The financial burden experienced by families of preterm infants after NICU discharge.

BACKGROUND AND OBJECTIVES: Describe the financial burden and worry that families of preterm infants experience after discharge from the neonatal intensive care unit (NICU).
METHODS: We surveyed 365 parents of preterm infants in a cross-sectional study regarding socio-demographics, supplemental security income (SSI), and financial worry. We completed a multivariable logistic regression model to examine the adjusted association of financial worry with modifiable factors.
RESULTS: We found that 53% of participants worried about healthcare costs after NICU discharge. After adjusting for socio-demographic and infant characteristics, we identified that, aOR (95% CI), out-of-pocket costs from the NICU index hospitalization, 3.51 (1.7, 7.26) and durable medical equipment use, 2.41 (1.11, 5.23) was associated with increased financial worry while enrollment in SSI, 0.38 (0.19, 0.76) was associated with decreased financial worry.
CONCLUSIONS: We identified factors that could contribute to financial burden after NICU discharge that may advise future work to target financial support systems.

Introduction

Preterm and low-birth weight infants account for half of infant hospitalization costs and a quarter of all pediatric healthcare costs [1]. While hospitalization-related costs of preterm birth have been well studied [2], much less is known about the categories of economic burden and prevalence of financial worry faced by families of preterm infants after taking their infant home from the hospital [3].

Recognizing a paucity of data on financial aspects of preterm birth from the parent perspective, some authors have called for research to assess out-of-pocket family costs and lost productivity associated with preterm birth [4]. The 2007 Institute of Medicine report on Preterm Birth: Causes, Consequences and Prevention stressed the importance of assessing aspects of familial economic burden [2]. The UK Nuffield Report on Bioethics noted that: “Economic studies of premature birth and low-birth weight have tended to overlook the costs, for example, of day-care services and respite care, as well as those borne by the local authorities, voluntary organizations and by families as a result of modifications of their everyday activities” [5]. One study evaluated an intervention to improve referrals to a health benefits coordinator to mitigate the financial burden after discharge [6]. In 2014, a study from Canada attempted to include productivity losses by caregivers of preterm infants as well as prenatal costs, neonatal intensive care unit (NICU) hospitalization and special education, finding an average cost of CAD $88,988 per patient over the first year of life, but the study did not explicitly break down the non-medical costs such as nutrition, housing, or transportation [7]. In a thoughtful commentary on exploration of caregiver costs in the literature, Zupancic reviewed evaluations nested within other studies [8] and identified that median out-of-pocket costs during infant hospitalization ranged from $424/week [9] (questionnaire-based study about respiratory support) to $1000/week in the DOMINO trial (a study where infants were randomized to donor breast milk) [10].

Thus, despite widespread recognition that the true financial burden associated with caring for infants discharged from the NICU has not been adequately captured, few studies exist that have actually tracked non-medical expenses or even the categories of expenses incurred by these families. In the US, studies that capture healthcare spending and utilization after NICU discharge do not quantify indirect costs [11,12]; surveying the literature, only a few papers, all written in the last 20 years, focus on the financial and economic burden of families of NICU graduates. The aims of our study were to describe the categories of financial burden and prevalence of financial worry that families of preterm infants experience after discharge from the NICU and identify modifiable factors that are associated with financial worry.

Patients and methods

Study design and participants

This was a cross-sectional survey-based study. We enrolled caregivers of preterm (<37 weeks’ gestation) infants up to 24 months’ corrected age, attending outpatient follow up clinics at two large tertiary urban children’s hospitals. Data were collected at Boston Children’s Hospital in 2011–2012 and at Children’s Hospital Los Angeles from 2013–2015. Families were excluded if the infant was >24 months corrected age, the families were not interested, missed for referral to the study or not English- or Spanish speaking. A 150-item questionnaire with components validated in English and Spanish was administered to participants about life after discharge from the NICU. Patient recruitment, survey administration and population characteristics are detailed in previous work [13-15]. The Boston Children’s Hospital and Children’s Hospital Los Angeles human subjects committees approved the study protocol. Informed consent was obtained from all participants.

Measures of financial burden

We asked six questions from the 2007 Commonwealth Fund Biennial Health Insurance Survey [16-19] regarding unexpected costs, increased bills, increased out-of-pocket expenses, and financial worry. In addition, we asked families about their employment, compensation for time off from work, costs related to travel for appointments, care for siblings, and receipt of supplemental security income (SSI) assistance during and/or after the baby’s hospitalization. Each question was answered with a yes/no response. Compensation structures if employed were presented as number of responses and participants could indicate more than one response.

Use of community-based resources

Participants were asked about the use of community-based developmental resources (e.g., early intervention programs), use of social services, such as food assistance programs, Supplemental Nutrition Assistance Program, the Women, Infant, Children’s program, energy assistance/disability programs like the Low Income Home Energy Assistance Program, Transitional Aid to Families with Dependent Children, and receipt of SSI.

Health-related social problems

HelpSteps© is a web-based survey instrument designed to identify health-related social problems. We administered the 25-item survey, which includes questions about family income, race/ethnicity, housing, tobacco exposure, insurance status, and home safety [20-22]. An unsafe home was described as one with water leaks, pests, or no heat. We also noted differences between our cohorts.

Infant health and development

We obtained information from the medical record regarding delivery and complications during the neonatal hospitalization (“predisposing characteristics”). We also asked parents questions about their infant’s health status since discharge including the number of emergency department visits, number of monthly clinic appointments, number of hospitalizations, immunizations, dependence on durable medical equipment, and administration of prescription medications (“post-discharge” characteristics). To assess infant development, we used the Motor and Social Development scale [23], which we have previously validated in our population [24]. Parents responded to 15 age-appropriate questions and we calculated standard scores based on national normative standards.

Statistical analysis

We calculated frequencies and proportions to describe the sample population. Multivariable logistic regression estimated the adjusted odds of financial worry (often and sometimes vs. never). The model was adjusted for confounders such as race/ethnicity, income, geographic location, gestational age (weeks), chronologic age (months), use of prescription medications, use of medical equipment, attribution to the NICU index hospitalization, enrollment in SSI, time taken off work, childcare and cost conversations. Odds ratios (ORs) with 95% confidence intervals (CIs) and two-sided p values for individual variable categories are reported.

Power calculation

For a one sample study with a dichotomous endpoint (financial worry vs. no financial worry), a sample size of at least 240 is needed to achieve 80% power to reject the null hypothesis when the population vs. sample difference in incidence of financial worry is ten percent (previous literature vs. this sample) with a significance level (alpha) of 0.05 (summary statement generated in PASS).

SAS version 9.4 (SAS Institute Inc., Cary, NC) was used for analyses. Data and computer code are available upon request with no restrictions.

Results

Patient recruitment is described in Fig. 1. As outlined in Table 1, most participants were mothers (83%). Almost half (46%) of the sample reported annual incomes <$40,000/year and 40% responded their primary language was not English. Most (64%) utilized Medicaid and 91% used at least one social service (food security, income, home energy). Median (IQR) birth weight, gestational age, and chronologic age at the time of participation were 950 grams (710, 1385), 28 weeks (26, 31) and 10 months (7, 17). More than half of the infants had at least one neonatal co-morbidity (58%) including fetal growth restriction, necrotizing enterocolitis, intraventricular hemorrhage grade 3 or 4, patent ductus arteriosus, or retinopathy of prematurity. The majority (71%) had more than two clinical appointments/month, 20% used durable medical equipment and 60% received at least one prescription medication daily.

Fig. 1

Flow diagram of recruitment of sample (n = 365).

Table 1

Descriptive family and infant characteristics of sample (n = 365).

Characteristics	Total (n = 365) (% of sample)
Socio-demographics
Person completing survey
Mother	303 (83)
Father	52 (14)
No response	10 (3)
Race
White non-Hispanic	134 (37)
Hispanic	122 (33)
Black non-Hispanic	31 (8)
Other (Asian, Native American, Mixed)	36 (10)
No response	42 (12)
Annual household income ($Thousands/Year)
<40,000	168 (46)
≥40,000 to <80,000	64 (17)
≥80,000	97 (27)
No response	36 (10)
Highest level of education (either parent)
≤High school	67 (18)
≥Some college	251 (69)
No response	47 (13)
Language
Non-English	146 (40)
English	179 (49)
No response	40 (11)
Insurance
Medicaid	235 (64)
Private	94 (26)
No response	36 (10)
Use of at least 1 social service (food security, income, energy)a	331 (91)
Infant characteristics
Infant gestational age (weeks) (Median, IQR)	28 (26, 31)
Infant birth weight (grams) (Median, IQR)	950 (710, 1385)
Infant chronologic age at time of participation (months) (Median, IQR)	10 (7, 17)
Neonatal co-morbiditiesb	210 (58)
Infant development, Motor-Social Development (MSD) Score <85	84 (23)
≥2 clinic appointments/month	258 (71)
At least 1 re-admission to the hospital after discharge	114 (31)
At least 1 visit to the emergency department after discharge	119 (33)
Use of durable medical equipment (home oxygen, tracheostomy, feeding tube)	74 (20)
Receives at least 1 prescription medication daily	218 (60)
Use of a community-based developmental program (early intervention)	274 (75)
Use a community-based public clinic for primary care	25 (7)

aSupplemental nutritional assistance program for Women, Infants and Children, Transitional Aid to Families with Dependent Children, Low Income Home Energy Assistance Program.

bFetal growth restriction, respiratory distress syndrome, necrotizing enterocolitis, intraventricular hemorrhage grade 3 or 4, patent ductus arteriosus, retinopathy of prematurity.

We assessed time off work, costs of care, and supplemental income (Table 2). More than 40% of participants had taken time off work; of those, 50 out of 187 response (27%) indicated time off without pay. Similarly, 55% of their partners had taken time off work; of those, 75 out of 215 responses (35%) marked time off without pay. Twenty-six percent of family and friends had also taken time off to help with the participant’s family, 10 out of 96 (10%) indicated time without pay. While 55% had discussed enrollment in SSI prior to discharge from the NICU if eligible, only 23% were enrolled at the time of participation. Of those, 92% received <$1000/month.

Table 2

Financial characteristics of sample (employment, time off, and supplemental income) and perceptions of financial worry and out-of-pocket expenses (n = 365).

Characteristics	Total (n = 365) (% of sample)
Time off from work due to the baby’s hospitalization
Participating parent
Employed	171 (47)
Any time taken off work (during or since discharge)	148 (41)
Amount of time taken off in last month (since discharge)
<2 h	64 (43)
3–10 h	36 (24)
11–20 h	25 (17)
More than 20 h	23 (16)
Compensation structures for time off if employed (can have multiple responses), number of responses presented	187
Leave paid by employer	64 (34)
Leave paid by government	13 (7)
Vacation	41 (22)
Time off with no pay	50 (27)
Self employed	9 (5)
Don’t know	8 (4)
Unemployment	2 (1)
Partner
Employed	245 (67)
Any time taken off work (during or since discharge)	202 (55)
Amount of time taken off in last month (since discharge)
<2 h	109 (54)
3–10 h	65 (32)
11–20 h	15 (7)
More than 20 h	13 (7)
Compensation structures for time off if employed (can have multiple responses), number of responses presented	215
Leave paid by employer	59 (27)
Leave paid by government	11 (5)
Vacation	38 (17)
Time off with no pay	75 (35)
Self employed	12 (6)
Don’t know	19 (9)
Unemployment	1 (1)
Family/friends
Any time taken off work (during or since discharge)	95 (26)
Amount of Time taken off in last month ((since discharge)
<2 h	44 (46)
3–10 h	34 (36)
11–20 h	8 (8)
More than 20 h	9 (10)
Compensation structures for time off if employed (can have multiple responses), number of responses presented	96
Leave paid by employer	15 (16)
Leave paid by government	7 (7)
Time off with no pay	10 (10)
Self employed	27 (28)
Don’t know	32 (33)
Unemployment	5 (6)
Received help that they paid for	43 (12)
Supplemental Security Income (SSI)
Discussed enrollment in SSI while in NICU	200 (55)
Receive SSI	83 (23)
SSI income per month (may indicate multiple responses if support changed over the study period), total number of responses	104
<$500 a month	34 (33)
$500–1000 a month	48 (46)
$1001–1500 a month	13 (13)
$1501–2000 a month	2 (2)
$2000–2500 a month	5 (5)
$2500–3000 a month	2 (2)
Responses to survey regarding financial worry and out-of-pocket costs
Unexpected events that raised medical out-of-pocket costs	107 (29)
Due to baby’s NICU hospitalization	74 (69)
Problems paying for medical bills	65 (18)
Due to baby’s hospitalization	41 (63)
Out-of-pocket expenses due to baby’s hospitalization
As expected	111 (30)
Actual costs were higher	130 (36)
Actual costs were lower	89 (24)
No response	35 (10)
Due to medical costs
Borrowed money/increased credit card use	51 (14)
Used any of savings	85 (23)
Set up payment plan with hospital	36 (10)
Had bill sent to collections	33 (9)
Discussed healthcare costs with NICU staff
Yes	95 (26)
No	236 (65)
No response	34 (9)
Discussed healthcare costs with pediatrician
Yes	70 (19)
No	262 (72)
No response	33 (9)
Worried about healthcare costs
Never	137 (38)
Sometimes	129 (35)
Often	65 (18)
No response	34 (9)

We queried families about financial worry and out-of-pocket costs (Table 2). Almost a third (29%) reported unexpected events that raised medical costs; 69% of those attributed this to the baby’s NICU hospitalization. In total, 18% reported problems paying for medical bills; 63% attributed this to the baby’s hospitalization. In total, 36% reported higher than expected out-of-pocket costs. In total, 23% of participants used savings to pay for medical costs and 9% had bills sent to collections. While 53% of participants worried about health costs (“sometimes or often”), only 26% discussed costs of care with staff while hospitalized in the NICU and only 19% discussed costs of care with their pediatrician.

As seen in Fig. 2A, almost 80% of families traveled to follow up appointments in the month prior to participation, of which 84% traveled by car and incurred parking charges. Figure 2B outlines childcare expenses; 14% had hired childcare to babysit siblings and 61% of those had spent at least $100 per week in the last month to do so.

Fig. 2

Costs related to travel to appointments and for childcare for other siblings.

(A) Costs related to travel to outpatient appointments by study locations (B) Costs related to caring for siblings of infant by study location (n = 365).

Supplementary Material presents differences between our cohorts in Boston vs. Los Angeles (LA) in terms of ethnicity, income, education and language and financial worry (Supplementary Material, Tables 1–3). Supplementary Material Table 4 presents associations of use of SSI, cost conversations, and leave from work with financial worry. Sixty percent of participants who received SSI reported “never” being worried about healthcare costs vs. only 31% of those who did not receive SSI.

Table 3

Results of multivariable logistic regression of financial worry about healthcare costsa for preterm infants (n = 290).

Characteristic	Adjusted OR	95% CI	p value
Socio-demographic characteristics
Race
White non-Hispanic	0.54	0.21, 1.42	0.46
Hispanic	Reference
Black non-Hispanic	0.54	0.19, 1.49	0.56
Other (Asian, Native American, Mixed)	0.68	0.22, 2.09	0.95
Annual household income ($Thousands/Year)
<40,000	Reference
≥40,000–<80,000	1.82	0.74, 4.46	0.09
≥80,000	0.9	0.36, 2.22	0.28
Geographic location and epoch of data collection
Los Angeles (2013–2015)	0.84	0.36, 2.01	0.7
Boston (2011–2012)	Reference
Infant characteristics
Gestational age (weeks)	1.01	0.93, 1.1	0.74
Chronologic age (months)	1.02	0.98, 1.07	0.24
Use of durable medical equipmentb
Yes	2.41	1.11, 5.23	0.03
No	Reference
Receives at least 1 prescription medication daily
Yes	1.32	0.75, 2.35	0.33
No	Reference
Financial characteristics
Perception that unexpected events that raised medical out-of-pocket costs were due to baby’s index hospitalization in the NICU
Yes	3.51	1.7, 7.26	0.0007
No	Reference
Receive Supplemental Security Income (SSI) if eligible
Yes	0.38	0.19, 0.76	0.006
No
Any time taken off work (during or since discharge)
Yes	1.41	0.76, 2.62	0.28
No	Reference
Hired caretakers to take care of siblings
Yes	1.17	0.54, 2.52	0.69
No	Reference
Discussed healthcare costs with NICU staff or pediatrician
Yes	1.04	0.6, 1.81	0.88
No	Reference

aFinancial worry defined as a response to question about “Worry about healthcare costs” as sometimes or often vs. never.

bMedical technology includes use of: home oxygen, tracheostomy, gastrostomy tube, adaptive wheelchair/stroller.

A multivariable regression that examined the association between modifiable factors and financial worry is presented in Table 3. After adjusting for socio-demographic, infant and financial characteristics, we identified that, aOR (95% CI), out-of-pocket expenses from the NICU index hospitalization, 3.51 (1.7, 7.26), p = 0.0007, and durable medical equipment use, 2.41 (1.11, 5.23), p = 0.03 was associated with increased financial worry (sometimes or often vs. never), while enrollment in SSI, 0.38 (0.19, 0.76), p = 0.006 was associated with decreased financial worry independent of gestational or chronologic age. Differences in the cohorts are presented in Supplementary Material Tables 5a, b; only the expenses from the infant’s NICU hospitalization was associated with financial worry in the stratified analysis.

Discussion

In this study, we found that more than half of families with preterm infants experienced financial worry after NICU discharge and that the out-of-pocket expenses from the index NICU hospitalization and durable medical equipment use was associated with increased financial worry, while enrollment in SSI was associated with decreased financial worry. Of note, while we had a bi-coastal sample that had different socio-demographics and employment/paid leave patterns, the frequency of financial worry was similar. We also found that less than a third of the sample was enrolled in SSI at the time of participation and only a fraction held cost conversations with staff while hospitalized in the NICU or after discharge. We also identified several areas where added costs or lost wages contributed to the financial burden for families after discharge such as lack of pay with time taken off, direct medical costs during follow-up, childcare for siblings and out-of-pocket expenses. We must integrate targeted financial support systems for families while they are in the NICU, as they transition to home and after discharge.

We identified that unexpected out-of-pocket costs due to the NICU index hospitalization and use of durable medical equipment was associated with increased financial worry. Children with medical complexity make up most of pediatric hospitalization expenditures [25]. Most of our sample had complex chronic conditions and many required durable medical equipment or prescription medications, both of which can be associated with financial burden and out-of-pocket expenditures as identified in previous work [4,26-28]. This cost component may contribute to increased parental and family strain. Improved care coordination within the family-centered medical home or family navigation programs could reduce the impact for these children with special health care needs by identifying alternative sources of payment for needed services [29-32].

We found that enrollment in SSI was associated with decreased financial worry. However, only a fraction of families were enrolled even if eligible. The SSI program provides cash assistance to low-income people with substantial disabilities. The usual income support is about $6000 per year; this money can be used for any need that a child may have. Current presumptive eligibility criteria include a birth weight of <1200 grams for a child claimant <1 year of age or being small for gestational age, with a planned reevaluation at 12 months of age to determine ongoing clinical severity. Per the 2020 SSI report, 11,706 cases were reviewed with 45% funded for the receipt of SSI in 2019 under the presumptive eligibility criterion of a birth weight of <1200 grams [33]. While the program is well supported for families of premature infants, few studies have actually examined its effects on financial burden for families themselves. Other pediatric populations, including those with attention deficit hyperactivity disorder and cancer, have demonstrated some benefit of SSI for families of children with disabilities [34, 35]. Our study affirms that enrollment in SSI also is associated with a lower odds of financial worry in a population of families with preterm infants. In our sample like many others, families faced barriers in enrollment or knowledge about the program [36]. More resources should be provided to strengthen the infrastructure in NICUs (for example, to social workers) to help screen, inform, and enroll families in SSI.

Data collection in this study coincided with the peak of implementation of the 2010 Patient Protection and Affordable Care Act (ACA). The ACA was designed to reduce the number of uninsured, make healthcare affordable, and improve health outcomes [37]. Unfortunately, children and children with special health care needs (such as preterm infants after NICU discharge) were not a priority in the design of the ACA. Issues that surfaced after implementation include limitations on grandfathered plans, the nature of accountable care organizations for children and the application of Health Homes for children [37]. Another important consideration that emerged was underinsurance—a phenomenon when children live in families that cannot afford clinician recommended care (subspecialty appointments, filling prescriptions, etc.) despite having health insurance [38-40]. While the number of uninsured children declined post-ACA, the number of underinsured children remained the same or even increased in some areas [40]. In this sample, on multivariable analysis, use of durable medical equipment (implying that the child had special health care needs) independent of epoch of data collection post-ACA (2011–2012 vs. 2013–2015) and geographic location were not significant variables for financial worry. Pascoe et al. identified that lower income families (annual incomes $15,000–$34,999) with children with special health care needs with private insurance were more likely to be underinsured than lower income families with children with special health care needs with public insurance [40]. Low-income families with private insurance and particularly high-deductible health plans are subject to financial strain given risks for unemployment and depletion of savings [41] with out-of-pocket expenses [41, 42]. More recent work since the close of data collection for this study and the COVID-19 pandemic [43] have shifted the social safety-net for families with children with special health care needs and more families have found their children underinsured [40]. This suggest that a higher proportion of families would have financial worry than represented in this sample if data collection was more recent. Policymakers could mitigate some of the financial burden faced by low-income families by incorporating wage support and to low and middle-income families with private insurance by offering health exchanges with cost-calculators and price transparency tools to provide families with more information when choosing health plans [44].

While there has been some work regarding facilitating cost conversations in previous studies [45], little has been done to evaluate the burden of care for families once an infant has been discharged from the NICU. Beck et al. completed a qualitative study among pediatric patients’ families to examine how they would like to discuss costs of care [46]. Most wanted to discuss insurance status and out-of-pocket costs in the inpatient setting and preferred for physicians to initiate the conversation but a financial counselor to actually conduct the session. Moreover, families suggested cost discussion should take place when a child is medically stable and occur in person at the bedside with supplemental written materials and should be optional for families. We hypothesized that discussing costs in the NICU or with the pediatrician would be associated with decreased financial worry. While a higher proportion of families who reported less financial worry had cost conversations with their providers, having conversations was not associated with less financial worry on the adjusted multivariable model. Rather, independent of having cost conversations, enrollment in SSI was associated with decreased financial worry. These results suggest that families may appreciate initiating discussions about cost with their provider but immediate cash benefit financial assistance might be even more useful.

In this study, we presented a bi-coastal sample from two urban children’s hospitals in California and Massachusetts. There were marked differences between participants including demographics, employment, and wage losses. There significant differences in employment between samples (a much larger portion were unemployed in Los Angeles) suggesting there may issues related to maintaining employment rather than wage losses in Boston. Perhaps more participants in the Los Angeles cohort were essential workers and were not able to maintain employment while participants in Boston were middle-high income and faced issues with out of pocket expenses or leave. While there are differences in the patient samples, both institutions care for a smaller proportion of preterm infants than community-based NICUs and have a different degree of illness acuity than the rest of the population. Moreover, cost of living is higher in both geographic areas suggesting that financial worry may be higher than other parts of the country affecting external generalizability of our results. Moreover, California and Massachusetts have substantially different insurance program infrastructures than other states. Specifically, in Massachusetts, Mass Health [47] combines Medicaid and Children’s Health Insurance Program and California has the California Children’s Services program [48] which is state program to help children with certain diagnoses or conditions connect to services. While both these programs assist low-income families and children with special health care needs, low to middle-income families with private insurance may still experience significant financial worry.

In terms of limitations, we had a few survey items regarding socio-demographics that participants did not respond to although this was usually <15%. One must also consider the limitations regarding recall bias with a survey-based study (such as over-reporting use of social services) and that there was likely selection bias since there were missed referrals to the study. Moreover, we only included English or Spanish speaking families. Also, since our sample was collected in 2011–2015, it predates the use of rideshare, which may make up a higher proportion of non-medical costs now and does not reflect the shifting landscape of employment, leave and support that the COVID-19 pandemic surfaced. It also does not account for tele-health or virtual visits, which may actually reduce out-of-pocket transportation costs. Moreover our survey did not include free text responses where families might have included other expenses not listed. While we queried families about insurance status, we did not specify regarding receipt of high-deductible health plans. And though we used a validated survey, there are other instruments that might also capture financial burdens, such as the “COST” and “Consumer Financial Protection Bureau Financial Well Being Scale” [https://www.usda.gov/media/blog/2017/01/13/cost-raising-child]. While we did not have a full term healthy cohort control in comparison, we wanted to elicit the experience of parents and families of preterm infants since several of the characteristics we identified are specific only to this population. Arguably, there would be similar burdens faced by families with term high risk infants. According to the Consumer Expenditures Survey, a middle-income family will spend $12,980 annually to raise a child without medical complexity [https://www.usda.gov/media/blog/2017/01/13/cost-raising-child]. Here, we present information around wage losses, employment, transportation, and child care that may add to already existing concerns around financial planning for a family with a newborn.

The results from this study imply that families continue to face significant challenges with financial burden and worry after NICU discharge. Specific recommendations to target family financial assistance include:

Engage families in cost conversations in the NICU with a financial counselor to understand family income and insurance plans to create targeted financial assistance (low-income vs. high income, public vs. private insurance, deductibles, etc). Discussions should take place when a child is medically stable and occur at the bedside with optional supplemental written materials.

Provide more resources to strengthen the infrastructure in NICUs (for example, to social workers) to help screen, inform, and enroll families in SSI before NICU discharge.

Screen for underinsurance (i.e., can families afford prescriptions, specialty visits, etc.) at primary care or high risk infant follow up visits. This may improve care coordination within the family-centered medical home or with the primary care provider to ensure payment for needed services for children with special health care needs in particular.

Offer health exchanges with cost-calculators and price transparency tools to provide families with more information when choosing health plans.

Conclusions

Financial worry was common among families after NICU discharge. We identified several specific areas where families experienced financial strain such as paid leave and out-of-pocket expenses. The observations in this study may advise future work to target cost conversations and financial support systems, and more immediately to increase screening and enrollment in existing cash benefit programs such as SSI.

Supplemental Material