swabbing helps remove secretions and crusts from mucosa and moistens mucosa. Repeated rinsing removes peroxide that can be irritating to mucosa. |
Suction removes secretions and fluid that can collect in posterior pharynx. | |
Lubricates lips to prevent drying and cracking. | |
Provides meaningful stimulation to unconscious or less responsive patient. | |
Prevents transmission of infection. | |
Maintains patient’s comfort and safety. | |
Proper disposal of soiled equipment prevents spread of infection. | |
Reduces transmission of microorganisms. | |
Determines efficacy of cleansing. Once thick secretions are removed, underlying inflammation or lesions may be revealed. | |
Evaluates level of comfort. | |
Ensures early recognition of aspiration. |
RECORDING AND REPORTING | HOME CARE CONSIDERATIONS |
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Patients who receive chemotherapy, radiation or nasogastric tube intubation or who have an infection of the mouth can suffer from stomatitis. Inflammation of the oral mucosa can cause oral burning, pain and change in food tolerance. Gentle brushing and flossing are important in preventing bleeding of the gums. Patients should be advised to avoid alcohol and commercial mouthwash and to stop smoking. Normal saline rinses (approximately 30 mL) on waking in the morning, after each meal and at bedtime can effectively clean the oral cavity. The rinses can be increased to every 2 hours if necessary. The doctor may order a mild oral analgesic for pain control.
Patients with diabetes mellitus often have periodontal disease. Visits to the dentist are needed every 3–4 months. All tissues should be handled gently with a minimum of trauma. Patients should learn to follow rigid cleaning schedules, at least 4 times a day.
Patients should be encouraged to clean their dentures on a regular basis to avoid gingival infection and irritation. When patients become disabled, the nurse or family caregiver can assume responsibility for denture care (Box 34-7).
BOX 34-7 PROCEDURAL GUIDELINES FOR CLEANING DENTURES
Equipment: Soft-bristled toothbrush, denture toothbrush, emesis basin or sink, denture toothpaste, glass, 10 cm × 10 cm gauze, washcloth, denture cup, disposable gloves.
1. Clean dentures for patient during routine mouth care. Dentures need to be cleaned as often as natural teeth.
2. Fill emesis basin with tepid water. (If using sink, place washcloth in bottom of sink and fill sink with approximately 2.5 cm of water.)
3. Remove dentures. If patient is unable to do this independently, don gloves, grasp upper plate at front with thumb and index finger wrapped in gauze and pull downwards. Gently lift lower denture from jaw, and rotate one side downwards to remove from patient’s mouth. Place dentures in emesis basin or sink.
4. Apply toothpaste to denture, and brush surfaces of dentures (see illustration). Hold dentures close to water. Hold brush horizontally, and use back-and-forth motion to clean biting surfaces. Use short strokes from top of denture to biting surfaces of teeth to clean outer tooth surface. Hold brush vertically, and use short strokes to clean inner tooth surfaces. Hold brush horizontally, and use back-and-forth motion to clean undersurface of dentures.
5. Rinse dentures thoroughly in tepid water.
6. Return dentures to patient, or store in tepid water in denture cup. Keep denture cup inside bedside cabinet.
Dentures are the patient’s personal property and need to be handled with care because, apart from being easily broken, they are expensive items. Dentures must be removed at night to give the gums a rest and prevent bacterial build-up. To prevent warping, dentures should be kept covered in water when they are not worn, and they should always be stored in an enclosed, labelled cup with the cup placed in the patient’s bedside stand. Discourage patients from removing their dentures and placing them on a serviette or tissue because they could easily be thrown away.
A person’s appearance and feeling of wellbeing often depend on the way the hair looks and feels. Illness or disability may prevent a patient from maintaining daily hair care. An immobilised patient’s hair soon becomes tangled. Dressings may leave sticky blood or antiseptic solutions on the hair. In the clinic and home-care settings, nurses will encounter patients who have head lice. Proper hair care is important to the patient’s body image. Brushing, combing and shampooing are basic hygiene measures for all patients.
Frequent brushing helps to keep hair clean and distributes oil evenly along hair shafts. Combing prevents hair from tangling. The patient should be encouraged to maintain routine hair care. However, patients with limited mobility or weakness and those who are confused require help. Patients in a hospital or extended-care facility appreciate the opportunity to have their hair brushed and combed prior to visiting hours.
When caring for patients from different cultures, it is important to learn as much as possible from them or their family about preferred hair care practices. Cultural preferences will also affect how hair is combed and styled.
Long hair can easily become matted after a patient is confined to bed, even for a short period. When lacerations or incisions involve the scalp, blood and topical medications can also cause tangling. Frequent brushing and combing keep long hair neatly groomed. Plaiting can help to avoid repeated tangles, but plaits should be unplaited periodically and hair combed to ensure good hygiene. Plaits made too tightly can lead to discomfort and, ultimately, bald patches. The nurse obtains permission from the patient before plaiting hair.
To brush hair, the nurse parts the hair into several sections. It is easier to brush smaller sections of hair. Brushing from the scalp towards the hair ends minimises pulling. Moistening the hair with water or alcohol frees tangles for easier combing. The nurse never cuts a patient’s hair without written consent.
Patients who develop head lice (Pediculosis capitis) require special considerations in the way combing is performed. The lice are small, about the size of a sesame seed. Bright light or natural sunlight is necessary for the lice to be seen. Thorough combing is recommended and may be more effective than use of pediculicidal shampoos, which are often toxic and ineffective against resistant lice. Thick white conditioners have been demonstrated to stun lice for sufficient time for them, along with their eggs (nits), to be combed out with a nit comb (Martinez-Diaz and Mancini, 2010). Follow these steps:
• Liberally apply a thick, white conditioner.
• Use a grooming comb or hairbrush to remove tangles.
• Divide the patient’s hair into sections and fasten off hair that is not being combed.
• Comb out from the scalp to the end of the hair (special combs are available in pharmacies).
• Dip the comb in a cup of water or use a paper towel to remove lice between each pass.
• After combing, look through the hair carefully for attached lice.
• Live lice may be caught with tweezers or comb.
• Move to next section of hair after combing thoroughly.
• Clean the comb with an old toothbrush and dental floss, and boil the comb (if possible).
When patients are being treated for head lice, the doctor will often prescribe a pediculicidal shampoo. Have patients consult with the doctor or a pharmacist carefully if they have questions about the toxicity of the shampoo.
Frequency of shampooing depends on a person’s daily routines and the condition of the hair. The nurse should remind patients in hospitals or extended-care facilities that staying in bed, excessive perspiration, or treatments that leave blood or solutions in the hair may necessitate more-frequent shampooing. For patients at home, the nurse is challenged to find ways the patient can shampoo the hair without causing discomfort or even injury.
If the patient is able to take a shower or bath, the hair can usually be shampooed without difficulty. A shower or bath chair may be used for the mobile, weightbearing patient who becomes tired or faint. Handheld shower nozzles allow patients to easily wash hair in the bath or shower. Patients allowed to sit in a chair may choose to be shampooed in front of a sink or over a washbasin. However, bending is limited or contraindicated in certain conditions (e.g. eye surgery or neck injury). In these situations the nurse needs to teach the patient the degree of bending allowed.
If a patient is unable to sit but can be moved, the nurse may transfer the patient to a bath trolley for transport to a sink or shower equipped with a handheld nozzle. Extended-care facilities are commonly equipped with this option. Caution is again needed when the patient’s head and neck are positioned, particularly in patients with any form of head or neck injury.
In some agencies a doctor’s order is necessary for shampooing the hair of a totally dependent patient. If the patient is unable to sit in a chair or be transferred to a trolley, shampooing must be done with the patient in bed (Box 34-8). A special shampoo trough can be positioned under the patient’s head to catch water and suds. This method makes rinsing at the back of the head difficult.
BOX 34-8 PROCEDURAL GUIDELINES FOR SHAMPOOING HAIR OF BED-BOUND PATIENT
Equipment: Bath towels, washcloths, shampoo and hair conditioner (optional), water jug, plastic apron, plastic shampoo trough, washbasin, bath blanket, waterproof pad, clean comb and brush, hair dryer (optional).
1. Before washing patient’s hair, determine that there are no contraindications to this procedure. Certain medical conditions, such as head and neck injuries, spinal cord injuries and arthritis, could place the patient at risk of injury during shampooing because of positioning and manipulation of patient’s head and neck.
2. Inspect the hair and scalp before starting the procedure. This determines the presence of any conditions that may require the use of special shampoos or treatments (e.g. for dandruff or the removal of dried blood).
3. Place waterproof pad under patient’s shoulders, neck and head. Position patient supine, with head and shoulders at top edge of bed. Place plastic trough under patient’s head and washbasin at end of trough. Be sure trough spout extends beyond edge of mattress (see illustration).
4. Place rolled towel under patient’s neck and bath towel over patient’s shoulders.
5. Brush and comb patient’s hair.
7. Offer patient the option of holding face towel or washcloth over eyes.
8. Slowly pour water from jug over hair until it is completely wet (see illustration). If hair contains matted blood, don gloves and eye shield, apply peroxide to dissolve clots and then rinse hair with saline. Apply small amount of shampoo.
9. Work up lather with both hands. Start at hairline, and work towards back of neck. Lift head slightly with one hand to wash back of head. Shampoo sides of head. Massage scalp by applying pressure with fingertips.
10. Rinse hair with water. Make sure water drains into basin. Repeat rinsing until hair is free of soap. Take care that hair at back of head is thoroughly rinsed.
11. Apply conditioner or cream rinse if requested, and rinse hair thoroughly.
12. Wrap patient’s head in bath towel. Dry patient’s face with cloth used to protect eyes. Dry off any moisture along neck or shoulders.
13. Dry patient’s hair and scalp. Use second towel if first becomes saturated.
14. Comb hair to remove tangles, and dry with dryer if desired.
15. Apply oil preparation or conditioning product to hair, if desired by patient.
16. Help patient into comfortable position, and complete styling of hair.
After rinsing, patients like having their hair styled and dried. Most healthcare centres have portable hair dryers. Dry shampoos that reduce the need to wet the patient’s hair are also available, but are not very effective.
Shaving facial hair can be done after the bath or shampoo. Women may prefer to shave their legs or axillae while bathing. When helping a patient, the nurse should take care to avoid cutting the patient with a razor blade. Patients prone to bleeding (e.g. those receiving anticoagulants or high doses of aspirin, or those with low platelet counts) should use an electric razor. Before using an electric razor, the nurse should check for frayed cords or other electrical hazards. Electric razors should be used on only one patient because of infection-control considerations.
When a razor blade is used for shaving, the skin must be moisturised to prevent pulling, scraping or cuts; for example, placing a warm washcloth over the male patient’s face for a few seconds, followed by application of shaving cream/gel/foam or a lathering of mild soap, decreases friction. If the patient is unable to shave, the nurse may perform the shave. To avoid causing discomfort or razor cuts, the nurse gently pulls the skin taut and uses short, firm razor strokes in the direction the hair grows (see Figure 34-8). Short downward strokes work best to remove hair over the upper lip. A patient can usually explain to the nurse the best way to move the razor across the skin.
Patients with moustaches or beards require daily grooming. Keeping these areas clean is important because food particles and mucus can easily collect in the hair. If the patient is unable to carry out self-care, the nurse should do so at the patient’s request. Beards can be gently combed out. A shaggy or unkempt moustache or beard can be trimmed. Shaving off a moustache or beard cannot be performed without the patient’s consent.
To best promote and restore hair and scalp health, patients should be instructed to keep hair clean, combed and brushed regularly. Patients may also need to know how to check for and remove parasites (see Table 34-4). The nurse should tell patients that they need to notify their primary caregiver of changes in the texture and distribution of hair, which may indicate a serious systemic problem.
Special attention is given to cleaning the eyes, ears and nose during a routine bath and when drainage or discharge accumulate. This aspect of hygiene not only makes the patient more comfortable, but also improves sensory reception (Chapter 26). Care focuses on preventing infection and maintaining normal sensory function. In addition, care of the eyes, ears and nose requires approaches that consider the patient’s special needs (see Working with diversity).
Cleaning the eyes simply involves washing with a clean washcloth moistened in water. Soap or shower gel may cause burning and irritation (see Skill 34-1). Direct pressure should never be applied over the eyeball because it may cause serious injury.
WORKING WITH DIVERSITY FOCUS ON OLDER ADULTS
• Maintaining and improving eyesight are important aspects of an independent and satisfying life for older adults.
• 30% of people 65 years of age and 40–50% of those over age 75 years have hearing loss, so speak slowly and articulate carefully. However, do not shout, and do not assume that all older people have difficulty hearing.
• Earwax tends to be drier in older people, impacts more easily and takes longer to soften. Treatment includes a topical emollient instilled in the ear canal once a week, or syringing the ear canal to remove the impacted earwax. This should only be performed by someone who is experienced in this area (Linton and Lach, 2007).
Linton A, Lach H 2007 Matteson and McConnell’s Gerontological nursing: concepts and practice, ed 3. St Louis, Saunders.
Unconscious patients often require more-frequent eye care. Secretions may collect along the lid margins and inner canthus when the blink reflex is absent or when the eye does not totally close. It may be necessary to place an eye patch over the involved eye to prevent corneal drying and irritation. Lubricating eye drops may be given according to the doctor’s orders.
Unconscious patients have lost the ability to protect their own corneas. Care must be taken to ensure that the eyelid covers the cornea or that the eyes are properly patched to prevent abrasion from bedclothes.
Glasses are made of hardened glass or plastic that is impact-resistant to prevent shattering. Nevertheless, because of the cost, the nurse should be careful when cleaning glasses and should protect them from breakage or other damage when they are not worn. Glasses should be put in a case in a drawer of the bedside table when not in use.
Cool water is sufficient for cleaning glass lenses. A soft cloth is best for drying to prevent scratching the lens; paper towels can scratch a lens. Plastic lenses in particular are scratched easily, and special cleaning solutions and drying tissues are available. Use whatever the patient’s eye-care specialist recommends.
A contact lens is a small, round, transparent and sometimes coloured disk that fits directly over the cornea of the eye. Contact lenses are designed specifically to correct refractive errors of the eye or abnormalities in the cornea’s shape. They are relatively easy to apply and remove.
There are three basic types of contact lenses: rigid (hard), soft and rigid gas-permeable (RGP), also known as oxygen-permeable. They differ in size, material, and amount of oxygen flow they permit to the eye’s surface. For example, rigid lenses ride on the tear-film layer of the cornea and are held in place by surface tension. The tear film moves under and over the lens during blinking to provide oxygen to the cornea. Soft lenses cover the entire cornea and a small rim of the sclera; they do not ride on the corneal tear film. The cornea receives oxygen through the soft lens, which is oxygen-permeable. RGP lenses are made of plastic that allows oxygen to pass through to the cornea. All three lenses are available as clear (untinted) or tinted.
Contact lenses are available for daily wear or extended wear and may be disposable. In terms of a patient’s hygiene care, it is important to know that all lenses must be removed periodically to prevent ocular infection and corneal ulcers or abrasions. Common infectious agents are Pseudomonas aeruginosa and staphylococci. Patient education must include a discussion of proper lens care techniques (Box 34-9). Daily-wear lenses should be removed overnight for cleaning and disinfection and should not be worn for more than 10–14 hours daily (Lemp and Bielory, 2008). Although it is recommended that extended-wear lenses be worn no longer than 6 consecutive nights without cleaning and disinfecting, there is a 30-day/night continued-wear lens available. Disposable lenses are available for daily wear and extended wear and are usually replaced every 1–2 weeks. Pain, eye-watering, discomfort and redness of the conjunctivae may be symptoms of lens overwear for any type of lens. Persistence of symptoms even after lens removal is abnormal, however, and may indicate serious ocular damage.
BOX 34-9 CLIENT TEACHING FOR CONTACT LENS CARE
• Encourage patient to see a vision care specialist (ophthalmologist or optometrist) regularly: every 3–5 years before age 40, every 2 years after age 40 and yearly after age 65.
• Plastic lenses scratch easily. Special cleaning solutions and drying tissues are recommended.
• Never use fingernail on lens to remove dirt or debris that does not loosen during washing.
• Follow recommendations of lens manufacturer or eye-care practitioner when cleaning and disinfecting lenses.
• Encourage patient to remember the mnemonic RSVP: Redness, Sensitivity, Vision problems and Pain. If one of these problems occurs, remove contact lenses immediately. If problems continue, contact vision care specialist.
• Lenses become very slippery once cleaning solution is applied.
• If lens is dropped on a hard surface, moisten finger with cleaning or wetting solution and gently touch lens to pick it up. Then clean, rinse and disinfect lens.
• Lens should be kept moist or wet when not worn.
• Use fresh solution daily when storing and disinfecting lenses.
• Do not wipe lens with tissue or towel.
• Thoroughly wash and rinse lens storage case on a daily basis. Clean periodically with soap or liquid detergent; rinse thoroughly with warm water and air dry.
• To avoid mix-up, always start with the same lens when removing or inserting lenses.
• Disposable or planned replacement lenses should be thrown away after prescribed wearing period.
As contact lenses are worn, they accumulate secretions and foreign matter. This material deteriorates and then irritates the eye, causing distorted vision and risk of infection. Once removed, contact lenses should be cleaned and thoroughly disinfected. Patients should be cautioned never to use saliva, homemade saline or tap-water when cleaning lenses, as these solutions may contain microorganisms that can cause serious infection. Skill 34-8 reviews steps for contact lens removal, cleaning and reinsertion.
SKILL 34-8 Caring for the patient with contact lenses
Caring for eye prostheses can be delegated to nurse assistants.
• Instruct caregiver in proper way to care for eye prostheses.
• Stress to caregiver that careful handling of these devices is of utmost importance to prevent physical injury to the patient and damage to the devices.
• Inform caregiver of types of findings to report (e.g. eye pain, eye socket drainage).
• Clean lens storage container
• Sterile lens cleaning solution
• Sterile lens rinsing solution
• Sterile enzyme solution (depends on care regimen)
STEPS | RATIONALE | ||
---|---|---|---|
Catches lens if one should accidentally fall from eye. | |||
Lenses are generally comfortable to wear, and patient may forget they are in place. Prolonged wear may cause injury to eye. | |||
Scratched lens can cause corneal irritation and abrasion. Accumulation of dust or debris between lens and cornea causes irritation. Continuous wearing of certain types of lenses can irritate cornea. | |||
Determines level of assistance required in care. | |||
May indicate underlying visual alteration or need to change lens prescription. A reduction in visual acuity calls for referral. | |||
Sedatives, hypnotics and muscle relaxants reduce blink reflex and thus reduce lubrication of cornea. Antihistamines, anticholinergics and antidepressants can reduce tear production. | |||
Signs/symptoms indicate corneal irritation or abrasion. Severe pain may indicate corneal epithelium disruption or infection. | |||
Patient can help plan by explaining technique that may aid removal and insertion. Patient may be anxious as nurse retracts eyelids and manipulates lenses. | |||
Provides easy access for nurse while retracting eyelids and manipulating lenses. | |||
Provides easy access to supplies. | |||
A. Soft lenses | |||
Reduces transmission of microorganisms. | |||
Lubricates eye to facilitate lens removal. | |||
Eases tipping of lens during removal. | |||
Exposes lower edge of lens. | |||
Positions lens for easy grasping. Use of finger pad (rather than fingernail) prevents injury to cornea and damage to lens. | |||
Causes soft lens to double up. Air enters underneath lens to release suction. | |||
Protects lens from damage. Avoid allowing lens edges to stick together. Soft lenses can be easily torn. | |||
Ensures proper lens will be reinserted into correct eye. Proper storage prevents cracking or tearing. | |||
a. After removing one lens from case, apply one or two drops of cleaning solution to lens in palm of hand (use cleaner recommended by lens manufacturer or eye-care practitioner). | Removes tear components, including mucus, lipids and proteins that collect on lens. | ||
b. Rub lens gently but thoroughly on both sides for 20–30 seconds. Use index finger (soft lenses) or little finger or cotton bud soaked with cleaning solution (rigid lenses) to clean inside lens. Be careful not to turn lens wrong side out or touch or scratch lens with fingernail. | It is easier to manipulate and clean lens using fingertips. Cleans microorganisms from all surfaces. | ||
c. Holding lens over emesis basin, rinse thoroughly with manufacturer-recommended rinsing solution (soft lenses) or cold tap water (rigid lenses). | Removes debris and cleaning solution from lens surface. Rinsing methods and solutions differ for each type of lens. | ||
d. Place lens in proper storage case compartment and fill with storage solution recommended by manufacturer or eye-care practitioner. | Disinfects lens, removes residue, enhances wetability of lens and prevents scratches to lens that can be caused by a dry case. | ||
Proper storage prevents damage to or loss of lenses. | |||
Reduces transmission of infection. | |||
B. Rigid lenses | |||
Reduces transmission of microorganisms. | |||
Correct position of lens allows easy removal from eye. | |||
Tightens eyelid against eyeball. | |||
Manoeuvre should cause lens to dislodge and pop out. Lid margins must clear top and bottom of lens until the blink. | |||
Pressure causes upper edge of lens to tip forwards. | |||
Manoeuvre causes lens to slide off easily. Protects lens from breakage. | |||
The lenses may not have the same prescription. Proper storage prevents breaking, scratching, chipping and discolouration. | |||
Proper storage prevents damage to or loss of lenses. | |||
Reduces spread of infection and keeps patient’s environment neat. | |||
A. Soft lenses | |||
Soft lens is inverted if the edge has a lip; it is in proper position if curve is even from base to rim. | |||
Ensures lens is centred, free of trapped air and comfortable. | |||
Prevents multiplication of amoebae and bacteria. | |||
B. Rigid lenses | |||
Sliding lens out of case can cause scratches on the surface. | |||
Hot water causes lens to warp. | |||
Inner surface of lens should face up so that it is applied against cornea. | |||
Helps to secure position of lens. | |||
Determines if any debris is caught between lens and cornea. Lens should be removed if patient experiences discomfort. | |||
15. Assess patient’s visual acuity (see Chapter 27). |
Determines improvement in visual perception. | ||
RECORDING AND REPORTING | HOME CARE CONSIDERATIONS |
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Patients with artificial eyes have had an enucleation of an entire eyeball as a result of tumour growth, severe infection or eye trauma. Some artificial eyes are permanently implanted. Others can be removed for routine cleaning. Patients with artificial eyes usually prefer to care for their own eyes. The nurse should respect the patient’s wishes and help by assembling needed equipment.
Patients may at times require assistance in prosthesis removal and cleaning. To remove an artificial eye, the nurse retracts the lower eyelid and exerts slight pressure just below the eye (Figure 34-9). This action causes the artificial eye to rise from the socket because the suction holding the eye in place has been broken. The nurse may also use a small, rubber bulb syringe or medicine dropper bulb to create a suction effect. The suction created by placing the bulb tip directly over the eye and squeezing lifts the eye from the socket.
FIGURE 34-9 Removal of prosthetic eye.
From Potter PA, Perry AG 2013 Fundamentals of nursing, ed 8. St Louis, Mosby.
The artificial eye is usually made of glass or plastic. Warm Normal saline cleans the prosthesis effectively. The nurse also cleans the edges of the eye socket and surrounding tissues with soft gauze moistened in saline or clean tap-water. Signs of infection should be reported immediately because bacteria can spread to the neighbouring eye, underlying sinuses or even underlying brain tissue. To reinsert the eye, retract the upper and lower lids and gently slip the eye into the socket, fitting it neatly under the upper eyelid. An artificial eye may be stored in a labelled container filled with tap-water or saline.
Routine ear care involves cleaning the ear with the end of a moistened washcloth, rotated gently into the ear canal. When cerumen is visible, gentle, downward retraction at the entrance of the ear canal may cause the wax to loosen and slip out. The nurse warns patients never to use sharp objects such as bobby pins or paper clips to remove earwax. The use of such objects can traumatise the ear canal and rupture the tympanic membrane. Use of cotton-tipped applicators should also be avoided because they can cause earwax to become impacted within the canal.
Children and older adults commonly have impacted cerumen. Excessive or impacted cerumen can usually be removed only by irrigation. If a patient has a history of a perforated eardrum or if perforation is discovered during assessment, the procedure is contraindicated. The initial part of the procedure is the administration of prescribed ear drops to soften and loosen the wax, which is commenced 3–5 days before the irrigation component (Stevenson, 2010). Then the instillation of approximately 250 mL of warm water (37°C) into the ear canal mechanically washes away loosened wax. Cold or hot water causes nausea or vomiting. The patient may sit or lie on the side with the affected ear up. The nurse places a small curved basin under the affected ear to catch the irrigating solution. A Water Pik (set on No. 2 setting) or a bulb-irrigating syringe can be used to irrigate the ear canal. The tip of the syringe or Water Pik should not occlude the canal, to avoid exerting pressure against the tympanic membrane. Gentle irrigation directed at the top of the canal loosens the cerumen from the sides of the canal. After the canal is clear, the nurse wipes off any moisture from the ear and inspects the canal for remaining cerumen.
Chapter 26 discusses the need for and use of hearing aids. Hearing aids are instruments made up of miniature parts working together as a system to amplify sound in a controlled manner. The aid receives normal low-intensity sound inputs and delivers them to the patient’s ear as louder outputs. Newer classes of hearing aids can reduce background noise interference; computer chips placed in the aids allow for fine adjustments to the specific patient’s hearing needs. Hearing aids are used by people both hard-of-hearing (slight or moderate hearing loss) and deaf (severe hearing loss).
There are three popular types of hearing aids. An in-the-canal (ITC) aid (see Figure 34-10A) is the newest, smallest and least visible and fits entirely in the ear canal. It has cosmetic appeal, is easy to manipulate and place in the ear, does not interfere with wearing glasses or using the telephone and can be worn during most types of physical exercise. However, it requires adequate ear diameter and depth for proper fit. It does not accommodate progressive hearing loss, and it requires manual dexterity to operate, insert and remove, and change batteries. Also, cerumen tends to plug this model more than the others.
FIGURE 34-10 Three common types of hearing aids. A, In-the-canal (ITC). B, In-the-ear (ITE). C, Behind-the-ear (BTE).
From Potter PA, Perry AG 2013 Fundamentals of nursing, ed 8. St Louis, Mosby.
An in-the-ear (ITE, or intra-aural) aid (see Figure 34-10B) fits into the external auditory canal and allows for more fine-tuning. The auditory augmentation is more powerful and stronger, and it is therefore useful for a wider range of hearing loss than the ITC aid. It is easy to position and adjust and does not interfere with wearing glasses. It is, however, more noticeable than the ITC aid and is not recommended for people with moisture or skin problems in the ear canal.
A behind-the-ear (BTE, or post-aural) aid (see Figure 34-10C) hooks around and behind the ear and is connected by a short, clear, hollow plastic tube to an ear mould inserted into the external auditory canal. It allows for fine-tuning. It is the largest of the three aids and is useful for patients with rapidly progressive hearing loss or manual dexterity difficulties, or those who find partial ear occlusion intolerable. Disadvantages are that it is more visible and may interfere with wearing glasses and using a phone and it is more difficult to keep in place during physical exercise.
Box 34-10 reviews guidelines for the care and cleaning of a hearing aid.
BOX 34-10 HEARING AIDS—CARE AND USE
• Initially wear a hearing aid for 15–20 minutes; then gradually increase time up to 10–12 hours.
• Once inserted, turn the aid slowly to one-third or half volume.
• Sit close to speaker in noisy situations. Continue to be observant of non-verbal cues.
• Do not wear aid in bath, under heat lamps or an overhead hair dryer or in very wet, cold weather.
• Batteries last 1 week with daily wearing of 10–12 hours.
• Replace ear moulds every 2–3 years.
• Dials on hearing aid should be clean and easy to rotate, creating no static during adjusting.
• Routinely check cord or tubing (depending on type of aid) for cracking, fraying and poor connections.
• It takes time to adapt to using a hearing aid but, with patience, the wearer will be rewarded.
Modified from Touhy TA, Jett KF 2011 Ebersole and Hess’ Toward healthy aging: human needs and nursing response, ed 8. St Louis, Mosby.
The patient can usually remove secretions from the nose by gently blowing into a soft tissue. The nurse cautions the patient against harsh blowing that creates pressure capable of injuring the eardrum, nasal mucosa and even sensitive eye structures. Bleeding from the nares is a sign of harsh blowing.
If the patient is unable to remove nasal secretions, the nurse assists by using a wet washcloth or a cotton-tipped applicator moistened in water or saline. The applicator should never be inserted beyond the length of the cotton tip. Excessive nasal secretions can also be removed by gentle suctioning.
Oxygen via nasal prongs dries and irritates the nasal tissues. Removing crusted secretions with damp gauze or a fine washcloth should be followed by applying a non-petroleum-based lubricating ointment.
When patients have nasogastric, feeding or endotracheal tubes inserted through the nose, the nurse should change the tape anchoring the tube at least once a day.
Attempting to make a patient’s room as comfortable as the home is one of the nurse’s priorities. The patient’s room should be comfortable, safe and large enough to allow the patient and visitors to move about freely. The nurse can control room temperature, ventilation, noise and odours to create a more comfortable environment. Keeping the room neat and orderly also contributes to the patient’s sense of wellbeing.
The nature of what constitutes a comfortable environment depends on the patient’s age, severity of illness and level of normal daily activity. Depending on the patient’s age and physical condition, the room temperature should be maintained between 20°C and 23°C. Infants, older adults and the acutely ill may need a warmer room. However, certain ill patients benefit from cooler room temperatures to lower the body’s metabolic demands.
A good ventilation system keeps stale air and odours from lingering in the room. The nurse must protect the acutely ill, infants and older adults from draughts by ensuring that they are adequately dressed and covered with a lightweight blanket.
Good ventilation also reduces lingering odours caused by draining wounds, vomitus, bowel movements and unemptied urinals. Nurses should always empty and rinse bed pans or urinals promptly. Thorough hygiene measures are the best way to control body or breath odours. Healthcare institutions prohibit smoking within the facility. Room deodorisers can help remove many unpleasant odours but should be used with discretion in consideration of the patient’s possible embarrassment. As well, many people who are ill seem to be more sensitive to odours. Before using room deodorisers the nurse should determine that the patient is not allergic to or sensitive to the deodoriser itself. Strong personal odours on the nurse (perfumes, lingering cigarette odours, halitosis, body odour) are offensive and disturbing to many ill patients, and nurses need to practise excellent hygiene as well.
Ill patients seem to be more sensitive to common hospital noises (e.g. intravenous pump alarms, suction apparatus or trolleys leaving a lift). Until the patient is familiar with hospital noises, the nurse should try to control the noise level. This can also help the patient gain necessary sleep. The nurse also explains the source of any unfamiliar noise to the patient and family members.
Proper lighting is necessary for everyone’s safety and comfort. A brightly lit room is usually stimulating, but a darkened room is best for rest and sleep. Room lighting can be adjusted by closing or opening curtains, regulating overbed and floor lights and closing or opening room doors. When entering a patient’s room at night, refrain from abruptly turning on an overhead light unless necessary.
A typical hospital room contains the following basic pieces of furniture: overbed table, bedside locker, chairs, lamp and bed (Figure 34-11). Extended-care and rehabilitation facilities may have similar equipment. The overbed table rolls on wheels and can be adjusted to various heights over the bed or a chair. Usually two storage areas are under the tabletop. The table provides ideal working space for the nurse performing procedures. It also provides a surface on which to place meal trays, toiletry items and objects frequently used by the patient. The bed pan and urinal should not be placed on the overbed table. The bedside locker is used to store the patient’s personal possessions and hygiene equipment. The telephone, water jug and drinking cup are commonly found on a bedside locker.
FIGURE 34-11 Typical hospital room.
From Potter PA, Perry AG 2013 Fundamentals of nursing, ed 8. St Louis, Mosby.
Most hospital rooms contain an armless straight-backed chair and an upholstered lounge chair with arms. The lounge chair is used by the patient and visitors and is usually placed at the foot of the bed or beside it. Straight-backed chairs are convenient when temporarily transferring the patient from the bed, such as during bedmaking.
Each room usually has an overbed light and a floor or table lamp. Movable lights that extend over the bed from the wall should be positioned for easy reach but moved aside when not in use. Gooseneck or special examination lights are portable standing lamps used to provide extra light during bedside procedures.
Other equipment usually found in a patient’s room includes a call light, a television set, a blood-pressure gauge, oxygen and vacuum wall outlets and personal-care items. Special equipment designed for comfort or positioning patients includes foot boots (Figure 34-12) and footboards, special mattresses (see Chapter 30) and bed boards.
Seriously ill patients may remain in bed for a long time. Because a bed is the piece of equipment used most by a hospitalised patient, it should be designed for comfort, safety and adaptability for changing positions.
The typical hospital bed has a firm mattress on a metal frame that can be raised and lowered horizontally. More and more hospitals are converting the standard hospital bed to one in which the mattress surface can be electronically adjusted for patient comfort. Different bed positions are used to promote patient comfort, minimise symptoms, promote lung expansion and improve access during certain procedures (Table 34-8).
TABLE 34-8 COMMON BED POSITIONS
POSITION | DESCRIPTION | USES |
---|---|---|
Fowler ’s ![]() |
Head of bed raised to angle of 45 degrees or more; semi-sitting position; foot of bed may also be raised at knee | |
Semi-Fowler’s ![]() |
Head of bed raised approximately 30 degrees; inclination less than Fowler’s position; foot of bed may also be raised at knee | |
Trendelenburg’s ![]() |
Entire bed frame tilted with head of bed down | |
Reverse Trendelenburg’s ![]() |
Entire bed frame tilted with foot of bed down | |
Flat ![]() |
Entire bed frame horizontally parallel with floor |
The position of a bed is usually changed by electrical controls incorporated into the patient’s call light and in a panel on the side or foot of the bed. It is important for the nurse to become familiar with use of the bed controls. Ease in raising and lowering a bed and in changing position of the head and foot eliminates undue musculoskeletal strain on the nurse. Nurses should instruct patients in the proper use of controls and caution them against raising the bed to a position that might cause harm.
Beds contain safety features such as locks on the wheels or castors. Wheels should be locked when the bed is stationary to prevent accidental movement. Side rails usually protect patients from accidental falls, but they may actually cause a confused patient to fall (as the patient tries to climb over them). The headboard can be removed from most beds—this is important when the medical team must have easy access to the head, such as during cardiopulmonary resuscitation.
A patient’s bed should be kept clean and comfortable. This requires frequent inspections to be sure linen is clean, dry and free of wrinkles. When patients are diaphoretic, have draining wounds or are incontinent, the nurse should check often for soiled bedclothes, and change them accordingly.
The nurse usually makes a bed in the morning after the patient’s bath or while the patient is showering, sitting in a chair eating or out of the room for procedures or tests. Throughout the day the nurse straightens bedclothes that become loose or wrinkled. The bedclothes should be checked for food particles after meals and for wetness or soiling. Bedclothes that are soiled or wet should be changed.
When changing bedclothes, the nurse follows principles of medical asepsis by keeping soiled sheets away from the uniform (Figure 34-13). Soiled linen is placed in special linen bags before discarding in a dirty linen basket. To avoid air currents, which can spread microorganisms, the nurse never fans linen. To avoid transmitting infection, the nurse should not place soiled linen on the floor. If clean linen touches the floor, it is immediately discarded.
FIGURE 34-13 Holding sheets away from the uniform prevents contact with microorganisms.
From Potter PA, Perry AG 2013 Fundamentals of nursing, ed 7. St Louis, Mosby.
During bedmaking, the nurse must use proper body mechanics (Chapter 33). The bed should always be raised to the level of the groin of the nurse, or if two nurses are making the bed to the level of the groin of the shorter of the two nurses, before changing linen so that the nurse does not have to bend or stretch over the mattress. The nurse moves back and forth to opposite sides of the bed when applying new linen. Body mechanics also become important when turning or repositioning the patient in bed.
When patients are confined to bed, the nurse organises bedmaking activities to conserve time and energy (Skill 34-9). The patient’s privacy, comfort and safety are all-important when making a bed. Using side rails, keeping call lights within the patient’s reach and maintaining the proper bed position help promote comfort and safety. After making a bed, the nurse always returns it to the lowest horizontal position to prevent accidental falls should the patient get in and out of the bed alone.
SKILL 34-9 Making an occupied bed
Making an occupied bed can be undertaken by nurse assistants under the guidance of the registered nurse (Division 1).
• Inform caregiver how to properly position patients during occupied bedmaking procedure.
• Tell caregiver what to do if wound drainage, dressing material, drainage tubes or intravenous (IV) tubing becomes dislodged or is found in the bedclothes.
• Instruct caregiver on what to do if patient becomes tired.
• Stress safety procedures, e.g. location of call system for easy access in the event that staff assistance is needed.
• Instruct caregiver to report any changes in patient’s level of consciousness, breathing patterns, level of pain or dizziness.
• Mattress pad (needs to be changed only when soiled)
• Bottom sheet (flat or fitted)
RECORDING AND REPORTING | HOME CARE CONSIDERATIONS |
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When possible, the nurse should make the bed while it is unoccupied (Box 34-11). The nurse uses judgment in choosing the best time to have the patient sit up in a chair while the bed is made. When making an unoccupied bed, the nurse follows the same basic principles as for when the bed is occupied.
BOX 34-11 PROCEDURAL GUIDELINES FOR MAKING AN UNOCCUPIED BED
Equipment: Linen bag, mattress pad (change only when soiled), bottom sheet (flat or fitted), drawsheet (optional), top sheet, blanket, bedspread, waterproof pads (optional), pillowcases, bedside chair or table, disposable gloves (if linen is soiled), washcloth and antiseptic cleanser.
1. Determine whether patient has been incontinent or whether excess drainage is on sheets. Gloves will be necessary.
2. Assess activity orders or restrictions in mobility in planning whether patient can get out of bed for procedure. Assist to bedside chair or recliner.
3. Lower side rails on both sides of bed and raise bed to comfortable working position.
4. Remove soiled linen and place in laundry bag. Avoid shaking or fanning linen.
5. Reposition mattress and wipe off any moisture using a washcloth moistened in antiseptic solution. Dry thoroughly.
6. Apply all bottom linen on one side of bed before moving to opposite side.
7. Be sure fitted sheet is placed smoothly over mattress. To apply a flat unfitted sheet, allow about 25 cm to hang over mattress edge. Lower hem of sheet should lie seam down, even with bottom edge of mattress. Pull remaining top portion of sheet over top edge of mattress.
8. While standing at head of bed, mitre top corner of bottom sheet (see Skill 33-9, Step 20).
9. Tuck remaining portion of unfitted sheet under mattress.
10. Optional: Apply drawsheet, laying centre fold along middle of bed lengthwise. Smooth drawsheet over mattress and tuck excess edge under mattress, keeping palms down.
11. Move to opposite side of bed and spread bottom sheet smoothly over edge of mattress from head to foot of bed.
12. Apply fitted sheet smoothly over each mattress corner. For an unfitted sheet, mitre top corner of bottom sheet, making sure corner is taut.
13. Grasp remaining edge of unfitted bottom sheet and tuck tightly under mattress while moving from head to foot of bed. Smooth folded drawsheet over bottom sheet and tuck under mattress, first at middle, then at top and then at bottom.
14. If needed, apply waterproof pad over bottom sheet or drawsheet.
15. Place top sheet over bed with vertical centre fold lengthwise down middle of bed. Open sheet out from head to foot, being sure top edge of sheet is even with top edge of mattress.
16. Make horizontal toe pleat: stand at foot of bed and fanfold sheet 5–10 cm across bed. Pull sheet up from bottom to make fold approximately 15 cm from bottom edge of mattress (see Skill 34-9, Step 38).
17. Tuck in remaining part of sheet under foot of mattress. Then place blanket over bed with top edge parallel to top edge of sheet and 15–20 cm down from edge of sheet. (Optional: Place additional blanket over bed.)
18. Make cuff by turning edge of top sheet down over top edge of blanket and bedspread.
19. Standing on one side at foot of bed, lift mattress corner slightly with one hand, and with other hand tuck top sheet, blanket and bedspread under mattress. Be sure toe pleats are not pulled out.
20. Make modified mitred corner with top sheet, blanket and bedspread. After triangular fold is made, do not tuck tip of triangle (see illustration).
21. Go to other side of bed. Spread sheet, blanket and bedspread out evenly. Make cuff with top sheet and blanket. Make modified corner at foot of bed.
23. Place call light within patient’s reach on bed rail or pillow and return bed to height allowing for patient transfer. Help patient into bed.
24. Arrange patient’s room. Remove and discard supplies. Wash hands.
An unoccupied bed can be open or closed. In an open bed, the top covers are folded back so that a patient can easily get into bed. In a closed bed, the top edges of the top sheet, blanket and bedspread are drawn up to the head of the mattress and under the pillows. A closed bed is prepared in a hospital room before a new patient is admitted to that room. A surgical, recovery or postoperative bed is a modified version of the open bed. The top bedclothes are arranged for easy transfer of the patient from a stretcher to the bed. The top sheets and bedspread are not tucked in or mitred at the corners. Instead, the top sheets are folded to one side or fanfolded to the bottom third of the bed (Figure 33-14). This makes it easier to transfer the patient into the bed.
In any healthcare agency, it is important to have an adequate supply of linen to care appropriately for patients. Many agencies have what are called ‘nurse servers’ either within or just outside a patient’s room, where a daily supply of linen is stored. Because of the importance of cost control in healthcare, it is important not to bring excess linen into a patient’s room, because even if it is unused, it must be discarded for washing. This can increase an agency’s costs. Excess linen lying around a patient’s room creates clutter and obstacles for patient care activities.
Before bedmaking, it is important to collect the necessary bedclothes and the patient’s personal items. In this way the nurse will have all equipment accessible to prepare the bed and room. Linen is pressed and folded to prevent the spread of microorganisms and to make bedmaking easier. When fitted sheets are not available, flat sheets are usually pressed with a centre crease to be placed down the centre of the bed. The sheets unfold easily to the sides, with creases often fitting over the mattress edge. A complete bedclothes change is not always necessary. The nurse may reuse the mattress pad, sheet, blanket and bedspread for the same patient if they are not wet or soiled.
FIGURE 34-14 Surgical or recovery bed.
From Potter PA, Perry AG 2013 Fundamentals of nursing, ed 7. St Louis, Mosby.
Linen must be disposed of correctly to minimise the spread of infection (Chapter 29). Agency policies provide guidelines for the proper way to bag and dispose of soiled linen. When a patient is discharged, all the bedclothes are sent to the laundry, the mattress and bed are cleaned by housekeeping staff and fresh bedclothes are put on the bed.
Evaluation of hygiene measures occurs both during and after performance of each particular skill. For example, as the nurse bathes a patient, close inspection of the skin reveals whether drainage or other soiling is effectively removed from the skin’s surface. Once the bath is complete, the nurse asks whether the patient’s comfort and relaxation have improved. When evaluating the effectiveness of hygiene measures, the nurse observes for changes in the patient’s behaviour. Does the patient assume a more relaxed position? Is the patient free of body odour? Is the patient able to fall asleep? Does the patient’s facial expression convey a sense of comfort?
Often it takes time for hygiene care to result in an improvement in the patient’s condition. The presence of oral lesions, a scalp infestation or skin excoriation will often require repeated measures and a combination of nursing interventions. The nurse will evaluate for improvement in the patient’s condition over time and determine whether existing therapies are effective.
Throughout evaluation, the nurse considers the goals of care and gauges whether expected outcomes are achieved. A critical-thinking approach ensures that the nurse considers all factors when evaluating the patient’s care (Figure 34-15). The nurse’s knowledge base and experience provide important perspectives when the nurse analyses observations made about a patient. For example, if the nurse has seen how dehydration of the oral mucosa clears with repeated hygiene, this helps in recognising when another patient’s progress is slow. The standards for evaluation are the expected outcomes established in the planning stage of the patient’s care. If outcomes are not met, the care plan may need to be revised. The nurse continues to apply critical-thinking attitudes when considering all evaluation findings.
The final part of the evaluation considers whether the patient’s expectations were met through hygiene care. The nurse might ask: ‘How do you feel since your bath and massage?’, ‘Are there ways you feel we can do a better job with your foot care?’, ‘What further measures do you think are necessary to keep your mouth clean and refreshed?’
The patient’s expectations are important guidelines in determining patient satisfaction. The nurse must feel comfortable discussing the patient’s concerns and expectations. A caring approach can help facilitate discussion of these issues.
KEY CONCEPTS
• The nurse determines a patient’s ability to perform self-care, and provides hygiene care according to the patient’s needs and preferences.
• During hygiene, the nurse integrates other activities such as physical assessment and range-of-motion exercises.
• While providing daily hygiene needs, the nurse uses teaching and communication skills in developing a caring relationship with the patient.
• Proper hygiene care requires an understanding of anatomy and physiology and sociocultural, economic and developmental factors.
• Patients’ health beliefs indicate the likelihood of assuming health promotion behaviour, such as the maintenance of good hygiene.
• The nurse assesses a patient’s physical and cognitive ability to perform basic hygiene measures, including muscle strength, flexibility and dexterity, balance, coordination, activity tolerance and ability to attend.
• The nurse maintains a patient’s privacy, comfort and safety when providing hygiene care.
• Culture plays a significant role in hygiene practices and preferences.
• Standard precautions should be observed by nurses during hygiene care when the risk of contacting body fluids is high, and always during perineal care.
• For patients suffering symptoms such as pain or nausea, administering symptom relief therapies prior to hygiene will better prepare the patient for any procedure.
• Patients with diabetes mellitus require special hygiene measures such as foot and nail care.
• Family members can usually help with hygiene measures but may need guidance in adapting techniques to fit patient limitations.
• The patient’s room should be comfortable and safe, and large enough to allow the patient and visitors to move about freely.
• Evaluation of hygiene care is based on the patient’s sense of comfort, relaxation, wellbeing and understanding of hygiene techniques.
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