India has a high burden of
maternal and infant
mortality [1]. Majority of maternal deaths can be
prevented through basic and emergency obstetric
care during delivery. Appropriate medical attention at time of delivery
can prevent 75-80% of total maternal deaths [2]. Similarly, about 43% of
total under-five mortality occurs in the neonatal period which is
preventable with timely treatment [3]. However, there is low utilization
of public and private health facilities owing to high out-of-pocket
expenditure [4-7].
In order to improve financial access to institutional
deliveries, Government of India launched free delivery scheme (Janani
Shishu Suraksha Karyakaram) in public health facilities, and for any
medical treatment of sick neonate upto 30 days of birth. We undertook
this study to assess the impact of this cashless delivery scheme on
out-of-pocket expenditure for institutional delivery in an urban slum of
Chandigarh, India.
Methods
All women who gave birth during the period from June
2010 to June 2012 in an urban slum of Chandigarh were enrolled for
study. The period from June 2010 to September 2011 was considered
pre-intervention as there was no implementation of JSSK scheme, while
October 2011 to June 2012 was post-intervention period as JSSK scheme
was implemented during this period.
Data were collected retrospectively over 3 months
from August 2012 to October 2012. A total of 233 and 192 women were
enrolled in pre-and post-JSSK groups, respectively. The study was
approved by Institutional Ethics Committee of Post Graduate Institute of
Medical Education and Research, Chandigarh. Written consent was obtained
from study subjects.
A three part interview schedule was developed. First
part elicited socio-demographic information and obstetric history. The
second part elicited detailed information regarding out-of- pocket
expenditure during perinatal period. It included information on OOP
expenditure during antenatal care, delivery, routine check-up of
neonate, treatment for sick newborn and hospitalization of neonate.
Mean out-of-patient expenditure for antenatal care
and delivery were compared for statistical significance using t-test at
5% significance level. Households were ranked by wealth status into
quintiles, based on per capita income levels. Bottom three quintiles
were merged and categorized as poor; while the top two quintiles were
merged, and labelled as rich.
We computed prevalence of catastrophic health
expenditure (CHE) for delivery as an indicator of financial risk
protection for maternal health care. This was estimated as any household
which incurred an expenditure of more than 10% of total consumption
expenditure of the household. Logistic regression was used to estimate
the odds of incurring CHE during post-JSSK period as compared to
pre-JSSK period, after controlling for education, occupation, caste,
religion and wealth status of the household.
Results
A total of 290 and 230 women delivered during pre-
and post-JSSK periods, of which we collected data on 233 (80%) and 192
(83%) women who gave birth during pre-and post-JSSK period,
respectively. Majority of these women were Hindus, in the age group of
21-30 years, belonging to schedule caste, and with a family income of
less than Rs. 10000/ month (Web Table I). There was no
statistically significant difference in obstetric history of women
delivered in pre- and post-JSSK periods in terms of parity, type and
place of delivery.
Mean out-of-patient expenditure (public and private
institutions) for antenatal care varied from Rs. 4951 (US$ 83.43) to Rs,
4892 (US$ 82.44) between pre- and post-JSSK period, respectively (P=0.9)
(Table I and Web Table II). Statistically
significant difference (P= 0.001) was observed in overall
expenditure for women who gave birth to a baby in public sector health
facility during pre-JSSK (Rs. 5342) and post-JSSK period (Rs. 3565) (Table
I and Web Table III). A significant reduction was
observed for direct out-of-patient expenditure (P=0.001), while a
statistically insignificant difference was observed for indirect cost
(loss of wage, attendant stay etc).
TABLE I Out-of-pocket (OOP) Expenditure (Rupees) for Antenatal and Delivery Care in Public Sector Facilities in Chandigarh
Characteristic |
Strata |
OOP for antenatal care
|
OOP for delivery |
|
|
Pre-JSSK
|
Post-JSSK
|
Pre-JSSK |
Post-JSSK
|
|
|
Mean (SE) |
Mean (SE) |
Mean (SE) |
Mean (SE) |
Religion |
Hindu |
5191 (518) |
4631 (388) |
5752 (381) |
4052 (305) |
|
Others |
3875 (725) |
5941 (1557) |
5406 (1280) |
5465 (1500) |
Social Group |
General
|
4302 (554) |
4806 (664) |
5475 (655) |
4696 (670) |
|
OBC |
6154 (932) |
3627 (1042) |
7604 (1574) |
4339 (827) |
|
SC/ST |
5243 (693) |
4993 (520) |
5552 (442) |
4141 (398) |
Education |
Upto Middle |
4412 (1231) |
2983 (407) |
4999 (658) |
3999 (509) |
|
Matric and Above |
5232 (574) |
5228 (550) |
5599 (440) |
4321 (430) |
Mother’s occupation |
Employed |
5097 (1693) |
8440 (808) |
7992 (1695) |
4134 (809) |
|
Unemployed |
5100 (502) |
4575 (367) |
5628 (373) |
4211 (332) |
Socio-economic status |
Poor |
5656 (1273) |
3956 (521) |
6073 (701) |
3585 (316) |
|
Non Poor |
4833 (380) |
5484 (548) |
5560 (423) |
4747 (520) |
Overall |
Mean |
4631 (452.3) |
4337 (370.4) |
5342 (344) |
3565 (244) |
There was a statistically insignificant (P=0.151)
reduction in prevalence of catastrophic health expenditures (CHE) for
delivery in public sector health facility between pre-JSSK (21.2%) and
post-JSSK periods (15.6%) (Web Table IV). After
controlling for confounders such as religion, caste, employment status
and wealth group, there was no difference in the odds of incurring CHE
in post-JSSK period as compared to pre-JSSK period (OR=2.05; 95% CI=
0.9-4.7) (Table II). However, the prevalence of CHE
reduced from 40% to 23% among those belonging to the bottom three wealth
quintiles, which was statistically significant (P=0.01) (Web
Table IV). The most significant predictor for incurring CHE was
delivery by cesarean section (OR=40; 95% CI=14-118).
TABLE II Predictors for Catastrophic Health Expenditure for Delivery in Public Health Facilities in Chandigarh.
Characteristic |
OR (95% CI) |
JSSK |
2.05 (0.90-4.66) |
Religion (Hindu) |
0.61 (0.16-2.37) |
Occupation (employed) |
3.34 (0.73-15.30) |
Education (less than matriculate) |
0.923 (0.38-2.27) |
Caste (General) |
0.79 (0.17-3.79) |
Type of delivery (normal) |
40.90 (14.14-118.30) |
Socio economic status (poor) |
20.01 (6.61-60.5) |
Discussion
Overall we found a statistically significant (33%)
reduction in out-of-patient expenditure on delivery before and after the
introduction of free scheme for delivery and neonatal care in public
hospitals. There was no reduction in indirect costs for natal care or
out-of-pocket expenditure on antenatal care which was not part of the
JSSK scheme. This strengthen the attribution of JSSK scheme towards
reduction in out-of-pocket expenditure for institutional delivery in
public sector institutions.
Despite a 23% overall reduction in out-of-pocket
expenditure and one third reduction in public sector hospitals, our
study points to persistence of out-of-pocket expenditure on account of
medicines and investigations, even in public sector hospitals. A major
reason for the same is poor availability of drugs at public health
facilities. A recent evaluation in Punjab and Haryana reported that the
average availability of drugs in public sector health facilities varied
from 45%-51% [8]. Another area where pregnant women have to incur
expenditure is diagnostics due to non-availability of radiological
investigations (ultrasound); the availability of reagents for blood
investigations also remains patchy. Thus the success of the JSSK scheme
also depends on overall health system strengthening. Finally, another
reason for high OOP expenditure among public sector hospitals in
Chandigarh was that one of the tertiary care hospital which serves as
the referral centre for complicated cases was not imparting benefits of
JSSK scheme to women receiving natal care. Hence the implementation of
JSSK needs to be further strengthened in order to improve access of
public sector hospitals for curative and natal care.
Pre- and post-intervention study design employed by
us without any control area limits causal inference. No reduction in
out-of-patient expenditure for antenatal care or indirect costs of
delivery during the concomitant period strengthens the argument for
association of JSSK scheme with the reduction in direct out-of-pocket
expenditure on delivery. We had a long recall period which could lead to
underestimation of out-of-pocket expenditure, especially in pre-JSSK
period. This implies that the reduction in out-of-pocket expenditure as
observed in the study could represent some degree of underestimation of
true impact.
We conclude that introduction of JSSK appears to have
reduced the out-of-pocket expenditure; the extent of risk protection is
however inadequate. Moreover, despite the one-third reduction in
out-of-pocket expenditure, overall levels remain high. More rigorous
implementation of JSSK may further reduce the financial hardships faced
by households, improve access and utilization of institutional
deliveries and contribute towards reduction of maternal and neonatal
mortality.