Joseph Arthur

Dr. Joseph Arthur


Research Focus & Metrics

Academic Career Length

16Years (2011-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 February 2016 in Journal of Pain and Symptom Management
Verified
Journal Article
Closed access
DHDavid Hui
David Hui
OSOmar Shamieh
Omar Shamieh
CPCarlos Eduardo Paiva
Carlos Eduardo Paiva
OKOdai Khamash
Odai Khamash
PPPedro Emilio Perez-Cruz
Pedro Emilio Perez-Cruz
EBEduardo Bruera
Eduardo Bruera

1 May 2015 in JAMA Oncology
Verified
Journal Article
Open access
PDF file
KTKimberson Tanco
Kimberson Tanco
Wadih RhondaliWadih Rhondali
Wadih Rhondali
PPPedro Perez-Cruz
Pedro Perez-Cruz
STSilvia Tanzi
Silvia Tanzi
GCGary B. Chisholm
Gary B. Chisholm
Eduardo BrueraEduardo Bruera
Eduardo Bruera
Information regarding treatment options and prognosis is essential for patient decision making at the end of life. Patients report the need to access this information to make a decision about future planning.1 When this information is delivered appropriately, it can have a positive impact on the patient and promote patient reassurance.2-7 The timing, amount, and quality of the information provided should be tailored to patients’ specific needs, given that information preferences vary among patients and along the disease trajectory.2,5,6,8-11

27 October 2017 in The Oncologist
Verified
Journal Article
Open access
PDF file
JAJoseph Arthur
Joseph Arthur
TETonya Edwards
Tonya Edwards
SRSuresh Reddy
Suresh Reddy
KNKristy Nguyen
Kristy Nguyen
DHDavid Hui
David Hui
EBEduardo Bruera
Eduardo Bruera
Background. Data on the development and outcomes of effective interventions to address aberrant opioid‐related behavior (AB) in patients with cancer are lacking. Our outpatient supportive care clinic developed and implemented a specialized interdisciplinary team approach to manage patients with AB. The purpose of this study was to report clinical outcomes of this novel intervention. Materials and Methods. The medical records of 30 consecutive patients with evidence of AB who received the intervention and a random control group of 70 patients without evidence of AB between January 1, 2015, and August 31, 2016, were reviewed. Results. At baseline, pain intensity (p = .002) and opioid dose (p = .001) were significantly higher among patients with AB. During the course of the study, the median number of ABs per month significantly decreased from three preintervention to 0.4 postintervention (p < .0001). The median morphine equivalent daily dose decreased from 165 mg/day at the first intervention visit to 112 mg/day at the last follow‐up (p = .018), although pain intensity did not significantly change (p = .984). “Request for opioid medication refills in the clinic earlier than the expected time” was the AB with the highest frequency prior to the intervention and the greatest improvement during the study period. Younger age (p < .0001) and higher Edmonton Symptom Assessment System anxiety score (p = .005) were independent predictors of the presence of AB. Conclusion. The intervention was associated with a reduction in the frequency of AB and opioid utilization among patients with cancer receiving chronic opioid therapy. More research is needed to further characterize the clinical effectiveness of this intervention. Implications for Practice. There are currently no well‐defined and evidence‐based strategies to manage cancer patients on chronic opioid therapy who demonstrate aberrant opioid‐related behavior. The findings of this study offer a promising starting point for the creation of a standardized strategy for clinicians and provides valuable information to guide their practice regarding these patients. The study results will also help clinicians to better understand the types and frequencies of the most common aberrant behaviors observed among patients with cancer who are receiving chronic opioid therapy. This will enhance the process of timely patient identification, management, or referral to the appropriate specialist teams.

10 August 2016 in Cancer
Verified
Journal Article
Open access
PDF file
JAJoseph Arthur
Joseph Arthur
TETonya Edwards
Tonya Edwards
ZLZhanni Lu
Zhanni Lu
SRSuresh Reddy
Suresh Reddy
DHDavid Hui
David Hui
Eduardo BrueraEduardo Bruera
Eduardo Bruera
BACKGROUND: Data are limited on the use and outcomes of urine drug tests (UDTs) among patients with advanced cancer. The main objective of this study was to determine the factors associated with UDT ordering and results in outpatients with advanced cancer.METHODS: A retrospective chart review was conducted of 1058 patients who attended an outpatient supportive care clinic from March 2014 to November 2015. Sixty‐one patients who were receiving chronic opioid therapy and underwent UDTs were identified. A control group of 120 patients who did not undergo UDTs was selected for comparison.RESULTS: Sixty‐one of 1058 patients (6%) underwent UDTs, and 33 of 61 patients (54%) had abnormal results. Multivariate analysis indicated that the odds ratio for UDT ordering was 3.9 in patients who had positive Cut Down, Annoyed, Guilty, and Eye Opener (CAGE) questionnaire results (P = .002), 4.41 in patients aged < 45 years (P < .001), 5.58 in patients who had moderate‐to‐severe pain (Edmonton Symptom Assessment Scale pain scores ≥4;P < .001), 0.27 in patients with advanced‐stage cancer, (P = .008), and 0.25 in patients who had moderate‐to‐severe fatigue (P = .001). Among 52 abnormal UDT results in 33 patients, the most common opioid findings were prescribed opioids absent in urine (14 of 52 tests; 27%) and unprescribed opioids in urine (13 of 52 tests; 25%).CONCLUSIONS: UDTs were used infrequently among outpatients with advanced cancer who were receiving chronic opioid therapy. Younger age, positive CAGE questionnaire results, early stage cancer or no evidence of disease status, higher pain intensity, and lower fatigue scores were significant predictors of UDT ordering. More than 50% of UDT results were abnormal. More research is necessary to better characterize aberrant opioid use in patients with advanced cancer.Cancer2016;122:3732‐9.©2016 American Cancer Society.

21 September 2011 in Supportive Care in Cancer
Verified
Journal Article
Closed access
PDF file
DHDavid Hui
David Hui
JAJoseph Arthur
Joseph Arthur
SDShalini Dalal
Shalini Dalal
EBEduardo Bruera
Eduardo Bruera

11 October 2019 in The Oncologist
Verified
Journal Article
Open access
PDF file
JAJoseph Arthur
Joseph Arthur
Urine drug test (UDT) is an effective tool used in chronic opioid therapy to ensure patient adherence to treatment and detect nonmedical opioid use. The two main types of UDT used in routine clinical practice are the screening tests or immunoassays and the confirmatory tests or laboratory-based specific drug identification tests such as gas chromatography–mass spectrometry, liquid chromatography–mass spectrometry, or tandem mass spectrometry. UDT produces objective data on some nonmedical opioid use that may otherwise go undetected, such as the use of undisclosed medications, the nonuse of prescribed medications, and the use of illegal drugs. It allows clinicians to initiate an open and effective conversation about nonmedical opioid use with their patients. However, the test has certain limitations that sometimes compromise its use. Its interpretation can be challenging to clinicians because of the complexity of the opioid metabolic pathways. Clear guidelines or recommendations regarding the use of UDT in cancer pain is limited. As a result, UDT appears to be underused among patients with cancer pain receiving opioid therapy. More studies are needed to help standardize the integration and use of UDT in routine cancer pain management.