ASPMN Position Statement: Authorized Agent Controlled Analgesia.

The American Society for Pain Management Nursing (ASPMN) has reviewed and updated its position statement on the use of authorized agent controlled analgesia (AACA) for patients who are unable to independently utilize a self-dosing analgesic infusion pump, commonly known as patient-controlled analgesia (PCA). ASPMN continues to support the use of AACA to provide timely and effective pain management while promoting equitable care for vulnerable patient populations who are unable to use PCA. ASPMN does not support the use of "PCA by Proxy" in which unauthorized individuals activate PCA for a patient. This position statement includes an updated review of the evidence related to AACA. Clinical practice recommendations for authorized agents, nurses, prescribers, and organizations are provided with an emphasis on the importance of appropriate authorized agent selection, education, diligent patient assessment and medication management.

A Comparison Study-Oral Patient-Controlled Analgesia Versus Traditional Delivery of Pain Medication Following Orthopaedic Procedures.

BACKGROUND: Orthopedic surgical patients have reported significantly lower numeric pain scores using a Wi-Fi oral patient-controlled analgesia (PCA) device compared to patients receiving oral as-needed (PRN) medication by manual administration. More than 90% of nurses using the oral PCA device have agreed that the device saved them time. The manual administration of PRN pain medication is frequently delayed and consumes a significant amount of nursing time. Delays in PRN pain medication delivery have been classed as missed nursing care, called an error of omission. PURPOSE: The purpose of this timing study was to examine if the use of the oral PCA device would reduce the nursing time to accomplish the delivery of PRN oral pain medication compared to the manual administration by nursing staff. METHODS: Each total task for the manual and device administration of a single PRN delivery of an oral pain medication was divided into subtasks. Personal data assistant (PDA) devices were programmed to enable the collection of timing data for each subtask for both methods. RESULTS: The manual administration time was 12.7 minutes per single dose beginning with the patient medication request and ending with pain reassessment. The oral PCA device steps to program the device, deliver one of eight doses of medication, and discharge the patient from the device required 2.06 minutes of nursing time. Reloading an additional eight-dose tray required 40 seconds of nursing time per dose of medication administered. CONCLUSION: The oral PCA saved 84% of the nursing time to administer each dose of PRN medication manually. These data provide evidence that the oral PCA device would reduce the nursing time to deliver a single dose of PRN oral pain medication.

Patient-directed self-management of pain (PaDSMaP) compared to treatment as usual following total knee replacement; a randomised controlled trial.

BACKGROUND: Self-administration of medicines by patients whilst in hospital is being increasingly promoted despite little evidence to show the risks and benefits. Pain control after total knee replacement (TKR) is known to be poor. The aim of the study was to determine if patients operated on with a TKR who self-medicate their oral analgesics in the immediate post-operative period have better pain control than those who receive their pain control by nurse-led drug rounds (Treatment as Usual (TAU)). METHODS: A prospective, parallel design, open-label, randomised controlled trial comparing pain control in patient-directed self-management of pain (PaDSMaP) with nurse control of oral analgesia (TAU) after a TKR. Between July 2011 and March 2013, 144 self-medicating adults were recruited at a secondary care teaching hospital in the UK. TAU patients (n = 71) were given medications by a nurse after their TKR. PaDSMaP patients (n = 73) took oral medications for analgesia and co-morbidities after two 20 min training sessions reinforced with four booklets. Primary outcome was pain (100 mm visual analogue scale (VAS)) at 3 days following TKR surgery or at discharge (whichever came soonest). Seven patients did not undergo surgery for reasons unrelated to the study and were excluded from the intention-to-treat (ITT) analysis. RESULTS: ITT analysis did not detect any significant differences between the two groups' pain scores. A per protocol (but underpowered) analysis of the 60% of patients able to self-medicate found reduced pain compared to the TAU group at day 3/discharge, (VAS -9.9 mm, 95% CI -18.7, - 1.1). One patient in the self-medicating group over-medicated but suffered no harm. CONCLUSION: Self-medicating patients did not have better (lower) pain scores compared to the nurse-managed patients following TKR. This cohort of patients were elderly with multiple co-morbidities and may not be the ideal target group for self-medication. TRIAL REGISTRATION: ISRCTN10868989 . Registered 22 March 2012, retrospectively registered.

Effects of a 30-mL Epidural Normal Saline Bolus on Time to Full Motor Recovery in Parturients Who Received Patient-Controlled Epidural Analgesia With 0.125% Bupivacaine With 2 µg/mL of Fentanyl.

Previous research suggests that an epidural bolus of 30 mL of normal saline after vaginal delivery may decrease the time for recovery from motor block. A double-blind, randomized controlled study was conducted in 46 parturients to determine if a 30-mL normal saline bolus or sham administered via epidural approach after delivery reduces the time to full motor recovery and the time to 2-dermatome regression. No significant difference was found in time to full motor recovery (saline group 83.18 ± 54 minutes vs control group 100.23 ± 48 minutes, P = .27) or time to 2-dermatome sensory regression (saline group 29.32 ± 16.35 minutes vs control group 36.14 ± 14.39 minutes, P = .15). Results suggest no advantage to the administration of a saline bolus after delivery to hasten the motor recovery in parturients. A post hoc power analysis suggested a sample size of 204 subjects would have been needed to show a difference for this dilute local anesthetic regimen. There were no complications to the technique, which suggests that it is safe to perform, but the difference in recovery (approximately 17 minutes) from a dilute local anesthetic dose may not be clinically significant.

Nurses' Perceptions and Attitudes Toward Use of Oral Patient-Controlled Analgesia.

Patient-controlled analgesia (PCA) administered intravenously is a generally well-accepted therapy by nurses and patients. PCA devices are now available for oral medications, allowing patients to self-administer pain pills without requesting them from the nurse. Successful introduction of new pain medication delivery devices can depend on nurses' knowledge and attitudes. The aim of this institutional review board approved project was to evaluate nurses' perceptions and attitudes toward using an oral PCA device for patients' pain. A 4-week study was designed and conducted at an academic medical center on an orthopedic unit and a women's health unit. Nurse participants received education on using the oral PCA device and were invited to complete a pre- and poststudy knowledge and attitude survey regarding pain management. Nurses and patients also completed a questionnaire about perceptions related to using the oral PCA device. Findings showed that nurses' attitudes toward using the oral PCA device were less favorable than those of patients, suggesting that nurses may require additional education for acceptance of this device. Results from 37 nurses showed improvement in overall knowledge and attitudes, from 70.8% pretest to 74.2% post-test. Although improvement was not statistically significant (p = .1637), two items showed significant improvement. Knowledge about the effectiveness of NSAIDS was 27.5% pretest compared with 60.0% post-test (p = .0028); and understanding about use of opioids in patients with a history of substance abuse was 50% pretest compared with 70% post-test (p = .0531). Helping nurses overcome the perceived barriers to use of an oral PCA device has potential implications for better pain management as well as enhanced patient satisfaction.

Pain Management for Children during Bone Marrow and Stem Cell Transplantation.

Pain management for children during bone marrow and stem cell transplantation is a significant clinical challenge for the health care team. Pain management strategies vary by institution. This paper reports on the use of a pediatric pain management service and patient- and caregiver-controlled analgesia for children undergoing transplant. This 2-year retrospective chart review examined the pain management practices and outcomes of children undergoing bone marrow and stem cell transplants in a large urban teaching hospital during 2008 and 2009. We concluded that patient- and caregiver-controlled analgesia is a well-tolerated modality for pain control during hospitalization for transplantation at this institution.

Pain management.

Assessing pain is an important element of nursing skills. Sophie is careful to pay attention to evaluating and relieving her patients' pain. Today, she carries out the assessment of a new patient, and also sets up a PCA infusion pump for a patient in acute pain.

[Direct cost of connecting, maintaining and disconnecting patient-controlled analgesia pump]. / Custo direto da instalação, manutenção e desligamento da bomba de analgesia.

Quantitative research that aimed to identify the mean total cost (MTC) of connecting, maintaining and disconnecting patient-controlled analgesia pump (PCA) in the management of pain. The non-probabilistic sample corresponded to the observation of 81 procedures in 17 units of the Central Institute of the Clinics Hospital, Faculty of Medicine, University of Sao Paulo. We calculated the MTC multiplying by the time spent by nurses at a unit cost of direct labor, adding the cost of materials and medications/solutions. The MTC of connecting was R$ 107.91; maintenance R$ 110.55 and disconnecting R$ 4.94. The results found will subsidize discussions about the need to transfer money from the Unified Health System to hospitals units that perform this technique of analgesic therapy and it will contribute to the cost management aimed at making efficient and effective decision-making in the allocation of available resources.

Direct cost of connecting, maintaining and disconnecting patient-controlled analgesia pump / Custo direto da instalacao, manutencao e desligamento da bomba de analgesia / Costo directo de la instalacion, mantenimiento y detencion de la bomba de analgesia controlada por el paciente

Quantitative research that aimed to identify the mean total cost (MTC) of connecting, maintaining and disconnecting patient-controlled analgesia pump (PCA) in the management of pain. The non-probabilistic sample corresponded to the observation of 81 procedures in 17 units of the Central Institute of the Clinics Hospital, Faculty of Medicine, University of Sao Paulo. We calculated the MTC multiplying by the time spent by nurses at a unit cost of direct labor, adding the cost of materials and medications/solutions. The MTC of connecting was R$ 107.91; maintenance R$ 110.55 and disconnecting R$ 4.94. The results found will subsidize discussions about the need to transfer money from the Unified Health System to hospitals units that perform this technique of analgesic therapy and it will contribute to the cost management aimed at making efficient and effective decision-making in the allocation of available resources.

Estudio cuantitativo cuyo fue objetivo identificar el costo total promedio (CTM) de la instalación, mantenimiento y detención de la bomba de analgesia controlada por el paciente (PCA) para el manejo del dolor. La muestra no probabilística correspondió a la observación de 81 procedimientos en 17 unidades del Instituto Central del Hospital de las Clínicas de la Facultad de Medicina de la Universidad de São Paulo. Se calculó el CTM multiplicándose el tiempo dedicado por las enfermeras por el costo unitario de la mano de obra directa más el costo de los materiales y medicamentos/soluciones. El CTM de la instalación fue de R$107,91, el del mantenimiento fue de R$ 110,55 y el de la detención de la bomba fue de R$ 4,94. Los resultados pueden contribuir a las discusiones sobre la necesidad de transferir dinero del Sistema Nacional de Salud a las unidades hospitalarias que realizan esta técnica de terapia analgésica y a la gestión de los costos con el fin de favorecer la toma de decisiones eficientes y eficaces respecto al destino de los recursos disponibles.

Pesquisa quantitativa que objetivou identificar o custo total médio (CTM) da instalação, manutenção e desligamento da bomba de analgesia controlada pelo paciente (PCA) no manejo da dor. A amostra não probabilística correspondeu à observação de 81 procedimentos em 17 Unidades do Instituto Central do Hospital das Clínicas da Faculdade de Medicina da Universidade de São Paulo. Calculou-se o CTM multiplicando-se o tempo despendido pelas enfermeiras pelo custo unitário da mão de obra direta, somando-se ao custo dos materiais e medicamentos/soluções. O CTM da instalação foi de R$ 107,91; da manutenção R$ 110,55 e do desligamento R$ 4,94. Os resultados obtidos subsidiarão discussões acerca da necessidade de repasse monetário do Sistema Único de Saúde às unidades hospitalares que realizam essa técnica de terapia antálgica e contribuirão para o gerenciamento de custos visando à tomada de decisão eficiente e eficaz na alocação dos recursos disponíveis.

Nursing knowledge and beliefs regarding patient-controlled oral analgesia (PCOA).

Patient-controlled oral analgesia (PCOA) allows patients to self-administer oral opioids for pain management. Advantages of PCOA include improved pain control with lower doses of opioids, decreased length of stay, increased patient satisfaction, and better functional outcomes than conventional nurse-administered oral analgesia. Sucessful PCOA programs are well described in the literature. However, nurses have concerns about allowing patients to self-administer opioids. The purpose of this study was to identify nurses' knowledge and beliefs regarding PCOA. Nurses who work at the Holland Orthopaedic and Arthritic Centre were asked to complete a survey exploring their beliefs regarding PCOA. The nurses were asked to complete the same survey twice: before an education program in February 2010, and 3 months after implementation of PCOA in June 2010. In February 2010, 74 nurses and in June 2010, 32 nurses participated in the survey. Some nurses (18%) had previous experience with PCOA. At both the pre-education and the postimplementation times, nurses thought that the PCOA program reduced wait times for analgesics and improved patient satisfaction with pain management. Before program implementation, negative beliefs included that patients on the PCOA program would lose their analgesics, would give their analgesics to visitors or other patients, and were at risk for having their analgesics stolen and that the nurse was liable if the patient's analgesics were lost or stolen. After program implementation, no nurse believed that patients would lose their analgesics or give their analgesics to visitors or other patients or that they were liable for lost or stolen analgesics. However, nurses continued to think that patients were at risk for having their analgesics stolen. We found that nurses were concerned that analgesics could be lost, misused, or stolen and that they would be liable for lost analgesics. These findings were consistent with literature discussing patients' outcomes regarding PCOA. However, after education and experience these concerns decreased or resolved. It is important to address these concerns before PCOA program implementation.

PCA by proxy: taking the patient out of patient-controlled analgesia: this controversial practice can be done safely in carefully controlled circumstances.

Among the questions raised about patient-controlled analgesia (PCA) by proxy are as follows: What are the safety issues related to PCA by proxy? Should another type of pain management be used for patients who can not activate the PCA button? This article focuses on safe PCA use and authorized agent-controlled analgesia (AACA).

Factors that influence pain intensity and fentanyl requirements after a gynecologic laparotomy.

The association between pain intensity and its control by intravenous patient-controlled analgesia (IV-PCA) with fentanyl after a laparotomy for cystectomy/salphingoophorectomy, myomectomy, or hysterectomy was investigated. IV fentanyl infusion was administered to patients (n = 94) at 3 µg/kg/h to provide intraoperative analgesia after induction of general anesthesia. Postoperative fentanyl requirements were quantified via IV-PCA, and the amounts of rescue fentanyl required both during and after surgery were recorded. Mean values for PCA use as well as the visual analog scores (VAS) for pain were documented for up to 24 hours. The association between postoperative fentanyl requirements and VAS were then analyzed by using Mann-Whitney or Kruskal-Wallis tests. Patients with lower midline incisions had greater degrees of pain (p < .05) during the first 16 hours after surgery but did not consume more fentanyl compared with patients with Pfannenstiel incisions. Subjects who underwent operations lasting >4 hours required more rescue fentanyl during surgery (p < .05). However, this group consumed less fentanyl during the first 4 hours after surgery (p < .05). The demand at the fourth 4-hour period was lower among subjects undergoing myomectomy compared with cystectomy/salphingoophorectomy or hysterectomy (p = .045). Only a poor correlation was observed between pain intensity and analgesic usage. Postoperative pain intensity is influenced by the type of surgical incision but not the type of gynecologic surgery nor the duration of surgery. The relationship between subjective pain ratings with analgesic consumption is weak. Prolonged intraoperative administration of continuous IV fentanyl infusion may reduce fentanyl requirements in the immediate postoperative period.

A novel approach to pain management in persons with sickle cell disease.

Sickle cell disease (SCD) is an illness that affects red blood cells. Patients with SCD can have chronic pain or acute pain episodes, which must be managed with medical therapy. Although many options are available for pain management, utilization of subcutaneous patient-controlled analgesia for pain management has positive outcomes for patients in both pain management and satisfaction.

Trauma pain protocol: an interdisciplinary approach to process improvement.

The trauma pain protocol was developed in response to nursing staff concerns regarding pain management practices and hospital-wide goals. Data collected on pain management practices within the trauma patient population identified inconsistencies with the transition of patient-controlled analgesia (PCA) to oral (PO) and intravenous (IV) pain medications. Nursing staff cited concerns with the frequent need for calls to clinicians to obtain additional pain medication orders following discontinuation of PCA. An interdisciplinary team developed a protocol to address appropriate PCA to PO/IV conversion, adjuvant medications, opioid reversal, and management of adverse effects. Data collected from a 4-month pilot of the protocol demonstrated a reduction in changes made to PO/IV medications following discontinuation of PCA. Nursing response to the protocol included increased satisfaction with pain management practices and a perception of time saved through reduced need for calls to clinicians for additional pain medication modifications. We conclude that this protocol results in a more individualized, evidence-based transition from PCA to PO/IV.

Parent-controlled PCA for pain management in pediatric oncology: is it safe?

Patient-controlled analgesia offers safe and effective pain control for children who can self-administer medication. Some children may not be candidates for patient-controlled analgesia (PCA) unless a proxy can administer doses. The safety of proxy-administered PCA has been studied, but the safety of parent-administered PCA in children with cancer has not been reported. In this study, we compare the rate of complications in PCA by parent proxy versus PCA by clinician (nurse) proxy and self-administered PCA. Our pediatric institution's quality improvement database was reviewed for adverse events associated with PCA from 2004 through 2010. Each PCA day was categorized according to patient or proxy authorization. Data from 6151 PCA observation days were included; 61.3% of these days were standard PCA, 23.5% were parent-proxy PCA, and 15.2% were clinician-proxy PCA days. The mean duration of PCA use was 12.1 days, and the mean patient age was 12.3 years. The mean patient age was lower in the clinician-proxy (9.4 y) and parent-proxy (5.1 y) groups, respectively. The complication rate was lowest in the parent-proxy group (0.62%). We found that proxy administration of PCA by authorized parents is as safe as clinician administered and standard PCA at our pediatric institution.

Perioperative pharmacology: patient-controlled analgesia.

Patient-controlled analgesia (PCA) is an effective treatment option for reducing pain, but PCA errors can be quite serious. Opioid analgesics are among the most effective pain relievers available, but all have contraindications and can have adverse effects, including respiratory depression and other effects on the central nervous system. Practitioners must weigh the potential benefits of PCA use against the risks. Errors associated with the PCA process have been documented in each phase of the medication-use process; therefore, practice improvements in prescribing, transcribing, dispensing, administering, and monitoring PCA may reduce the likelihood of errors. Perioperative nurses can make important contributions to safe PCA use by establishing standardized processes to help ensure positive patient outcomes in pain management.