Routine screening of Indigenous cancer patients’ unmet support needs: a qualitative study of patient and clinician attitudes
© The Author(s). 2016
Received: 31 July 2015
Accepted: 6 June 2016
Published: 10 June 2016
Indigenous Australians have poorer cancer outcomes in terms of incidence mortality and survival compared with non-Indigenous Australians. The factors contributing to this disparity are complex. Identifying and addressing the psychosocial factors and support needs of Indigenous cancer patients may help reduce this disparity. The Supportive Care Needs Assessment Tool for Indigenous People (SCNAT-IP) is a validated 26-item questionnaire developed to assess their unmet supportive care needs. This qualitative study reports on patient and clinician attitudes towards feasibility and acceptability of SCNAT-IP in routine care.
Forty-four in-depth semi-structured interviews were conducted with 10 clinical staff and 34 Indigenous cancer patients with heterogeneous tumours. Participants were recruited from four geographically diverse Australian cancer clinics. Transcripts were imported into qualitative analysis software (NVivo 10 Software), coded and thematic analysis performed.
Indigenous patients (mean age 54.4 years) found the SCNAT-IP beneficial and easy to understand and they felt valued and heard. Clinical staff reported multiple benefits of using the SCNAT-IP. They particularly appreciated its comprehensive and systematic nature as well as the associated opportunities for early intervention. Some staff described improvements in team communication, while both staff and patients reported that new referrals to support services were directly triggered by completion of the SCNAT-IP. There were also inter-cultural benefits, with a positive and bi-directional exchange of information and cultural knowledge reported when using the SCNAT-IP. Although staff identified some potential barriers to using the SCNAT-IP, including the time required, the response format and comprehension difficulties amongst some participants with low English fluency, these were outweighed by the benefits. Some areas for scaled improvement were also identified by staff.
Staff and patients found the SCNAT-IP to be an acceptable tool and supported universal screening for Indigenous cancer patients. The SCNAT-IP has the potential to help reduce the inequalities in cancer care experienced by Indigenous Australians by identifying and subsequently addressing their unmet support needs. Further research is needed to explore the validity of the SCNAT-IP for Indigenous people from other nations.
Indigenous people comprise about five percent of the world’s population . Inequalities with regard to Indigenous cancer outcomes have been documented in Australia, New Zealand, Latin America, the Caribbean and the United States [2–6]. In Australia, cancer remains the second leading cause of death among Indigenous people . The patterns of cancer care between Indigenous and non-Indigenous patients differ, with Indigenous patients often receiving less optimal treatment [8–10]. Indigenous Australians’ engagement in cancer care is lower at all stages of the cancer continuum including screening, early presentation at diagnosis, continuity of care, and compliance with treatment [11–14]. This has resulted in significantly poorer cancer outcomes in terms of incidence, mortality and survival.
Aspects of the broader social environment may influence the way individuals, families and communities engage with health care and manage their own health . Understanding Indigenous people’s experience of cancer must take into account the social determinants of health and the cultural context of people’s lives, and these should be reflected in service delivery models and in the delivery of cancer care . Indigenous Australians' collective experience of racism, discrimination, alienation and marginalisation has led to widespread distrust of the health care systems including cancer care and treatment services [15, 17, 18].
It has been widely recognised that there is a lack of culturally appropriate health care services to engage Indigenous Australians [19–22]. Differences in communication, information needs and language have inhibited Indigenous people’s engagement with cancer care [19, 23–25]. This issue is highlighted in a study that was conducted with cancer care professionals, where participants reported doubts about their ability to adequately communicate important information to Indigenous patients . Effective communication between patients and their physicians is essential to ensure optimal patient outcomes .
Furthermore, several studies have highlighted cultural differences in the way many Indigenous people perceive cancer (a highly feared disease that equates to death), receive and process information about their cancer diagnosis and treatment, and cope with illness [11, 27–29]. Research into the psychosocial factors and specific supportive care needs of Indigenous people with cancer is imperative.
Improved supportive care for Indigenous cancer patients is an important strategy which may ultimately help narrow current disparities in cancer outcomes.
Many questionnaires have been developed to assess the unmet needs of cancer patients . Some have been developed for specific cancers or settings, but little attention has been given to assessing the appropriateness of existing tools for minorities or developing tools that assess the culture-specific needs of different ethnic groups . In Australia, Indigenous cancer patients share many supportive care needs with non-Indigenous cancer patients, but they have additional culture-specific needs that are not addressed by existing measures . To address this gap, a Supportive Cancer Needs Assessment Tool for Indigenous People (SCNAT-IP) has been developed [31, 32].
The broader clinical implementation feasibility study has been reported elsewhere . While integrating qualitative and quantitative data can complement and deepen the interpretation of findings, we justify presentating the qualitative data separately on the basis of: (a) the paucity of research involving Indigenous cancer patients and in particular studies which explore unmet support needs; (b) the richness of the qualitative data; and (c) being able to illustrate the range and depth of participants needs and concerns in their own words rather than by a summary of themes. This study describes patient and staff attitudes towards the acceptability and feasibility of the SCNAT-IP in routine care. Additionally, this study aimed to identify refinements needed to prepare the SCNAT-IP for use in clinical settings.
Ethical considerations, Study sites and participant eligibility criteria
Ethical clearance was obtained from the following Human Research Ethics Committees: Northern Territory (NT) Department of Health & Families and the Menzies School of Health Research (HREC13/1994); Peter MacCallum Cancer Centre (HREC/13/45); Greater Western Human Research Ethics Committee (HRECI131GWAHSI39) and the Aboriginal Health and Medical Research Council of New South Wales (NSW; HREC/946/12). The content of this manuscript was subject to approval by the Aboriginal Health and Medical Research Council of NSW in accordance with the standard conditions of their ethical approval.
Participants were recruited from one of four participating sites: a tertiary cancer centre in the NT servicing outer regional and remote areas; a large metropolitan tertiary cancer centre in Victoria; and two regional cancer clinics in NSW. These four services represented a diversity of geographical locations, service models and Indigenous communities. All participating sites had a relatively high proportion of Indigenous patients, and/or dedicated Indigenous hospital liaison staff or an interest in improving service delivery for Indigenous patients.
Eligible patients were over 18 years of age, of Australian Indigenous background, were diagnosed five years ago or less with malignant disease, and were either receiving or about to receive treatment (including surgery, chemotherapy, radiotherapy, stem cell transplant, endocrine therapy or immunotherapy) or were in follow-up care. Recruitment was conducted over a three to five month period (November 2013-March 2014). Interviews were verbally administered, and health care interpreters were available upon request by staff at the NT site where many Indigenous people speak a language other than English. Those unable to give informed consent due to cognitive and/or physical impairments were excluded. Eligible cancer nurses, oncology social workers, Indigenous health workers (IHWs) or other allied health professionals were identified by their manager as providing supportive care to cancer patients and invited to participate in the training for this study.
After written informed consent was obtained, all health professionals involved in this study completed a specifically developed three hour training session, which included background information, clinical use of the SCNAT-IP and the research protocol. Following training, all staff at participating sites were asked to identify and refer all eligible Indigenous cancer patients to trained clinical staff for needs assessment. Trained clinical staff (oncology social workers, nurses and clinical trials coordinators) introduced the study to patients, gained written informed consent and conducted needs assessment at routine patient clinic visits. Where moderate to high levels of needs were identified (i.e. scores of four or five on any SCNAT-IP item), these were discussed with patients and they were offered assistance in accordance with usual care.
Following needs assessment, patients, along with a trained clinical staff member, completed quantitative questionnaire items exploring the acceptability and feasibility of the SCNAT-IP; these results are reported elsewhere . Immediately following this, a trained IHW (or a trained clinical staff member if the IHW was unavailable), conducted an audiotaped face-to-face or telephone interview which aimed to gather qualitative information about patient attitudes towards unmet needs screening. Telephone interviews were offered for pragmatic reasons (e.g. when patients' transport was scheduled immediately after the completion of their appointment).
At the conclusion of the data collection period, trained clinical staff completed a brief telephone interview with a member of the research team (BT). Recruitment continued until no new themes emerged from the data. Patients' clinical details were collected by clinical staff from medical records.
Patient clinical and demographic characteristics
Socio-demographic variables were collected by interview. Clinical details including cancer type, disease status, treatment phase, and cancer treatments were collected from medical records.
Supportive care needs assessment tool for indigenous people (SCNAT-IP)
The SCNAT-IP is a 27-item (including one open-ended question) verbally-administered unmet needs measure. It consists of four domains: physical and psychological needs (11 items); hospital care needs (four items); information and communication needs (six items) and practical and cultural needs (five items). Items included but were not limited to the following: ‘feeling tired, feeling down or sad’ and ‘keeping you strong in your spirit’ (physical and psychological needs domain); ‘having hospital staff show sensitivity to and respecting your feelings and emotional needs’; and ‘being treated like a person not just another case or number’ (hospital care needs domain); ‘being shown or given information (e.g., written, diagrams) about how to manage your illness and side effects at home’ (information and communication needs domain); and ‘finding a place to stay while receiving treatment and money worries’ (practical and cultural needs domain) .
For each item respondents report a yes/no response. If a need was present in the past month they were asked to choose the degree to which they required help on a scale ranging from ‘satisfied because my needs were met’ (scored as one) to ‘a lot more help needed’ (scored as five). To assist with comprehension, participants were given a hard copy of response categories and the interviewer recorded participants' responses . The SCNAT-IP accommodates the language, customs and culture-specific needs of Indigenous Australians and excludes items which are culturally-inappropriate in the screening context (e.g. sexual needs). The tool also includes culture-specific items such as having an Indigenous person to talk to and support you, someone who understands your culture . It takes approximately 15-20 min to complete and has been demonstrated to have good construct and face validity as well as internal consistency in a large sample of Indigenous cancer patients [31, 32].
Patient acceptability interview
A brief semi-structured face-to-face interview was used to qualitatively explore the participants’ attitudes with regards to needs assessment. Interview questions explored perceived benefits of needs assessment, acceptability, appropriateness of content and timing, and attitudes towards universal screening for Indigenous patients.
Health professional characteristics
Items were developed to assess demographic characteristics, role, education, employment location, years of experience and prior supportive care needs assessment training.
Health professional acceptability and feasibility telephone interview
Six semi-structured interview questions assessed perceived benefits, barriers to use, impact on workload, impact on team communication/referral pathways, and recommendations for changes to the SCNAT-IP.
Demographic data were analysed using descriptive statistics. Interview audio recordings were transcribed verbatim. Data analysis was performed using QSR International's NVivo 10 Software . Thematic analysis was performed in six phases including: familiarisation with data; generation of initial codes; searching for themes among codes; reviewing themes; defining and naming themes; and synthesising the final results . The generation of coding was conducted by one member of the research team (BT), and verified by a second member of the research team (GG) who double-coded 10 % of transcripts to ensure inter-coder agreement. Where discrepancies arose in coding or definition of themes, these were resolved through discussion until consensus was reached.
Response rate and patient characteristics
Demographic and clinical characteristics of the patient sample (n = 34)
Remoteness of residence b
Main language spoken at home
Junior High School or below
Senior High School
Head & neck
Other cancer treatments f
Health professional participants and response rate
The SCNAT-IP study training session included 22 health professionals with an average age of 42 years (range 25-62, SD=11.4) and a diverse set of professional backgrounds including social workers (n = 8), nurse care coordinators (n = 4), radiation therapist (n = 1), clinical trial coordinator (n = 1), IHWs (n = 5) and service managers (n = 3). Ten of the 22 session participants conducted needs assessments using the SCNAT-IP. All were non-Indigenous females; six were oncology social workers; nine had post-graduate qualifications; and six had no previous needs assessment training. Half had six years or more experience in cancer care and worked in regional locations. The other 12 health professionals conducted follow-up interviews only or supported the study as service managers.
The results are reported for the combined group because participant views were common across genders, age groups, cancer types, cancer centres and mode of interview. Insufficient patients were interviewed by phone to formally explore whether the mode of interview influenced the results obtained.
Feasibility and acceptability
The majority of participants liked being asked about their needs, did not mind taking the time to answer questions and generally found the process very helpful.
“This is just a god send to me because now I know I’m going to get some help because it’s always been a real battle for me.”
(Female, 50 years)
“It’s made me feel good that someone’s showing interest, you know. That there's people out there who are trying to improve things, not only for cancer patients but for Indigenous people.”
(Male, 45 years)
Only one participant reported negative feelings about the SCNAT-IP, saying she felt “uptight” being asked about her unmet needs but later clarified “cause [I] told her [health professional] a few things that she didn’t know.” (Female, 55 years) Another participant did not find the process of needs assessment helpful because they had visited the centre many times in the last seven years, commenting “we’re pretty well used to it”, but further remarked “these sort of questions would have been more helpful in the beginning” (Male, 75 years).
Format and language
Most participants found the tool very easy to understand and all liked the format of being asked the questions by health professional staff. No participants directly reported problems of comprehension.
Ideal timing and frequency of SCNAT-IP screening
“To be perfectly honest it would have been helpful while I was having treatment done. It’s a little bit late because my last appointment was today.”
(Male, 35 years)
Another participant at the beginning of her treatment for breast cancer said the questionnaire should be completed closer to the time of diagnosis, whilst another remarked these questions should be asked early so they have “some information about it, [and are] not left in the dark.”
(Female, 41 years)
However, a newly-diagnosed male participant suggested that SCNAT-IP assessment should not occur too soon after diagnosis because some subjects were “a bit touchy” because they were still coming to terms with the shock of their very recent cancer diagnosis.
Although most patients favoured early administration, there were diverse views about the ideal frequency, ranging from “once a week” or “every time I go in [to the cancer centre]” to “every six months” or “every [cancer treatment] stage”. The majority of participants believed the SCNAT-IP assessment should be repeated throughout treatment.
Perceived benefits of services offered following screening
“Yes, she [social worker] gave me some information because of some of my answers. I don’t think I would have got that information otherwise.”
(Female, 51 years)
“I have now been referred to psychology and what I said is, “I wish this had have happened two years ago.”
(Female, 55 years)
There was also a real sense of appreciation and trust felt by participants of the staff asking these questions, as one participant described, “it was good to be asked…[even though]… I do have a lot of help from my family” (Female, 49 years) and another commented “…a lot of that which build up in you, you like to talk to somebody about it, but it’s hard, hard for people just to listen” (Female, 60 years). Another participant from a more rural location commented “I’m not going back there [home]…apprehensive and worried and scared to what I usually have been….[social worker] is going to organise all the things. So when I go back it will all sort of follow; so there will be no stress. All I would need to worry about is just getting well.”
(Female, 50 years)
Attitudes to universal screening
“A lot of them [staff] don’t understand there is problem like family problem, money problems.”
(Female, 47 years)
“Give ‘em the choice, you know, ‘cause a lot of ‘em feel like they’re already being controlled by other people in their lives as it is and they don’t need, ‘specially in a place like this, they don’t need to get a view of it like 'okay here’s another government organisation that’s gonna be telling me what to do'".
(Male, 45 years)
“I’m pretty articulate and pretty aware of what the processes are within hospitals and so forth, but for somebody else you know, I think it’s something that needs to be done.”
(Male, 61 years)
Whilst being generally satisfied with the SCNAT-IP and willing to complete it, some participants believed that for other Indigenous people needs screening is important because of cultural factors such as being "shy" and “a reluctance to talk about problems or articulate their needs”.
“They might think that you’re violating that little part of their life that they can hold tight.”
(Female, 60 years)
Staff qualitative data
Perceived benefits of screening
“It picks up things that I think would never have come up until we were at a real crisis point”.
(Oncology social worker)
“The feedback I’ve got from patients was they’ve certainly felt like they were heard which I think is something Aboriginal patients here have found difficult in the past.”
(Oncology social worker)
“I think it allows people then to have a connection with the social work team here as well. I’ve found that people that may otherwise not have had any contact with the social workers here have been able to make contact in a way that has been positive.”
(Oncology social worker)
“I think it’s also a good opportunity for staff who may not be as experienced or, you know, trained for working with people of Indigenous background to have this sort of specific tools to use. It can make some people a little bit more comfortable being able to ask some of these questions otherwise they may not know where to start or the right language to use.”
(Oncology social worker)
The verbal format of the tool was seen as a distinct advantage over other written scales.
Barriers to use of the SCNAT-IP in routine care
“As much as we want to sit and have a really good yarn with people, having so many questions in it [the questionnaire]... it probably encourages them to yarn a lot more…I think there’s the potential to be a lot of breaks in between the questions for yarning and you need to allow a bit more time”.
(Cancer care coordinator)
Logistical problems were especially common for rural or remote patients because many attend clinics infrequently and have long travel times to consider, and this impacted on their ability to allow sufficient time to conduct the assessment.
Difficulties with comprehension of the tool were only reported at one site where many patients spoke an Indigenous language as their primary language. Despite health care interpreters being available upon patient or staff request at this site, many patients preferred to conduct interviews in English and relied on accompanying family members and/or staff to assist with translation.
Some staff reported that some patients had difficulty distinguishing between lower levels of need (e.g. ‘a little more’ versus ‘some more’ help), hence requiring further clarification by staff. Rapport building and allowing plenty of time to complete the interview were reported as having helped to reduce comprehension difficulties. Several staff also reported that some questions were not relevant to patients because of the time frame (i.e. ‘in the past month’) because of different patients’ stages in the treatment trajectory (e.g. hospital items for newly-diagnosed patients).
"Often in my experience Indigenous people are quite private and they’ll say things are fine or they don’t need any help but it’s good actually having those questions as prompts."
(Cancer care coordinator)
Impact on workload
“I think it definitely makes up for it later on because you can activate services a bit earlier.”
(Oncology social worker)
“I mean it’s… it’s increased my workload but that’s ok, I see that as fine. It’s increased my workload but that’s good practice. It’s part of doing a thorough assessment with people with cancer and being aware of unmet needs.”
(Oncology social worker)
Experience using screening tools was reported to reduce the time required. One staff member believed the impact on workload would be less if the questionnaire were conducted at the time of initial service entry when other questionnaire information is routinely gathered.
“It’s probably given me the confidence to liaise more with our Aboriginal liaison officers which I haven’t done in the past very much.”
(Cancer care coordinator)
“helps the doctors here understand how they need to change the way they explain things to their Indigenous patients”.
(Oncology social worker)
Making SCNAT-IP results available to nursing and medical staff in patient files was reported to facilitate better communication about patients’ psychosocial needs. One staff member believed there were greater opportunities for the SCNAT-IP to have a positive impact on team communication if it were used early in the treatment trajectory.
Impact on referral pathways
Many staff reported that using the SCNAT-IP triggered new supportive care referrals. One clinician from a metropolitan hospital, who interviewed a number of patients from regional areas, observed that completing the SCNAT-IP increased her awareness of her need to better understand referral networks in regional areas. However, staff based in regional clinics observed little or no impact on referral pathways. This was attributed to the relatively small numbers of Indigenous patients who were assessed in those clinics and the fact that most of their patients were not newly-diagnosed and were already linked to local support services.
Several staff members suggested minor changes to the structure, wording or format of the SCNAT-IP tool including reducing the number of items, further simplifying the wording and modifying the response time frame (i.e. ‘in the past month’) to make it more applicable across the whole treatment continuum. It was also suggested to group items by domain and use domain headings to help clarify item content, as well as revise the preamble to clarify the purpose and response format (i.e. use of emoticons), and highlight the fact that some items were not relevant to all patients. More advice for staff members about the time required to complete the instrument and follow-up discussion about needs was also recommended. Contradictory views about who should complete the assessment were noted, with one staff member suggesting wider use, for example, by treating doctors or ward nursing staff, and another expressing reservations as to whether the medical or ward staff would be the best team members to assess and respond to unmet needs.
Overall patient acceptability of the SCNAT-IP was high, with the majority of participants finding the tool easy to understand. They liked the format and appreciated being asked by health professionals about their supportive care needs. These results are consistent with the results of a quantitative analysis of acceptability and feasibility in this sample . They also align with the results of patient and key informant interviews conducted during the development of the SCNAT-IP  and with past research that demonstrated the acceptability of the unmet needs assessment screening amongst the general Australian cancer population . Both patients and staff in this study believed SCNAT-IP assessment would be most useful early on in the treatment trajectory, with reassessment throughout treatment tailored to individual need.
Indigenous patients' cultural disconnection within the healthcare system is well documented [11, 24, 36] and the favourable results regarding the patient acceptability of the SCNAT-IP may simply have been due to health professionals taking more time to sit and talk with patients. However, our results indicate that it was more than this. Patients liked being asked about their supportive care needs in a structured manner and they reported the process was very helpful because this had not occurred prior to the implementation of the SCNAT-IP. The SCNAT-IP also provided health professionals with the means to have these discussions in a culturally appropriate format and they further commented that the tool picks up things they would not have identified if they were simply taking the time to sit and talk with the patient.
Basic infrastructure and logistical issues, such as lack of transport and suitable accommodation, are also reported to impede Indigenous Australians’ access to cancer care and treatment services [11, 15, 23, 37]. The use of the SCNAT-IP is intended to assist health professionals to identify and subsequently address these important practical and logistical issues to improve access and uptake of cancer care.
Whilst this study provides additional evidence for the feasibility and acceptability of the SCNAT-IP, some staff identified comprehension difficulties amongst patients with low English literacy as a potential barrier. However, patients who spoke Indigenous languages at home did not report any comprehension difficulties . Reasons for this discrepancy are not clear. Although in most parts of Australia less than 10 % of the Indigenous population speak an Indigenous language at home (in the NT this figure rises to over 60 %) , language and literacy are commonly reported to be barriers to accessing health care and support services [24, 28]. These barriers may be due to Indigenous patients’ lack of cancer knowledge and confidence in communicating with health professionals or navigating the health system, as well as cancer care professionals not tailoring their language to ensure that Indigenous patients fully comprehend their diagnoses, prognoses and treatment options [16, 39]. Given the verbal nature of the SCNAT-IP and the fact that most clinicians are non-Indigenous, health care interpreters are a preferred delivery method. Despite trained health care interpreters being available in this study they were under-utilised. Using family members as interpreters is not recommended practice when health communication is of a complex or sensitive nature because it can lead to serious misunderstandings . Our study did not formally assess participants’ need for an interpreter or specifically explore the relationship between language spoken at home and time required to complete the instrument. Future studies should consider using more formal methods of assessing need for an interpreter and/or consider mandating use of trained health care interpreters for participants who primarily use Indigenous languages.
This trial included sites servicing Indigenous people living in metropolitan and regional areas, as well as those from remote communities. Our study did not assess geographical variations because participants residing in remote and metropolitan areas were under-represented in the sample. However, participants were recruited from four diverse cancer services which represented a range of geographical locations, service models and Indigenous communities. Our aggregated study data suggests that the SCNAT-IP is acceptable and feasible for use in a variety of service settings. Given the small number of participants from remote and very remote communities in this study, this finding should be interpreted with caution and further research involving those from remote and very remote communities is required. A number of Indigenous people were excluded from this study due to individual and system related issues such as patients not turning up for appointments, competing priorities, incorrect Indigenous status recorded on patient medical records, difficulties scheduling appointments and travel issues. These issues may represent unmet needs beyond the scope of this study and the SCNAT-IP, and could also be important in improving Indigenous patients’ health outcomes. These individual and systemic issues affect Indigenous health more generally, but none-the-less impact on the delivery of cancer care and potentially the health outcomes of Indigenous Australians.
Although conducted in Australia and involving Indigenous Australians exclusively, this is the first qualitative study to explore feasibility and acceptability of an Indigenous-specific psychosocial screening tool. Further research is needed to explore the validity and possible adaption of the SCNAT-IP for other Indigenous groups.
An interesting and somewhat unexpected finding of this study was the inter-cultural benefits of the SCNAT-IP, with a positive and bi-directional exchange of information and cultural knowledge reported, potentially leading to improved inter-cultural collaboration and relationships that come from using a culture-specific tool like the SCNAT-IP. Whilst not the focus of this study, future studies should consider expanding study outcomes to include broader cultural benefits in addition to the more traditional service delivery outcomes and patient self-report measures which have formed the focus of many previous screening trials.
In considering the findings of this study some limitations should be acknowledged. First, although the study aimed to recruit all eligible Indigenous cancer patients seen during the study period, more than half of all potentially eligible Indigenous cancer patients were not invited to participate in this study for the reasons outlined above. Second, a small number of patients identified in medical records as being Indigenous did not self-identify as Indigenous when invited to the study. Third, inaccuracy of medical records to identify cancer patients of Aboriginal and Torres Strait Islander background may have influenced the results. Fourth, although the majority of participants had high levels of English fluency and did not require interpreters, it is likely that the routine use of interpreters amongst those who spoke Indigenous language(s) as their primary language would have increased the range and richness of responses for those patients. Fifth, the early onset of the wet season in the NT impeded patient transport from remote communities to the clinic, which reduced overall patient numbers during this trial. As a result we may have missed the views of those most marginalised and hardest to reach due to distance and other barriers not mentioned (cost, competing priorities). Finally, although the study intentionally included participants from a range of geographic areas, we acknowledge that further research is needed with larger numbers of participants from remote and metropolitan areas to ensure the generalisability of the findings. Despite these potential biases which may impact on validity, this study had a high recruitment rate and a relatively large sample size for qualitative studies.
This study confirmed the SCNAT-IP is applicable to both the research and clinical cancer care settings. For clinical purposes, our findings suggest that the SCNAT-IP should be used at a point early in the treatment trajectory with reassessment at subsequent time points dependent on individual patient need. Overall, the SCNAT-IP will greatly assist cancer care providers to identify Indigenous cancer patients’ unmet needs and priorities for action. Further, it will also assist cancer care providers to assess the adequacy of their services in addressing patients’ needs and identify areas for service improvement. Additional benefits include enhancing patient-provider communication and improving patients’ experience and satisfaction with cancer care. Ultimately the goal is to bring about positive changes to patient management and improve cancer outcomes for Indigenous Australians.
This study provides further evidence for the feasibility and acceptability of the SCNAT-IP and its potential to help reduce the inequalities in cancer care experienced by Indigenous Australians. The results have led to minor modifications to the SCNAT-IP to enhance its clarity and suitability for use in a variety of settings. Strategies to promote and disseminate the SCNAT-IP are currently underway. Future studies should consider using more formal methods of assessing need for an interpreter and/or consider mandating use of trained health care interpreters for participants who primarily use Indigenous languages.
SCNAT-IP: the supportive care needs assessment tool for Indigenous people
The authors wish to thank Mrs Margaret Lawton and Ms Celia Moore (Indigenous consumer representatives) and Dr Mick Adams for their assistance with developing training materials for this study. We also thank the Indigenous people with cancer and staff who participated in this study for their time and enthusiasm, including members of the SCNAT-IP Implementation Group: Andrea Franke, Janelle Parks, Ivan Gooloogong, Victoria Jones, Gwenda Stewart, Melissa Mudie, Jennifer Garner, Hamlata Bhana, Tegan Murnane, Annette Betharis, Fiona Wiseman, and Lucy Pollard.
This research was funded by a grant from the Lowitja Institute, Australia's National Institute for Aboriginal and Torres Strait Islander Health Research. This study was undertaken under the auspices of the Centre of Research Excellence in Discovering Indigenous Strategies to improve Cancer Outcomes Via Engagement, Research Translation and Training (DISCOVER-TT CRE, funded by the National Health and Medical Research Council #1041111). We also acknowledge the ongoing support of DISCOVER-TT by the Lowitja Institute. PCV was supported by an Australian Research Council Future Fellowship (#FT100100511). The views expressed in this publication are those of the authors and do not necessarily reflect the views of the funding agencies.
BT conceived and designed the research protocol and was primarily responsible for project management, data analysis, data interpretation, and drafted the manuscript. GG conceived and designed the research protocol and assisted in the data analysis, data interpretation, and drafted the manuscript. ED contributed to the design of the study and data entry. AG contributed to the design of the study. PCV contributed to the design of the study. KG, AH, VJ and DY contributed to the local project management and study coordination. VH provided critical guidance on the statistical component of the paper and the interpretation of data. All authors reviewed the draft, read and approved the final manuscript.
The authors declare that they have no competing interests.
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- World Bank. Overview of Indigenous Peoples. (updated 30th March 2016, accessed 8th June 2016). Retrieved from http://www.worldbank.org/en/topic/indigenouspeoples/overview.
- Moore SP, Forman D, Piñeros M, Fernández SM, de Oliveira SM, Bray F. Cancer in indigenous people in Latin America and the Caribbean: a review. Cancer Medicine. 2014;3(1):70–80.View ArticlePubMedGoogle Scholar
- Valery PC, Coory M, Stirling J, Green AC. Cancer diagnosis, treatment, and survival in Indigenous and non-Indigenous Australians: a matched cohort study. Lancet. 2006;367(9525):1842–8.View ArticlePubMedGoogle Scholar
- New Zealand Ministry of Health. Cancer patient survival change over time. Update covering the period 1994–2009. Wellington, New Zealand: NZ Ministry of Health; 2012.Google Scholar
- Ward E, Jemal A, Cokkinides V, et al. Cancer disparities by race/ethnicity and socioeconomic status. CA Cancer J Clin. 2004;54:78–93.View ArticlePubMedGoogle Scholar
- White MC, Espey DK, Swan J, Wiggins CL, Eheman C, Kaur JS. Disparities in Cancer Mortality and Incidence Among American Indians and Alaska Natives in the United States. Am J Public Health. 2014;104 Suppl 3:S377–87.View ArticlePubMedPubMed CentralGoogle Scholar
- Australian Institute of Health and Welfare. Cancer in Aboriginal and Torres Strait Islander peoples of Australia: An overview. Canberra: AIHW; 2013.Google Scholar
- Moore SP, Soerjomataram I, Green AC, Garvey G, Martin J, Valery PC. Breast cancer diagnosis, patterns of care and burden of disease in Queensland, Australia (1998–2004): does being Indigenous make a difference? Int J Public Health. 2015. doi:10.1007/s00038-015-0739-y.
- Condon JR, Cunningham J, Barnes T, Armstrong BK, Selva-Nayagam S. Cancer diagnosis and treatment in the Northern Territory: assessing health service performance for indigenous Australians. Intern Med J. 2006;36(8):498–505.View ArticlePubMedGoogle Scholar
- Rodger JC, Supramaniam R, Gibberd AJ, et al. Prostate cancer mortality outcomes and patterns of primary treatment for Aboriginal men in New South Wales, Australia. BJU Int. 2015;115 Suppl 5:16–23.View ArticlePubMedPubMed CentralGoogle Scholar
- Shahid S, Finn L, Bessarab D, Thompson SC. 'Nowhere to room … nobody told them': logistical and cultural impediments to Aboriginal peoples' participation in cancer treatment. Aust Health Rev. 2011;35(2):235–41.View ArticlePubMedGoogle Scholar
- Cunningham J, Rumbold AR, Zhang X, Condon JR. Incidence, aetiology, and outcomes of cancer in Indigenous peoples in Australia. Lancet Oncol. 2008;9(6):585–95.View ArticlePubMedGoogle Scholar
- Condon JR, Garvey G, Whop LJ, et al. Aboriginal and Torres Strait Islander Australians and Cancer. Cancer Forum. 2013;37(1):27–30.Google Scholar
- Moore SP, Antoni S, Colquhoun A, Healy B, Ellison-Loschmann L, Potter J, Garvey G, Bray F. Cancer incidence in indigenous people in Australia, New Zealand, Canada, and the USA: a comparative population-based study. Lancet Oncol. 2015;16;5:1483–1492.View ArticlePubMedGoogle Scholar
- Treloar C, Gray R, Brener L, et al. "I can't do this, it's too much": building social inclusion in cancer diagnosis and treatment experiences of Aboriginal people, their carers and health workers. Int J Public Health. 2014;59(2):373–9.View ArticlePubMedGoogle Scholar
- Newman C, Butow P, Knight R, et al. Cancer and Aboriginal people in Australia: a review of the literature. Crit Public Health. 2008;18(1):65–75.View ArticleGoogle Scholar
- Micklejohn J, Adams J, Valery PC, et al. Indigenous cancer care in Queensland, Australia: health professionals’ framing of “difference”. Aust J Cancer Nurse 2015; 16(1).Google Scholar
- Davidson PM, Jiwa M, Digiacomo ML, et al. The experience of lung cancer in Aboriginal and Torres Strait Islander peoples and what it means for policy, service planning and delivery. Aust Health Rev. 2013;37(1):70–8.View ArticlePubMedGoogle Scholar
- Thompson SC, Shahid S, Greville HS, Bessarab D. A whispered sort of stuff: A ciommunity report on research around Aboriginal people’s beliefs about cancer and experiences of cancer care in Western Australia. Perth: Cancer Council Western Australia; 2011.Google Scholar
- Australian Health Ministers Advisory Council. Aboriginal and Torres Strait Islander Health Framework 2012 Report. In: Australian Health Ministers Advisory Council. Canberra: Australian Government; 2012.Google Scholar
- Scrimgeour MD, Scrimgeour D. Health care access for Aboriginal and Torres Strait Islander people living in urban areas, and related research issues: A review of the literature Darwin: Cooperative Research Centre for Aboriginal Health, 2007Google Scholar
- Digiacomo ML, Davidson PM, McGrath SJ, Dharmenda T, Thompson SC. Cancer in Aboriginal and Torres Strait Islander peoples: An evidence check rapid review. N.S.W: Cancer institute NSW; 2012.Google Scholar
- Shahid S, Finn L, Bessarab D, Thompson SC. Understanding, beliefs and perspectives of Aboriginal people in Western Australia about cancer and its impact on access to cancer services. BMC Health Serv Res. 2009;9:132.View ArticlePubMedPubMed CentralGoogle Scholar
- Treloar C, Gray R, Brener L, et al. Health literacy in relation to cancer: addressing the silence about and absence of cancer discussion among Aboriginal people, communities and health services. Health Soc Care Community. 2013;21(6):655–64.PubMedGoogle Scholar
- Newman CE, Gray R, Brener L, et al. One size fits all? The discursive framing of cultural difference in health professional accounts of providing cancer care to Aboriginal people. Ethn Health. 2013;18(4):433–47.View ArticlePubMedGoogle Scholar
- Hall SE, Bulsara CE, Bulsara MK, et al. Treatment patterns for cancer in Western Australia: Does being indigenous make a difference? Med J Aust. 2004;181(4):191–4.PubMedGoogle Scholar
- McGrath P, Holewa H, Ogilvie K, Rayner R, Patton MA. Insights on Aboriginal peoples' views of cancer in Australia. Contemp Nurse. 2006;22(2):240–54.View ArticlePubMedGoogle Scholar
- Miller J, Knott V, Wilson C, Cunningham J, Condon J, Roder D. Aboriginal and Torres Strait Islander Cancer Control Research Project. Sydney, NSW: Cancer Australia Report; 2010.Google Scholar
- Shahid S, Finn L, Bessarab D, Thompson SC. Understanding, beliefs and perspectives of Aboriginal people in Western Australia about cancer and its impact on access to cancer services. BMC Health Serv Res. 2009;9(132):1472–6963.Google Scholar
- Carlson LE, Waller A, Mitchell AJ. Screening for distress and unmet needs in patients with cancer: review and recommendations. J Clin Oncol. 2012;30(11):1160–77.View ArticlePubMedGoogle Scholar
- Garvey G, Beesley VL, Janda M, et al. The development of a supportive care needs assessment tool for Indigenous people with cancer. BMC Cancer. 2012;12(300):1471–2407.Google Scholar
- Garvey G, Beesley VL, Janda M. Psychometric properties of an Australian supportive care needs assessment tool for Indigenous patients with cancer. Cancer. 2015;121:3018–26.View ArticlePubMedGoogle Scholar
- Garvey G, Thewes B, He VFY, et al. Indigenous cancer patient and staff attitudes towards unmet needs screening using the SCNAT-IP. Support Care Cancer. 2016;24(1):215–23.View ArticlePubMedGoogle Scholar
- QSR International Pty Ltd. NVivo qualitative data analysis Software Version 10. 2012.Google Scholar
- Braun V, Clarke V. Using thematic analysis in psychology. Qual Res Psychol. 2006;3(2):77–101.View ArticleGoogle Scholar
- McMichael C, Kirk M, Manderson L, Hoban E, Potts H. Indigenous women's perceptions of breast cancer diagnosis and treatment in Queensland. Aust N Z J Public Health. 2000;24(5):515–9.View ArticlePubMedGoogle Scholar
- Shahid S, Bessarab D, Howat P, Thompson SC. Exploration of the beliefs and experiences of Aboriginal people with cancer in Western Australia: a methodology to acknowledge cultural difference and build understanding. BMC Med Res Methodol. 2009;9:60.View ArticlePubMedPubMed CentralGoogle Scholar
- Australian Bureau of Statistics. Australian Standard Classification of Languages. Canberra: Australian Bureau of Statistics (ABS); 2011.Google Scholar
- Bryant MD, Schoenberg ED, Johnson TV, Goodman M, Owen-Smith A, Master VA. Multimedia Version of a Standard Medical Questionnaire Improves Patient Understanding Across All Literacy Levels. J Urol. 2009;182(3):1120–5.View ArticlePubMedGoogle Scholar
- Department of Health and Families Northern Territory Government. Guidelines to determine whether anIndigenous language interpreter is required In: Department of Health and Families Northern Territory Government, editor. Darwin, Northern Territory, Australia; 2009.Google Scholar