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A review of factors affecting patient fertility preservation discussions & decision-making from the perspectives of patients and providers

Authors:

Abstract

Women undergoing cancer treatments and their healthcare providers encounter challenges in fertility preservation (FP) discussions and decision‐making. A systematic review of qualitative research was conducted to gain in‐depth understanding of factors influencing FP discussions and decision‐making. Major bibliographic databases and grey literature in English from 1994 to 2016 were searched for qualitative research exploring patient/provider perspectives on barriers and facilitators to FP decision‐making. Two researchers screened article titles, abstracts and full‐texts. Verbatim data on research questions, study methodology, participants, findings and discussions of findings were extracted. Quality assessment and thematic analysis were conducted. The search yielded 74 studies dating from 2007 onwards; 29 met the inclusion criteria. Analysis revealed three types of barriers: (a) FP knowledge, skills and information deficits contributed to discomfort for providers and discontent for patients; (b) psychosocial factors and clinical issues influenced providers’ practices around FP discussions and patients’ decision‐making; and (c) material, social and structural factors (e.g., lack of resources and accessibility) posed challenges to FP discussions. Potential facilitators to FP discussions and decision‐making were also identified. A discussion of ways to improve physician's knowledge and facilitate women's decision‐making and access to FP is presented, along with areas for policy development and further research.
Eur J Cancer Care. 2019;28:e12945. wileyonlinelibrary.com/journal/ecc  
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https://doi.org/10.1111/ecc.12945
© 2018 John Wiley & Sons Ltd
1 | INTRODUCTION
Many cancer therapies have the potential to irreversibly compromise
women’s reproductive potential (Levine, Kelvin, Quinn, & Gracia,
2015). This has significant implications for young women who have
not yet achieved family‐building goals and who desire biological
children (Armuand, Wettergren, Rodriguez‐Wallberg, & Lampic,
2014). Systemic chemotherapy and radiation treatments can result
in higher risks of infertility, including diminished natural ovarian re
serve, early onset menopause, increased rate of uterine dysfunction
and acute ovarian failure (Duffy & Allen, 2009; Wallace, 2011; Wo
& Viswanathan, 20 09). Additionally, treatments for some hormone‐
receptive cancers may require prolonged endocrine therapy and a
delay in pregnancy, further limiting a woman’s reproductive capac‐
ity due to natural follicle depletion in the ovarian reserve with age
(Anderson & Wallace, 2011; Coccia et al., 2012). Surgic al treatment
Received:14August2017 
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Revised:17Au gust2018 
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Accepted :8September2018
DOI : 10.1111 /ecc .12945
FEATURE AND REVIEW PAPER
A review of factors affecting patient fertility preservation
discussions & decision‐making from the perspectives of
patients and providers
Corinne Daly1| Selena Micic1| Marcia Facey2| Brittany Speller1| Samantha Yee3|
Erin D. Kennedy4,5| Arden L. Corter1| Nancy N. Baxter1,5
1Depar tment of Surger y, Li Ka Shing
Knowle dge Institute, St . Michael’s Hospit al,
Toronto, Ontario, Canada
2Leslie Da n Faculty of Pharma cy, University
of Toronto, Toronto, Ontario, Canada
3Factor‐Inwentash Faculty of Soc ial
Work, Universit y of Toronto, Toronto,
Ontario, Canada
4Depar tment of S urger y, Mount Sinai Health
System, Toronto, Ontario, Canada
5Dalla La na School of Public Health ,
University of Toronto, Toronto, Ontario,
Canada
Correspondence
Nancy N . Baxte r, St. Michae l’s Hospit al,
Toronto, ON, Canada.
Email: baxtern@smh.ca
Funding information
The Can adian Cancer Society (#7026 01).
Abstract
Women undergoing cancer treatments and their healthcare providers encounter
challenges in fertility preser vation (FP) discussions and decision‐making. A system‐
atic review of qualitative research was conducted to gain in‐depth understanding of
factors influencing FP discussions and decision‐making. Major bibliographic data‐
bases and grey literature in English from 1994 to 2016 were searched for qualitative
research exploring patient/provider perspectives on barriers and facilitators to FP
decision‐making. Two researchers screened article titles, abstracts and full‐texts.
Verbatim data on research questions, study methodology, participants, findings and
discussions of findings were extracted. Quality assessment and thematic analysis
were conducted. The search yielded 74 studies dating from 20 07 onwards; 29 met
the inclusion criteria. Analysis revealed three types of barriers: (a) FP knowledge,
skills and information deficits contributed to discomfort for providers and discontent
for patients; (b) psychosocial factors and clinical issues influenced providers’ prac
tices around FP discussions and patients’ decision‐making; and (c) material, social and
structural factors (e.g., lack of resources and accessibility) posed challenges to FP
discussions. Potential facilitators to FP discussions and decision‐making were also
identified. A discussion of ways to improve physician’s knowledge and facilitate
women’s decision‐making and access to FP is presented, along with areas for policy
development and further research.
KEY WORDS
cancer, decision‐making, facilitators, fertility preservation, patient‐provider perspectives,
systematic review
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for gynaecological cancers may require partial or complete removal
of the reproductive organs, thus reducing or eliminating a woman’s
ability to conceive and carry biological children.
Fortunately, advances in reproductive technologies have
provided women with options for fertility preservation (FP).
Clinical FP guidelines, including those from the American
Society of Clinical Oncolog y (ASCO), American Society for
Reproductive Medicine, Clinical Oncology Society of Australia,
National Institute for Clinical Excellence, the Royal College
of Physicians, the Royal College of Radiologist s and Royal
College of Obstetricians and Gynaecologists among others,
recommend that FP is discussed with all patients of reproduc
tive age, including options for referrals to fertility specialists
(AYA Cancer Fertility Preservation Guidance Working Group;
Ethics Committee of the American Society for Reproductive
Medicine, 2005; Loren et al., 2013; O’Flynn, 2014; Royal College
of Physicians, Royal College of Radiologists, & Royal College of
Obstetricians and Gynaecologists, 2007). Although discussions
about the effects of cancer treatment on fertility may be chal
lenging, evidence shows that young women with cancer want to
be informed about fertilit y issues ( Thewes et al., 2005; Thewes,
Meiser, Rickard, & Friedlander, 2003). Women seek support for
potential FP from their healthcare providers (Gorman, Usita,
Madlensky, & Pierce, 2011; Partridge et al., 200 4), and most
women prefer to make FP decisions in consultation with their
providers (Peate et al., 2011). However, research indicates that
women may receive limited information on fertility risks, and
only a small number are referred for fertility consults (Goossens
et al., 2014; Quinn, Vadaparampil, Lee, et al., 2009; Yee, Buckett,
Campbell, Yanofsky, & Barr, 2012).
Reviews addressing various aspects of fertility care for young
women with cancer have been published (Deshpande, Braun, &
Meyer, 2015; Goncalves, Sehovic, & Quinn, 2014; Goossens et al.,
2014; Howard‐Anderson, Ganz, Bower, & Stanton, 2012; Peate,
Meiser, Hickey, & Friedlander, 2009; Sobota & Ozakinci, 2014) and
provide insight into attitudes (Goncalves et al., 2014), fertility‐re‐
lated concerns (Howard‐Anderson et al., 2012; Peate et al., 20 09),
psychological well‐being and quality of life outcomes (Deshpande et
al., 2015; Sobota & Ozakinci, 2014), and preferences for receipt of
fertility‐related information (Goossens et al., 2014). A recent mixed‐
methods review synthesised factors that affect fer tility preser vation
care into broad extrinsic and intrinsic factors and explored patient
and provider perspectives (Panagiotopoulou, Ghuman, Sandher,
Herber t, & Stewart, 2018). However, there remains a gap in specific
examination of the convergences and divergences in providers and
patients’ FP experiences and perspectives, which are important for
understanding deliver y of appropriately targeted supports, as well
as a gap in understanding of facilitators of FP practice from the per‐
spective of health care providers.
Therefore, this systematic review aimed to extend research on
barriers and facilitators to FP discussions and decision‐making and
to highlight commonalities and differences between patients and
oncology healthcare providers’ perspectives. The review focused
on qualitative research in response to the growth of qualitative
literature in the health sciences and the need for examination and
inclusion of diverse forms of data in evidenced‐based practice
(Sandelowski, Barroso, & Voils, 20 07). By having a broad date range
for article inclusion, the review also assessed change in qualitative
themes over time.
2 | METHODS
2.1 | Search strategy/study selection
A systematic review of English language articles published between
Januar y 1994 and March 2016 wa s conducted. MEDL INE, PsycINFO,
CINAHL, the Cochrane Central and Embase were searched using a
combination of “cancer,” “cancer treatment,” “fertility‐preserva
tion” and “decision‐making” medical subject headings, text words
and synonyms (Supporting Information Table S1). Qualitative and
cross‐sectional questionnaire studies with open‐ended questions
(only open‐ended components were eligible for analysis) present
ing patient or healthcare providers’ experiences about and barriers/
facilitators to FP discussions and/or decision‐making were included.
Two researchers independently screened article titles, abstracts and
full‐text s. Reference lists of included articles were screened for rel‐
evant publications. A grey literature search (Supporting Information
Table S2) was conducted and content exper ts informed a compre‐
hensive list of additional resources to ensure all relevant studies
were identified.
2.2 | Quality assessment
Two researchers independently assessed the quality of included
studies using the Critical Appraisal Skills Program (CASP, 2013) for
qualitative studies and a modified version of the STROBE checklist
for cross‐sectional studies (von Elm et al., 20 07). These instruments
have been previously used for quality appraisal in systematic re‐
views (CASP, 2013; Peate et al., 2011). Discrepancies were resolved
through discussion with a third researcher. Quality assessment
scores were reviewed, and articles were classified as poor, medium
or high quality. Poor‐quality studies were excluded.
2.3 | Data extraction and analysis
Two researchers independently conducted data extraction and
analyses. Discrepancies were discussed with a third researcher and
consensus was achieved. Thematic analysis was conducted to iden‐
tify barriers and facilitators to FP decision‐making (Kastner et al.,
2012). Each paper was read multiple times to facilitate familiarity.
Verbatim data on research questions, study methods, sampling, par
ticipants, study contexts, findings and discussions of findings were
extracted. A previously designed t axonomy of influential factors in
shared decision‐making in general clinical settings was used to help
with development of the initial coding scheme (Légaré et al., 2006).
    
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Codes were generated from each study and then systematically
and iteratively compared across studies to develop a general coding
scheme. Reviewers discussed data that did not fit the scheme and
revised codes as necessary. Through an iterative analytic process of
identif ying codes and their contents, searching for commonalities
and differences in experiences and perspectives, and through dis‐
cussions within the research team, descriptive themes representing
barriers and facilitators to FP discussions and decision‐making were
identified.
3 | RESULTS
3.1 | Description of studies
Of the 5,102 records retrieved, 29 articles met inclusion criteria
(Figure 1). All include d studies were published after 2007. Twenty‐six
studies used a qualitative design (Armuand, Wettergren, Rodriguez‐
Wallberg, & Lampic, 2015; Corney & Swinglehurst, 2014; Crawshaw,
Glaser, Hale, & Sloper, 2009; Ehrbar et al., 2016; Garvelink et al.,
2013; Hershberger, Finnegan, Altfeld, Lake, & Hirshfeld‐Cytron,
2013; Hershberger, Sipsma, Finnegan, & Hirshfeld‐Cytron, 2016;
Keim‐Malpass et al., 2013; King, Quinn, Vadaparampil, Gwede, et
al., 2008a; King, Quinn, Vadaparampil, Miree, et al., 2008b; Kirkman
et al., 2013, 2014; Komatsu et al., 2014; Lee et al., 2011; Peddie et
al., 2012; Penrose, Beat ty, Mattiske, & Koczwara, 2012; Quinn &
Vadaparampil, 2009; Quinn et al., 2007; Quinn, Vadaparampil, King,
et al., 2009; Russell, Galvin, Harper, & Clayman, 2016; Snyder & Tate,
2013; Snyder, Thazin , Pearse, & Moinu ddin, 2010; Ussher, Cummin gs,
Dryden, & Perz, 2016; Vadaparampil, Quinn, King, Wilson, & Nieder,
2008; Wilkes, Coulson, Crosland, Rubin, & Stewar t, 2010) and three
used a survey design with open‐ended questions (Hill et al., 2012;
King, Quinn, Vadaparampil, Gwede, et al., 2008a; Niemasik et al.,
2012; Table 1). The included studies variously examined patients
and providers’ attitudes, experiences and perspectives, communica
tion practices, fertility concerns, referrals, counselling/information
provision, FP decision‐making and barriers and facilitators. Fourteen
studies included participants with mixed t ypes of cancers (Armuand
et al., 2015; Crawshaw et al., 2009; Ehrbar et al., 2016; Garvelink
et al., 2013; Gorman, Bailey, Pierce, & Su, 2012; Hershberger et al.,
2013, 2016 ; Keim‐Malpass et al., 2013; Niemasik et al., 2012; Peddie
et al., 2012; Penrose et al., 2012; Russell et al., 2016; Wilkes et al.,
2010; Yee, Abrol, McDonald, Tonelli, & Liu, 2012), seven included
breast cancer sur vivors (Corney & Swinglehurst, 2014; Hill et al.,
2012; Kirkman et al., 2013, 2014; Lee et al., 2011; Snyder & Tate,
2013; Snyder et al., 2010) and one included cervical cancer survivors
(Komatsu et al., 2014). Studies examining providers included medical
FIGURE 1 PRISMA diagram of
included articles
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TABLE 1 Characteristics of included studies reporting barriers that influence fertility preservation decision‐making
Author, year, location Method; s tudy design; data collection
Patient perspective Provider perspective
nSex Agea at Dx Agea at Study Cancer nSpecialty
Crawshaw, 2009, UK Qualitative; cross‐sectional; interviews 38 B15.9 21.5 Not limited
Snyder, 2010, USA Qualitative; cross‐sectional; interviews 52 F32.4 34.8 Breast
Wilkes, 2010, UK Qualitative; cross‐sectional; interviews 18 B21.8 35.6 Not limited
Lee, 2011, UK Qualitative; cross‐sectional; interviews 24 F<40 23–39 Breast
Gorman, 2012, USA Qualitative; cross‐sectional; focus
groups
22 F16.8 18–34 Not limited
Hill, 2012, Canada Mixed methods; cross‐sectional;
questionnaire
27 F30.7 30.7 Breast
Penrose, 2012, Australia Qualitative; cross‐sectional; interviews 25 B38.8 38.8 Not limited
Niemasik, 2012, USA Mixed methods; cross‐sectional;
questionnaire
1,041 F31. 8 41. 3 Leukaemia, HL
NHL, Breast, G I
Keim‐Malpass, 2013, USA Qualitative; phenomenological analysis
of internet blogs
16 F31.7 NR Not limited
Garvelink, 2013, Netherlands Qualitative; cross‐sectional; interviews 34 F21–4 0 22–41 Not limited
Yee, 2012, Canada Mixed methods; cross‐sectional;
questionnaire
41 F33.1 NR Not limited
Hershberger, 2013, USA Qualitative; cross‐sectional; interviews 27 FNR 28.7 Not limited
Kirkman, 2013, Australia Qualitative; cross‐sectional; interviews 10 F31.4 35.7 Breast
Snyder, 2013, USA Qualitative; cross‐sectional; interviews 34 F32.1 34.1 Breast
Kirkman, 2014, Australia Qualitative; cross‐sectional; interviews 10 F31.4 35.7 Breast
Komatsu, 2014, Japan Qualitative; cross‐sectional; interviews 15 FNR 31.6 Cervical
Corney, 2014, UK Qualitative; cross‐sectional; interviews 19 F30.1 24–44 Breast
Armuand, 2015, Sweden Qualitative; cross‐sectional; interviews 21 B32.5 20–45 Not limited
Ehrbar, 2016, Switzerland Qualitative; cross‐sectional; focus
group
12 FNR 36.3 Not limited
Hershberger, 2016, USA Qualitative; cross‐sectional; interviews 27 FNR 19–4 0 Not limited
M. Russell, 2016, USA Qualitative; cross‐sectional; interviews 56 B26.6 32.5 Not limited
Quinn, 2007, USA Qualitative; cross‐sectional; interviews 16 Oncologistsb
King, 20 08a, USA Qualitative; cross‐sectional; interviews
and focus groups
36 Oncology nursesb
(Continues)
    
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oncologists, hematologists, surgeons, obstetricians/gynaecologists
and oncology nurses and social workers (King, Quinn, Vadaparampil,
Gwede, et al., 2008a; King, Quinn, Vadaparampil, Miree, et al.,
2008b; Peddie et al., 2012; Quinn & Vadaparampil, 2009; Quinn
et al., 2007; Quinn, Vadaparampil, King, et al., 2009; Ussher et al.,
2016; Vadaparampil et al., 2008).
As rated against the CASP, more than half the qualitative studies
did not provide clear justification for their choice of design (Corney
& Swinglehurst, 2014; Crawshaw et al., 2009; Garvelink et al., 2013;
Keim‐Malpass et al., 2013; Kirkman et al., 2013, 2014; Komatsu et
al., 2014; Lee et al., 2011; Peddie et al., 2012), and the relationship
between researcher and participants was adequately considered in
only 10 studies (Armuand et al., 2015; Corney & Swinglehurst, 2014;
Keim‐Malpass et al., 2013; Kirkman et al., 2013; Komatsu et al., 2014;
Peddie et al., 2012; Penrose et al., 2012; Quinn et al., 2007; Quinn,
Vadaparampil, King, et al., 20 09; Wilkes et al., 2010; Supporting
Information Table S3). Despite these faults, all studies were of high
or medium quality. Therefore, none were excluded on the basis of
quality. The three sur vey studies scored well on the background,
study design, outcomes, interpretation and generalisability domains.
However, two areas, effor ts to address potential sources of bias and
justification for sample size, were not well reported by most studies
(Supporting Information Table S4).
3.2 | Findings
Three main themes characterising barriers to FP decision‐making
were identified across the 29 studies: (a) FP knowledge, skills and
information deficits, (b) psychosocial and clinical concerns and (c)
material, social and structural factors including economic and paren‐
tal status. Although not explicitly discussed in most included studies,
our analysis revealed several potential facilitators to FP discussions
and decision‐making.
3.2.1 | Barriers to FP discussion and decision‐
making
Knowledge, skills and information deficits
Analysis of provider perspec tives and experiences revealed knowl‐
edge, skills and information deficits were prevalent across all dis‐
ciplines. Studies reported providers have limited awareness of FP
procedures including the time required for completion, costs/
insurance coverage (King, Quinn, Vadaparampil, Gwede, et al.,
2008a; King, Quinn, Vadaparampil, Miree, et al., 2008b; Peddie et
al., 2012; Quinn & Vadaparampil, 20 09; Quinn et al., 2007; Quinn,
Vadaparampil, King, et al., 20 09; Ussher et al., 2016; Vadaparampil
et al., 2008), referral processes/locations of fertility clinics (Loren
et al., 2013; Quinn, Vadaparampil, Bell‐Ellison, Gwede, & Albrecht,
2008; Tschudin & Bitzer, 2009; Ussher et al., 2016) and limited
knowledge of practice guidelines and use of guidelines at their own
institutions (King, Quinn, Vadaparampil, Gwede, et al., 2008a; King,
Quinn, Vadaparampil, Miree, et al., 2008b; Quinn & Vadaparampil,
2009; Vadaparampil et al., 2008). Others reported receiving minimal
Author, year, location Method; s tudy design; data collection
Patient perspective Provider perspective
nSex Agea at Dx Agea at Study Cancer nSpecialty
King,2008b, USA Qualitative; cross‐sectional; interviews
and focus group
7 Oncology social workersb
Vadaparampil, 2008, USA Qualitative; cross‐sectional; interviews 24 Paediatric Oncologistsc
Quinn, 2009, USA Qualitative; cross‐sectional; interviews 54 Oncologistsc
Quinn and Vadaparampil, 2009,
USA
Qualitative; cross‐sectional; interviews 24 Paediatric Oncologist sc
Peddie, 2012, UK Qualitative; cross‐sectional; interviews 34 BNR 30.5 Not limited 15 Cancer care professionalsb
Ussher, 2016, Australia Mixed methods; cross‐sectional; survey
and interviews
263 (Survey)
49 (Interviews)
Cancer care professionalsc
Notes. B: both; Dx: diagnosis; F: female; GI: gastrointestinal; HL: Hodgkin lymphoma; NHL: non‐Hodgkin lymphoma; NR: not reported.
aReported as mean age if available from primary study, otherwise reported as age range. bSingle‐centre participant recruitment. cMulti‐centre participant recruitment.
TABLE 1 (Continued)
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training on FP counselling—repor ting that what they knew was
learned on the job (King, Quinn, Vadaparampil, Miree, et al., 2008b;
Quinn, Vadaparampil, King, et al., 2009). Likewise, some studies re‐
ported that allied care providers such as oncolog y nurses and so‐
cial workers were not aware of FP and/or did not think about it, felt
they did not have enough training to initiate or conduct such dis‐
cussions and assumed physicians were engaging patients in discus
sions (King, Quinn, Vadaparampil, Gwede, et al., 2008a; King, Quinn,
Vadaparampil, Miree, et al., 2008b). Healthcare providers reported
feeling challenged by the complexity of FP options alongside dif‐
ferences in cultural and religious beliefs (Quinn & Vadaparampil,
2009; Quinn, Vadaparampil, King, et al., 2009; Vadaparampil et al.,
2008). Lack of knowledge and familiarity with FP likely contribute
to discomfor t with engaging patients in FP discussions (King, Quinn,
Vadaparampil, Miree, et al., 2008b; Quinn, Vadaparampil, King, et
al., 2009; Russell et al., 2016; Ussher et al., 2016; Vadaparampil et
al., 2008).
Studies also suggested how healthcare providers’ perceptions
might contr ibute to patients’ i nformation defi cits. Some provi ders did
not discuss fertility‐related matters with patients because they did
not perceive it was their responsibility (King, Quinn, Vadaparampil,
Gwede, et al ., 2008a; Kin g, Quinn, Vadapar ampil, Miree, e t al., 2008b;
Peddie et al., 2012; Quinn et al., 2007; Ussher et al., 2016). For exam‐
ple, in one study, surgeons perceived that such discussions were the
purview of oncologists who ostensibly have more clinical knowledge
about administered treatments that posed risks to fertility (Quinn et
al., 2007). Studies also suggested that healthcare providers may not
initiate FP discussions if they perceived infer tility risks were small,
cancer therapies would not affect fertilit y, and/or success rates of
FP technologies were low or ineffective (Peddie et al., 2012; Quinn
et al., 2007). The studies also suggested that providers may hesitate
to initiate FP discussions (Corney & Swinglehurst, 2014; Gorman et
al., 2012; King, Quinn, Vadaparampil, Gwede, et al., 20 08a; King,
Quinn, Vadaparampil, Miree, et al., 2008b; Peddie et al., 2012; Quinn
& Vadaparampil, 2009; Quinn et al., 2007; Vadaparampil et al., 2008;
Yee, Abrol, et al., 2012) when or if they perceived it was not high
priorit y for patients or if they perceived that patients’ fears about di‐
agnosis and treatment meant treatment and survival were patients’
main priorities.
These issues were also reflected in women’s experiences of
FP discussions and decision‐making. Participants reported they
either received no information or inadequate information to make
informed FP decisions (Armuand et al., 2015; Ehrbar et al., 2016;
Gorman et al., 2012; Hershberger et al., 2013; Niemasik et al., 2012;
Penrose et al., 2012; Russell et al., 2016; Wilkes et al., 2010). For
example, in some studies, women repor ted that they did not re
ceive adequate and/or reliable information about FP options, in
fertility‐related risks or risks of cancer recurrence associated with
fertility treatments (Armuand et al., 2015; Gorman et al., 2012;
Hershberger et al., 2013, 2016 ; Kirkman et al., 2013; Niemasik et
al., 2012; Penrose et al., 2012; Wilkes et al., 2010; Yee, Abrol, et al.,
2012). Studies revealed women struggled with managing conflicting
information coming from multiple clinicians involved in their care.
Some felt they had to choose between providers (Hershberger et
al., 2013; Lee et al., 2011) and that they had to “put [their] faith”
in one provider or the other (Hershberger et al., 2013). The expe
rience of receiving inadequate and confusing information exacer
bated women’s concerns about pregnancy and cancer outcomes
(Hershberger et al., 2013; Lee et al., 2011; Penrose et al., 2012).
When women turned to Internet sources to supplement informa
tion received from providers, they experienced difficulty finding
material relevant to their situations and expressed concerns about
reliability (Hershberger et al., 2013).
Psychosocial/clinical concerns
The synthesis showed that psychosocial factors such as physicians’
beliefs, assumptions and clinical concerns (e.g., poor prognoses,
treatment urgency) also influenced providers’ practices regard
ing FP discussions and women’s decision‐making (King, Quinn,
Vadaparampil, Gwede, et al., 2008a; Peddie et al., 2012; Quinn et
al., 2007; Ussher et al., 2016; Vadaparampil et al., 2008). Providers
expressed concerns about information overload and felt discussions
would be challenging because patients were vulnerable at the diag‐
nosis and pre‐treatment stages and unlikely to absorb detailed FP in‐
formation (King, Quinn, Vadaparampil, Gwede, et al., 2008a; Peddie
et al., 2012). They assumed these discussions, raised in the context
of cancer diagnoses, might exacerbate patients’ stress and anxiety
(King, Quinn, Vadaparampil, Miree, et al., 2008b; Peddie et al., 2012;
Quinn, Vadaparampil, King, et al., 2009; Ussher et al., 2016). Such
discussions might, for example, raise complex questions about he
redity, which could influence patients to pursue genetic testing and/
or confuse and heighten anxiety and distress potentially complicat‐
ing and/or delaying treatment (King, Quinn, Vadaparampil, Miree, et
al., 2008b).
Women expressed similar concerns. For example, women’s
decisions were informed by concerns about heredity and genet
ics (Hershberger et al., 2016) and they found FP decision‐making
stressful (Hershberger et al., 2013, 2016; Kirkman et al., 2013, 2014;
Lee et al., 2011; Peddie et al., 2012; Snyder & Tate, 2013). Women
also described feeling frightened and pressured by having to make
decisions quickly (Carty et al., 2014; CASP, 2013; Crawshaw, 2013;
Deshpande et al., 2015; Garvelink et al., 2013; Goossens et al.,
2014; Hershberger et al., 2013; Kastner et al., 2012; Kirkman et al.,
2013, 2014; Lee et al., 2011; Légaré et al., 2006; Peddie et al., 2012;
Quinn et al., 2008, 2007 ; Snyder & Tate, 2013; von Elm et al., 20 07).
Physicians’ uneasiness with treatment delays related to FP was mir‐
rored in patients’ accounts of decision‐making. Studies repor ted
that maximising sur vival (Armuand et al., 2015; Ehrbar et al., 2016;
Hershberger et al., 2016; Peddie et al., 2012; Quinn et al., 2007), un‐
certain prognosis (King, Quinn, Vadaparampil, Gwede, et al., 2008a;
Quinn, Vadaparampil, King, et al., 2009), concerns that treatment
delays might negatively impact long‐term sur vival (Lee et al., 2011;
Penrose et al., 2012; Snyder & Tate, 2013; Wilkes et al., 2010) and
iatrogenic effects of FP were primary considerations in women’s
decisions (Hershberger et al., 2016; Lee et al., 2011; Penrose et al.,
2012; Snyder & Tate, 2013; Wilkes et al., 2010). Although sur vival
    
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was patients’ primary priority (Crawshaw et al., 2009; Ehrbar et al.,
2016; Gorman et al., 2012; Keim‐Malpass et al., 2013; Komatsu et
al., 2014; Lee et al., 2011; Peddie et al., 2012; Penrose et al., 2012;
Snyder & Tate, 2013; Wilkes et al., 2010; Yee, Abrol, et al., 2012),
fertility, and correspondingly, the desire and hope of being a par‐
ent after cancer were also important to women (Ehrbar et al., 2016;
Hershberger et al., 2016; Niemasik et al., 2012; Penrose et al., 2012).
Fertility was perceived as a component of femininity and central to
a women’s identity (Ehrbar et al., 2016; Ussher et al., 2016). Women
also expressed apprehension about success rates of FP, effects of FP
technologies on the health of future children, vertical transmission
of cancer genes and the potential for cancer recurrence (Ehrbar et
al., 2016; Gorman et al., 2012; Hershberger et al., 2016; Komatsu
et al., 2014; Niemasik et al., 2012; Wilkes et al., 2010). The latter
was especially troubling for women with hormone receptive can‐
cers considering FP options requiring ovarian stimulation (Corney &
Swinglehurst, 2014).
Material, social and structural factors
Lack of FP‐related educational resources (King, Quinn,
Vadaparampil, Gwede, et al., 2008a; Quinn & Vadaparampil,
2009; Quinn et al., 2007; Quinn, Vadaparampil, King, et al., 2009;
Vadaparampil et al., 2008), time (Ehrbar et al., 2016; Hershberger
et al., 2016), accessibility to clinics (Hershberger et al., 2016; King,
Quinn, Vadaparampil, Gwede, et al., 2008a; Quinn, Vadaparampil,
King, et al., 2009), costs in regions without FP coverage, (Gorman
et al., 2012; King, Quinn, Vadaparampil, Gwede, et al., 20 08a;
King, Quinn, Vadaparampil, Miree, et al., 2008b; Niemasik et al.,
2012; Quinn & Vadaparampil, 2009; Quinn et al., 2007; Quinn,
Vadapara mpil, King, et a l., 2009; Snyde r & Tate, 2013; Vadapar ampil
et al., 2008), age (King, Quinn, Vadaparampil, Gwede, et al., 20 08a;
Peddie et al., 2012), marit al/parent status (Corney & Swinglehurst,
2014; King, Quinn, Vadaparampil, Miree, et al., 2008b; Lee et al.,
2011; Snyder & Tate, 2013) and culture/religion (Ehrbar et al.,
2016; Quinn & Vadaparampil, 2009; Quinn, Vadaparampil, King, et
al., 2009; Vadaparampil et al., 2008) were identified as additional
factors posing challenges to FP discussions and decision‐making.
Studies reported that oncologists found FP discussions awk ward
in part because they had no resources to refer to, and because
available resources were inappropriate for some patient popula
tion (Quinn & Vadaparampil, 2009; Vadaparampil et al., 2008).
Workload and shortage of time in clinical encounters exacerbated
impediments to FP discussions; healthcare providers said they did
not have enough time in clinical/diagnostic consultations to dis
cuss everything with patients (King, Quinn, Vadaparampil, Gwede,
et al., 2008a; Quinn et al., 2007). Likewise, women who received
information about FP described feeling rushed and experienced
difficulties in making decisions under constrained timelines
(Kirkman et al., 2013; Lee et al., 2011). With respect to accessibil
ity, some studies reported that there were no readily accessible
FP clinics, even if oncologists wanted to provide patients with op
portunities to pursue FP (King, Quinn, Vadaparampil, Gwede, et
al., 2008a; Quinn, Vadaparampil, King, et al., 2009).
The high costs of FP procedures and lack of insurance coverage
in some regions exacerbated inaccessibility to FP and served to in
hibit discussions with patients (King, Quinn, Vadaparampil, Miree, et
al., 2008b; Quinn & Vadaparampil, 2009). Providers in these regions
thought r aising FP may constit ute an ethical dile mma if patients co uld
not afford it (King, Quinn, Vadaparampil, Miree, et al., 2008b; Quinn
& Vadaparampil, 2009; Quinn, Vadaparampil, King, et al., 2009).
Notably, six provider studies from the United States identified costs
as a possible barrier to FP (King, Quinn, Vadaparampil, Gwede, et
al., 2008a; King, Quinn, Vadaparampil, Miree, et al., 2008b; Quinn &
Vadaparampil, 2009; Quinn et al., 2007; Quinn, Vadaparampil, King,
et al., 2009; Vadaparampil et al., 2008) compared with only three
survivor studies (Gorman et al., 2012; Niemasik et al., 2012; Snyder
& Tate, 2013). Although socio‐economic status, age, marital and par‐
ent status are material barriers to FP, clinicians’ assumptions about
patients based on these social categories represented additional
hurdles (Ussher et al., 2016). These assumptions not only affected
the nature and qualit y of information provided to patients but also
resulted in exclusion of patients from decision‐making. Studies re‐
ported that some younger women without (stable) partners did not
receive FP counselling or were told not to worry about reproductive
risks because treatment ef fect s would be temporar y (Ehrbar et al.,
2016; Niemasik et al., 2012; Penrose et al., 2012).
Along with costs, studies found age and marital status af fected
whether healthcare providers discussed or referred patients for
FP (King, Quinn, Vadaparampil, Gwede, et al., 2008a; King, Quinn,
Vadaparampil, Miree, et al., 20 08b; Peddie et al., 2012). For ex‐
ample, providers were less likely to raise FP with single women
(Hershberger et al., 2016; King, Quinn, Vadaparampil, Miree, et al.,
2008b). These women not only experienced time pressures, but
their decision‐making was complicated by the FP choices available
to them (Niemasik et al., 2012; Yee, Abrol, et al., 2012). “Older”
women felt that physicians assumed they would no longer be in
terested in having children, and “younger ” women felt neglected
vis‐a‐vis these discussions (Niemasik et al., 2012). Women who had
children felt clinicians placed less emphasis on FP (Lee et al., 2011;
Niemasik et al., 2012; Quinn et al., 20 07) and reported being told to
be satisfied with the children they already had (Kirkman et al., 2013;
Niemasik et al., 2012). Women without partners felt their concerns
were not adequately addressed during FP discussions (Corney &
Swinglehurst, 2014; Niemasik et al., 2012). Finally, cultural and re‐
ligious beliefs played a role in FP discussions (Ehrbar et al., 2016;
Quinn & Vadaparampil, 2009; Quinn, Vadaparampil, King, et al.,
2009; Vadaparampil et al., 2008).
3.2.2 | Facilitators to FP discussion & decision‐
making
Although not explicitly researched in most included studies, this
review revealed several potential facilitators to FP discussions
and decision‐making. For example, patient awareness of FP, in‐
terest in avoiding future regret and maintaining a sense of con
trol (Hershberger et al., 2016) were raised as critical drivers of FP
8 of 11 
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discussions. FP discussions could also be enabled by healthcare
providers’ knowledge and skills, which may be improved through
educational interventions (King, Quinn, Vadaparampil, Miree, et al.,
2008b). Increased provider awareness and comfor t with FP issues
could enab le proactive and o pen discussions wit h patients (Gar velink
et al., 2013; Kirkman et al., 2013; Wilkes et al., 2010; Yee, Abrol, et
al., 2012). Some studies alluded to the importance of avoiding as‐
sumptions about patients’ fertilit y needs and desires based on social
status characteristics (Corney & Swinglehurst, 2014; Lee et al., 2011;
Niemasik et al., 2012). Patients noted their need for healthcare pro‐
viders to be willing to listen to their personal values and aspirations
(Kirkman et al., 2013), to be open to honest, non‐judgmental com‐
munication and to create environments that facilitate empowerment
(Hershberger et al., 2013).
Research indicates that informing patients of potential infertility
risks and FP options as early as possible could facilitate decision‐
making and improve patient experience (Crawshaw et al., 2009).
However, providers felt discussions should not be at the initial con‐
sultation and patients preferred that it was done at appointments
separate from those related to cancer management (King, Quinn,
Vadaparampil, Gwede, et al., 2008a; Kirkman et al., 2013; Lee et al.,
2011; Vadaparampil et al., 2008). Well‐timed discussions could give
patients the space to focus on understanding their diagnosis and
treatment before engaging with the complexities of FP (King, Quinn,
Vadaparampil, Gwede, et al., 2008a; Vadaparampil et al., 2008).
Finally, informing patients of ongoing risks throughout treatment
and follow‐up (Corney & Swinglehurst, 2014; Wilkes et al., 2010;
Yee, Abrol, et al., 2012), offering suggestions for reliable Internet
resources and experiential information such as support groups
(Garvelink et al., 2013) might facilitate FP decision‐making, improve
patient experiences and reduce regrets and distress. Indeed, a sig‐
nificant number of studies suggested the importance of social re‐
lationships as a key factor in FP decision‐making (Crawshaw et al.,
2009; Komatsu et al., 2014; Snyder & Tate, 2013; Snyder et al., 2010;
Wilkes et al., 2010). Additionally, widely available (e.g., at community
hospitals and cancer centres) patient educational resources, partic‐
ularly low‐literacy and culturally appropriate materials (King, Quinn,
Vadaparampil, Miree, et al., 20 08b; Vadaparampil et al., 2008), could
aid provider–patient communication and education (Ehrbar et al.,
2016; Ussher et al., 2016). Multidisciplinary, integrated cancer care
including specialised counselling services would be beneficial to
women’s experience of cancer care and suppor t FP decision‐mak‐
ing (Hill et al., 2012). Finally, access to financial supports for FP pro‐
cesses could improve accessibilit y to FP (Hershberger et al., 2016;
King, Quinn, Vadaparampil, Miree, et al., 2008b).
4 | DISCUSSION
This systematic review illuminates multiple inter‐related factors
constituting barriers and facilitators to FP discussions and deci
sion‐making among women undergoing cancer treatment and
healthcare providers. Spanning more than a decade, the research
included in this qualitative review shows that challenges in man
aging psychosocial, informational and structural elements of FP
discussions and decision‐making are persistent and transcend spe
cific approaches to FP.
This review highlights overlap between patient and providers’
perceptions of challenges in FP discussions and decision‐making.
Psychosocial and clinical factors such as diagnosis and treatment‐
related distress; survivorship, FP‐related iatrogenic and treatment
urgency concerns; material, social, and structural factors such as
single status, lack of and/or conflicting information; inaccessibility of
clinics and poor care coordination that sometimes resulted in insuf
ficient time to make FP decisions were common concerns.
These barriers interact with each other with broader health im
plications. For example, the high costs of FP procedures in some
health care systems (Rashedi et al., 2017) may engender erroneous
assumptions about patients’ socio‐economic status (ability to pay)
and result in information deficits for patients when physicians do
not raise FP. Notwithstanding physicians’ beliefs that raising FP in
the context of concerns about patients’ economic status presents an
ethical problem, avoiding discussions has implications for patients’
decision‐making and long‐term well‐being. The potential role of FP
cost as a barrier is applicable in regions that do not have insurance
coverage or government‐funded FP programs.
In addition to overlapping concerns, the review highlights an im‐
portant disconnect between patients and providers in their percep
tions of what patients want or need in the way of information and
advice about FP. For example, more provider‐ than survivor‐focused
studies mentioned costs as a possible barrier. Findings also suggest
that assumptions about marital status, age and other socio‐demo‐
graphic factors are driving providers’ discussions about FP, thereby
biasing clinical practice. In light of the variety of modern family sys‐
tems, extended ages for childbearing, and advances in FP technolo‐
gies, these assumptions need to be challenged. Equit able care would
be informing all women of childbearing age who are about to un‐
dergo cancer treatment of their right to FP information and suppor t.
Previous systematic reviews have focused on psychosocial
and quality of life‐related outcomes of women undergoing FP
(Deshpande et al., 2015; Sobota & Ozakinci, 2014), and apart from
one study (Panagiotopoulou et al., 2018) have focused solely on
barriers to FP practices. Through this synthesis, we were able to
validate the previous research on barriers and extend the research
on facilitators that positively influence healthcare providers FP
practice, such as training to increase awareness of FP practices and
partners, and reduce provider bias. Further work on inter ventions to
support FP practice and patients understanding of FP is needed. For
example, providing all patient s of childbearing age with a FP decision
aid as standard practice may help to overcome clinician barriers and
patients’ concerns with broaching the topic of FP. Educating health
practitioners on FP support channels and appropriate referrals may
address issues related to appropriate and timely care.
Further research is also needed on unique patient populations.
The majority of research focuses on breast cancer patients (Corney
& Swinglehurst, 2014; Hill et al., 2012; Kirkman et al., 2013, 2014;
    
|
 9 of 11
DALY et AL.
Lee et al., 2011; Snyder & Tate, 2013; Snyder et al., 2010), and more
research is needed for women with gynecologic and hematologic
malignancies, as these groups have unique FP needs and challenges.
Only one study considered LGBTQ populations or sexual orienta
tion in FP (Russell et al., 2016), and few studies mentioned moral
and ethical challenges pertaining to the cost and type of FP, among
others. Again, these issues point to FP knowledge/skills deficit s for
healthcare providers and complicating factors for some women.
The review suggest s the need for primary research that explicitly
addresses experiences of providers in smaller centres and commu
nity set tings where literature suggests access to FP resources and
FP knowledge/skills may var y (Clayman, Harper, Quinn, Reinecke, &
Shah, 2013). The ongoing ef forts by professional organizations such
as ASCO, the National Comprehensive Cancer Network and the
Oncofertility Consortium to develop resources and training programs
to improve knowledge related to FP for patients and professionals
are worth noting here. Finally, there was an under‐representation of
health professionals such as nurses and social workers in our final
sample of studies. Research on these healthcare providers could shed
further light on facilitators to FP decision‐making.
4.1 | Strengths and limitations
The review was strengthened by the focus on qualitative data and
its analytic approach to provide in‐depth understanding of factors
supporting or limiting FP discussion and decision‐making, as well as
its comparison of patient and provider perspectives. The review was
limited by the search criteria and focus on women only. However, we
focused on this group because of the complex and unstandardised ap
proaches to FP available to women compared to men. Unlike previous
review articles (Crawshaw, 2013; Quinn et al., 2008), we included all
studie s of women of childbear ing age to gain a diversit y of perspect ives
and a more thorough understanding of FP issues in the context of can
cer treatment. Although we performed a systematic literature search,
qualitative articles are not well‐indexed so some eligible studies may
have been missed. We included only studies published in English and
there may be pertinent research findings published in other languages.
5 | CONCLUSION
The review findings highlight overlap in perceived barriers between
healthcare providers and patients in FP discussion and decision‐
making. Findings suggest that even as FP methods advance, deficits
in information, knowledge sharing and skills, structural, material
and social barriers and psychosocial and clinical concerns all play
into decisions about whether and how to discuss FP and subse
quent FP decisions. Findings suggest that interventions aimed at
these areas of concern in addition to ongoing developments in FP
technology are needed to improve patient and provider discussions
and decision‐making. Multi‐level policy and practice approaches to
improve training, access to FP ser vices and knowledge translation
plans including strategies for information sharing are needed to
support FP discussions as standard practice in oncology.
ACKNOWLEDGEMENTS
We thank the Information Specialists, Teruko Kishibe and Christine
Neilson, at the Scotia Bank Health Sciences Librar y, Li Ka Shing
Knowledge Institute, St. Michael’s Hospital for performing the
search and Lebei Pi for assisting in the quality assessment of in‐
cluded articles.
CONFLICT OF INTEREST
There are no conflict of interest disclosures for this manuscript.
ORCID
Arden L. Corter http://orcid.org/0000‐0002‐9746‐9029
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SUPPORTING INFORMATION
Additional suppor ting information may be found online in the
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How to cite this article: Daly C , Micic S, Facey M, et al. A
review of factors affecting patient fertilit y preservation
discussions & decision‐making from the perspectives of
patients and providers. Eur J Cancer Care. 2019;28:e12945.
https ://doi.or g/10.1111/e cc.12945
... Logistic regression models were used to investigate associations between independent variables, patient characteristics (clinical and sociodemographic variables), and dependent variables, receipt of information (Yes vs. No/ Unsure). Independent variables included in the analyses were selected based on previous research: sex [17], age [17,27,28], diagnosis [17], country of birth [29], education [24], sexual orientation [27], partner and parenthood status [27], and desire for children [17]. Univariable logistic regression was used to investigate associations between the independent variables and the dependent variables before performing multivariable logistic regression models for the two respective outcomes. ...
... This finding may be related to patients' potential difficulties processing oral information in a language other than their mother tongue and suggests that the use of written information should be advocated. In addition, cultural and religious beliefs may impact FP care [28,29]. Obtaining information about potential risks of fertility impairment is essential for patients of reproductive age, irrespective of the patient's risk level. ...
... Among women, being older than 35 years and already having children at diagnosis were additional factors negatively correlated with reported receipt of information about FP. This finding is in line with previous research [17,29] and may reflect physicians' values [28], as well as national restrictions of subsidized fertility treatments (e.g., IVF with cryopreserved oocytes/embryos) based on the patient's age and previous children. The finding that heterosexual women were more likely to report having received FP information compared to nonheterosexual women was unexpected, as same-sex female couples and single women in Sweden have access to subsidized assisted reproduction with donor sperm. ...
Article
Full-text available
Background Infertility is a well-known sequela of cancer treatment. Despite guidelines recommending early discussions about risk of fertility impairment and fertility preservation options, not all patients of reproductive age receive such information. Aims This study aimed to investigate young adult cancer patients’ receipt of fertility-related information and use of fertility preservation, and to identify sociodemographic and clinical factors associated with receipt of information. Materials and Methods A population-based cross-sectional survey study was conducted with 1010 young adults with cancer in Sweden (response rate 67%). The inclusion criteria were: a previous diagnosis of breast cancer, cervical cancer, ovarian cancer, brain tumor, lymphoma or testicular cancer between 2016 and 2017, at an age between 18 and 39 years. Data were analyzed using logistic regression models. Results A majority of men (81%) and women (78%) reported having received information about the potential impact of cancer/treatment on their fertility. A higher percentage of men than women reported being informed about fertility preservation (84% men vs. 40% women, p < .001) and using gamete or gonadal cryopreservation (71% men vs. 15% women, p < .001). Patients with brain tumors and patients without a pretreatment desire for children were less likely to report being informed about potential impact on their fertility and about fertility preservation. In addition, being born outside Sweden was negatively associated with reported receipt of information about impact of cancer treatment on fertility. Among women, older age (>35 years), non-heterosexuality and being a parent were additional factors negatively associated with reported receipt of information about fertility preservation. Conclusion There is room for improvement in the equal provision of information about fertility issues to young adult cancer patients.
... Despite established guidelines and recommendations from professional organizations, (eg, American Society of Clinical Oncology 21 ) for postpubertal patients to be provided with up-front consultation and rapid referral (eg, within 24-48 hours) for FP prior to initiating treatment, the number of formal FP referrals remains low. 9,22 Provider-level barriers to FP referrals include: (1) limited knowledge of FP and training in discussing preservation options; (2) low self-efficacy for, or discomfort with, FP discussions; (3) viewing infertility as secondary to cancer treatment and/or as less relevant to oncology practice; (4) having concerns about cost (eg, financial, emotional, physical) to patients; (5) having concerns about the emotional impact of FP conversations on patients who may already be experiencing distress/information overload; (6) limited time during oncology appointments; and (7) concerns about a lack of positive outcomes from FP. 11,14,19,[23][24][25] An additional complicating factor is the pace with which the fields of reproductive endocrinology and infertility have changed. Provider awareness of new procedures allowing for shorter timelines for preservation (eg, random-start controlled ovarian stimulation) and surgical procedures for prepubescent patients (eg, ovarian tissue cryopreservation) may be low, making referral for these procedures less common. ...
... For example, oncology providers often have large caseloads, and providers have endorsed lack of time with patients as a significant barrier to FP discussions. 25 Given these time constraints, providers may prioritize treatment discussions, potentially leaving patients with limited understanding of the impact of treatment on fertility and impacting referrals for fertility counseling and preservation. ...
Article
Background: Infertility is a common late effect for cancer survivors. Whereas assisted reproductive technology has made it possible for survivors to take steps to preserve fertility before starting treatment, only a minority of patients proceed with preservation. Patient-, provider-, health system-, and societal-level barriers to fertility preservation (FP) exist. Oncofertility patient navigation is a valuable resource for addressing FP barriers. Objectives: To highlight the critical role of oncofertility patient navigation in addressing barriers to FP within an academic oncofertility program. Methods: The role of the oncofertility patient navigator in reducing FP barriers, promoting informed decision-making, and ensuring program sustainability is described. Program metrics illustrating the impact of oncofertility patient navigation on referrals for FP counseling and access to FP in the last year also are provided. Discussion: The oncofertility program at our academic adult and pediatric medical centers aims to facilitate rapid referral to fertility counseling and preservation services for postpubertal cancer patients. The patient navigator is integral to the success of the program. The navigator ensures that patients are: (1) well-informed about the potential impact of cancer on fertility and FP options, (2) aware of available resources (eg, financial) for pursuing FP, (3) able to access FP services if desired, and (4) well supported in making an informed FP decision. The inclusion of the patient navigator has led to an almost 2-fold increase in referrals for FP counseling in the past year over the historic annual average. Conclusions: Our institution's oncofertility program, with patient navigation at the core, provides a potential model for increasing patient access to oncofertility care and promoting program sustainability. Oncofertility patient navigation is a valuable resource for providing patients and families with education and support regarding FP decision-making, as well as addressing the multilevel barriers to FP.
... In addition to lacking knowledge on fertility preservation, they also present questions on who must be the responsible professional for discussing this procedure, considering that this is a difficult theme and the professionals believe that it makes female patients worried ( Van den Berg et al., 2021). The women wish to discuss this theme because it generates positive feelings, such as the hope of becoming mothers, and have demonstrated discomfort with having little time to make this decision before oncological therapy (Daly et al., 2019;Garvelink et al., 2015). ...
Article
Full-text available
This integrative review synthesizes the scientific evidence on fertility preservation counseling prior to oncological treatment for women of reproductive age diagnosed with cancer. Bibliographic research was conducted on databases PubMed, CINAHL, LILACS, EMBASE, Scopus, and Web of Science. The structured search strategy for the review question was "counseling AND antineoplastic agents AND fertility preservation". The use of controlled descriptors and keywords was adapted for each database. Study selection through the Rayyan platform was independent and blinded. The final sample comprised seven studies emphasizing the importance of clarifying factors related to the risk of infertility due to oncological treatment and fertility preservation techniques, such as success rate, pregnancy rate, cost, available options, and side-effects, as well as discussing the possibilities of adoption and surrogacy. This review provided evidence reinforcing the importance of counseling for fertility preservation, promoting motherhood for women who face oncological treatment. Organized networks linking oncology and reproductive medicine units are crucial to facilitate patient referral between these services and interprofessional communication.
... Counseling about infertility risks and referrals to fertility specialists can be challenging: Patients may struggle to understand the complexity of information and procedures, while potentially being overwhelmed by their diagnosis or feeling uncertain about their reproductive goals [23][24][25][26][27][28][29]. Additional barriers to cryopreservation include lack of provider knowledge, inadequate hospital referral systems, or advanced disease which require urgent initiation of cancer treatment [28,[30][31][32][33][34][35][36][37][38][39]. Irrespective of whether cryopreservation is possible, most survivors highly appreciate having received fertility-related information at diagnosis as they can better prepare for the future [40][41][42]. ...
Article
Full-text available
Purpose To describe recall of fertility-related consultations and cryopreservation and to examine reproductive goals and reproduction post-treatment in long-term survivors of adolescent and young adult (AYA) (age, 18–39 years) cancer. Methods This study included n = 1457 male and n = 2112 female long-term survivors (Mage = 43–45 years; 5–22 years from diagnosis) who provided self-report. Clinical data were supplied by the Netherlands Cancer Registry. Results Most male survivors (72.7%) recalled fertility-related consultations and 22.6% completed sperm cryopreservation. Younger age (OR = 2.8; 95%CI [2.2–3.6]), not having children (OR = 5.0; 95%CI [3.2–7.7]), testicular cancer or lymphoma/leukemia (OR = 2.8/2.5 relative to “others”), and more intense treatments (OR = 1.5; 95%CI [1.1–2.0]) were associated with higher cryopreservation rates. Time since diagnosis had no effect. Of men who cryopreserved, 12.1% utilized assisted reproductive technologies (ART). Most men (88.5%) felt their diagnosis did not affect their reproductive goals, but 7.6% wanted no (additional) children due to cancer. Half of female survivors (55.4%; n = 1171) recalled fertility-related consultations. Rates of cryopreservation were very low (3.6%), but increased after 2013 when oocyte cryopreservation became non-experimental. Of women who cryopreserved, 13.2% successfully utilized ART. Most women (74.8%) experienced no effects of cancer on reproductive goals, but 17.8% wanted no (additional) children due to cancer. Conclusions Cryopreservation in men varied by patient/clinical factors and was very low in women, but data of more recently treated females are needed. Utilizing cryopreserved material through ART was rare, which questions its cost-effectiveness, but it may enhance survivors’ well-being. Implications for Cancer Survivors The extent to which cryopreservation positively affects survivors’ well-being remains to be tested. Moreover, effects of cancer on reproductive goals require further attention, especially in women who refrain from having children due to cancer.
... This review shows a need for clear information provision in the whole process of counselling, treatment, but specifically in follow up after FP counselling (and treatment). The need for information is mentioned in reviews of Daly et al. [74] and Linnane et al. [75] on factors affecting patient FP decision making, where information provision was often perceived as inadequate or unclear. Recently, Clasen et al. also mentioned the under reporting of regrets and concerns after FP counselling, possibly explaining the variable satisfaction with fertility information [76]. ...
Article
Full-text available
Simple Summary With better survival rates for patients diagnosed with cancer, more attention has been put on future risks like fertility decline due to gonadotoxic treatment. This review focusses on patient-reported outcomes (PROs) and patient experiences among adolescent and young adults (AYAs) diagnosed with cancer. An extended search showed that health care providers need to acknowledge the importance of future fertility and discuss with every AYA the potential of fertility decline. AYAs often requested a referral to a fertility specialist to be informed about fertility preservation (FP) options. They also commonly asked for more patient-specific (written) information about FP options. A clear FP pathway can prevent a delay in receiving a referral to a fertility specialist to discuss FP options and initiating FP treatment. This patient-centered approach will optimize FP experiences and establish a process to achieve long-term follow up after FP treatment. Abstract With better survival rates for patients diagnosed with cancer, more attention has been focused on future risks, like fertility decline due to gonadotoxic treatment. In this regard, the emphasis during counselling regarding possible preservation options is often on the treatment itself, meaning that the medical and emotional needs of patients regarding counselling, treatment, and future fertility are often overlooked. This review focuses on patient-reported outcomes (PROs) and patient experiences regarding fertility preservation (FP)—among adolescents and young adults (AYAs) with cancer. A systematic review of the literature, with a systematic search of online databases, was performed, resulting in 61 selected articles. A quality assessment was performed by a mixed methods appraisal tool (MMAT). Based on this search, three important topics emerged: initiating discussion about the risk of fertility decline, acknowledging the importance of future fertility, and recognizing the need for more verbal and written patient-specific information. In addition, patients value follow-up care and the opportunity to rediscuss FP and their concerns about future fertility and use of stored material. A clear FP healthcare pathway can prevent delays in receiving a referral to a fertility specialist to discuss FP options and initiating FP treatment. This patient-centered approach will optimize FP experiences and help to establish a process to achieve long-term follow up after FP treatment.
... Factors affecting the patient's decision regarding the usage of the above-mentioned methods may include personal beliefs, religious and cultural limitations, prognosis, the patient's knowledge of fertility preservation methods, as well as the method of disseminating information about the possibility of fertility preservation by medical personnel [19][20][21][22][23]. ...
Article
Full-text available
Simple Summary Cancer treatment, in particular with gonadotoxic potential, may affect the fertility of cancer patients and cause temporary or permanent damage to the reproductive organs and glands that control fertility. Taking into account that some patients ultimately do not lose fertility during treatment, some do not survive cancer therapy, and some do not decide to use cryopreserved reproductive material, the review analysed the percentage of usage of cryopreserved reproductive material collected before treatment to preserve the fertility of patients after cancer treatment. The obtained review results indicate a low return/usage rate of cryopreserved reproductive material among both women and men. This review highlights potential organizational issues related to storage costs, space needed, and the use or disposal of stored material. Considering the increase in the number of cancer patients, the scale of this problem may turn out to be significant in the coming years. Abstract Background: Many cancer treatment methods can affect fertility by damaging the reproductive organs and glands that control fertility. Changes can be temporary or permanent. In order to preserve the fertility of cancer patients and protect the genital organs against gonadotoxicity, methods of fertility preservation are increasingly used. Considering that some patients ultimately decide not to use cryopreserved reproductive material, this review analysed the percentage of post-cancer patients using cryopreserved reproductive material, collected before treatment as part of fertility preservation. Methods: A systematic search of studies was carried out in accordance with the Cochrane Collaboration guidelines, based on a previously prepared research protocol. The search was conducted in Medline (via PubMed), Embase (via OVID), and the Cochrane Library. In addition, a manual search was performed for recommendations/clinical practice guidelines regarding fertility preservation in cancer patients. Results: Twenty-six studies met the inclusion criteria. The studies included in the review discussed the results of cryopreservation of oocytes, embryos, ovarian tissue, and semen. In 10 studies, the usage rate of cryopreserved semen ranged from 2.6% to 21.5%. In the case of cryopreserved female reproductive material, the return/usage rate ranged from 3.1% to 8.7% for oocytes, approx. 9% to 22.4% for embryos, and 6.9% to 30.3% for ovarian tissue. In studies analysing patients’ decisions about unused reproductive material, continuation of material storage was most often indicated. Recovering fertility or death of the patient were the main reasons for rejecting cryopreserved semen in the case of men. Conclusion: Fertility preservation before gonadotoxic treatment is widely recommended and increasingly used in cancer patients. The usage rate is an important indicator for monitoring the efficacy of these methods. In all of the methods described in the literature, this indicator did not exceed 31%. It is necessary to create legal and organizational solutions regulating material collection and storage and to create clear paths for its usage in the future, including by other recipients.
... Prior studies have shown high costs to be critical in decision-making about fertility preservation and a frequent barrier to pursuing such options before cancer treatment. 33,34 In addition, having undergone egg or embryo freezing before cancer treatment increases survivors' risk of financial vulnerability and experiencing debt after treatment. 35 This study builds on these findings and demonstrates the impact of financial factors on family-building decisions in posttreatment survivorship. ...
Article
Full-text available
Purpose: Adolescent and young adult (AYA) survivors are at-risk for cancer-related financial difficulties (i.e., financial toxicity [FT]). Family building after cancer often requires reproductive medicine or adoption with high costs; AYAs experience financial barriers to family building. This study evaluated the relationships among cancer FT, reproductive concerns, and decision-making processes about family building after cancer. Methods: AYA female (AYA-F) cancer survivors completed a cross-sectional survey including measures of FT, reproductive concerns, decisional conflict about family building, and decision-making self-efficacy. Differences across FT subgroups (i.e., no/mild, moderate, and severe FT) were tested. Linear regression evaluated the relationships between FT and reproductive concerns and decision-making processes. Results: Participants (N = 111) averaged 31.0 years (standard deviation [SD] = 5.49), 90% were nulliparous, and 84% were employed full/part-time. The overall FT levels were in the "moderate" range (M = 20.44, SD = 9.83); 48% worried quite a bit or very much about financial problems because of cancer. AYA-Fs reporting severe FT (24% of sample) experienced higher levels of reproductive concerns compared with those reporting no/mild and moderate FT. Those reporting moderate FT (46% of sample) reported greater decisional conflict about family-building options, compared with the no/mild FT subgroup. Both moderate and severe FT subgroups reported lower decision-making self-efficacy compared with the no/mild FT subgroup. In separate models controlling for covariates, greater FT related to higher levels of reproductive concerns (B = -0.39, p < 0.001), greater decisional conflict about family building (B = -0.56, p = 0.02), and lower decision-making self-efficacy (B = 0.60, p = 0.01). Conclusions: Given the high costs of reproductive medicine and adoption, fertility counseling pre- and post-treatment must address survivors' financial concerns and barriers.
... The use of telehealth, however, can address geographic health disparities [29,30] and expand access to an FP specialist for patients with TS. The high cost of FP presents another logistical barrier, and providers have reported feeling an ethical dilemma in discussing FP among patients who may not be able to afford to pursue FP [31]. Although we did not specifically address this in our survey, prior research has shown patients with private insurance are more likely to be referred compared to those on Medicaid [15]. ...
Article
Introduction: Turner syndrome (TS) is associated with a high risk of primary ovarian insufficiency. Current guidelines recommend early fertility counseling for affected youth and their families. This study assessed pediatric endocrinologists' fertility counseling practices for girls with TS. Methods: TS providers were invited to complete a survey via the Pediatric Endocrine Society listserv. Descriptive statistics summarized variables of interest. Correlations were used to identify associations between barriers/practice characteristics and fertility preservation (FP) referral. Thematic analysis was used to examine qualitative responses. Results: 119 providers completed the survey. Seventy percent of providers reported discussing fertility implications of TS routinely in pediatric care. Fifty-six percent of providers reported often or always referring patients with spontaneous menarche to FP specialists, whereas only 19% reported often or always referring their patients without spontaneous menarche (p<0.001). Barriers associated with FP referral frequency included unfamiliarity with FP options, belief that FP is not a possible goal for their patients and absence of a local reproductive endocrinologist. Qualitatively, four referral barrier themes were identified: (1) Questionable utility of referral, (2) Lack of perceived interest among patients/families, (3) Provider barriers (e.g. lack of knowledge), (4) Logistical/structural barriers to accessing fertility-related care. Discussion/conclusion: Providers report inconsistently discussing fertility implications of TS. The frequency of referral to a FP specialist and factors/barriers affecting the decision to refer remain variable. Future research should focus on expanding provider education, addressing barriers to high quality fertility counseling and referral for patients with TS, and investigating FP outcomes in TS.
... According to international guidelines all over the world, cancer patients should receive information about the side effect of cancer treatments on fertility before treatment, and they should be referred to a reproductive specialist to discuss the risk of ovarian damage and the current available fertility preservation options [6][7][8]. However, according to some reports, less than half of cancer specialists in the United States and in Europe refer young cancer patients to fertility preservation/reproductive medicine specialists [9][10][11]. Given the age of the women at the time of the diagnosis and the available therapeutic procedures, the treatment of breast cancer has a greater impact on female reproduction [12,13]. ...
Chapter
Breast cancer is the most common malignancy in women. Although advances in diagnosis and novel chemotherapy regimens have resulted in a considerable improvement in breast cancer survival, chemotherapy-related toxicity impairs gonadal functions, and women suffer from infertility, sexual dysfunction, and premature ovarian insufficiency. Consequently, a greater attention is given to the fertility preservation issues of premenopausal women with breast cancer. This chapter discusses fertility risks associated with breast cancer treatment regimens as well as established and emerging fertility preservation techniques for women with breast cancer. The controversy surrounding ovarian suppression via gonadotropin-releasing hormone agonists to preserve ovarian function during chemotherapy is also discussed. Moreover, we review the recent data on the safety of pregnancy in breast cancer survivors as well as specific ovarian reserve and fertility preservation issues in women with BRCA mutations.
Article
Objective: As cancer survivorship increases, there is higher uptake of fertility preservation treatments among affected women. However, there is limited evidence on the subsequent use of preserved material and pregnancy outcomes in women who underwent fertility preservation (FP) before cancer treatments. We aimed to systematically review the long-term reproductive and pregnancy outcomes in this cohort of women. Patients: Women who underwent any type of the following FP treatments: embryo cryopreservation (EC), oocyte cryopreservation (OC) and ovarian tissue cryopreservation (OTC)) before any planned cancer treatment. Evidence review: We searched electronic databases (MEDLINE, Embase, Cochrane CENTRAL, and HTA) from inception until May 2021 for all observational studies that met our inclusion criteria. We extracted data on reproductive and pregnancy outcomes in duplicate and assessed the risk of bias in included studies using the ROBINS-I tool. We pooled data using a random-effects model and reported using odds ratios (OR) with 95% confidence intervals (CI). Main outcome measures: Our primary outcome was live birth rate and other important reproductive and pregnancy outcomes. Results: Of 5405 citations, we screened 103 and included 26 observational studies (n = 7061 women). Hematologic malignancy was the commonest cause for seeking FP treatments, followed by breast and gynecology cancers. Twelve studies reported on OTC (12/26, 46 %), eight included EC (8/26, 30 %), and twelve reported on OC (12/26, 46 %). The cumulative live birth rate following any FP treatment was 0.046 (95 %CI 0.029-0.066). Only 8 % of women returned to use their frozen reproductive material (558/7037, 8.0 %), resulting in 210 live births in total, including assisted conceptions following EC/OC/OTC and natural conceptions following OTC. The odds for live birth was OR 0.38 (95 %CI 0.29-0.48 I2 83.7 %). The odds for live birth was the highest among women who had EC (OR 0.45, 95 %CI 0.14-0.76, I2 95.1 %), followed by the OTC group (OR 0.37, 95 %CI 0.22-0.53, I2 88.7 %) and OC group (OR 0.31, 95 %CI 0.15-0.47, I2 78.2 %). Conclusions: Fertility preservation treatments offered good long-term reproductive outcomes for women with cancer with a high chance to achieve a live birth. Further research is needed to evaluate the long-term pregnancy and offspring outcomes in this cohort.
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