by Joe Incorvia and Ben Kuo
Today, we’d like to tell you the story of two mothers, Mary
and Awusi, who are both incredibly driven to give the best lives to their
families. Hailing from Cary, NC and Anomabo, Ghana, respectively, their access
to medical care differ greatly, therefore impacting their decisions.
Let’s see what’s going on with Mary first. It is a brisk
Sunday morning around 10 am and Carter, Mary’s 17 year-old son has been
complaining about his stomach all morning. He describes a strong pain in his
abdomen, to which his mother gives him some Tums and tells him to lay down and
rest... Just over 5300 miles away, Awusi notices that Coffie, her eldest son
(19 years-old) is unusually tired from his day. He’s sitting outside and
clutching his side, telling her he has been in serious pain all day. She tells
him to go find Appiah, who takes the role as the community’s healer when the
medical brigades aren’t near...
Back stateside, it’s now 1pm and Carter’s pain has gotten to
the point of unbearable, he’s vomited multiple times and has a low grade fever.
Worried, Mary decides to take him to the hospital. She helps Carter
uncomfortably walk to the car and takes off for Duke Medical Center... Appiah
has been with Coffie for about a few hours now, Awusi arrives as well to see
that her son is writhing in pain. She is told that he needs more help and
should head to Finney Hospital in Accra, nearly 100 kilometers away. She hopes
she can find Owusu who has a car and can drive her there…
Arriving at Duke Medical Center, Mary and Carter sign in and
wait. After about 40 minutes, Carter is taken back for a CT scan diagnosing his
ailment as appendicitis. He is scheduled for surgery for the next open slot and
will receive it in about 4 hours, he is put on medication to help his pain while
he waits… Every bump in the road aggravates Coffie as the pain continues to get
worse, he’s nauseous and clutching his side in the back seat of the truck. It’s
been 7 hours since he went to see Appiah and the remedy he was given has not
helped since leaving. Upon arriving at Finney, they see many people lined up
inside the hospital. They go inside explaining their problem and are told that
hospital staff will keep checking in, but they most likely won’t have any beds
available until morning…
How well do you think the prognosis will be for our two
suspected appendicitis patients? Well, based on our talk from Dr. Rice and the
theme of this section, there are some important points to consider. Before even
talking about possible appendectomies, we need to consider the events leading
up to diagnosis (or in Coffie’s case, getting to the hospital). Much of the
global surgery burden comes from a disparity in access in many Low-Middle
Income Countries (LMICs). Road infrastructure, cultural attitudes toward
surgical intervention, and financial constraints all play a role in making
medical decisions. In the United States, we may be fortunate enough to be able
to hop in a car and head quickly to the nearest major medical center for
emergency care, knowing that we may be able to have the fund to cover care as
well as faith in the medical system to help out ourselves or our loved ones.
However, 5 billion people do not have access to safe, affordable surgical and
anaesthesia care when needed. Access is worst in low-income and lower-middle-income
countries, like Coffie’s home nation of Ghana, where nine of ten people cannot
access basic surgical care (Meera et al, 2015).
It’s simply not just a point of disparity of access, but
also disparity of capacity of surgical care. In fact, 143 million additional
surgical procedures are needed in LMICs each year to save lives and prevent
disability. Of the 313 million procedures undertaken worldwide each year, only
6% occur in the poorest countries, where over a third of the world’s population
lives. Low operative volumes are associated with high case-fatality rates from
common, treatable surgical conditions (Meera et al, 2015). That could mean that
a procedure we take for granted as being simple and commonly nonfatal, such as
an appendectomy, could prove to be an issue for LMICs to diagnose or treat
well. And even if the diagnosis is correct, there may not be the ability for a
health center to be able to provide the proper surgical care needed, increasing
mortality and disability rates.
So let’s venture back to our story one more time.
Hypothetical, yes, but it still brings up a point about access to basic
surgical care. It appears to be much easier for Carter to get access to proper
surgical care at a health center able to provide it than Coffie can. That is
unfortunately the case in many LMICs when compared to HICs like the United
States. Now, while Carter could have complications and end up having a negative
outcome and Coffie could end up getting a bed and being treated without issues,
the chance of those alternative scenarios happening are directly correlated to
the access and capacity disparities talked about in the literature, and the
disparities increase when talking about more complicated procedures like
cesarean section and neurosurgical care.
Disparity in Surgical
Need across different regions
United
States
|
Surgical Unmet Need per 100,000
|
0
|
Surgical Rates per 100,000
|
>20,000
|
Ratio of Met to Total Need
|
4.01
|
Global Target
|
5,000
|
Sub-Saharan
Africa (western)
|
Surgical Unmet Need per 100,000
|
5,625
|
Surgical Rates per 100,000
|
<100
|
Ratio of Met to Total Need
|
0.11 (1/9)
|
Global Target
|
5,000
|
Rose et al., 2015, Estimated need for
surgery worldwide based on prevalence of
diseases: a modelling strategy for the
WHO Global Health Estimate.
The Lancet Global Health
Global surgery burden is exactly what it sounds like: a
global issue. Today’s surgical workforce would need to increase by 2.2 million
to be able to reach the target of 80% coverage for timely access of primary
surgical care for 2030. The cost of surgical expansion would be around $350
billion and the lost output will cost LMICs $12.3 trillion (Meera et al, 2015).
The conversation around increasing care can be done in an affordable way that
can help not only save money, but save lives. A solution to this problem could
help create positive outcomes for individuals like Carter and Coffie across the
entire Earth.
High Priority
Intervention Areas
Area in Need
|
2030 Global Lancet Commission Targets
|
Access to
timely essential surgery
|
80% coverage of essential surgical and anesthesia
services per country
|
Surgical workforce density
|
100% of countries with at
least 20 surgical, anesthetic, and obstetric physician per 100,000 population
|
Surgical
Volume
|
A minimum of 5,000 procedures per 100,000 population
|
Perioperative Mortality
|
100% of countries tracking
perioperative mortality
|
Protection
against catastrophic expenditure
|
Systems to protect out-of-pocket payments for
surgical and anesthesia care
|
Meara, J. G.,
Leather, A. J. M., Hagander, L., Alkire, B. C., Alonso, N., Ameh, E. a., … Yip,
W. (2015). Global Surgery 2030:
Evidence and solutions for achieving health,
welfare, and economic development. Surgery,
3–6.
Things to Ponder:
With these proposed targets that are collaborative in
nature, how do we ensure accountability between healthcare professionals,
governments, global organizations (WHO, World Bank), and other stakeholders? Do
you all think that these goals are feasible? Let us know in the comments below.
-
Ben and Joe
All figures from: Meara, J. G.,
Leather, A. J. M., Hagander, L., Alkire, B. C., Alonso, N., Ameh, E. a., … Yip,
W. (2015). Global Surgery 2030: Evidence and solutions for achieving health,
welfare, and economic development. Surgery,
3–6