Tuesday, July 2, 2013

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CARES: An Acronym Organized Tool for the Care of the Dying

 CARES: An Acronym Organized Tool for the Care of the Dying

Bonnie Freeman, RN, MSN, ANP
Journal of Hospice and Palliative Nursing. 2013;15(3):147-153. 

Abstract and Introduction

Abstract

Providing symptom-based care during the last days or hours of life in a hospital setting requires a complex set of skills and interactions. Often, nurses are unaware of medications they can request and nursing orders they can write within their scope of practice. This deficit in knowledge can often result in unnecessary patient and family suffering. The CARES tool, developed by this author as part of a doctor of nursing practice research project through Azusa Pacific University for the City of Hope National Medical Center, a 300-bed cancer research center in southern California, is an acronym organized educational tool that addresses the priority needs of comfort, airway, restlessness and delirium, emotional and spiritual support, and self-care. Prompts are provided for nurses on common symptom management needs of the dying based on 29 references cited in this article and the National Consensus Project for Palliative Care Clinical Practice Guidelines. The CARES acronym format was designed to help nurses stay focused and provide a method to inventory necessary tasks to address during the often chaotic and stressful last few days to hours of a patient's life.

Introduction

The CARES tool is a pocket-size, card reference that provides acronym organized prompts to address the most common symptom management needs of the dying identified in literature as c omfort, a irway management, restlessness and delirium, e motional and spiritual support, and s elf-care.[1–5] Prompts are provided for the nurse to consider regarding orders to obtain or nursing actions to implement for symptom management, possible resources for support, communication opportunities, suggestions on education needs for the dying patient and his/her family, and recommendations for methods to address compassion fatigue and professional grieving for the health care provider. Nurse's independent actions remain governed by individual comfort levels and by state and country scope of practice. The CARES tool does not provide specific drug dosages because of the wide variety of provider preference, and it is intended to be nurse driven. Many of the suggestions can be initiated at any time during the course of caring for a terminally ill patient and his/her family.
The CARES tool was designed to complement and build upon previous education obtained from professional organizations such as the Hospice and Palliative Care Nurse Association, certification examinations, and the End of Life Nursing Education Consortium programs. It is intended to be a bridge between current evidence-based knowledge and application of the knowledge to bedside nursing care.
The intentional use of an acronym format was utilized to encourage parallels to be drawn to other treatment acronym-based formats such as American Heart Association's ACLS (Advanced Cardiac Life Support) and BCLS (Basic Cardiac Life Support) in an effort to elevate the importance and respect for the unique skills required to effectively care for the dying and their family. Care of the dying may not require the same technical skills, but the communication and associated supportive skills qualify care of the dying an acute event.[6–8]
The CARES tool debuted as a poster presentation at the 19th International Congress on Palliative Care in Montreal, Quebec, Canada, in October 2012, and received a 98% (n = 125) positive approval rating from expert palliative care providers when asked to formally evaluate the tool. Reviewers felt the CARES tool (a) could assist in the education of health care staff, (b) could be easily implemented, and (c) effectively prompts the obtaining of orders and supportive measures for the dying patient and his/her family.

Suggested Symptom Management

Sixty percent of all deaths occur in hospitals, and 80% to 90% of the deaths will be expected.[1,3,6,9–12] Many hospitals do not have guidelines specific to the care of the dying. If a protocol or pathway is available, it is often initiated too late or not at all because of the unwillingness of the ordering provider to make the diagnosis of dying necessary to implement the protocol.[3,10] This current system results in 50% of terminally ill patients dying in pain and 80% experiencing suboptimally treated dyspnea and terminal delirium before death.[13] These dismal statistics can be attributed to the discomfort ordering clinicians have for the use of opioids, barbiturates, antipsychotics, and sedatives during the dying process.[1,4,7,9,12–14]
Knowledge deficits, misconceptions, and unfounded beliefs continue to result in barriers affecting pain and symptom management for the dying.[4] The fear of causing harm is counterproductive for dying patients and often results in undertreatment and further suffering.[2,13,15] Literature confirms there is no limit to opioid sedation. It can be titrated to whatever dosage is required to relieve a patient's pain and maintain desired respiratory status.[2,3,5] The use of opiates and sedatives to manage dyspnea at end of life remains complicated by knowledge deficits and personal attitudes, often resulting in the denial of dignified comfort measures for the dying.[2,4,16] Concepts of intent and double effect can greatly assist in guiding humane and ethical symptom management concerns but are often poorly understood.[7,9] The intent or desired outcome of pain and symptom management is to relieve suffering not to provideeuthanasia.[9,14,17]
Double effect can be defined as a decision to utilize an intervention with potential adverse effects or harm when it is determined that the benefits outweigh the risks, and the health care provider's intent is to relieve the patient's suffering.[15] If an actively dying patient writhing in pain is given a bolus of morphine and dies a few moments later, his/her death can be attributed as much to the disease process as the opioid.[6,7] The double effect was the benefit of reliving a patient's pain. It outweighed the risk of causing the patient to die a few moments sooner. Relieving pain and eliminating suffering are the intent and should be the focus of end-of-life (EOL) care.[6]
Nurses remain the primary decision makers for titration and obtaining necessary medications and orders to provide compassionate care for patients. Their role as a patient advocate can ensure that all components to provide a peaceful death are in place to support a dying patient and family in their final journey. Education and experience in care of the dying are essential, and the use of resources such as the CARES tool can assist in this process.

Components of Cares Tool

C: Comfort

The CARES tool addresses the broad subject of comfort. Pain management (Figure 1A) is a primary focus. Specific opioids and dosing are avoided in the CARES tool because of the variety of agents available and unique preferences of providers. A baseline knowledge and understanding of opioids and pain management are essential for the effective use of the CARES tool. A 1-page section in the CARES tool on the vast topic of chronic pain management could never fully address all issues. Key points provided are intended to prompt important considerations regarding route of administration, decisions to provide continuous basal dosing, titration, renal failure, ineffective opioids, and adjustments for small seizure-like activity (myoclonus).[2,5] The important concepts of intent and double effect are listed as a reminder of the barriers to providing effective EOL pain management.
Figure 1.
 
A, CARES pain management. B, General comfort. Abreviations: PO, per os; IV, intravenous; PCA, patient-controlled analgesia.
The comfort section (Figure 1B) also addresses unnecessary procedures, tests, and activities not essential to maintaining the physical comfort of the dying patient. Nurses should evaluate routine tasks such as the obtaining of vital signs, use of monitors and alarms, and blood draws. A primary question one should ask is what will be done with this information? If no further treatment is planned, the task could be eliminated.[1,2,18] An emphasis must be placed on providing the patient and family maximum time together for closure so procedures such as bathing, turning, and dressing changes may need to be modified or eliminated. It is important to communicate with the patient and the family in this decision process as the elimination of some procedures could be interpreted as providing lesser or inadequate care.[1,6,18]
An understanding of the physiological changes that occur during the dying process is necessary for the effective use of the CARES tool. Procedures to control temperature extremes, edema, and cyanosis are ineffective during the dying process but can provide comfort to the family as they perceive basic care is still being provided.[1,6,12] Supplying a cool washcloth for a family member to place on the forehead of their dying loved one will not alter the patient's rising body temperature, but it conveys to the family the respect the nurse holds for the patient and confirms that care is still continuing. This is an example of the importance of a nurse's humanity and an example of how the family needs to be a focus of nursing care[1,18] (Figure 1B).
The comfort section of the CARES tool addresses the concern that everything possible was done to make the patient and family comfortable.

A: Airway

The airway section in the CARES tool explores the management of dyspnea (Figure 2). A basic understanding of the physiologic changes occurring during the dying process is essential and will greatly influence the effectiveness of teaching provided to the patient and family members.
Figure 2.
 
CARES airway. Abreviations: IV, intravenous; MD, medical doctor; Sub-q, subcutaneous.
The use of opiates and sedatives to manage dyspnea at end of life is again re-enforced. As stated previously, knowledge deficits and personal attitudes can contribute to further suffering and need to be addressed through further education and experience.[2,4,16]
Morphine remains the criterion standard for prevention of the sensation of suffocating commonly present in the terminally ill.[7,15] Its use often seems counterproductive, but research has found if a dying patient can be kept calm, and his/her oxygen needs to be minimized, the perception of air hunger and suffocation can be reduced.[2,6,10] Suffocation can be one of the most frightening and devastating symptoms the dying must endure.[6,7] The use of antipsychotics and/or antianxiety agents may be necessary to further reduce oxygen requirements. A calm and supportive environment and use of therapeutic touch by the family and nurse are essential.[1,2,18]
The loss of the ability to swallow and control airway secretions is common in the dying process. The primary agents used to address the increase in pooling oral-pharyngeal secretions are glycopyrrolate (Robinul), scopolamine patch, or atropine 1% ophthalmic solution given bucally.[2,3,19] Specific drug and dosages vary with institution and provider preference and were intentionally omitted in the CARES tool. Any of the 3 agents help to control increased oral-pharyngeal secretions associated with the "death rattle."[5,18] This accumulation of secretions does not appear to cause additional suffering for the patient as it occurs within the last few days to hours before death, but it can be extremely disturbing to the family.[1,2,6,18] Oral suctioning is typically ineffective as secretions rapidly reaccumulate. Oral suctioning will increase patient restlessness, further deprive the patient of oxygen, and take precious time away from patient and family grieving and closure.[6,16]
An important education point when addressing airway issues recommended in the CARES tool is the explanation and reassurance families require regarding the irregular, gasping, and agonal-appearing respirations that can occur in the unconscious dying patient hours to moments before death. Families need to know this irregular breathing is involuntary and common in the dying process, and it is not an indicator of suffering.[1,12,18] Again, an understanding of the physiological changes occurring within the body as brain stem function becomes the sole source of respiratory stimulus is essential to enhance the teaching and reassurance so desperately needed by the dying patient's family (Figure 2).
When considering the airway section of the CARES tool, the nurse should ask themselves what can be done to help the patient breathe easier and what else can be said to reassure the family that their loved one is not suffering.

R: Restlessness and Delirium

Terminal or restless delirium occurs in 25% to 85% of actively dying patients.[20] The symptoms include restlessness, agitation, confusion, nightmares, and hallucinations. Uncontrolled pain, particularly in the elderly, can cause confusion and florid delirium. Effective pain management can actually maintain mental clarity.[6] Lorazepam, midazolam, chlorpromazine, and haloperidol are the most frequently used medications for the management of terminal and restless delirium.[9,15,20,21] Providing familiar music, sounds, smells, and a calm nonstimulating atmosphere and the use of touch and verbal reassurance can greatly assist in the reduction of restlessness.
The family may require assistance to explore possible causes of a patient's restlessness such as unresolved conflicts, the desire to see a specific loved one again, or concern over abandoning their family. The nurse should encourage the family to reassure the patient and assist where possible to resolve any "unfinished business."[1,18]
Some forms of delirium can be resistant to standard medical management and require more aggressive sedation to control dangerous thrashing or combative behavior. This can be frustrating for family as the need for increased sedation will limit final communication and closure.[20,21] Families are frightened and confused as terminal delirium can present as a dramatic change in personality and behavior. Effective teaching on the common occurrence of terminal delirium as part of the dying process and reassurance from health care providers is needed.[2,6]
The restlessness section of the CARES tool should prompt nurses to review all possible causes of the patient's restlessness or delirium and to ensure any additional reassurances, support measures, and education are provided (Figure 3).
Figure 3.
 
CARES restlessness and delirium restlessness.

E: Emotional and Spiritual Support

The CARES tool includes the well-documented need for emotional and spiritual support.[1,2,13,18,20–22] Addressing fears of the dying process, abandonment, the unknown, identifying signs and symptoms of nearing death versus suffering, helping families understand emotional withdrawal by the dying patient, and the continued need for touch are common teaching points.[1,2,18] The slowing of physical and mental processes typically seen in the dying can create increased emotional, psychological, and spiritual distress for the patient and family.[1,2,20]
Supportive efforts should focus on assisting both patient and family members.[2,6,23] Long-term psychosocial and mental health issues can develop as a result of prolonged, unrelieved stress associated with the perceived suffering of a loved one.[6,10,20,24] Positive perceptions of the dying processes can influence family coping abilities, grief and bereavement, and future ability to adjust to loss.[20] There is a continual need for emotional and physical support, re-enforcement of decision process, and acknowledgement of grief.[8,25] Clear and open communication is essential. Issues of perceived suffering should be addressed and readdressed to help comfort the family and assist coping.[6,20,23] Nurses need to recognize and embrace the power of their humanity and value it as strongly as any technical skill.[26] The very presence of a health care provider willing to take the time to listen and share in the emotional and spiritual journey of the dying process signifies respect and acknowledges the value of the patient and his/her family.[1,26,27]
When reviewing the emotional and spiritual needs of the patient and family, consider what else can be done to promote a comfortable and peaceful death, and what additional measures may be required to support the family (Figures 4A and Figures 4B).
Figure 4.
 
CARES emotional support.

S: Self-care

The final section of the CARES tool is self-care. Caring for the dying and their families can be very stressful for the health care provider.[11,23] Moral distress can develop as personal core values and perceptions of futility remain unaddressed.[14] Moral distress and compassion fatigue become magnified as health care staff struggle in the role of patient advocate.[6,8] Psychological distress, compassion fatigue, vicarious stress, and secondary traumatic stress syndrome are just some of the terms used to define the resultant loss of self-worth, anxiety, depression, helplessness, dread, anguish, and compromised integrity that can develop when caring for the traumatized, critically ill, and dying.[23,25] Prior knowledge of the importance of self-care is required to fully understand and embrace this important concept contained in the CARES tool.
The CARES tool is designed to remind the nurse to debrief and seek professional and peer support as needed. It is essential for a nurse to accept the normal human need to grieve and to recognize the emotional, spiritual, and psychological damage that can occur when grieving is suppressed.[24,28]
When considering the self-care section of the CARES tool, the nurse should evaluate his/her own emotional status and how it is impacted by providing care to the dying. The CARES tool encourages debriefing, communication, and seeking methods to promote emotional health (Figure 5).
Figure 5.
 
CARES self-care.

Case Study

Mr F. was a 78-year-old gentleman with a history of cardiomyopathy and acute renal insufficiency. He presented to the emergency room complaining of generalized 8/10 chest pain and acute fatigue. He was short of breath, emaciated, pale, and diaphoretic with a blood pressure of 82/40 mm Hg. An echocardiogram showed an ejection fraction of less than 5%. Mr F. knew he was dying and requested do-not-resuscitate status. He was placed on a morphine patient-controlled analgesia at 1 mg/h and PRN boluses of 0.5 mg every 15 minutes PRN, and given oxygen per nasal cannula at 2 L/min. He was admitted to the medical unit with orders for comfort measures only. Hospice was to evaluate him in the morning.
Using the CARES tool as a guide, the nurse clarified what comfort measures meant to Mr F., obtained needed orders, and planned the following nursing actions:
  • Comfort: Based on the comfort section of the CARES tool, the nurse obtained orders to (a) stop all laboratory draws as no follow-up treatments would be provided; (b) change obtaining vital signs to every shift given there were no plans to treat deficits and to minimize interrupting rest; (c) reduce intravenous lines to KVO, limiting the risk of fluid overload and pulmonary edema; and (d) titrate the morphine patient-controlled analgesia to control pain and to optimize coronary perfusion and reduce the workload of the heart.
  • Airway: Following the CARES tool section, the nurse was aware the use of morphine is a recommended standard for the treatment of shortness of breath and planned to continue to titrate as needed. She positioned Mr F. in a comfortable upright position to promote ease of respirations and obtained an order for glycopyrrolate subcutaneous for any increased oral-pharyngeal secretions Mr F. may develop as he progresses deeper into the dying process. Mr F. found the oxygen cannula irritating and requested its removal. The nurse was aware through the CARES tool that oxygen supplementation is often ineffective in the dying process. Oxygen is considered a medication, and Mr F. had the right to refuse it.
  • Restlessness and delirium: Mr F. became very restless but denied chest pain. The nurse reviewed the CARES tool section on restlessness and noted the suggestion to rule out treatable causes of restlessness such as pain and bladder distention. Mr F.'s bladder was firm and distended. An order was obtained for a urinary catheter. Mr F. had an immediate output of 500 mL and began to rest more comfortably. The nurse acted on additional prompts from the CARES tool and obtained an order for haloperidol PRN in preparation of possible future restlessness and/or terminal delirium and lowered the lights in the room to maintain a calm and supportive environment.
  • Emotional and spiritual support: The CARES tool recommends the creation of a supportive and loving atmosphere through the presence of friends and family. Mr F. denied having any family and requested a friend be called and allowed to remain at the bedside. The nurse noted the friend was visibly upset upon arrival and took the time to explain Mr F.'s condition and to listen to the friend's concerns that Mr F. not suffer. The CARES tool emphasizes the importance of treating both the patient and family as a single unit, so the nurse listened attentively and provided education and reassurance. Mr F. appeared peaceful with the friend at the bedside. The nurse was aware of the CARES tool recommendation to help the patient and family avoid any sense of abandonment. His status was assessed frequently, and assurances were made that the nurse would be available if needed. The nurse was aware Mr F. was awake after the friend had fallen asleep. Based on the CARES tool, the nurse knew the importance of presence for emotional and spiritual comfort. The nurse sat by the bedside and held Mr F.'s hand providing reassurance and promoting additional patient comfort. Mr F. died peacefully a few hours later. The friend was supported by pastoral care and assisted with funeral arrangements. Based on prompts from the CARES tool, the nurse knew to obtain additional support from the palliative care team as needed.
  • Self-care: The nurse became tearful when recalling Mr F.'s death while attempting to give report to the on-coming shift. Following CARES tool recommendations, the nurse sought out support from peers. A debriefing session was provided by the manager and attended by coworkers. The nurse was encouraged to verbalize feelings and felt listened to and supported. A CARES tool suggestion to take pride in knowing the last few hours of Mr F.'s life were comfortable and peaceful was explored and provided additional emotional comfort for the nurse.
The case study is a very basic, uncomplicated example of the use of the CARES tool. It provides an example of how death can be a calm and supportive experience if the nurse is prepared and knows what orders to clarify and/or obtain, what supportive nursing measures to make, and what support systems are available.

Key Implications for Palliative Nursing

The CARES tool addresses the most common symptom management needs of a dying patient.[1,2,15,20,29] Research has helped to identify the needs of the dying, the grieving family, and the professional staff. The use of an acronym organized, generic protocol for the care of the dying such as the CARES tool incorporates this research into a readily accessible resource. It can be implemented at any point during EOL care without a formal diagnosis of dying by the ordering provider. This eliminates one of the greatest barriers to the timely and effective use of many pathways and protocols.[9,10] The CARES tool was designed to assist the nurse in the role of patient advocate with prompts on possible orders to obtain, discussions to initiate for improving communication with the patient and family, and teaching points to consider reducing family perceptions of suffering.

Future Research

The CARES tool will be part of a research project at the City of Hope National Medical Center, a 300-bed cancer research center in Duarte, California, to explore methods to improve the delivery of evidence-based care for the dying in a hospital-based setting. Additional research would be welcomed to explore the CARES tool usefulness and adaptation to home-care and long-term-care settings.
The CARES tool is the property of the City of Hope with copyright status pending. The CARES tool is available for downloading free of charge at the City of Hope Pain and Palliative Care Resource Center Web site: http://prc.coh.org.

References

  1. American Association of Colleges of Nursing (AACN). End of Life Nursing Education Consortium (ELNEC) program. www.aacn.nche.edu/elnec. Accessed January 2012.
  2. American Medical Association (AMA). The EPEC project (Education in Palliative and End of Life Care). http://www.epec.net/epec_core.php. Accessed October 2012.
  3. Costantini M, Ottonelli S, Canavacci L, Pellegrini F, Beccaro M. The effectiveness of the Liverpool care pathway in improving end of life care for dying cancer patients in hospital: a cluster randomized trial. BioMed Central Health Serv Res [open access online article]. 2010;11(13):1–10.
  4. Walling A, Brown-Saltzman K, Barry T, Quan RJ, Wenger NS. Assessment of implementation of an order protocol for end-oflife symptom management. J Palliat Med. 2008;11(6):857–865.
  5. Wu P. Patty Wu's Palliative Medicine Pocket Companion. San Diego, CA: Institute of Palliative Medicine; 2009.
  6. Byock I. The Best Care Possible. New York: Penguin Group (USA) Inc; 2012.
  7. Quill TE. AMidwife Through the Dying Process: Stories of Healingand Hard Choices at the End of Life. Baltimore, MD: The John Hopkins University Press; 1996.
  8. Catlin A, Carter B. State of the art: reaction of a neonatal end-of-life palliative care protocol. J Perinatol. 2002;22(3):184–195.
  9. Walling A, Asch SM, Lorenz KA, et al. The quality of care provided to hospitalized patients at the end of life. Arch Intern Med. 2010;170(12):1–13.
  10. Ellershaw J. Care of The Dying: A Pathway to Excellence. 2nd ed. New York: Oxford University Press; 2011.
  11. Frommelt K. Attitudes toward care of the terminally ill: an educational intervention. Am J Hosp Palliat Care. 2003;20(1):13–22.
  12. Thurston AJ, Wilson, DM, Hewitt JA. Current end of life care needs and care practices in acute care hospitals. Nurs Res Pract. 2011;2011:1–8.
  13. Byock I, Twohig JS, Merriman M, Collins K. Promoting excellence in end-of-life care: a report on innovative models of palliative care. J PalliatMed. 2006;9(1):137–151.
  14. Ong W, Yee CM, Lee A. Ethical dilemmas in the care of cancer patients near the end of life. Singapore Med J. 2012;53(1):11–14.
  15. Radha Krishna LK, Poulose VJ, Goh C. The use of midazolam and haloperidol in cancer patients at the end of life. Singapore Med J. 2012;53(1):62–66.
  16. Del Fabbro E, Dalal S, Bruera E. Symptom control in palliative care. J Palliat Med. 2006;9(2):422–437.
  17. Morgan J. How to improve services for dying patients in critical care: adapting protocols. Nurs Times. 2010;106(4):16–18.
  18. Ferrell BR, Coyle N, eds. Oxford Textbook of Palliative Nursing. 3rd ed. New York: Oxford University Press; 2010.
  19. Kamal AH, Maguire JM, Weeler JL, Currow DC, Abernethy AP. Dyspnea review for the palliative care professional: treatment goals and therapeutic options. J PalliatMed. 2012;15(1):106–114.
  20. Brajtman S. Helping the family through the experience of terminal restlessness. J Hosp Palliat Nurs. 2005;7(2):73–81.
  21. De Graeff A, Dean M. Palliative sedation therapy in the last weeks of life: a literature review and recommendations for standards. J Palliat Med. 2007;10(1):67–85.
  22. Douglas C, Murtagh FE, Chambers EJ, Howse M, Ellershaw J. Symptom management for the adult patient dying with advanced chronic kidney disease: a review of the literature and development of evidence-based guidelines by a United Kingdom expert consensus group. Palliat Med. 2009;23(2):103–110.
  23. Parish K, Glaetzer K, Grbich C, Hammond L, Hagarty M, McHugh A. Dying for attention: palliative care in the acute setting. Aust JAdv Nurs. 2006;24(2):1–25.
  24. Sinclair S. Impact of death and dying on the personal lives and practices of palliative and hospice care professionals. Can MedAssoc J. 2011;183(2):180–187.
  25. Peterson J, Johnson M, Halvorsen B, et al. What is so stressful about caring for a dying patient? A qualitative study of nurses' experiences. Int J Palliat Nurs. 2010;16(4):181–167.
  26. Puchalski CM, Ferrell, BR. Making Health Care Whole:Integrating Spiritually Into Practice [electronic edition]. West Conshohocken, PA: Templeton Press; 2010.
  27. Nichols T. Death and Afterlife: A Theological Introduction. Grand Rapids, MI: Brazos Press; 2010.
  28. Todaro-Franceschi V. Compassion Fatigue and Burnout inNursing: Enhancing Professional Quality of Life. New York: Springer Publishing; 2013.
  29. Keene PR, Thompson C. Educational implications of nurses' assessment and management of pain. J Hosp Palliat Nurs. 2008;10(6):370–375.
 

Nowhere to Hide From C. difficile: Study

Nowhere to Hide From C. difficile: Study

Jun 19, 2013
By Andrew M. Seaman
NEW YORK (Reuters Health) Jun 19 - Otherwise healthy people with Clostridium difficile may have acquired the infection in doctors' offices or other healthcare sites, according to a new government study that also hints proton pump inhibitors might increase the risk.
Researchers from the U.S. Centers for Disease Control and Prevention (CDC) found that about 82% of C. difficile cases in healthy people occurred after visiting healthcare settings.
"I think people should be aware of the source," said Dr. Fernanda Lessa, a medical epidemiologist in the surveillance branch of the division of healthcare quality promotion of the CDC and the study's senior author.
People typically acquire C. difficile during a hospital stay, especially after antibiotic therapy.
But C. difficile infection has been increasingly reported in young and healthy people who didn't stay in the hospital, Dr. Lessa and her colleagues write in JAMA Internal Medicine, adding that 20% to 28% of C. difficile cases are in healthy people.
In the current study, Dr. Lessa and her colleagues analyzed telephone interviews with 984 infected people in eight states from 2009 through mid-2011.
Overall, 18% hadn't made recent visits to a healthcare facility. The rest did report visiting doctors' or dentists' offices or even having been in a hospital for less than a day, such as for outpatient surgery.
About 64% of the infected people reported taking antibiotics during the previous 12 weeks. Those who took antibiotics were also more likely to have some sort of exposure to a healthcare facility.
Other possible sources of exposure to the bacteria are infected family members - especially babies, who can carry the bacteria without showing any symptoms.
The study participants who weren't exposed to a healthcare facility were also less likely to have taken antibiotics, but more of them were exposed to a third possible risk factor: proton-pump inhibitors.
Because previous research has tied proton-pump inhibitors to C. diff in healthy people, the U.S. Food and Drug Administration issued a warning about the association in February 2012, according to Dr. Kent Sepkowitz, writing in a commentary accompanying the new study.
"People should just be cautious about taking them willy-nilly. There are certainly people who need to take them, but then there are many who don't," said Dr. Sepkowitz, director of infection control at Memorial Sloan-Kettering Cancer Center in New York.
Dr. Peter Green from the Celiac Disease Center as Columbia University in New York said the drugs may create a hospitable environment for the C. diff bacteria to survive or - like antibiotics - they may disrupt the colon's "good" bacteria.
"It's very interesting because these proton-pump inhibitors are very widely used. People tend to get them and they just stay on them. Part of that is that they actually work to reduce heartburn symptoms," he said.
Dr. Green, who was not involved with the new study, said doctors are trying to get some people off the drugs because of their associations with C. diff, osteoporosis and other gastrointestinal infections.
"They're being used much more than is really necessary," he said.
Dr. Lessa cautioned, however, that it's not possible to draw firm conclusions from their study about what's causing the infections because it didn't compare the C. diff patients with a control group.
"The next step now is that we're undertaking a case-control study, enrolling patients without C. diff infections and test the hypotheses that were raised by this study," she said.
JAMA Intern Med 2013.
 

Mandatory Vaccination of Healthcare Workers a Success

Mandatory Vaccination of Healthcare Workers a Success

Fran Lowry
Jun 17, 2013
FORT LAUDERDALE, Florida — When given a choice between being vaccinated against influenza and being terminated from their jobs, the vast majority of healthcare workers chose vaccination.
Mandatory flu vaccination as a condition of employment did not lead to excessive voluntary termination, according to a 4-year analysis of vaccination rates at the Loyola University Medical Center (LUMC) in Maywood, Illinois.
Dr. Jorge Parada
"Vaccination is the most effective way of preventing infection. We, as healthcare workers, should do everything we can to prevent our patients from becoming ill," Jorge Parada, MD, from Loyola University Chicago Stritch School of Medicine, told Medscape Medical News.
"Healthcare workers are at higher risk for the flu. We have a responsibility because we know we are going to have a greater exposure risk," Dr. Parada said here at the Association for Professionals in Infection Control and Epidemiology (APIC) 2013 Annual Meeting.
Although annual influenza vaccination is recommended for all healthcare workers, the national average is only 64%.
Take It or Leave It
Four years ago, Dr. Parada and his colleagues at LUMC decided to make vaccination mandatory for all healthcare staff, with a few exemptions for well-documented religious or medical reasons.
"We made it clear that if they don't get vaccinated, they are not working here anymore. It was either get vaccinated or get an official exemption. We wanted 100% participation," he said.
To get an official exemption for medical reasons, the healthcare worker had to get a letter from his or her physician, which would then be reviewed by a special panel.
"It wasn't enough to say 'I have an egg allergy.' We wanted it on a letter from a doctor on letterhead. We also reserved the right to request additional information from the physician if we felt the explanation was insufficient. In addition, if the justification for no vaccination was an allergy, we reserved the right to do skin and allergy testing," he explained.
Before this stringent measure was enacted, many healthcare workers used egg allergy as an excuse not to get vaccinated, Dr. Parada said.
 
Miraculously, hundreds and hundreds of egg allergies disappeared in our healthcare workers.
 
"As soon as we required proof from the doctor and reserved the right to do allergy testing, miraculously, hundreds and hundreds of egg allergies disappeared in our healthcare workers," he said.
There was a similar high bar for religious exemptions.
"We wanted a letter from the pastor, priest, rabbi, guru, whoever it was, and we wanted a phone number so that we could contact that person if we wanted to discuss the exemption further," Dr. Parada said.
Vaccination Rate Now Almost 100%
In the 3 years before vaccination became mandatory, the average vaccination rate was 65%. Since it became mandatory in 2009, the vaccination rate is close to 99%, with the rest being exempted.
In addition to hospital staff, volunteers, medical students, and nursing students must be vaccinated, Dr. Parada said.
LUMC has not tracked whether mandatory immunization has resulted in better outcomes for patients, so that remains unclear. However, he noted that mandatory immunization has reduced flu-related absenteeism among hospital staff.
"Getting vaccinated is not about you, it's about the people you take care of. That is what we want to get across to our healthcare workers, and that is the main shift in thinking that has to occur. Most healthcare workers are relatively young and healthy, and not as affected by the flu as more vulnerable people are, so they think they don't need to be vaccinated. But it's not about them," he said.
Marcia Patrick
Marcia Patrick, RN, an infection preventionist from Tacoma, Washington, and a member of the APIC practice guidance committee, noted that flu is just one of several communicable diseases for which vaccination is mandated for healthcare workers.
"The Centers for Disease Control and Prevention recommends that healthcare workers be immune to mumps, measles, rubella, chicken pox, and more recently pertussis. Mandatory vaccinations or proof of immunity as a condition of employment in healthcare is not a new concept, and vaccination against flu is just a new addition," Patrick, who was not part of the study, told Medscape Medical News.
She recounted a similar experience with mandatory vaccinations at institutions in Tacoma.
"The first year we instituted mandatory vaccination there were 6 or so people who chose to terminate rather than be vaccinated. Thereafter, each year there were 1 or 2, which is always going to happen," she said.
Getting all the institutions in a community to have the same mandatory vaccination policy is key to success, Patrick explained.
"If all the facilities in the community go to the same standard, it increases the motivation to get vaccinated because staff who refuse can't just go down the street and get another job. It's a community effort, and it's about getting healthcare workers to understand how important flu vaccination is. We don't have a right, as healthcare workers, to jeopardize our patients' safety, and vaccination makes a very big difference," she said. "It really does."
Dr. Parada and Ms. Patrick have disclosed no relevant financial relationships.
Association for Professionals in Infection Control and Epidemiology (APIC) 2013 Annual Meeting: Abstract 12. Presented June 9, 2013.
 

Popular Sleep Med Heightens Recall of Negative Memories


Popular Sleep Med Heightens Recall of Negative Memories

Findings May Have Clinical Implications for Patients With PTSD and Other Anxiety Disorders

Kathleen Louden
Jun 25, 2013
A popular anti-insomnia medication, zolpidem (Ambien, sanofi-aventis US), increases the ability to remember images, but only those that have negative or highly arousing content, new research shows.
Investigators at the University of California, Riverside, improved memory by pharmacologically manipulating sleep in 28 healthy volunteers.
Although the participants did not have sleep problems, study coauthor Sara Mednick, PhD, said that the findings have potential ramifications for patients prescribed zolpidem for relief of insomnia due to anxiety disorders, including posttraumatic stress disorder (PTSD).
"Physicians should watch out for this countertherapeutic effect in patients with anxiety disorders and PTSD," Dr. Mednick told Medscape Medical News. "These are people who already have heightened memory for negative and high-arousal memories."
She cautioned, however, that it is premature to warn patients taking this drug of the potential for increased recollection of sad, frightening, or stimulating memories, saying further research is needed.
The findings were published online June 14 in the Journal of Cognitive Neuroscience.
Manipulating Memory
The study also identified sleep "spindles" as the mechanism that enables the brain to consolidate emotional memory. Sleep spindles are brief bursts of brain activity that occur primarily during non–rapid eye movement (REM) sleep.
Previously, Dr. Mednick and colleagues found that sleep spindles play a critical role in consolidating information from short-term to long-term memory. Other researchers have focused on REM sleep as key to emotional memory, but Dr. Mednick's group found in the current study that sleep spindles, not REM sleep, affect emotional memory.
These findings give hope that memory can be manipulated in positive ways, said William Kohler, MD, a spokesman for the American Academy of Sleep Medicine in Darien, Illinois, and the medical director of Florida Sleep Institute in Spring Hill, Florida.
Dr. Kohler, who was not involved in the study, told Medscape Medical News, "The more we know about the processes in memory, the better our ability to intervene clinically in patients with emotional problems and memory problems such as dementia — patients who have a high prevalence of insomnia."
The study included 15 men and 13 women, aged 18 to 39 years, all of whom were normal sleepers. The researchers used 2 hypnotic medications, zolpidem and sodium oxybate (Xyrem, Jazz Pharmaceuticals, Inc.), to pharmacologically manipulate sleep spindle density, which they defined as the number of spindles in stage 2 divided by the minutes of stage 2.
The authors note that previous research has shown that zolpidem increased spindle activity, whereas sodium oxybate decreased it.
On 3 separate occasions in this crossover design, the participants received, in an order that was "counterbalanced across participants," 10 mg of zolpidem orally, 2.5 g of sodium oxybate, or a placebo, with at least 5 days between study days to allow for drug washout.
On the study days and 2 days before, participants reportedly did not consume alcohol, caffeine, or stimulants.
Participants performed a memory test before and after a 90-minute morning nap in a polysomnography-monitored sleep laboratory, where they had spent the preceding night.
To encode memories before the nap, participants viewed on a computer monitor 100 target images, 20 from each of 5 stimulus groups known to evoke positive, negative, or neutral responses.
The groups were as follows: (1) positive, low arousal, which Dr. Mednick said included an image of a kitten; (2) positive, high arousal, such as a picture of a roller coaster; (3) negative, low arousal, for instance, an image of people gathered around a grave site; (4) negative, high arousal, such as a picture of a snake about to attack; and (5) neutral images, such as a tree.
Participants received the study drug immediately before the nap. Several hours after their nap, they performed a memory retrieval test, which involved viewing the same 100 target images, which were randomly rearranged and mixed with 100 new, irrelevant images.
A computer prompt asked them to respond by indicating how certain they were that the image was old or new, to determine memory accuracy ("memory discriminability").
Ceiling Effect
Electroencephalography tracked sleep spindles in stage 2 sleep, with the electrodes at C3 and C4 positions.
Sleep spindles, Dr. Mednick said, appeared to be vital for enhancing emotional memory. The participants' sleep spindle density was significantly higher when they received zolpidem before sleep and significantly lower with sodium oxybate compared with placebo. Reported results (mean ± standard deviation) were 3.23 ± 1.38 for zolpidem, 1.93 ± 1.24 for sodium oxybate, and 2.67 ± 1.58 for placebo (F[degrees of freedom 2, 54] = 13.18; P < .001, 1-way analysis of variance).
In contrast, memory accuracy was significantly better in zolpidem-enriched sleep (P = .005) vs placebo, but not significantly better with sodium oxybate, the researchers reported.
They found, however, that increasing sleep spindle density was associated with increased memory accuracy for highly arousing and negative stimuli only when the participants received sodium oxybate.
The authors suggested that the lack of a significant positive correlation between spindle density and memory accuracy with zolpidem might be because that drug does not produce a great enough range of spindles, creating a "ceiling effect."
High Specificity
The significant difference in memory accuracy with zolpidem existed for both negative and high-arousal stimuli but not for positive or low-arousal stimuli.
"I was surprised by the specificity of the results, that the emotional memory improvement was specifically for negative and high-arousal memories," Dr. Mednick said in a statement.
Dr. Kohler said he also found the effect that zolpidem had on memory surprising.
"This article, even though a relatively small number of patients were involved, does give some correlation between zolpidem and increased spindle density, which was found to increase memory discrimination. It's very interesting, but whether it's replicable in other studies, we don't know yet. We need to do a lot more investigating."
Because benzodiazepines produce similar effects on sleep as zolpidem, Dr. Mednick said that future research should investigate whether benzodiazepinelike drugs increase retention of negative and arousing memories, especially in patients with PTSD.
The US Department of Veterans Affairs (VA) in 2010 recommended against treatment of PTSD with benzodiazepines, but the VA's National Center for PTSD reported that 30% of veterans with PTSD are still prescribed benzodiazepines in the VA system (PTSD Res Q, 2013;23:1).
This study was funded by an award from the National Institutes of Health. Dr. Mednick and Dr. Kohler have reported no relevant financial relationships.
J Cogn Neurosci. Early access publication June 14, 2013. Abstract
 

Lifting heavy patients

Question

I work in a urology office. Many of our disabled patients must be lifted out of bed using a hydraulic lift. Here at the clinic, a physician expects 2 women to lift these patients onto the examination table. I already take gabapentin for neck and back pain. What can I do to stop this situation?
Response from Carolyn Buppert, MSN, JD

Healthcare attorney

Very Heavy Lifting

Lifting more than 100 lb is considered very heavy work. In the Code of Federal Regulations,[1] jobs are classified according to physical exertion requirements: sedentary, light, medium, heavy, and very heavy. According to the regulations:
Sedentary work involves lifting no more than 10 pounds at a time and occasionally lifting or carrying articles like docket files, ledgers, and small tools. Although a sedentary job is defined as one which involves sitting, a certain amount of walking and standing is often necessary in carrying out job duties. Jobs are sedentary if walking and standing are required occasionally and other sedentary criteria are met.

Light work involves lifting no more than 20 pounds at a time with frequent lifting or carrying of objects weighing up to 10 pounds. Even though the weight lifted may be very little, a job is in this category when it requires a good deal of walking or standing, or when it involves sitting most of the time with some pushing and pulling of arm or leg controls. To be considered capable of performing a full or wide range of light work, [a worker] must have the ability to do substantially all of these activities....

Medium work involves lifting no more than 50 pounds at a time with frequent lifting or carrying of objects weighing up to 25 pounds....

Heavy work involves lifting no more than 100 pounds at a time with frequent lifting or carrying of objects weighing up to 50 pounds....

Very heavy work involves lifting objects weighing more than 100 pounds at a time with frequent lifting or carrying of objects weighing 50 pounds or more....

Friday, June 21, 2013

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