Alvarez, J., Meyer, F. L., Granoff, D. L., & Lundy, A. (2013). The effect of EEG biofeedback on reducing postcancer cognitive impairment. Integrative Cancer Therapies, 12, 475–487.
To determine the feasibility of using electroencephalography (EEG) biofeedback (neurofeedback) and identify its potential effects on cognitive impairment, sleep quality, fatigue, and psychological symptoms.
Neurofeedback was provided using an EEG system that detects and alerts the brain of phase changes to increase brain flexibility and resilience. Single EEG sensors, placed at the left C3 and right C4 for each brain hemisphere, analyze EEG activity for identification of phase state changes in the brain. During the session, the patient listened to music while sitting quietly; brief interruptions of the music signal alerted the patient that the software detected phase changes and was providing the brain feedback. No patient response or action was required because it is believed that the brain uses the feedback for its own self-organization without conscious action. Patients had twice weekly sessions for 10 weeks. Assessments were performed prior to beginning the sessions and during the fourth, seventh, and tenth week of sessions.
The study was conducted at a single outpatient site in Ohio.
The study has clinical applicability for late effects and survivorship.
The study used a feasibility quasiexperimental design.
Significant symptom presence and dysfunction were reported by this sample at baseline, as compared to normative data. Baseline comparisons to normative sample showed significant differences from the norms in all measures, indicating significant dysfunction. FACT, FACIT, and PSQI scores improved over time, although not at a constant rate over longitudinal time points. At study conclusion, symptom report of dysfunction no longer differed significantly from normative populations on three of four FACT-C subscales, FACIT, and PSQI. The proportion of patients using sleep medications declined from 39% to 17% by study conclusion. No adverse effects of the intervention were identified.
EEG neurofeedback was shown to be feasible and potentially beneficial for improving cognitive function, sleep, and fatigue in breast cancer survivors.
This study reported a potentially promising intervention that may have a positive effect on several symptoms experienced by breast cancer survivors. Additional well-designed clinical trials are needed to assess the efficacy of this approach.
Altundag, K., Dizdar, O., Ozsaran, Z., Ozkok, S., Saip, P., Eralp, Y., . . . Karahoca, M. (2012). Phase II study of loading-dose ibandronate treatment in patients with breast cancer and bone metastases suffering from moderate to severe pain. Onkologie, 35, 254–258.
To determine the efficacy and safety of loading dose IV ibandronate in women with metastatic breast cancer and bone metastases
Ibandronate 6 mg per day was administered for 15 minutes on days 1, 2, and 3 of the study, and patients were followed up until day 14 of the study. Pain was assessed by visual analog scale (VAS) and functional performance index on days 1, 7, and 14. Patients were supplied with a pain diary and instructed to record at the same time each evening. Assessments for opioid use were performed using the Morphine Equivalent Daily Dose (MEDD) index.
Pain intensity decreased on days 7 and 14 versus day 1 using the VAS. Mean Karnofsky index score increased (80.8 [SD = 13.1] and 80.8 [SD = 13.2] on days 7 and 14 versus 77.7 [SD = 11.7] on day 1; p < 0.005 on both days).
This study demonstrates the short-term safety of an intensive ibandronate dosing schedule as indicated by the good tolerability profile and lack of effect on safety parameters including hematology, blood chemistry, and urine analysis. Intensive ibandronate therapy provides a well-tolerated alternative treatment option to analgesic use for patients requiring rapid relief of moderate to severe metastatic bone pain, particularly patients experiencing breakthrough or opioid-resistant pain.
Ibandronate therapy provides alternative pain relief to patients with breast cancer who have bone metastases and, thus, should improve quality of life with good tolerance and no renal safety concerns.
Alterio, D., Jereczek-Fossa, B.A., Zuccotti, G.F., Leon, M.E., Sale, E.O., Pasetti, M., … Orecchia, R. (2006). Tetracaine oral gel in patients treated with radiotherapy for head-and-neck cancer: Final results of a phase II study. International Journal of Radiation Oncology, Biology, Physics, 64, 392–395.
The study was conducted between July 2000 and December 2003.
This was a prospective, descriptive study.
Almyroudis, N.G., Osawa, R., Samonis, G., Wetzler, M., Wang, E.S., McCarthy, P.L., & Segal, B.H. (2016). Discontinuation of systematic surveillance and contact precautions for vancomycin-resistant enterococcus (VRE) and its impact on the incidence of VRE faecium bacteremia in patients with hematologic malignancies. Infection Control and Hospital Epidemiology, 37, 398–403.
To evaluate if discontinuing systematic VRE surveillance and contact isolation of colonized patients affects the incidence of vancomycin-resistant enterococcus (VRE) faecium bacteremia
Prospective nonrandomized observational study comparing the incidence of VRE faecium bacteremia in colonized patients with hematologic malignancies during the period of active surveillance/contact precautions versus no active surveillance/contact precautions
Comparing study periods, no significant difference existed in incidence of VRE bacteremia, MRSA bacteremia, and C-diff. Antibiotic utilization was not significantly different between study periods. Levofloxacin prophylaxis had no affect on the incidence of VRE bacteremia. Daily chlorhexidine bathing showed no effect on VRE colonization/bacteremia. No significant difference existed in aggregate antibiotic use and incidence of bacteremia ≤ 30 days prior between study periods. Nursing hours/patient day was not significantly different during study periods. No significant difference existed in patient demographics, patients per service, or underlying hematologic malignancies between study groups/periods.
In a single-site institution (with sporadic molecular epidemiology of VRE faecium in patients with hematologic malignancies), the incidence of VRE faecium bacteremia was not significantly different comparing study periods—active surveillance/contact precaution per institutional policy and after discontinuation of policy. Incidence of MRSA bacteremia and C-Diff remained stable.
A single-site study revealed that VRE bacteremia incidence in hematologic malignancy inpatients was not affected by VRE surveillance/contact precautions. Nursing practice measured as hours/patient day was not an effective measure for influencing nursing-sensitive infection-related outcomes. Larger multisite trials that include nursing-sensitive measures are needed to identify the most effective practices essential to prevent/control VRE bacteremia in high-risk patients.
Almenar Cubells, D., Bosch Roig, C., Jimenez Orozco, E., Alvarez, R., Cuervo, J.M., Diaz Fernandez, N., . . . LEARN II Study Group. (2013). Effectiveness of daily versus non-daily granulocyte colony-stimulating factors in patients with solid tumours undergoing chemotherapy: A multivariate analysis of data from current practice. European Journal of Cancer Care, 22, 400–412.
To provide information about patterns of granulocyte colony-stimulating factors (G-CSF) use in Spanish oncology clinical practice and to compare neutropenia-related outcomes in patients treated daily with G-CSF with patients receiving nondaily G-CSF (pegfilgrastim)
Medical records were reviewed for data collection and analysis of outcomes in patients who received pegfilgrastim compared to those who received daily G-CSF.
In the multivariate analysis following adjustment for possible confounding factors, a significantly higher risk (OR 1.73, 95% CI 1.004–2.97) of severe neutropenia was associated with daily G-CF versus pegfIlgrastim. The patient group receiving daily G-CSF had a 73% higher probability of grade 3 or 4 neutropenia. Patients receiving daily G-CSF experienced a greater number of dose reductions (38.4% versus 31/6%, p = 0.116) and delays (54.7% versus 41.7%, p = 0.013). Chemotherapy dose intensity of less than 85% also was greater in the daily G-CSF group (39.4% versus 28.9%,p = 0.030). Response rates also were lower in the daily G-CSF group. Complete responses were 17% for daily G-CSF versus 26.4% for the pegfilgrastim group (p = 0.028) and partial response was 41.2% for daily G-CSF versus 52% for the pegfilgrastim group (p = 0.009), again demonstrating better response in the pegfilgrastim group. The two main adverse reactions reported were bone pain and asthenia, with a higher incidence noted in the daily G-CSF group (6.2% versus 1.7%, p = 0.025). Patients receiving at least five days of daily G-CSF, versus those who received fewer than five days, experienced better outcomes.
G-CSF and pegfilgrastim can reduce the incidence and adverse outcomes of treatment-related neutropenia. If G-CSF is stopped prematurely, the efficacy is compromised. This study demonstrates that G-CSF often is initiated later than recommended following chemotherapy, and patients receive fewer days per cycle than required for optimum efficacy.
Daily G-CSF and pegfilgrastim are used prophylactically to reduce grade 3 or 4 neutropenia, incidence of FN, dose delays and reductions, and FN-related hospitalizations, and to increase response to chemotherapy, measured as complete, partial, or nonresponse per physician’s criterion. Suboptimal dosing is more prevalent with daily G-CSF because of starting later than recommended following myelosuppressive chemotherapy and stopping too early.
Allison, P. J., Nicolau, B., Edgar, L., Archer, J., Black, M., & Hier, M. (2004). Teaching head and neck cancer patients coping strategies: results of a feasibility study. Oral Oncology, 40, 538–544.
To test the feasibility of providing a psychoeducational intervention for people with head and neck cancer.
The NuCare coping strategies program used a self-study book and audiocassette designed to enhance personal control and teach emotional and instrumental coping responses. It consisted of training in problem solving, relaxation, coping skills, goal setting, communication, social support, and lifestyle factors. Three participants chose to receive it in a small group format, 33 chose one-on-one sessions with a therapist, and 23 chose a home format with no therapist. The outcomes measured were quality of life (QOL), anxiety, and depression.
The study was conducted at the head and neck oncology outpatient clinic of the Montreal Jewish General Hospital, Quebec, Canada.
Patients were undergoing the active treatment phase of care and were evaluated at baseline and three-month follow-up.
This was a prospective, nonrandomized, one-group, feasibility study.
The European Organisation for Research and Treatment of Cancer Quality of Life Questionnaire (EORTC QLC-C30) was used to measure QOL and sleep.
Patients reported improvement in physical and social functioning and global QOL, sleep disturbance, fatigue, and depressive symptoms.
Allison, P. J., Edgar, L., Nicolau, B., Archer, J., Black, M., & Hier, M. (2004). Results of a feasibility study for a psycho-educational intervention in head and neck cancer. Psycho-Oncology, 13, 482–485.
Participants were offered the Nucare coping strategies program (teaches people to cope with cancer, based on the McGill Model of Nursing) in one of three formats: small group; one on one; and one on one with therapy (home version with materials). There was no control arm. Data were taken at baseline and two and three months following the intervention outcome. Participants chose the study arm.
This was a nonrandomized, no control pilot, feasibility study for delivery in which participants wanted the intervention.
European Organization for Research and Treatment of Cancer Quality of Life Questionnaire (EORTC-QLQ-C30)
Fatigue was improved in 17 (38%) patients overall, and improvement was equal in self (home) to that seen with the use of a therapist.
Allard, P., Lamontagne, C., Bernard, P., & Tremblay, C. (1999). How effective are supplementary doses of opioids for dyspnea in terminally ill cancer patients? A randomized continuous sequential clinical trial. Journal of Pain and Symptom Management, 17(4), 256–265.
The objective of this study was to compare the efficacy of supplemental, oral, and parenteral opioid doses consisting of either 25% or 50% of the equivalent 4-hour opioid dose (i.e., total 24-hour opioid dose divided into 4-hour portions) in patients already receiving opioids on a regular basis.
The study reported on a sample of 33 terminally ill patients with cancer and dyspnea at rest who already were receiving opioids.
The study was conducted in three separate palliative care centers in Quebec, Canada.
The study was a randomized, double-blind, continuous sequential controlled trial.
Dyspnea intensity on the visual analog scale and respiratory rate were measured at baseline, 30, 60, 120, 180, and 240 minutes after dose.
The overall treatment effect, as measured by dyspnea intensity and respiratory frequency, was not significantly different for 25% or 50% of the equivalent four-hour opioid dose. A significant (p < 0.0001) decrease was found in pre- and post-dyspnea intensity. Dyspnea decrease was inverse to baseline dyspnea intensity (i.e., low dyspnea at baseline had greater decrease in dyspnea intensity whereas high dyspnea at baseline had less decrease).
Because 25% and 50% doses had the same effect, a supplementary dose of 25% of the equivalent four-hour opioid dose is recommended to reduce dyspnea for as long as four hours.
Alicino, I., Giglio, M., Manca, F., Bruno, F., & Puntillo, F. (2012). Intrathecal combination of ziconotide and morphine for refractory cancer pain: A rapidly acting and effective choice. Pain, 153, 245–249.
To assess the efficacy and safety of an intrathecal (IT) combination of ziconotide and morphine in malignant pain refractory to high doses of oral uploads
Visual anolog scale of pain intensity (VASPI) scores and Karnofsky Performance Status Scale (KPSS) scores were recorded for each patient at the initial visit. An IT catheter was place under fluoroscopy with aseptic technique, with a 1 g dose of cefazolin to prevent infection. Patients continued their long-term oral morphine until the IT infusion started and asked to start a short-acting morphine dose of 10 or 30 mg if needed. VASPI and KPSS scores, vital signs, electrocardiograms (ECGs), and adverse events were evaluated at day 2, day 7, and weekly up to day 28. The ziconotide infusion titration was started at 2.4 micrograms per day and increased by 1.3 micrograms per day at day 7 in patients with a VASPI score greater than 30 at rest. IT morphine dose was calculated based on their daily dose, an oral-IT ratio of 400:1. Increases in IT morphine were based on the oral morphine consumption. Doses were adjusted for adverse events and analgesic effect. The mean VASPI score, mean change in VASPI score, and mean percentage change from baseline to each visit and to the last observation was calculated.
Prior to the study, participants had persistent pain for a mean of six months SD = two months) and took a mean daily dose of 320 mg per day (SD = 80 mg) of systemic opioids. The mean VASPI score at rest was 90 mm (SD = 7 mm), with a mean incidental VASPI score of 99 mm (SD = 3 mm), and a mean KPSS of 59 (SD = 10. 4). Patients had severe opioid-related side effects that did not permit an increase in systemic opioids. IT therapy started with morphine 0.82 mg per day (SD = 0.36 mg) with ziconotide 2.4 mcg per day. On day 2, the mean VASPI score at rest decreased to 55 mm (SD = 12 mm), a significant reduction (p < .001). For five patients, an increase in morphine was necessary. On day 7, the mean VASPI at rest was 44 mm (SD = 11 mm), a significant decrease (p < .001). Four patients had an increase in ziconotide daily. On day 28, mean VASPI was 34 (SD = 13), a significant decrease (p < .001). Eighty percent of patients reached the effective dose for morphine and ziconotide within two weeks. Only five patients survived until the third month with good pain control. The maximum dose of ziconotide was 5.2 mcg per day, and the maximum dose of morphine was 2 mg per day. Four patients developing adverse effects attributed them to the study drugs. Changes in serum creatinine kinase levels and vital signs were not significant. No infections correlated with IT catheter placement.
IT therapy with ziconotide and morphine is a helpful strategy in controlling malignancy-related pain refractory to high dose of systemic uploads. Using both drugs appears to have a synergistic effect and may benefit patients with cancer. Lower doses of each drug may be utilized with few adverse events and side effects. However, this study has a few limitations that impair generalizability, may have a potential for bias, and may not have captured the risk to patients being treated longer than a few months.
Combination IT ziconotide and morphine in patients with cancer with nociceptive bone pain refractory to systemic opioids may be a helpful strategy for controlling pain. Low doses of ziconotide are required with the use of morphine, as compared to higher doses of ziconotide alone. In turn, less adverse events may be observed with potentially better pain control. When considering drug stability, alternative agents for pain in combination with ziconotide may be considered in place of morphine, as pump refills are required with lower-stability agents.
Alibhai, S.M., Durbano, S., Breunis, H., Brandwein, J.M., Timilshina, N., Tomlinson, G.A., . . . Culos-Reed, S.N. (2015). A phase II exercise randomized controlled trial for patients with acute myeloid leukemia undergoing induction chemotherapy. Leukemia Research, 39, 1178–1186.
To determine if a multimodal exercise program for patients during induction chemotherapy is feasible, safe, and beneficial for fatigue, quality of life, and fitness
Patients were randomized to the exercise or usual care groups. Usual care generally included suggestions to walk on a regular basis, without further instruction. Those in the exercise group were approached 4–5 days per week during hospital admission to participate in light-to-moderate–intensity exercise for 30–60 minutes. Exercise sessions included combined aerobic, resistance, and flexibility training. Aerobic intensity was encouraged at an exertion equivalent to 50%–75% of heart-rate reserve. The resistance exercises targeted large muscle groups using resistance bands and free weights. Flexibility was incorporated into each session via static stretching. Exercise sessions were directly supervised by a certified exercise physiologist. Study assessments were completed at baseline, post induction, and within two weeks of discharge, post cycle 2 (4–6 weeks post discharge).
Exercise group participants completed 514.2 minutes of exercise on average during an average admission of 36.5 days. The most common reported reason for not exercising was fatigue. Adherence to exercise sessions was 54%. Control group patients exercised an average of 510.4 minutes over 35.8 days. Participants in both groups demonstrated an improvement in global quality of life. Fatigue scores improved only in the exercise group, with a between group difference of 3.6 points, which was not statistically significant. The six-minute walk improved in both groups but improved significantly more in the exercise group (p = 0.005). No significant adverse event occurred. During over 1,000 patient days of observation, four musculoskeletal events were reported. No differences existed between groups in length of stay or other resource utilization.
This study demonstrated that the provision of an exercise program is feasible for patients during induction chemotherapy and may help manage fatigue in these patients. Patients who participated in the multimodal exercise program demonstrated improved physical fitness.
Participation in an exercise program of moderate intensity was shown to be feasible for patients who were hospitalized and receiving induction chemotherapy for AML.