Family Experiences with Care for Children with Inherited Metabolic Diseases in Canada: A Cross-Sectional Survey.

BACKGROUND AND
OBJECTIVE: Children with inherited metabolic diseases often require complex and highly specialized care. Patient and family-centered care can improve health outcomes that are important to families. This study aimed to examine experiences of family caregivers (parents/guardians) of children diagnosed with inherited metabolic diseases with healthcare to inform strategies to improve those experiences.
METHODS: A cross-sectional mailed survey was conducted of family caregivers recruited from an ongoing cohort study. Participants rated their healthcare experiences during their child's visits to five types of healthcare settings common for inherited metabolic diseases: the metabolic clinic, the emergency department, hospital inpatient units, the blood laboratory, and the pharmacy. Participants provided narrative descriptions of any memorable negative or positive experiences.
RESULTS: There were 248 respondents (response rate 49%). Caregivers were generally very or somewhat satisfied with the care provided at each care setting. Appropriate treatment, provider knowledge, provider communication, and care coordination were deemed essential aspects of satisfaction with care by the majority of participants across many settings. Memorable negative experiences were reported by 8-22% of participants, varying by setting. Among participants who reported memorable negative experiences, contributing factors included providers' demeanor, lack of communication, lack of involvement of the family, and disregard of an emergency protocol letter provided by the family.
CONCLUSIONS: While caregivers' satisfaction with care for children with inherited metabolic diseases was high, we identified gaps in family-centered care and factors contributing to negative experiences that are important to consider in the future development of strategies to improve pediatric care for inherited metabolic diseases.

Key Points

Background

Inherited metabolic diseases (IMD) are a group of rare single-gene diseases frequently diagnosed early in life that have a collective prevalence of approximately 50.9 per 100,000 live births [1]. Children with IMD often require complex and specialized care [2-4]. Across a variety of diseases, settings, and patient populations, patient experience with care is associated with clinical and safety outcomes [5] and is recognized as key to a high-quality health system [6]. Principles of patient-centered care, including accessible services, respect, clear communication, and coordination and continuity of care [7-9], often form the basis of assessments of patient experience [10]. In pediatrics, the concept of patient-centered care is extended to family-centered care, emphasizing children’s developmental needs and the central role of families [11, 12].

Aspects of healthcare shown to be important to the experiences of children with chronic conditions and their families include care coordination [11-13] and perceived empathy of healthcare providers [14]. However, few studies have examined healthcare experiences for children with IMD specifically [15-18]. In our previous qualitative study in this population, while parents/guardians reported positive care experiences within the pediatric metabolic clinic, they often expressed dissatisfaction with care in non-IMD-specific healthcare settings, such as the pharmacy, emergency department, and blood laboratory. These negative experiences tended to stem from interactions with providers unfamiliar with a child’s diagnosis and/or coordination and communication of services [17]. To better understand and inform strategies to improve care, this study examines experiences with healthcare among a larger sample of children diagnosed with IMD from the perspectives of their caregivers.

Methods

Ethical Considerations

Ethics approval for this study was obtained from the Research Ethics Boards of Children’s Hospital of Eastern Ontario, Ottawa Health Science Network and participating centers.

Participants and Study Design

Participants were parents or guardians (“caregivers”, one per household) recruited from an ongoing cohort study of children born between 2006 and 2015 with a confirmed diagnosis of one of 31 IMD (Electronic Supplementary Material [ESM]), receiving treatment from one of 13 participating pediatric metabolic clinics, all located at major Canadian hospitals. Caregivers who had agreed to be re-contacted for research were eligible to participate. Between 20 January, 2017 and 18 July, 2018, participants were invited to complete a one-time cross-sectional questionnaire. Participants with multiple children in the cohort were invited to complete the survey for their oldest child in the cohort. All eligible families were contacted by mail up to four times using an approach adapted from Dillman [19]: they were mailed a pre-notification letter to inform them of the study, an invitation to participate along with the questionnaire, and two reminder messages with replacement questionnaires. Consent was implied with completion and return of the questionnaire by mail, in pre-paid envelopes.

Questionnaire Development

Questionnaire content and instrument selection were informed by previous qualitative studies [17, 20] and a scoping review [21]. Minor changes to the questionnaire were made following a pilot test with six parents of children with an IMD using cognitive telephone interviews [22], whereby participants answered the questionnaire by verbally describing their thought process.

Measures

Child and Family Characteristics

We collected data on participant and household-level characteristics, such as annual gross household income, home community size, gender identity, relationship to the child, employment status, and attained education. Child’s sex, birth year, and IMD were linked from the cohort study. We also collected data on typical mode of travel and travel time from a participant’s home to the metabolic clinic.

Care Experiences

Participants were asked how many times, in the past year, they had visited each of five healthcare settings for their child’s care: metabolic clinic, blood laboratory, emergency department, hospitalizations, and pharmacy. For each setting visited at least once, participants were asked to rate their overall satisfaction with care on a five-point scale, from “very dissatisfied” to “very satisfied”. Participants then selected factors that they considered essential to their satisfaction rating from a list of options tailored to each setting. Next, participants were asked, “In the past year, have you had an experience at [setting] for your child’s care that was either so positive or so negative, you were still thinking about it one week later?”. If “yes”, participants indicated whether the experience was positive or negative, and were invited to provide a brief narrative description of that experience.

We measured caregiver perceptions of care coordination for their child by adapting the Family Experiences with Care Coordination Survey [23]. Participants were asked to identify the provider they considered to be their child’s main provider, defined as the person “who knows the most about your child’s health, and who is in charge of your child’s care overall,” and then asked questions related to their experiences with: getting help to manage their child’s care; care from specialists and receipt of community services; and visit summaries and care plans.

The metabolic clinic plays a significant role in the healthcare of most children with an IMD. We measured participants’ perceptions of the overall care that their child received at the metabolic clinic over the previous year using the validated Measures of Processes of Care (MPOC-20) instrument [24]. The MPOC-20 assesses the extent to which healthcare services are family centered and consists of five subscales: enabling and partnerships; providing general information; providing specific information; coordinated and comprehensive care; and respectful and supportive care. Scores range from 1 to 7 with higher scores indicating that a provider or clinic exhibits a behavior/activity to a greater extent.

Data Analysis

We entered survey data in duplicate and compared entries; differences were resolved by consensus. Survey data were stored using Research Electronic Data Capture (REDCap) [25, 26] and analyzed using Microsoft Excel and SAS software (Version 9.4; SAS Institute Inc., Cary NC, USA).

Analyses were primarily descriptive. Data for three variables were grouped during analysis (Table 1). We calculated proportions for categorical variables and medians and interquartile ranges for continuous variables. We used an inductive process to code narrative descriptions for the aspects of care that contributed to participants’ memorable experiences. Briefly, one author (MP) reviewed the narrative data and assigned codes to each description, and a second author (AC) verified the coding. AC, MP, and BKP collaborated to group the codes into higher order themes.

Table 1

Groupings of categorical variables

Variable grouping	Variable categories
Satisfaction with care
Satisfied	Somewhat satisfied Very satisfied
Non-satisfied	Neither satisfied nor dissatisfied Somewhat dissatisfied Very dissatisfied
Community size
Larger communities	Large city (population of ≥ 100,000 people) Medium-sized city (population of ≥ 30,000 and < 100,000 people)
Smaller communities	Small community (population of ≥ 1000 and < 30,000 people) Rural area (population of < 1000 people)
Frequency of healthcare visits over past year
Fewer	1–2 times (metabolic clinic, emergency department, blood laboratory) Once or less than once per month (pharmacy) Once (hospitalizations)
More	3 or more times (metabolic clinic, emergency department, blood laboratory) At least once per month (pharmacy) 2 or more times (hospitalizations)

We also conducted exploratory post-hoc stratified analyses to describe satisfaction with care at each setting by: community size (larger vs smaller); child age group (≥ 5 vs < 5 years); and visit frequency. We stratified by community size given the well-known barriers associated with access to specialist care in rural areas [27, 28]. We stratified by child age given the different healthcare needs at different ages, which we reasoned could have an important impact on family experiences. Finally, we speculated that more frequent visitors may be more familiar with a setting and able to navigate concerns more easily, but also that negative experiences may accumulate with visit frequency. We calculated 95% confidence intervals for each proportion but, given their post-hoc nature and the number of stratifications and settings, we did not conduct hypothesis tests for these exploratory analyses. For the metabolic clinic, we used non-parametric tests of significance (Mann–Whitney U or Kruskal–Wallis test) to investigate differences in MPOC-20 scores associated with satisfaction with care at the metabolic clinic (satisfied vs non-satisfied), community size, and travel time to the clinic (categories from < 30 min to > 2 h). Because of small numbers, we did not analyze satisfaction by IMD. However, as a sensitivity analysis, we described satisfaction with care among a subgroup of participants whose children received care at four to five healthcare settings, as a proxy for high healthcare needs. We also conducted a post-hoc descriptive analysis of satisfaction with care by memorable positive or negative experiences. Missing data were minimal (< 3%) and were handled using casewise deletion.

Results

At the time of study recruitment, 536 children had been enrolled in the cohort study. Valid mailing addresses and consent to be re-contacted for future studies were available for 509 children; their caregivers were invited to participate in the survey. Of those invited, 248 caregivers completed and returned questionnaires, a response rate of 49%. Children of survey respondents were similar to the full cohort in sex, age, and IMD (data not shown). Most questionnaires (84%) were completed by a female biological parent (Table 2). Nearly half of participants (48%) reported traveling 1 hour or more to reach the clinic. Close to half of the children were diagnosed with either medium-chain acyl-CoA dehydrogenase deficiency (23%) or phenylalanine hydroxylase deficiency (23%).

Table 2

Participant, household, and child characteristics

	No. (%)a
Participant characteristics
Gender and relationship to childb (n = 246)
Female, biological parent	207 (84)
Age, years (n = 247)
20–29	20 (8)
30–39	124 (50)
40 or older	103 (42)
Working part/full time (n = 247)c	179 (72)
Highest education level completed (n = 243)
High school or less	35 (14)
Vocational/technical training	18 (7)
College/university	147 (60)
Graduate school	43 (18)
Household characteristics
Community size (n = 244)
Large city (≥100,000 people)	130 (53)
Medium city (30,000–100,000 people)	42 (17)
Small community (1000–30,000 people)	54 (22)
Rural or very small community (<1000 people)	18 (7)
Household income (n = 235)
< $40,000	26 (11)
$40,000–$59,999	24 (10)
$60,000–$79,999	23 (10)
$80,000–$99,999	38 (16)
$100,000 or more	124 (53)
Distance from home to the metabolic clinic (n = 230)d
< 30 min	55 (24)
30 min to < 1 h	65 (28)
1–2 h	72 (31)
> 2 h	38 (17)
Mode of transportation to metabolic clinic (n = 230)d
Personal vehicle	216 (94)
Public transit or other	14 (6)
Child characteristics (n = 248)
Assigned sex, femalee	127 (51)
Birth year
2005–7	50 (20)
2008–9	45 (18)
2010–11	36 (15)
2012–13	53 (21)
2014–15	64 (26)
Inherited metabolic disease
Medium-chain acyl-CoA dehydrogenase deficiency	56 (23)
Phenylalanine hydroxylase deficiency	56 (23)
Organic acid disorders	24 (10)
Galactosemia	15 (6)
Multiple carboxylase deficiency or biotinidase deficiency	32 (13)
Other fatty acid oxidation disorders	24 (10)
Other amino acid disorders	12 (5)
Other disorders	29 (12)

aValid percentages presented

bRemaining participants were male or other gender and/or other relationship to child

cRemaining participants were not working or looking for work

dOnly participants who had visited the metabolic clinic for their child’s care in the past year were asked this question

eRemaining participants were male or undetermined

Satisfaction with Care

Most participants visited the metabolic clinic (n = 230, 93%), a hospital or community-based blood laboratory (n = 208, 84%), or a pharmacy (n = 174, 70%) at least once in the previous year for their child’s care. A minority visited the emergency department (n = 80, 32%) or were hospitalized (n = 46, 19%).

Satisfaction with care was generally high among participants (Table 3), with ratings from 78 to 84% satisfied at the metabolic clinic, pharmacy, and blood laboratory. A slightly smaller proportion of participants were satisfied with care provided during hospitalization (n = 32, 70%) and at the emergency department (n = 55, 69%). The proportion of participants satisfied with care at the metabolic clinic was somewhat smaller among those living in smaller (n = 49, 77%) vs larger (n = 143, 88%) communities. While there were also differences across strata based on community size and visit frequency at the emergency department and during hospitalization, these exploratory analyses were based on small numbers.

Table 3

Satisfaction with healthcare for children with inherited metabolic diseases by health service setting

Satisfieda with care at	n/N	% (95% confidence interval)b
Metabolic clinic
Overall	194/230	84 (79–89)
Stratified by community sizec
Larger	143/163	88 (82–92)
Smaller	49/64	77 (65–86)
Stratified by visit frequencyd
Fewer	149/178	84 (78–89)
More	45/52	87 (75–94)
Stratified by age group, yearse
< 5	82/97	85 (76–91)
≥ 5	112/133	84 (77–90)
Emergency department
Overall	55/80	69 (58–78)
Stratified by community sizec
Larger	43/60	72 (59–82)
Smaller	10/18	56 (33–77)
Stratified by visit frequencyd
Fewer	45/62	73 (61–83)
More	10/18	56 (33–77)
Stratified by age group, yearse
< 5	28/37	76 (60–87)
≥ 5	27/43	63 (48–76)
Blood laboratory
Overall	162/208	78 (72–83)
Stratified by community sizec
Larger	114/148	77 (70–83)
Smaller	46/57	81 (69–89)
Stratified by visit frequencyd
Fewer	107/138	78 (70–84)
More	55/70	79 (68–87)
Stratified by age group, yearse
< 5	62/84	74 (64–82)
≥5	100/124	81 (73–87)
Hospitalization
Overall	32/46	70 (55–82)
Stratified by community sizec
Larger	25/34	74 (57–86)
Smaller	5/10	50 (21–79)
Stratified by visit frequencyd
Fewer	21/32	66 (48–80)
More	11/14	79 (52–94)
Stratified by age group, yearse
< 5	20/25	80 (61–92)
≥ 5	12/21	57 (36–77)
Pharmacy
Overall	138/174	79 (73–85)
Stratified by community sizec
Larger	103/129	80 (72–86)
Smaller	33/42	79 (64–89)
Stratified by visit frequencyd
Fewer	102/128	80 (72–86)
More	35/45	78 (64–88)
Stratified by age group, yearse
< 5	60/73	82 (72–90)
≥ 5	78/101	77 (68–85)

Study participants who had not visited the care setting at least once in the past year were excluded from analysis

aSelf-reported; defined as “very satisfied” and “somewhat satisfied”. Remaining participants were non-satisfied (neither satisfied nor dissatisfied, somewhat dissatisfied, or very dissatisfied)

bMid-P Exact Test

c“Larger” defined as “large city” and “medium-sized city”; “smaller” defined as “small community” and “rural area”

d“Fewer” defined as, over the past year: 1–2 times for metabolic clinic, emergency department, blood laboratory; 1 time to less than once per month for the pharmacy; 1 time for hospitalizations. “More” defined as: 3 or more times for metabolic clinic, emergency department, blood laboratory; at least once per month for pharmacy; 2 or more times for hospitalizations

eAge group defined at time of questionnaire mailout

Contributors to Satisfaction Ratings

Providers’ attitudes and communication with families were rated as essential or very important to levels of satisfaction with care by ≥ 88% of participants across all settings and by ≥ 95% at settings with physician-led care (metabolic clinic, emergency department, and hospital inpatient units) (Fig 1a–e). Appropriate treatment and provider knowledge were considered essential to reported satisfaction by ≥ 75% of participants at settings where care was physician led. Coordination of care with other providers was considered essential by > 60% of visitors to these settings, especially visitors to hospital inpatient units (82%). Attention to non-medical needs was considered essential by a minority of participants at all settings.

Fig. 1

a Importance of factors contributing to caregiver satisfaction with metabolic clinic care. b Importance of factors contributing to caregiver satisfaction with emergency department care. c Importance of factors contributing to caregiver satisfaction with blood laboratory care. d Importance of factors contributing to caregiver satisfaction with hospital inpatient care. e Importance of factors contributing to caregiver satisfaction with pharmacy services. HCP healthcare practitioner

The only factors rated as essential to satisfaction with blood laboratory care by a majority of participants were care provider attitudes (68%) and communication with the child/caregiver (54%). At the pharmacy, more than 70% of participants identified factors related to the timely, correct acquirement of required products as essential to their satisfaction with care.

Memorable Experiences

A minority of participants reported a memorable positive or negative experience at any setting in the past year (Fig. 2). The proportion of participants with a memorable positive experience ranged from 10% (pharmacy) to 17% (hospital inpatient unit) of participants whose child visited the queried setting in the past year. Comparable proportions of participants had a memorable negative experience, with a range from 8% at the pharmacy to 22% during hospitalizations.

Fig. 2

Number and percent of participant-reported memorable experiences over the past year, at various healthcare settings

In narrative descriptions of memorable experiences, qualitative themes differed by setting (Table 4). Provider/staff demeanor was reported to contribute to positive/negative experiences at all settings except the emergency department. Good or poor communication with the family by providers/staff contributed to several memorable experiences at the metabolic clinic. At the emergency department, receipt of timely treatment or care and perceived coordination among providers/staff coordinating contributed to some positive experiences, whereas aspects of care contributing to negative experiences included providers/staff not following an emergency protocol letter supplied by the family and providers/staff lacking relevant skills or knowledge. Wait times for care or products contributed to memorable experiences at the blood laboratory and the pharmacy. Multiple blood draw attempts and errors in filling product orders contributed to several negative experiences at the blood laboratory and pharmacy, respectively.

Table 4

Most frequently coded aspects of care related to memorable experiences, by healthcare setting, and example quotations

SettingExperience typeCode	n (%)	Example quotation
Metabolic clinic
Positive experience	N = 29
HCP/staff had positive demeanor	12 (41)	Every time we go they are so welcoming and make you feel comfortable. I couldn't ask for a better team
HCP/staff communicated well	11 (38)	My son's care providers answer all of our questions patiently and professionally
HCP/staff involved the family in care	5 (17)	I’m always so appreciative how ‘my team’ includes each of us (family of 4) in the care for my son (only one of us is the actual patient)
Negative experience	N = 25
Poor follow-up care/communication	6 (24)	We are disappointed that each time our daughter has her bloodwork done that we have to chase the team for results (>1 month after) even when results were abnormal
HCP/staff did not communicate well	5 (20)	[The] dietician first appointed [was] very poor in answering basic dietary questions; [I] felt ‘disregarded’ with any of my concerns my child’s health and dietary needs
Child did not receive timely treatment or care	4 (16)	Long wait time (2.5 hrs) from start to finish of appointment […] not really feeling as if anything was accomplished
HCP/staff lacked relevant skills/knowledge	4 (16)	I asked the physician to examine my child’s feet, which had several problems: fungal nail infection, athlete’s foot, flaking. He told me: ‘It’s nothing, there’s nothing we can do for that.’ Fortunately I consulted another physician who took good care of all the health issues my child has
HCP/staff had negative demeanor	4 (16)	The initial call I received when she was two days old still lingers in my memory. I was told to come to the hospital because my daughter has been identified through newborn screening as being mentally slow. Sensitivity during the initial call was lacking
Emergency department
Positive experience	N = 13
Child received timely treatment or care	5 (38)	We didn't wait too long in the emergency room. The metabolic doctor on call informed ER that my son who is metabolic is coming & there is no time to wait. Every minute is crucial
HCP/staff coordinated well with each other	3 (23)	The communication and coordination between the genetics team and the emergency doctor were very satisfying
Negative experience	N = 15
HCP/staff did not follow the emergency protocol letter	5 (33)	Trauma situation with my child. Emergency room doctor refused to follow instructions for her care set out by the metabolic’s team. I had to call [Hospital] before care changed
HCP/staff lacked relevant skills/knowledge	4 (27)	There was a major delay in treatment because of doctor lack of knowledge about disorder
HCP/staff did not involve the family in care	3 (20)	I told the staff that her CK’s (creatine kinase) were up & they refused to […] listen to me until her CK’s came back at 60,000
Wait time was too long	3 (20)	Waiting 12 hours to be admitted and get our room
Blood laboratory
Positive experience	N = 26
HCP/staff provided physical/emotional comfort to the child	14 (54)	Nurses were very good with my child. They made [child] feel very comfortable even though [child] does not enjoy needles
HCP/staff had positive demeanor	12 (46)	All lab technicians have been very sympathetic and caring. Very patient and understanding. Amazing staff
HCP/staff had relevant skills/knowledge	6 (23)	The technician never misses the vein
Negative experience	N = 30
Multiple blood draw attempts	14 (47)	I am still thinking about it 1-1.5 years later […] One time she was in for 45 minutes, they tried 3 times as she was screaming away and failed to collect the sample after the third [time] so we had to come back 3 days later. She was bruised all up her arms. It haunts me to this day
Wait time was too long	7 (23)	Kids have already been fasting for hours when we arrive at the lab and then the wait is almost always another hour
Blood draw was not done correctly/successfully	5 (17)	Having to dig in her arm for over a minute with the wrong size + being unsuccessful. Then trying 2 more times in 2 different places finally with the correct needle size
Hospitalization
Positive experience	N = 8
HCP/staff had positive demeanor	3 (38)	Seeing the same staff who [...] remember us and are comfortable communicating with us make hospital stays positive and easy - sometimes fun. Staff not assigned to us or at the end of shifts dropping in to say hi and check on us also help when in isolation and [it’s] hard to leave [the] room
Negative experience	N = 10
HCP/staff had negative demeanor	3 (30)	The metabolic intern was arrogant […] Also he kept pushing my child to eat - to the point of nearly shaming her. She was very nauseous with rotavirus
Pharmacy
Positive experience	N = 17
Received product in a timely manner	7 (41)	Knowing that our child needs the medication, they now stock a small amount and, when ordered, will get it within a couple of days, notifying us when it arrives
HCP/staff exceeded the expectations of their role	6 (35)	Our local pharmacy is a compounding pharmacy; they did an excellent job researching the drugs use in order to not have ‘phe’ contained in our [child]'s prescription. The pharmacy technician also uploaded a page from the ‘PKU Food List book’ which lists drugs containing Phe. It is recorded on my [child]'s file as a caution that she has PKU ‘NO ASPARTAME’
HCP/staff had positive demeanor	6 (35)	Pharmacy staff treated us like family […] Their attitude was extremely friendly and they went out of their way to be helpful
Negative experience	N = 13
Did not receive product in a timely manner	8 (62)	I have found that every time (or almost) I order my child supplements they are back ordered and by the time I finally get them I have multiple cases that expire in 3 weeks
Errors made in filling the order	5 (38)	Repeated errors […] refill not processed […]

Codes with n < 3 not shown. Percentages may not add to 100; multiple codes may be applied to each participant statement

CK creatine kinase, ER emergency room, HCP healthcare provider, PKU phenylketonuria

Family-Centered Care

Participants reported that their child’s healthcare services at the metabolic clinic were family centered to a fairly great (score of 5) or great (score of 6) extent for all but one subscale of the MPOC-20 (Table 5). The median score for the “Providing General Information” subscale (capturing the extent to which providers shared information and resources about the IMD and available services) was 4.00. Participants who reported non-satisfaction with metabolic clinic care had statistically significantly lower median scores across all MPOC-20 subscales compared with those reporting satisfaction. Participants living in larger communities had a higher median score (p = 0.045) on the “Enabling and Partnership” subscale (capturing the extent to which participants felt they had the opportunity to participate in decision making) than those living in smaller communities. There were no significant differences associated with travel time for any MPOC-20 subscale.

Table 5

Measure of Processes of Care (MPOC) scale scores for participant perceptions of the extent of family-centered care at the metabolic clinic in the past year, overall and stratified by key variables

	Enabling and partnership		Providing general information		Providing specific information about the child		Coordinated and comprehensive care		Respectful and supportive care
	N	Median (IQR)	N	Median (IQR)	N	Median (IQR)	N	Median (IQR)	N	Median (IQR)
Overall	209	6.00 (2.00)	201	4.00 (3.10)	208	5.00 (3.00)	224	5.75 (2.00)	226	6.20 (1.60)
Satisfaction with clinic carea
Non-satisfied	31	4.00 (2.33)	31	2.60 (2.20)	32	3.58 (2.50)	32	4.00 (1.75)	32	4.40 (2.50)
Satisfied	170	6.00 (2.00)	162	4.20 (2.80)	169	5.67 (2.67)	184	6.13 (1.75)	185	6.40 (1.40)
p valueb		< 0.001		< 0.001		< 0.001		< 0.001		< 0.001
Community sizec
Larger community	145	6.00 (2.00)	137	4.00 (3.00)	146	5.33 (2.67)	156	6.00 (2.00)	155	6.40 (1.60)
Smaller community	61	5.33 (2.34)	61	3.80 (3.20)	59	5.00 (2.67)	65	5.75 (2.25)	67	5.80 (2.20)
p valueb		0.045		0.530		0.058		0.127		0.062
Travel time to the metabolic clinic
< 30 min	46	6.00 (2.33)	46	3.90 (2.40)	46	5.17 (3.67)	51	5.75 (2.25)	51	6.60 (1.40)
≥ 30 min to < 1 h	57	5.67 (3.00)	51	4.00 (3.00)	55	5.67 (3.34)	60	6.25 (2.00)	59	6.40 (2.20)
≥ 1–2 h	64	6.00 (1.67)	62	4.40 (3.40)	65	5.50 (2.67)	69	5.75 (1.50)	69	6.00 (1.40)
> 2 h	34	5.50 (2.34)	34	3.40 (2.20)	35	4.67 (2.34)	36	5.50 (2.75)	38	5.60 (2.00)
p valued		0.348		0.507		0.234		0.386		0.336

Scores may range from 1 to 7; higher scores indicate that a provider/clinic exhibits a behavior/activity to a greater extent

IQR interquartile range

aSelf-reported; represents “very satisfied” and “somewhat satisfied”

bMann–Whitney U/Wilcoxon rank-sum test, two-sided normally approximated p-values

c“Larger” represents “large city” and “medium-sized city”; “smaller” represents “small community” and “rural area”

dKruskal–Wallis test

Sensitivity Analyses

The proportion of participants who were satisfied with care at each setting among those whose children accessed care at four to five settings (proxy for higher healthcare needs) was comparable to the proportion for the total sample (ESM). From analyses of the IMD diagnoses of children who visited the emergency department and hospital inpatient units (ESM), we found that diagnoses among children with one visit to the emergency department were quite variable; those visiting three or more times most often had a diagnosis characterized by a risk of acute exacerbations. Children who were hospitalized at least once tended to have IMD diagnoses characterized by a risk of acute crises and/or complex multi-system manifestations. Among participants reporting memorable positive or negative experiences, although data were sparse, descriptively, a smaller proportion of participants reporting a negative memorable experience at a setting in the past year reported being satisfied with care at that setting (30–37%, setting dependent) relative to participants with positive memorable experiences (from ~63% to 97%, setting dependent).

Main Providers, Care Coordination, and Community Service Use

The majority of participants (n = 141, 57%) identified a metabolic clinic provider as their child’s main healthcare provider, 27% (n = 67) identified a family physician, and 12% (n = 30) identified a non-metabolic pediatrician. A minority reported that the main provider had provided them with a written visit summary for at least one visit in the past year (32%) or created a shared care plan for the child (11%); almost half (47%) did not know whether they had a shared care plan.

Approximately half of the participants (126/245, 51%) reported that their child used multiple types of health services in the past year, of whom 58% (n = 71) received support to coordinate those services (Table 6). Of caregivers receiving care coordination support, 78% (n =53) received support from someone associated with their child’s main provider. Fifty participants (20%) reported that they or their child needed or used community services for IMD care (Table 6), of whom 40% had problems accessing these services.

Table 6

Family experiences with care coordination measure scores for community service use and coordination of healthcare in the past year

aValid percentages reported

Discussion

Caregivers of children with IMD participating in this study were generally satisfied with the care their child received across a range of settings and factors considered essential to care and were quite similar across settings. Direct comparisons of satisfaction ratings across settings should be avoided; satisfaction may be influenced not only by the quality of care provided but also by other factors such as the urgency of care required, providers’ specialized knowledge of the child’s condition, and the degree of familiarity between the family and a setting’s care providers. However, some commonalities could be seen in our results. Provider communication with the family, a key principle of family-centered care, was considered essential to satisfaction with care by the vast majority of participants across all settings, as was provider attitudes. Appropriate treatment, provider knowledge, and coordination were considered essential by most participants visiting settings with physician-led care (metabolic clinic, hospitalizations, emergency department). These factors were echoed in the qualitative findings regarding memorable experiences. Among participants reporting a memorable negative experience in the past year, providers’ demeanor, lack of communication, lack of involvement of the family, or disregard of an emergency protocol letter were frequently mentioned factors contributing to those experiences at physician-led care settings. These findings are consistent with the literature on important contributors to the healthcare experiences of children with chronic conditions and their families [11-14].

Our post-hoc sensitivity analysis indicated that participants with memorable positive experiences at a setting were likely to be satisfied with care provision at that setting while those with negative experiences were likely to be non-satisfied. The numbers were small and data are cross-sectional; causality is difficult to assess. We speculate that a memorable experience may influence participants’ overall satisfaction ratings; if so, attention to the aspects of care related to memorable experiences could improve satisfaction. Family-centered care must, however, be tailored to specific settings [11]. The settings where the largest proportions of participants reported a negative experience were hospital inpatient units (22%) and the emergency department (19%). These settings are related: most of the participants (40/46) whose children were hospitalized at least once in the past year also had at least one visit to the emergency department (data not shown). Children who were hospitalized and/or who experienced three or more emergency department visits in the past year often had IMD diagnoses characterized by a risk of acute exacerbations. However, because of small numbers, we were not able to analyze associations between specific IMD and satisfaction ratings. Emergency department visits and hospitalizations for acute exacerbations can be very stressful for caregivers [29, 30]; we speculate that the stresses associated with the child’s need for acute care may influence their caregivers’ satisfaction with care but we were not able to directly evaluate this within our data. In our previous study of caregivers of children with IMD [17], some caregivers felt that emergency department providers were not adequately familiar with IMD-specific care and that care coordination during hospitalizations was poor. In this study, at the emergency department, several participants expressed dissatisfaction with providers/staff not following an emergency protocol letter. There was no single common aspect of care contributing to negative experiences during hospitalization. We recommend further research to identify predictors of care satisfaction, with an emphasis on factors contributing to poor experiences in the emergency department and during hospitalization.

Consistent with our previous qualitative study [17], caregiver participants considered metabolic clinic care to be strongly family centered, as evidenced by high scores in most of the MPOC-20 subscales. A common recommendation to address the needs of children with chronic conditions is the identification of a ‘medical home’. While the American Academy of Pediatrics recommends a primary care provider as a medical home [31], for many children with IMD, the metabolic clinic provides the treatment and care most relevant to the health needs of the child and is thus a potential alternative. A medical home should have relational continuity, where the child and caregiver are familiar with the healthcare providers and feel that they are partners in their child’s care [31]. Our results highlight this as a strength of the metabolic clinic, which presents as a group of providers familiar to and trusted by caregivers. The metabolic clinic’s familiarity with patient needs may also make it well placed to address some of the issues at non-IMD-specific settings that caregivers identified as contributors to negative experiences, such as problems with receiving timely and correct products from the pharmacy.

The metabolic clinic, however, does not have all of the recommended features of a medical home. First, while caregivers perceived strong relationships with clinic providers, only approximately half of participants considered someone in the metabolic clinic to be their child’s main provider. Second, ideally, a medical home coordinates a child’s care, with active communication with other healthcare and support services [31, 32]. Participants did feel that ‘coordinated and comprehensive care’ was provided by the metabolic clinic to a great extent (5.75, interquartile range 2.00). Most clinics lack providers with a defined mandate to coordinate with other services or help families access community services. This may be reflected in participants’ ratings of the metabolic clinic’s provision of general information (4.00, interquartile range 3.10), indicating that care related to this subscale was provided to only a moderate extent. Similarly, few participants (20%) used or needed community services but nearly half (40%) of those users experienced trouble accessing such services. In addition, few caregivers had written visit summaries (32%) or shared care plans (11%) developed by the main providers. The creation of documentation that families can use to share information with a wider network of providers is an area where there is potential for the metabolic clinic to play a greater role. Importantly, of those receiving care coordination support from a provider, nearly all (94%) were satisfied with that support, suggesting that there may be effective existing practices that can be replicated.

A final consideration of the metabolic clinic’s suitability as a medical home is its accessibility. The metabolic clinic is a specialist health service, with only 16 pediatric centers across Canada, mostly hospital based [17]. This may present funding and geographic challenges to service provision [33]. While more than half of participants (53%) live in large cities, participants in smaller communities may be farther away from metabolic centers and in our exploratory analysis, we found that these participants may be less likely to be satisfied with metabolic care. This aligns with the literature suggesting that experiences with care may be different for residents of small communities [27, 34]. Forty-eight percent of participants lived more than 1 h from the metabolic clinic, adding time and potentially expenses (e.g., transportation, lost employment time) to the activity of seeking care. While we collected data prior to the COVID-19 pandemic, interventions that have been implemented to control the pandemic have included delivering more outpatient care via telehealth. Understanding how this virtual care impacts families’ experiences with respect to travel time, communication with providers, and other aspects of metabolic care is a priority for future research. We also recommend that further studies investigate the family centeredness of primary care and community pediatric clinics, which were identified as the main providers for a substantial minority of participants.

This study is the first that we know of to quantitatively survey caregivers of children across a broad range of IMD on their experiences with healthcare interactions. It builds on our previous qualitative work [17, 20] by quantifying satisfaction with care across a larger sample of families and identifying a number of potential contributors to care experiences that could be targeted for improvement. Questionnaires were sent to all parents of children in the original cohort study, providing a broad participant base across Canada and strengthening generalizability. We measured satisfaction with care at five healthcare settings common for children with IMD, enabling contextualization within each setting’s specific purpose and structure. This study has limitations. Caregivers of children with intense disease management or treatment requirements may be under-represented because of the time required to complete the questionnaire. Most respondents were female, with relatively high educational attainment and household income. This prevents us from understanding care experiences from diverse perspectives, including those of male caregivers and of families who may have fewer financial resources, and therefore limits the generalizability of our findings. This was a retrospective survey and may have been subject to recall bias. Health service use and experiences vary by disease and disease severity [35], as does the risk of acute exacerbations. Our sample size, however, was too small to compare experiences by IMD. Similarly, although healthcare is delivered differently in different provinces and regions, we were unable to explore geographic associations with care. In addition, this study examined perceptions of general experiences with care, not perceptions of individual care experiences, and the provision of narrative data about memorable experiences was qualitative and optional. We are therefore limited in our ability to draw conclusions about the specific aspects of care that contribute to adverse experiences.

Conclusions

While participating caregivers’ satisfaction with care for children with IMD was high, we identified important areas where care could be improved, including care coordination and issues related to poor experiences in the emergency department and during hospitalizations. To ensure that improvements are meaningful, we recommend further prospective research to better understand the frequency of adverse experiences and the common characteristics of those experiences. This information could be used to develop interventions to address identified gaps and improve care for children with IMD and their families, and to further explore a suitable medical home for children with IMD.

Below is the link to the electronic supplementary material.

Online Resource 1. Eligible inherited metabolic diseases for the Canadian Inherited Metabolic Diseases Research Network cohort study (PDF 118 kb)

Online Resource 2. Counts of all codes applied to qualitative data (PDF 322 kb)

Online Resource 3. Additional analyses (PDF 314 kb)

This study identifies several elements of care that contribute to parents’ satisfaction with healthcare across five healthcare settings commonly visited by children with inherited metabolic diseases (IMD), including receipt of appropriate treatment, provider knowledge and communication, and coordinated care.

While generally satisfied with care, parents of children with IMD reported recent memorable negative experiences with their child’s healthcare, particularly in the emergency department and during hospitalization. These negative experiences were often related to poor provider demeanor, lack of communication, poor involvement of the family, and disregard of emergency protocol letters.

Our findings provide an important foundation for understanding where gaps in family-centered healthcare are for children with IMD, informing the development of interventions and strategies to address those gaps and ultimately improve healthcare for children with IMD.