View Entire Collection
By Clinical Topic
Diabetes – Summer 2012
Future of Nursing Initiative
Heart Failure - Fall 2011
Influenza - Winter 2011
Nursing Ethics - Fall 2011
Trauma - Fall 2010
Traumatic Brain Injury - Fall 2010
Fluids & Electrolytes
The Edinburgh Feeding Evaluation in Dementia scale is an 11-item instrument developed to assess eating and feeding problems in people with late-stage dementia. By looking for certain behaviors-spilling food while eating or turning the head when prompted to eat, for example-a nurse can identify a patient's needs and build an effective care plan. The scale takes as little as five minutes to complete. Watch an online video of nurses demonstrating the use of the scale: http://links.lww.com/A281.
Eighty-nine-year-old Rose Kyle, hospitalized for treatment of urosepsis and dehydration, lives at home with her 87-year-old husband of 63 years, Roger, who is her primary caregiver. She had a stroke 10 years ago, which resulted in a partial loss of the use of her left arm and leg and difficulty with fine motor skills in her left hand. Two years ago she was diagnosed with mixed dementia-Alzheimer's disease and cerebrovascular disease-and since then, her eating patterns have changed, and she can transfer from bed to chair only with assistance. Her daily medications are aspirin 81 mg, donepezil (Aricept) 5 mg, lorazepam (Ativan) 0.5 mg, and ranitidine (Zantac) 75 mg, the last three taken at bedtime.
Mr. Kyle's medical history includes dyslipidemia; he has no physical limitations and can help his wife as needed. The couple's son and daughter-in-law, who live nearby, visit them often. The Kyles used to enjoy playing cards with friends, but Ms. Kyle has been increasingly less able to participate in activities requiring such complex cognitive and motor skills. She has become, her husband says, much more isolated. And in recent months, he has had a much harder time managing her cognitive and functional decline.
When passing Ms. Kyle's room at mealtime, the nurse overhears Mr. Kyle shouting at his wife, "Eat!! Or you'll never get out of this place!!" Later, during dinner, Ms. Kyle's son tells his mother that she might "end up in a nursing home with a tube" if she doesn't eat and drink more. The nurse talks with these family members, who say that they're "fed up and worried sick" because Ms. Kyle has been "eating like a bird" over the past year. Mr. Kyle says that she's lost 5 lbs. in six months, but on reflection says she must have lost 20 lbs. in the past two years. He says that he hadn't really stopped to think about her weight loss over time and that her physician hadn't seemed too worried, saying that she wanted Ms. Kyle to "keep her weight down."
The nurse discusses these concerns with the interdisciplinary team. The physician orders a laboratory workup to evaluate her serum albumin and prealbumin levels, lymphocyte count, transferrin level, and hemoglobin level and hematocrit. Ms. Kyle's morning weight is 102 lbs. (46.27 kg) and her height is 63 in. (160 cm); the team calculates a body mass index of 18.1 (less than 18.5 is considered underweight). Her ideal body weight is 115 pounds (52.4 kg). The physician orders a dietary consultation to evaluate Ms. Kyle's three-day caloric intake and to make recommendations for greater intake of protein, calories, and fluids. Findings will allow the physician to discuss these recommendations with Mr. Kyle. Realizing that Ms. Kyle's dementia may be contributing to her inability to eat adequately, the nurse administers the Edinburgh Feeding Evaluation in Dementia (EdFED) scale.
Watch a video demonstrating the use of the Edinburgh Feeding Evaluation in Dementia scale at http://links.lww.com/A281.
Get more information on why it's important for nurses to screen for nutritional deficits in patients with dementia, as well as why this scale is a good approach for doing so.
This is the scale in its original form. See page 51.
The EdFED scale contains 11 items developed to help clinicians look for eating and feeding problems in people with late-stage dementia. Although it is not a screening or diagnostic tool, it can establish a baseline of behaviors and define the level of assistance the patient needs. It can take as little as five minutes to complete, and results can be used to predict needs and build a care plan.
The first 10 items in the scale are questions addressing 10 mealtime behaviors; each is scored according to how often it occurs during a meal. A score of 0 is given if the behavior "never" happens, a 1 if it happens "sometimes," and a 2 if it happens "often." The first four behaviors indicate that assistance is already required or that it might be required:
* needs close supervision
* requires physical help
* spills food
* leaves food on plate
The last six behaviors reflect functional or cognitive decline:
* refuses to eat
* turns head away
* refuses to open mouth
* spits out food
* leaves mouth open
* refuses to swallow
The EdFED scale addresses progressive decline; research has suggested that there's "possibly a cumulative, hierarchical pattern" in these behaviors, meaning that the presence of a behavior on the scale increases the likelihood of the presence of the one preceding it.1 For example, if a patient leaves food on the plate, it's very likely that she or he also spills food and requires help and supervision during meals.
Finally, an 11th item asks the rater to indicate the level of support the patient requires during the meal: supportive-educative assistance (needs cuing or help with plate setup or refocusing), partly compensatory assistance (is involved with meals but requires physical assistance), or wholly compensatory assistance (requires hand-feeding).
Baseline status should be assessed in people with moderate-to-severe dementia who have been losing weight or showing declines in mealtime function. Results will inform interventions. (The Hartford Institute for Geriatric Nursing has published the scale in "Eating and Feeding Issues in Older Adults with Dementia: Part I: Assessment," available on page 51. Part II addresses interventions and can be found on the Hartford Institute Web site: http://www.hartfordign.org/publications/trythis/issue11_2.pdf.) After the initial assessment, the scale can be incorporated into routine assessment; for example, if weekly weighings are performed on Mondays, the staff could schedule assessment with the EdFED during Monday morning breakfast. As with most nutritional assessments, administering the scale at the same time of day in the same environment decreases the chance that other variables can influence the observed behaviors.2 According to Roger Watson, who created the scale, the EdFED has been shown to have the same accuracy when measuring behavior through direct observation and through the caregiver's report (Roger Watson, e-mail communication, May 12, 2008). (To view the section of the online video in which nurses discuss assessment and care planning, go to http://links.lww.com/A282.
The EdFED scale can be administered either by watching the patient eat a meal or by asking caregivers to report mealtime behaviors (the latter is more frequently done in community or primary care settings). Observation should be as unobtrusive as possible. For example, the nurse completing the assessment should not assist with the meal and should avoid conversation with the patient and caregivers, which could distract the observer. To gain better insight into mealtime patterns, the observed meal should take place where the person usually eats.
The observer will note how often (if at all) the specific behaviors occur during the meal. Afterward, the observer talks with the regular caregiver to find out how often and under what circumstances the observed behaviors occur. (Caregiver input is only necessary to complete the baseline assessment.) For example, if the observer notes that the patient turns his head away, the observer might ask, "I noticed that Mr. Smith turned his head away when you lifted up the cup of coffee. Has this ever happened before?" If so, the observer should ask further questions, such as, "Is there anything specific that seems to cause this? Perhaps certain types of food? When does this occur-at the end of the meal when he seems to be tired? Does he ever cough, clear his throat, or need more time to swallow?" With such probing, a more complex picture will emerge.
If the caregiver isn't available at the time of the initial assessment, schedule a phone conversation or invite the person to participate in a team meeting. If the patient comes from another institution, call the nurse or caregiver in that facility for additional input. (For more, see Why Check for Eating and Feeding Problems in Older Adults with Dementia? page 48.3-10)
Ms. Kyle is observed during the evening meal, during which she is supervised by her husband. For the need for close supervision, the nurse gives Ms. Kyle a score of 2. She also requires significant help with tasks such as cutting her food and receives a score of 2 in the physical assistance category. Frequently during the meal she refuses to eat and in the end leaves more than half of the food on her plate; therefore, the nurse assigns a score of 2 for each of these behaviors. She did not spill any food, turn her head away, refuse to open her mouth, spit out food, leave her mouth open and allow food to drop out, or refuse to swallow, therefore earning a score of 0 in each of those categories. Answering the 11th item, the nurse notes that Ms. Kyle requires partial assistance with the meal.
The nurse asks Mr. Kyle to describe mealtimes at home: are the behaviors noted during observation common there as well? "I make all of the food. I try to make her favorites," he replies, "and we usually eat in front of the television." Mealtimes last between 30 to 45 minutes, and she requires constant prompting to focus on her food. "If I don't remind her to eat, she'll only take a few bites." He always cuts her food, and when possible he serves finger foods, such as sandwiches and cheese cubes, that don't require utensils. During meals Ms. Kyle often complains of having no appetite and says she's full after eating a small amount. With constant encouragement, she usually eats about half what's served. Although Mr. Kyle tries to keep her on a low-fat diet because of her history of cerebrovascular disease, he notes that "she always cleans her plate when I serve dessert."
Challenges that may arise. Because Watson never quantified the terms "sometimes" or "often" in the EdFED scale, the determination of frequency is somewhat subjective. If deciding to adopt the EdFED scale, an institution or unit should define frequency; for example, "sometimes" could be defined as observed at least once during a meal.
The rater will assign a score (ranging from 0 to 2) to each of the 10 behaviors according to whether it is observed never, sometimes, or often. These 10 scores are summed, with final scores ranging from 0 to 20. A higher score indicates greater dysfunction. Any behavior that receives a score of 1 or 2 should be addressed in a new plan of care.
Ms. Kyle receives a score of 8, which indicates a need for assistance. The nurse and the case manager arrange for her to be transferred to the hospital's acute-care-of-the-elderly (ACE) unit. The results of the EdFED scale are shared with the new team, which generates further assessments. A dental consultation is arranged; improperly fitting dentures, loose or missing teeth, and poor dental hygiene can all diminish a person's ability and desire to eat. The speech-language pathologist verifies that Ms. Kyle is not aspirating her food but recommends a mealtime environment as free of distractions as possible. The occupational therapist provides a lightweight, sturdy covered cup to improve Ms. Kyle's grip and reduce the likelihood of spilled liquids.
The dietician cancels Ms. Kyle's low-fat diet and recommends a dense calorie diet (with a high calorie-to-quantity ratio), suggesting more protein and fat and fewer simple carbohydrates. Commercial nutritional drinks are ordered for between-meal snacks. Because Ms. Kyle enjoys dessert, ice cream is added to the nutritional drink. The dietician also orders a three-day calorie count to be conducted while Ms. Kyle is hospitalized.
To provide insight into which of the modifications are helping Ms. Kyle, she is reassessed with the EdFED scale during each evening meal. As it's determined which interventions work and which do not, the information is shared with her family.
A number of studies have been conducted in which the EdFED either was used by people from differing cultural backgrounds or was translated. Although none of the studies specifically examined difficulties the users of the EdFED might have in understanding the scale, no such difficulties were reported. Lin and colleagues did not note any such cultural issues arising in using the Chinese translation of the scale in a Taiwanese population.11 One of us (EJA) conducted a study in New York City that included 53 caregivers who were certified nursing assistants: 79% were Caribbean Islander, 11% African American, 8% African, and 2% non-Latino white.12 None of these study participants reported any difficulty in understanding the descriptors for the behaviors or level of assistance used in the scale. The EdFED scale was translated into Chinese13 and used in a study of the effectiveness of an educational intervention in North Taiwan; 68 nursing assistants who spoke Mandarin, Taiwanese, or English participated.14 Although the scale was used to measure the feeding difficulties of the patients (and only revealed the effectiveness of the educational intervention indirectly), the authors of the study did not note any limitations or challenges in the use of the scale. Finally, Watson and Deary included 78 subjects in a longitudinal study in the United Kingdom; neither demographic characteristics nor cultural issues were reported.15
Someone who has dementia so severe that she or he needs assistance with eating is best cared for by an interdisciplinary team. In these complex cases the team should include a dietician, a speech-language pathologist, an occupational therapist, a dentist, a nurse,9 a social worker, and an appropriate clergyperson or cultural interpreter.
Following up with team members about findings is an important nursing role. For example, dietary changes may need to be accommodated by providing the appropriate implements (such as no-spill cups with straws); oral care techniques should be discussed with family members and other health care professionals.
Ms. Kyle, continued. The acute care nurse explains the results of the EdFED scale to Mr. and Ms. Kyle and to their son and daughter-in-law, who occasionally help with meals. Clear communication with all caregivers about the kind of assistance a patient needs and the type of behaviors to watch for is ideal: it supports consistency in the interventions used. For example, in this case, the nurse explains that the plan is to encourage Ms. Kyle's independence, but if her caregivers find that she needs more help or her abilities decline, a referral to a member of the team will be necessary.
When his wife is admitted to the ACE unit, Mr. Kyle discusses her care plan with that unit's team. The dietician suggests that Mr. Kyle keep a food diary for three days after discharge, one day being on a weekend to provide a true snapshot of Ms. Kyle's eating patterns. Mr. Kyle also is asked to make an appointment with the family dentist after discharge. At this time, the plan is for Ms. Kyle to return home, with a personal care worker to visit twice weekly to assist with activities of daily living. When she is ready to leave the hospital, the discharge planner will share Ms. Kyle's care plan recommendations with the agency that employs the personal care worker to ensure that they are followed. (To see the portion of the online video in which a nursing expert answers questions on the EdFED scale, go to http://links.lww.com/A283.
The EdFED scale is one of the few instruments for assessing the behavior of people with late-stage dementia. It was designed to circumvent what is often described as the "floor effect" of certain tests-the inability of a tool to detect change in what is being measured because the person's level of functioning is already at a very low level (the "floor"), as occurs in late-stage dementia. In other words, the EdFED scale can detect decrements in eating even when the person's functioning is severely compromised and the usual tools can no longer detect functional deterioration.16 In fact, it enables clinicians to note changes almost to the last levels of functioning-the ability to hold food in the mouth.
What is the evidence for using the EdFED scale in practice? At this time, the EdFED scale has been used primarily in research, but that research has been conducted in a variety of settings: acute care, long-term care, and the home. In long-term care, the EdFED has been used to measure behaviors in residents, such as resistance at meals, as well as to determine the level of assistance needed.12, 14
A strength of this approach is that it has essentially the same results whether the information is gathered by caregiver report or observation, making it helpful in a clinic or home setting where eating cannot be observed; in the same way, a baseline assessment can be made at an institution and follow-up assessments performed at home, with results reported over the phone. As changes are made to standards of practice and providers realize that hand-feeding people with late-stage dementia results in no more complications than tube feeding-and perhaps fewer-the ability to properly assess functional strengths and devise care strategies will be needed. The EdFED scale could meet that need.17
* Reliability. The EdFED scale has moderate-to-excellent reliability when used by either observation or caregiver report. The reliability of the EdFED scale has been established by several researchers with [alpha] coefficients ranging from 0.44 (moderate) to 1.00 (perfect agreement) on all items,13 a Cronbach [alpha] of 0.87, and intrarater reliability of 0.95.1, 18
* Validity. The EdFED scale has the ability to discriminate between people with late-stage dementia who resist food and those who accept food, with resistors taking longer to feed but consuming less than those who accept food. In a study by one of us (EJA) "of 53 nursing home residents with late-stage dementia who were assisted at meals," clinically meaningful but statistically insignificant differences in Mini-Mental State Examination scores and in body mass index were found, with the acceptors scoring higher than resistors on both measures.12 As mentioned above, the EdFED has been translated into Chinese, when it was used in a study of Taiwanese nursing assistants to evaluate their knowledge of and behaviors when feeding persons with dementia.14 When the consistency of the scores in the English and Chinese versions was examined, the intraclass correlation coefficient for the absolute agreement was found to range from 0.85 to 0.90.13
[white circle] Sensitivity and specificity. There have been no published reports of the sensitivity and specificity of the EdFED scale.
This population is at particular risk for malnutrition.
It has long been established that problems with eating and feeding occur in the later stages of dementia and are usually the last activities of daily living to be lost.3 Families and caregivers usually consider the inability to manage meals and to eat and drink enough as a harbinger of failing health or impending death. It can cause a sense of desperation in family caregivers trying to assist with meals. But during this period of decline, the patient deserves to be treated with dignity at meals. By tracking incremental changes a nurse might develop interventions that will strengthen function.
In 2005, 3% of Medicare beneficiaries 65 years old and older required assistance with five to six activities of daily living4; most likely required help with eating. During the first quarter of 2008, 10% of the residents of U.S. nursing homes required extensive assistance with eating, and 14% were totally dependent on help while eating.5 Because this population is at risk for malnutrition, the usual focus is on increasing caloric intake, but caregivers often struggle with accomplishing this task.
The alternative to supportive hand-feeding is tube feeding. Although the studies of tube feeding haven't been particularly strong, the evidence that does exist shows little benefit to tube feeding, in terms of important outcomes such as survival, functional ability, and infections.6, 7 How we eat, with whom we eat, and where we eat are meaningful to all of us, especially older adults living in nursing homes.8 A patient's social skills may be preserved, even if she or he is in the later stages of dementia; therefore, the observation of rituals may provide cues to eating in people with cognitive impairment.9, 10
Go to http://links.lww.com/A281 to watch a nurse use the Edinburgh Feeding Evaluation in Dementia scale. Then watch the health care team plan preventive strategies.
View this video in its entirety and then apply for CE credit at http://www.nursingcenter.com/AJNolderadults; click on the How to Try This series link. All videos are free and in a downloadable format (not streaming video) that requires Windows Media Player.
For more information on this and other geriatrics assessment tools and best practices go to http://www.ConsultGeriRN.org-the clinical Web site of the Hartford Institute for Geriatric Nursing, New York University College of Nursing, and the Nurses Improving Care for Healthsystem Elders (NICHE) program. The site presents authoritative clinical products, resources, and continuing education opportunities that support individual nurses and practice settings.
Visit the Hartford Institute site, http://www.hartfordign.org, and the NICHE site, http://www.nicheprogram.org, for additional products and resources. Go to http://www.nursingcenter.com/AJNolderadults and click on the How to Try This link to access all articles and videos in this series.
1. Watson R. The Mokken scaling procedure (MSP) applied to the measurement of feeding difficulty in elderly people with dementia. Int J Nurs Stud 1996;33(4):385-93. [Context Link]
2. Mitchell-Eady CO, Chernoff R. Nutritional assessment of the elderly. In: Chernoff R, editor. Geriatric nutrition: the health professional's handbook. 3rd ed. Sudbury, MA: Jones and Bartlett Publishers; 2006. p. 427-58. [Context Link]
3. Katz S, et al. Studies of illness in the aged. The index of ADL: A standardized measure of biological and psychosocial function. JAMA 1963;185:914-9. [Context Link]
4. Federal Interagency Forum on Aging-Related Statistics. Older Americans 2008: Key indicators of well-being. Washington, D.C.; 2008 Apr 29. http://www.agingstats.gov/agingstatsdotnet/Main_Site/Data/Data_2008.aspx. [Context Link]
5. Centers for Medicare and Medicaid Services. MDS active resident information report. First quarter 2008. G1hA: physical functioning and structural problems-eating-ADL self-performance. 2007. http://www.cms.hhs.gov/MDSPubQIandResRep/04_activeresreport.asp?isSubmitted=res3. [Context Link]
6. Finucane TE, et al. Tube feeding in patients with advanced dementia: a review of the evidence. JAMA 1999;282(14):1365-70. [Context Link]
7. Mitchell SL, et al. The risk factors and impact on survival of feeding tube placement in nursing home residents with severe cognitive impairment. Arch Intern Med 1997;157(3):327-32. [Context Link]
8. Evans BC, et al. The meaning of mealtimes: connection to the social world of the nursing home. J Gerontol Nurs 2005;31(2):11-7. [Context Link]
9. Amella EJ. Feeding and hydration issues for older adults with dementia. Nurs Clin North Am 2004;39(3):607-23. [Context Link]
10. Hopper T, et al. Table fellowship: Mealtime as a context for conversation with individuals who have dementia. Alzheimer's Care Quarterly 2007;8(1):34-42. [Context Link]
11. Lin LC, et al. Edinburgh Feeding Evaluation in Dementia (EdFED) scale: cross-cultural validation of the Chinese version. J Adv Nurs 2008;62(1):116-23. [Context Link]
12. Amella EJ. Resistance at mealtimes for persons with dementia. J Nutr Health Aging 2002;6(2):117-22. [Context Link]
13. Lin LC, Chang CC. A Chinese translation of the EdFED-Q and assessment of equivalence. Alzheimer Dis Assoc Disord 2003;17(4):230-5. [Context Link]
14. Chang CC, Lin LC. Effects of a feeding skills training programme on nursing assistants and dementia patients. J Clin Nurs 2005;14(10):1185-92. [Context Link]
15. Watson R, Deary IJ. A longitudinal study of feeding difficulty and nursing intervention in elderly patients with dementia. J Adv Nurs 1997;26(1):25-32. [Context Link]
16. Khachaturian ZS, Radebaugh TS, editors. Alzheimer's disease: cause(s), diagnosis, treatment, and care. Boca Raton, FL: CRC Press; 1996. [Context Link]
17. Garrow D, et al. Feeding alternatives in patients with dementia: examining the evidence. Clin Gastroenterol Hepatol 2007;5(12):1372-8. [Context Link]
18. Watson R, et al. The Edinburgh Feeding Evaluation in Dementia Scale #2 (EdFED #2): inter- and intra-rater reliability. Clin Eff Nurs 2001;5(4):184-96. [Context Link]
Back to Top