As I changed into my scrubs that morning, I figured my life
wouldn’t be any different. I would back up my backpack, head on campus, sit
through a med-surg lecture, and then head to the campus library to study for
the afternoon. But then my mind went back to that test sitting on my bathroom
sink and my heart started pounding again. I wasn’t expecting it to be positive
– for close to three years they had all been negative, leading us to head to
doctor after doctor without much luck. I walked into the bathroom and picked up
the test. Two lines. I couldn’t believe it. My husband and I, it seemed, were
finally going to get the baby we had been praying for.
Not more than a week later, I was headed to the ER, crying
and praying, hoping that I wasn’t having a second miscarriage. For the past
several weeks I had been tired and nauseous and then that morning I had woken
up with severe cramping and spotting. So instead of going to class that
morning, I called my husband, who was on his way to work, and went on my way.
At an ultrasound a few hours later, I saw my little tiny baby on the screen and
heard his wonderful little heartbeat for the first time. Relief flooded over
me. Later in the day we were told I had a subchorionic hematoma which was
surrounding the baby, most likely from the baby suddenly becoming jolted and
tearing away from the lining of the uterus. I was put on modified bed rest and
told to follow up with my OB/GYN in a few days. When the OB confirmed it at my
appointment the next week, I knew I would have to drop out of nursing school,
but I didn’t care – I was more concerned with having a healthy baby.
Unfortunately, I had no idea that that could never be the case.
A month passed and the hematoma cleared up, getting me off
of bed rest. During that time my nausea had gotten worse and worse, leading to
hyperemesis gravidarum, or severe morning sickness. At this point in my
pregnancy I had now ended up with two conditions that only occur in 1-2% of
pregnancies but the baby’s heartbeat was strong and each wave of nausea and
bout of vomiting just made me even more reassured that my baby was okay and
growing stronger and stronger. Another month passed and we held a gender reveal
party that revealed we were having a boy. This wasn’t the outcome I was totally
hoping for but mostly because I had grown up with younger sisters and didn’t
have much experience with baby boys. But after the initial shock wore off, I
got excited. I was in my second trimester and passed the threat of miscarriage
and I felt like I could finally start preparing for our little guy’s arrival.
We started buying baby clothes, including an Auburn University jersey when we
visited my sister and her daughter in Auburn, AL (my husband’s alma mater). I
started to feel him kick and bump around, with his favorite activity being to
punch my bladder.
After visiting my sister, we drove a couple hours away to
visit Brendan’s parents in Georgia. While we were there I got a call from my
OB/GYN saying one of my lab tests was abnormal. The baby had been tested for
spinal bifida via a blood test a few days before we left and it had come back
with high alpha fetal protein, giving him a 1/110 chance of having a spinal
cord defect. We set up an appointment with a maternal fetal specialist for the
next week and my months of anxiety (unknown to me) began. We finally made it
our 20 week ultrasound with the specialist. For those who don’t know, the 20
week ultrasound is much more in depth than other ultrasounds done previously to
check on all the baby’s systems to make sure they are developing correctly. We
sat with a genetic counselor first who asked us about our family histories and
talked to us about how the high AFPs was most likely due to the bleed at the
beginning of my pregnancy and, if not, we only had less than 1% of a chance that
there was anything actually wrong with him.
As the ultrasound tech looked at our baby, I relaxed and
just enjoyed seeing my baby. I didn’t suspect a thing. Then the doctor came in
and told us she was very concerned about our baby. My heart started racing
again. She said the baby had almost no amniotic fluid and she thought the baby
didn’t have any kidneys. Then she found something that looked like a kidney and
two renal arteries so she thought the problem most likely lay with the placenta
but the lack of fluid made it hard to tell. She put me back on modified bedrest
and scheduled an appointment for two weeks later, hoping that there would be
more fluid and they could get better visualization to see what was going on.
Baby Morgan after his first fluid injection. His facial features are flattened - a common indicator of Potter's |
Later in the day, a close friend of mine, after hearing the
news, sent me an article about the first baby to survive with no kidneys thanks
to a couple of parents who were unwilling to give up on her and the willingness
of several doctors to try some risky, experimental procedures in an attempt to
save the little girl’s life. So we began to look into it. Johns Hopkins and the
doctor who had worked with the first baby, got back to us and told us that they
were no longer doing to the procedure. We had also talked to our doctor who
gave us the name of another doctor who suggested we try Cincinnati Children’s
Hospital, Stanford, and Colorado Fetal Center. Cincinnati is actively running studies on
amnioinfusion and babies with kidney abnormalities and told us they would try
and set us up with appointments for an echocardiogram, an ultrasound, and an
MRI to see if we were eligible for the treatment. Stanford told us they were
working with Texas Children’s Hospital to get board approval to do
amnioinfusion to begin their own version of the study and they would contact
Texas Children’s to see if they would help. They said they would at least run
the tests but had no guarantee that they could do the amnioinfusion.
Either way, if there wasn’t too much damage to the baby,
they would then surgically implant an amnioport in my abdomen to deliver normal
saline or lactated ringers (an IV solution) into the uterus once to three times
a week to try and stimulate the baby’s lung development and keep them from
developing too many skeletal and muscular deformities related to the lack of
room babies with this condition, called Potter’s Sequence (specifically, in our
case, bilateral renal agenesis), usually develop. Without the lung function, no
care after birth is possible, since, of course, they can’t breathe. Most Potter
babies die from respiratory failure within hours, if they survive birth at all.
The goal then would be for the baby to remain in the womb until full term at
which point they would deliver the baby and, assuming he had adequate lung
function, start him on dialysis. This would require him to stay in the hospital
after birth for at least six months to stabilize him on dialysis at which point
he could finally come home and have nightly dialysis for the next year and a
half, or until he reached a certain weight, at which point he could then
receive a kidney transplant. Then, depending on the condition of his bladder,
he would need a ureterostomy (where the ureters are attached to the abdominal
wall and drain into a bag on the outside of the stomach) until he could have
reconstructive surgery on his bladder at age 5.
Baby Morgan after 3 weeks of injections. He's happily settled with his feet and hands covering his face. |
We realize this is a long shot. We realize there’s not much
hope for our son. But we are refusing to give up. We are believing that God can
work a miracle with our little boy and bring him into the world where he will
survive and flourish.