Ryan’s Story

Ryan, our wonderful surprise baby, was born just 11 months after his bother. I had no complications during my pregnancy and Ryan was born to term.  Ryan was always laid back and happy. Other than some reflux, he was very healthy. We did notice some differences between Ryan and his older brother. Ryan learned to sit up later than his brother and when he did, he had bad posture. He slouched, and he would plop down and lean back on his little Mickey Sofa. Sometimes he would just stop playing suddenly  and lay down. I used to joke and say he was being lazy.  Shortly after his 1st Birthday, I noticed the ribs on the right side of his back were sticking out. It looked like he had more muscle on that side of his back. I showed my husband and we both knew something was wrong.I got him in to see his pediatrician’s associate. He didn’t seem too concerned, but after I mentioned that Ryan’s older sister had to have surgery for her severe scoliosis at age 12, he told us to have x-rays taken. My husband took him to get his x-rays the next day at a local lab. My husband said that when they took the x-rays, Ryan was laying down; my husband held Ryan’s legs straight, while the tech pulled his arms above his head. This first x-Ray, measured Ryan’s curve at 17 degrees. That night my husband showed me the x-ray and told me that it Ryan has what’s called Infantile or Early Onset Scoliosis. I immediately started searching the internet for information. Luckily, I came across the Infantile Scoliosis Outreach program. I read all about Mehta casting and saw the success stories. I joined the Early Onset & Mehta Casting  Facebook  group and read through every post I could. All of the parents were so helpful. I learned that Ryan’s curve would be worse than 17 degrees since he was lying down and pulled straight for the first x-ray. I learned that he needed a Mehta as soon as possible. He was already 13 months and the best window of time to cast is between 1 and 2 years old. I had also read that parents in our area were taking their children to the Texas Scottish Rite Hospital for Children in Dallas. By the next morning, I was on the phone with Heather Hyatt Montoya. She confirmed that Ryan needed to go to the Texas Scottish Rite Hospital soon. Our pediatrician referred us to the hospital but we were told we would need to wait for 3 months until out initial appointment. With Heather’s guidance, I put together a packet and sent it to the hospital. I was thrilled when we got a call within the week and got an appointment the next month.

At Ryan’s first appointment, proper standing x-rays were taken. The standing x-ray revealed Ryan’s curve was actually 34 degrees and his RVAD was measured at 29. An RVAD over 20 generally means it will progress. We set up a casting date for October 24, 2013. I was nervous for the first casting but I knew my little guys needed this treatment. The best news was hearing that the doctor was able to get great Ryan’s curve down to 11 degrees in cast number 1. Eight months later and Ryan is now in cast #4. His curve is measuring at 8 degrees in cast. He will get his last cast on July 11, 2014.

Ryan is thriving in his cast. He can do everything another toddler his age can do except get wet. He loves playing with his brother, jumping on his trampoline, and going on walks.  He is happy, healthy and his spine is growing straight. We are so blessed to have found Heather and ISOP when we did. We are sharing Ryan’s story to show that Mehta’s EDF casting works! There are still so many pediatricians who don’t screen for infantile scoliosis and so many specialists that don’t recommend casting. I have heard from countless families who were told to “wait and see” which lead to these children missing their window for early treatment. Mehta Casting should be the first option for children like Ryan.

Doctor recommends Mehta Casting, family overjoyed with support from ISOP

Just wanted to provide an update and thank you for your help in getting us headed in the right direction.  Without ISOP we would have had no alternative but to wait six months as the ortho doc requested and our baby would have had a long road ahead of him without Mehta casting.  We were able to get an appointment with Dr. ____, last Wednesday, and he recommended casting!

We go back in two weeks for his first cast and MRI.  Everyone was so nice there and we are just overwhelmed by how blessed and grateful we feel to have found ISOP, had immediate access to and advice from you, and the general encouragement that is given and shared amongst the FB group.  You are really doing something special and amazing, Heather.  If you hadn’t fought so hard to get this alternative established so many families would not be having the experiences they are.

I don’t know how to repay you for the role you have played in our son’s future.  I know we are just starting this journey, that cast #1 may be the hardest, and there are days when I have no idea how we are going to cope and get through it, but I know that we will.  We will keep you and the FB group posted as we continue our journey but I just wanted to check in and most of all share my gratitude.

Sincerely, Dana

A child with Infantile Scoliosis in a Mehta Method Cast

This is our child who is being treated with Mehta Method EDF plaster corrective casts for Progressive infantile Scoliosis. This video was shot approximately 24 hours after having his first cast applied at the Shriners Hospital in Salt Lake City, UT. We have uploaded it to show parents who are considering Early Treatment casting to correct and potentially cure Progressive Infantile Scoliosis how quickly children adjust to the cast. Please visit www.abilityconnectioncolorado.org/newsite/infantilescoliosis to learn more and visit www.girltomom.com to read more about Bexon’s story.

Maggie’s Story

The moment Maggie was born we knew something was wrong.  When the doctors quickly whisk your child away and whisper in a corner, things are probably not going well.  She had severe torticollis on the right side of her neck, causing her face and ear to swell.  While in the hospital she had a quick x-ray, renal ultrasound and echocardiogram – fortunately her heart and liver were functioning properly, although the x-ray revealed a 30 degree spinal curve.

Maggie was a small, full-term baby and a poor eater (Breastfeeding did not work).  Even on breast milk she developed reflux, and gained weight very slowly.  It’s funny looking back on those early days as her nutrition was our paramount priority.  We even took her to a GI doctor and worked tirelessly to get food into her.  While still very small (5 years,  27 pounds), our focus has changed significantly.

Pretty quickly after her birth we were at the orthopedic clinic at our local Children’s Hospital.  The doctors said that usually infantile scoliosis resolves by itself in a few months.  After a year the curve was at 50 degrees – Maggie was becoming noticeably asymmetrical.  Our appointment schedule shifted to every 2 months, with a chest x-ray to assess the curve.  Six months later,  the number was at 60 degrees – the diagnosis was progressive infantile scoliosis.  It was time to start treatment…

5342f03cab28b9f8793a747cMaggie’s curve is very high in the thoracic region of her spine – a very hard place to treat.  In addition, an MRI revealed no rib or vertebrae deformities.  Her spine just wanted to curve.  The recommendation was to start with a Risser cast to shape the spine through pressure on the ribs.  It’s hard to explain the horrible feeling that washes over you as a parent to know that you “opted-in” to a bulky, hot and itchy torso cast.  We took the week prior to the casting as a perfect excuse to go to the beach.  Seeing Maggie in the cast after the procedure brought me to tears.  Waking up from anesthesia as an 18 month old kid now stuck in a cast that weighs one third of your body weight was more than I could handle.  Maggie handled it way better than I did – she was active, mobile, and more or less unaffected.  Her spine also, was unaffected.  Each subsequent visit to children’s revealed a small increase to the curve:  62 degrees, 66, 72, 75, 79, 81, 82, then 90 degrees.  Maggie was amazingly not showing any ill affects of her curve; no shortness of breath, fatigue, or trouble walking.  Still, casting was not working…

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Our doctors introduced us to VEPTR, an extendable titanium rod which is implanted in the back to manage a spinal curve while a child is growing.  Sounded like the holy grail to us.  “My daughter gets to get out of this cast?  Swim? Take baths?  And the results are very positive??”  Sign us up.  Maggie was around three and a half by this time with no relent to her ever-progressing curve.  “There’s another option as well” our doctor told us, ‘It’s called halo traction”.  Horrified, we could hardly even comprehend the desperation required to engaged in that medieval torture.  “You seriously have to drill a halo into her head?  Then hang her from a pulley in a walker or wheelchair she can’t get out of???”  It literally could have been one of the worst things I could imagine.  “But it’s easily reversible, and isn’t major surgery.” said our Doctor.  We though about that for 10 minutes and concluded: VEPTR it is….

IMG_5808Maggie’s surgery was scheduled a couple days after her fourth birthday.  We told her staying in the hospital would mean as many movies as she wanted – she was very excited.  The surgery took three hours, three nerve-wracking hours, full of pacing, staring at each other, and mindlessly surfing the internet.  She metabolized the anesthesia very quickly, and woke up fast and disoriented in the PICU, without us there.  When we were finally allowed back, it took my wife a long time to calm Maggie down.  Sleeping in hospitals is the absolute worst:  two days in the PICU, and 4 more in the recovery room put a huge strain on my wife, who would not leave.  Maggie’s condition was sub-par, she was unable to move her right arm (fingers moved though), her pain was high, and we were discharged with her hardly walking.  A slow couple of weeks saw her going back to preschool an hour at a time, and some increased right arm movement.  Then everything went bad, very bad…

Maggie suffered an episode at school that put her in a great deal of pain.  She stopped moving her right arm, had a great deal of asymmetrical sweating (only the right side of her face) and was unable to do much but sit on the couch.  We thought it was a strain or a pain spike and that a good night’s sleep would make it better.  It didn’t, her condition worsened.  She was lethargic, scared, and extremely timid – her face resonated pain.  Our doctors did not know what could be causing it, guesses included a muscle tear (they had to cut through many layers of muscle on the right side to seat the VEPTR), an infection, or nerve damage.  We continued to hope that rest and minor physical therapy would improve her condition, it didn’t.  This went on for a month, until her sutures burst on her back – infection was now the known culprit.  Surgery was scheduled to clean out her VEPTRs – it was performed the next day.  She was put on antibiotics and we were sent home.  Her condition slowly but steadily improved and we took her off the antibiotics.  After about a month, constant monitoring of the wound did reveal that the new sutures started to pull apart again, we went back on the antibiotics.  The wound healed as did Maggie’s condition – she regained full movement of her arm, along with her bubbly personality.  She was however on 3 doses of antibiotics everyday, with no real exit strategy other then pulling out the rods.

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After the initial VEPTR surgery, Maggie had three extension surgeries.  They had no positive effect.  Her spinal curve was over 95 degrees – I think the doctors must stop giving you exact numbers at this point, as they started telling us “Mid to high 90’s”.  That desperation I talked about above was now on us in full force.  We started getting our minds prepared for the ‘medieval torture devices’ – it was the only reversible option left.  We formulated a plan:  We took Maggie off the antibiotics, and would let the infection tell us that it was time for the rods to come out and the halo traction to go on.  The infection didn’t come back…  Great, now we get to choose when Maggie goes in the wheelchair.  We tried one more extension surgery with no improvement and quickly scheduled the halo traction surgery….

5345cc7fe9cb6a2158db59ddMaggie would be getting her rods pulled out and a halo attached to her skull with eight screws.  I did not cry when I saw her after she woke up from anesthesia.  Her halo was big and bulky, with a large metal hook to attach to the wheelchair/walker’s(forthwith referred to as ‘hardware’) pulley system.  Fortunately, there was no need for the PICU, and we went straight to the recovery room.  Three more nights in the hospital, but Maggie was doing really well – both in terms of her pain and her tolerance for the hardware.  Two days after surgery she was running down the halls of the hospital in her walker, jumping and doing tricks on the pulley system and making friends in the playroom.  I’m lucky I recently upgraded my Subaru Impreza to a Ford F150, I don’t know what we would have done trying to move the hardware in anything but a pickup.  Due to the fact that we currently have only a few weeks of experience with halo traction, I’ll end on this positive note:  After one week of halo traction, and only two days of the final traction weight, Maggie’s curve has gone from over 100 degrees to 66…

You can see/grab some pictures from the Caringbridge site I set up for Maggie’s last two major surgeries:  http://www.caringbridge.org/visit/maggiecondie/photos

Regards,

Ian

At the end of two months, Maggie’s curve is down to 50 degrees.  It amazing for us to see some treatment actually have a positive effect.  I feel horrible now that we even went through the VEPTR surgery, probably a regret I’ll have for the rest of my life.  After the halo came off we had Maggie fitted for a new brace.  One that has a neck brace along with a body brace – Maggie has been wearing that for about 23.5 hours per day.  We’ll get another X-ray in a month to see how her spine looks, but the traction/bracing has given us new hope that we can keep her growing for a years to come.

Nora’s Story

Nora’s Journey Early Onset Congenital Scoliosis

At just five and a half months old, tiny little Nora was diagnosed with congenital scoliosis.  We had noticed a curve in her spine; it was actually hard to see.  You would have only noticed it if you were looking for it or if you were a parent, because that’s what parents do.  After meeting with a pediatric orthopedic surgeon who specialized in scoliosis we learned she had two hemi vertebras in a row (malformed wedge shaped discs) in her thoracic region creating a curve of about 37 degrees at that time.  We learned at that appointment that she would need surgery eventually but for now we would just monitor her through x-rays every three to four months.

It’s also not uncommon for children with congenital scoliosis to have other abnormalities, particularly with the spinal cord itself and heart and kidney abnormalities.  This is because when the spine is developing in a fetus that development happens at the same time as the heart and kidneys.  So Nora was scheduled for a full spine and spinal cord MRI, and echocardiogram and a kidney ultrasound at seven months old.  Thankfully she had no other abnormalities present.

By time Nora was a year old her curve had progressed to 58 degrees and we were at a point where we had to sit down with her surgeon and figure out what to do next. Congenital Scoliosis is tricky.

Technically it is not a subset of early onset scoliosis subset but rather its own category.  This is because the age of onset is prenatal and not between 0 and 5 which is how typical Early Onset is described.  Congenital scoliosis is rare, occurring in only one of every 30,000 births.  Spinal deformities in these patients have different treatments and prognoses based on the severity of deformation of the bone or bones, the pattern of deformity and whether the abnormal bones become more deformed as the child grows.  There is limited research and studies regarding treatment of congenital scoliosis and therefore a lot of different opinions regarding treatment as well.

We wanted to pursue any options we had that were less invasive as surgery.  It was our understanding that bracing very rarely works in congenital cases but metha/EDF casts can be successful.  So when Nora was 14 months old we began the process of Mehta casting.  We didn’t know if it would work, but our surgeon was hopeful.  The goals of casting a child with congenital scoliosis are very different from those with idiopathic scoliosis. With idiopathic the goal is curve correction through a growth guided cast. In congenital scoliosis casting is used to buy valuable growth time before starting down the road of surgery.   We aren’t looking for correction to happen; we are just hoping to slow the curve progression down that naturally happens during growth.

Casting children with congenital scoliosis is controversial and many pediatric orthopedic surgeons simply do not cast. Because congenital scoliosis is complex casting might not even be an option depending on the deformity and where.  We were willing to try and see as the alternative was to just sit back and watch it progress and force into doing surgery sooner than anyone would want.

In the course of a year, we have been through five casts and we are happy to say her curve has held pretty steady and only worsened a degree or two.  We are incredibly grateful we had a surgeon who was willing to take this approach and see if it would work.  Nora is over two years old now and will soon be getting her sixth cast. We know surgery and/or surgeries are in her future and that’s another complicated road ahead of us but for now we are just gonna keep on casting as long as we can.  It can work!

To learn more about congenital scoliosis or Nora’s journey, visit our blog at http://norasjourney-early-onset-congenital-scoliosis.com

Eliana’s Story

We are from a small Midwest town in KS and before the arrival of my 3rd beautiful baby girl on new years eve, 2003, I confess I had never even heard of infantile scoliosis. Utterly uninformed and ill prepared, I had no inkling that within a years time, not only would I have become fluent in the medical terminology, but I would also learn through many slammed doors that this diagnosis can also carry with it a death sentence.

Eliana Jeanne was born at 30 weeks gestation due to my out of control eclampsia/HELLP syndrome and underlying issues. With a birth weight of 2 lbs. 12 oz, she had experienced growth restriction and was tiny for 30 weeks. In spite of the steroid injection for her lungs before birth, they were still seriously under developed and that coupled with a diagnosis of both annular pancreas requiring high risk duodenum resegmentation within 24 hours and an atrial septal defect in her heart, we weren’t given lots of reason to be hopeful. As I nearly simultaneaously met my daughter, I was trying to kiss the air around her hard enough to say goodbye should that be the last time I saw her beautiful tiny pink face. She was given a 15% chance of surviving surgery and coupled with the mounting complications of prematurity, we were given a grim prognosis. Complications of a noscommial strep B infection through her cvc line and a left germinal matrix brain hemorrhage were just two of the life threatening challenges she faced. Over the course of the next 3 long months in the NICU, she battled her way back from deaths door more than once and I became forever changed by the tenacity of spirit I witnessed daily in such a tiny fragile vessel.

Interestingly enough her spine was however…never an issue. Spina bifida oculta ruled out, although there was present evidence of a small sinus dermal tract to her tailbone. It was closed and her spine was perfect. Proven over and over while keeping a close eye upon her lungs. Her perfectly straight spine apparent, week after week in the the chest films taken to warn of pneumonia or scaring. Finally at 3 months old, we took our very tiny miracle, heart monitor and all, home. Thriving now, all things felt possible given enough time, and our lives fell into one of predictable routine. In the weeks preparing for her 6 mo. well baby check, we began growing increasingly concerned about a slightly perceptible shift in her chest wall in the roundness of our grasp…and the fact she always slumped to the left unless being held. After passing her check up with flying colors, her doctor assured me that I was seeing issues out of fear and that I needed to accept that she was healthy now. I politely stated that I would do so as soon as I saw a chest film, and they needed to accept I had no intention of leaving without one. The look on the man’s pale face after returning with her films is one ill never forget, as it would become a repeating vignette over the next 6 months. We were looking at a right thoracic curve with a 55 degree cobb angle, 30 degrees of kyphosis and severe rotation in a spine that had been perfectly straight a mere 3 months prior. In 30 yrs of practice he’d never seen it before, nor did he know how to help us. He did however promise to help us find someone who did, and with that began our Scoliosis journey.

Starting at the closest major city, MRI films in hand, we began ping ponging around in an ever expanding circle of specialists. By our 3rd apointment we were given a traction suit of velcro & straps to derotate her spine, but did nothing except made her uncomfortable. Wait and see they said. More hopeful for our 4th opinion, we forged ahead to that of a highly acclaimed surgeon in St. Louis when she was 10 months old. She barely weighed 11 lbs and by this point had progressed to a lethal 100 degrees with 60 of kyphosis. No congenital reasons, no malformations, hemi vertebrae or underlying diagnosis. Idiopathic and a complete mystery, yet deemed the most severe in its nature. All that was certain was that in conjunction with her underlying lung and heart complications from birth, we were running out of time, so quickly my mind balked at taking its measure. “Wait and see” had become the only option given us due to her size but it was clear now however with her rotation deemed relentless that waiting had never been a viable option. Out of desperation at home we were using a modified gait walker to literally hang her from just below the arms in ‘traction’ several times a day and I had begun doing my own research. It was when “bring her back in 6 months, lets wait and see” was repeated by this renound surgeon, that I first uttered the word casting to this Dr.

True, I admitted, I knew nothing about it, but I was certain what more time would bring and I was willing to try anything at this point. It was also then that his demeanor shifted to one decidedly more curt and his response left me deflated and hopeless. Surgical intervention was not possible due to her small size and severity. I needed to come to terms with it, take her home and keep her comfortable. “Enjoy her while I had her, and we would see where we were in 6 months”. I knew where my baby would be in six months and it made me reel with anger. In disbelief that he was actually just giving up, I again pressed the topic of casting. This time he was entirely dismissive, called it barbaric and questioned what sort of parent would put their child through that. When I stated there was no need for another appointment in 6 months because I deemed waiting & watching her die ‘barbaric’, and that we would be seeking another opinion, he abruptly stood to leave and with the parting statement, “another opinion will probably only confuse you, but of course that is your prerogative” …he disappeared from the room…and so did we, never to look back.
I want to be clear at this point that I am in no way disparaging the hospital in St. Louis, or even this Dr. Merely stating that in 2003, there was vast ignorance regarding the effectiveness of this treatment. In an ironic twist, I later saw this very surgeon that had given us no hope, years later in another panel of specialists there in SLC to learn. I wonder sometimes if it was Elianas updated presentation or her face that struck a chord to his memory…because on that day in the shriners lobby, he was silent but stared long and hard. You see, I had sent him a letter a couple years prior with a picture of Eliana at an age he said she’d never attain with a mere reminder that the option he’d dismissed as barbaric and old school, had managed to do what the surgical approach could not, and humbly asked him to keep an open mind. I was happy to see by his presence that maybe he did.

Far more compassion came from our next appointment in Denver, but sadly, no difference of opinion. 12 months old now and 110 degrees, sleep was fitful at best every night. The evening after our 5 th opinion, in my despair I stumbled across a parent support group online called I.S.O.P. The next morning after being granted access to this group…I finally gasped my first decent breath in months as I began pouring over the data in the links provided on the sight. Information about Dr. Min H. Mehta and her serial casting approach as a means to in some, cure, but in others, to buy precious time to grow. It was the first ray of hope afforded us since this had all started and I immersed myself in it into the early morning. Through the guidance and wisdom of the sites founder, Heather Hyatt Montoya, and her own incredible journey to help her daughter…the links to data published in Europe along with the support of parents on the site who helped narrow my focus, I settled upon the Shriners Hospital in Salt Lake City, Utah. Casting was available there and although retired, Dr. Min Mehta herself was traveling there for the very first Early Treatment Trial Project, showcasing her 40 years of data and bringing her style to the interested Dr.s here in the states. Eliana recieved her first cast at 13 mo old, in early stage cardiac failure from the pressure of her own tiny spine. Although her first cast was not a Mehta style e.d.f. cast (the first E.T.T.P was a couple months away) it saved her life and I attended that life changing conference with my once again thriving and growing baby girl.Every subsequent cast, starting with #2, through #33 which she is wearing now, nearly 10 years later, have been Mehta’s style growth guidance casts that have saved her life & become part of us now.

At 13 months, 115 degrees, 80 kyphosis and early stage cardiac failure… Eliana received her first cast with scaresly a second left to spare. We managed to harness one precious year of rapid infancy type growth before the rigidity of her curves made it become obvious that casting might not be a cure for us, but it has without a doubt become the one and only life saving tool with which we bought my daughter precious time to get to where she is now. Happy, healthy, beautiful, nearly 11 year old girl who is now big enough to embark upon the next step in her journey. We begin halo gravity traction in about 3 weeks in our hospital home away from home, and then on to growth rod surgery. A new approach brought to fruition within the last couple years, invented during this precious time the casts have purchased us.

I sobbed the first time I shook Dr. Mehta’s hand at that first ETTP, in awe of all that I’d been so lucky to find. It was a lifesaving miracle and I will forever owe Min Mehta’s research, our Doctors willingness and I.S.O.P’s assistance, an impossible debt. To that end is why I write this. I owe it to them and to every parent out there who has sat, blinking back tears at a computer screen desperate to find something that can at the very least offer a modicum of time. There is much more acceptance of this treatment now than the beginning of our journey thanks in large part to I.S.O.P. However as is true of all things in this age of information, there is much mis-information out there as well and sadly many children are still falling through the cracks. Its become increasingly clear to me how paramount getting out the accurate information is becoming.

I must state for the sake of that accuracy, and honesty, it was a very difficult thing to go through, that first cast. In spite of the fact it saved her life I still caught myself wondering as she cried nearly inconsolably upon first waking, “my God what have I done?” I thought it for hours as she barely ate and as I floundered at attempt upon attempt to get her diaper on, as she lie there already soaked in pee up her back within hours of what was meant to be a 3 month cast. Once the tears from the procedure subsided, the tears of frustration kicked in from it taking her newly acquired ability to crawl the first couple days, and now I cried openly with her. With each day however we both grew stronger and more accustom. She quickly learned to crawl again, and I how to care for the diapering and cast. She even learned to walk, all the while in a cast…and a small bike helmet for good measure, (we had hardwood floors). Each successive casting grew more manageable as we both learned what to expect…and the bounce back time has shortened after each and every cast since. She is now nearly 11 years old…and in her 33rd cast. Braces, although effective for some, don’t hold her rotation and at this point, stabilization is what we’re cultivating. Casting will not be a cure for my girl, but it has purchased us precious time to grow, and run and laugh and live a remarkably normal childhood. Thanks to casting, again like when I first brought her home, all things seem possible, given enough time.

Its why I feel compelled to say, don’t ever give up in pursuit of another opinion if your not being heard. Don’t believe every casting approach is the same, they are not. Pursue the data, the lions share of which came from the lifelong devotion and research of Dr. Min H. Mehta and has been made available through I.S.O.P. Don’t believe it if your told this approach is the old way or that its barbaric, it is not. Don’t accept “wait and see” in a curve you see with an increasing RVAD, the first couple of years when most flexible is time you cannot get back. We learned the hard way. Try to not get too caught up in the numbers. Its a marathon, not a sprint. More than that though, she’s absolutely thriving! Growing and attending school with her peers. Its true, impatience has lead me to other research just as I am certain we all have at some point…but it all leads to one inescapable truth. If I could leave you with one final thought it would be of that truth. Once instrumentation is introduced into the body the odds of complication are nearly 100%. If you think there is even the potential for this gentle, non invasive approach to help your young child…I implore you to empower yourself.

God bless
Carrie J. Halfhide

Tummy Time, Back to Sleep and Infantile Scoliosis….What Do they All Have In Common?

In the early 1940s, Dr. Harold Abramson, a New York pediatrician, pored over heartrending reports of babies who accidentally suffocated while they slept. As he reviewed case after case, he noticed that a vast majority of the deaths occurred when babies slept on their stomachs. After decades of additional research the federal government, the American Academy of Pediatrics and child advocacy groups formally launched the Back to Sleep campaign,   instructing parents to place infants on their backs for sleep for the first year.  There’s no question the Back to Sleep campaign has helped save lives.  Since 1994 the rate of Sudden Infant Death Syndrome (SIDS) has declined by more than 50 percent.  What this campaign has also effectively done is scare new parents so much that they don’t want to put their babies on their tummies ever.

More research suggests taking away “tummy time,” cuts off a pivotal avenue of development. The less time infants spend on their stomachs, the slower they generally are to acquire motor skills during their first year, which means the potential delay of simple feats like lifting their heads as well as more-complicated movements like rolling over, crawling, and pulling to stand. Doctors have hesitated to sound the alarm about this, since children usually walk shortly after their first birthday regardless of how much tummy time they’ve had. But a growing body of evidence now suggests that the timing of the motor-skill milestones that precede walking is crucial and can even factor into long-term health and cognitive ability.  Pediatricians however, have had mixed reactions to this and have passed this off as inconsequential.  Others, including the American Academy of Pediatrics, champion of the Back to Sleep campaign, have seen the head shapes and motor hang-ups as a harbinger of future problems and recommended supervised tummy time when a baby is awake.

Here’s where infantile scoliosis fits in.  Parents are seeing the potential of death as outweighing the potential of delayed motor skills.  What parents aren’t hearing are the increased risks of Infantile Scoliosis, the most challenging orthopedic condition in babies, from not having sufficient tummy time.

Prior to the 1980s the incidence of infantile scoliosis was much higher in Europe where infants were commonly placed on their backs to sleep.  During this time babies in the US were traditionally placed on their stomachs to sleep and the incidence of infantile scoliosis was a rare phenomenon in North America accounting for less than .5% of all diagnosed cases of scoliosis.    During the 1980s Europeans adopted the tummy sleeping position for children and the incidence of infantile scoliosis dropped to record low numbers.

Now take a look at Scotland before the 80s, where parents were routinely advised to place their infants to sleep on their backs, cases of infantile scoliosis accounted for 41% of all diagnosed scoliosis cases. After 1980 Scotland reversed their stance on back sleeping and the incidence of infantile scoliosis in Scotland dropped to 4%.  At the same time there is research going as far back as 1966 that states one of the benefits of stomach sleeping was the prevention of scoliosis.

So what do parents do with this conflicting information? Putting an infant to sleep on his or her back is without a doubt the recommended sleep position for a baby’s first year of life.  However tummy time is equally important and recommended for motor skill development and the prevention of scoliosis.  The key is getting a sufficient amount of tummy time in.   Parents should be encouraged to have their babies spend a healthy chunk of awake time on their tummies. This should begin soon after birth once the umbilical cord stump has fallen off.  Several times a day so the child becomes used to it early on and likes it.  There are lots of ways parents can practice tummy time, propping a baby on a nursing pillow while on the floor with them or even on a parent’s chest are great ways to get that added tummy time in and keeping everyone comfortable.  Baby wearing is also greatly encouraged, as it too also helps promote physical development and decreases the risks of a baby developing infantile scoliosis. When parents choose a baby carrier it’s important to look for one that is comfortable to wear but is also ergonomic for baby.

Moriah’s Story

Moriah was born by C-section at Via Christi St. Francis Hospital in Wichita, Kansas, on November 6, 1996. The next morning during her checkup, the doctor heard an abnormal heart sound and called in a pediatric cardiologist to consult. Moriah was diagnosed with Tetrology of Fallot, a congenital heart defect and she was immediately transferred to the NICU for observation. We were told that Moriah would need either a heart catheter or surgery within 1-3 months. When Moriah was 4 days old, we were able to take her home. Ten days later at a cardiology checkup, we were informed that she needed surgery as soon as possible, and she was admitted the next day at Wesley Medical Center. Surgeons placed a Blaylock-Tussig shunt in her heart to re-direct blood flow to allow for better blood oxygenation. This procedure bought Moriah some time to gain weight and grow before a repair surgery.

On the same day of her first surgery, Moriah contracted Necrotizingenterocolitus (NEC). The doctors called it “dying of the colon” and explained that her tissue was being attacked by infection. The presenting symptom was the mottling of the skin. There were three possible outcomes of the infection: no damage, minimal damage requiring surgery to remove the dead part and reconnect healthy tissue, or death. Moriah was treated in the PICU with three powerful antibiotics for three weeks. She spent another week on a regular floor and transitioned to discharge. I stayed with her throughout the ordeal, learning as much as I could about her medical care. This included running a Kangaroo pump and inserting putting a nasal gastric tube (NG tube), which I was afraid to do because I didn’t want to hurt her. The nurse simply asked me “Do you want her to eat?” I replied, “yes”. She said, “Then put the tube down.” That was exactly the no-nonsense approach I needed to make me do it. Little did I know I would be learning how to change a tracheostomy tube in a few short years.

Moriah’s father, Travis, visited our baby daily before and after work. He whispered in her ear that she was doing a good job and encouraged her to keep fighting. He nicknamed her “mighty Mo” after the Mighty Missouri. Our family, friends, and church supplied nearly every meal for us during her month-long hospitilization. We are so thankful that there was no long-term damage done by the NEC. Moriah was fed through an NG tube for six months while we worked with therapists to maintain bottle feeding and eventually take in solid foods. Moriah also had physical and occupational therapy for a year to build up muscle tone lost from being immobile in the hospital, and to help her meet her developmental milestones.

During a cardiology checkup at about 3 months of age, chest x-rays showed a curve in Moriah’s spine. The cardiologist explained that congenital heart defects are often paired with another congential defect such as scoliosis. Moriah was referred to a local orthopedic doctor, who measured her thoracic curve at about 30 degrees. We were directed to wait and watch, with appointments every few months to see how the curve would progress. Travis inquired whether there were any type of cast or brace Moriah could wear to hinder the progression, and we were told there was not. The doctors were mainly focusing on resolving Moriah’s heart problems first, and did not want to restrict her chest cavity. We were not given any information on an RVAD measurement, or congential anomalies such as hemivertebrae.

At 7 months of age, Moriah had an MRI. Even then, we were not given any additional information or guidance beyond “wait and watch.” Years later, when we requested all of Moriah’s medical records, we found the report showed she did have at least two hemivertebrae at that time. By the time we had that knowledge, Moriah had undergone so much fusion that it was impossible to tell if the diagnosis had been correct. At the time of the initial diagnosis, my husband and I didn’t even know what questions to ask and we could find nothing on the internet to give us direction. We trusted the orthopedic doctor’s advice: we waited and watched Moriah’s scoliosis get progressively worse.

Moriah underwent her second open heart surgery to repair her Tetrology in April of 1998, at 17 months of age. This was our first surgery away from home and family. Thoracic surgeons at The Children’s Hospital (TCH) in Denver patched a hole to decrease the amount of mixing oxygenated and un-oxygenated blood, and they widened an artery. Moriah was sent home on a low dose of oxygen. We learned how to administer oxygen and monitor her oxygen saturation rate via a “sat” monitor.

By November of 1998, at two years of age, Moriah’s scoliosis measured 90 degrees with rotation and kyphosis. Our orthopedic doctor referred us to an orthopedic surgeon who measured Moriah’s curve at 115 degrees and recommended spinal fusion to slow the progression. We trusted this advice, and Moriah had her first fusion surgery on November 19th, at Via Christi St. Francis. She wore a TLSO brace 9 months following this surgery. We asked the surgeon whether the brace would correct the scoliosis at all before the fusion set. His response was no, the brace was only to protect the fusion as it set over the next 6 months to one year. In August of 1999, we again traveled to Denver for a heart catheter and to check on the results of the Tetrology repair surgery.

Shortly before May 2000, we learned that Moriah’s fusion had not stopped her curve and that it was “crank shafting.” Moriah underwent a second spinal fusion surgery that month. She was now fused anterior and posterior. After this surgery, Moriah experienced difficulty breathing and needed C-pap and oxygen. She stayed in the hospital a little longer than normal, but went home without oxygen. Moriah again wore a TLSO brace for 6 months. Her little brother Declan was born October of 2000.

During the winter of 2001, Moriah’s cardiologist informed us that a leaky valve in her heart had worsened and needed to be replaced. Moriah had become pale, lost energy, and her saturation levels were lower. Because performing the necessary operation during the winter would risk pneumonia,  Moriah was scheduled for surgery in Denver in April. When we arrived at the hospital, her surgery was postponed due to poor lung function. While her valve did need to be replaced, it was her restricted lungs that were causing the low oxygen saturation numbers, according to pulmonologists and TCH. My husband and I had been told by both Moriah’s cardiologist and orthopedic surgeon that Moriah would have “restrictive lung disease.” They explained that this was due to her weakened heart function, and that she would become “winded” more easily. This was the first time we understood that there was a connection between Moriah’s scoliosis and her lung function. Previously, our focus had been on getting her through the numerous surgeries and having as normal a life as possible in between. While in Denver, Moriah had a heart catheter and a stent placed in one of her arteries. Doctors considered whether or not Moriah needed a tracheostomyat that time to help her breathe. At her heart surgeon’s request, we also consulted with a pediatricorthopedic surgeon. We discussed options to address Moriah’s scoliosis, which was threatening the repairs to her heart. Upon dismissal, we were advised to see a pulmonologist as soon as we got home. Ironically, the specialist we were referred to was in the same building, on the same floor, one hall down from Moriah’s cardiologist. Moriah began bi-pap therapy at night to help her exhale fully, expelling more carbon dioxide. Two sleep studies were done to check the bi-pap settings. Moriah also had carbon dioxide level checks periodically.

December 2001 Moriah had the leaky valve in her heart replaced at TCH. She was hospitalized only 8 days and went home on a low dose of oxygen. While we were in Denver this time, her heart surgeon again asked us to consult with the same pediatric orthopedic surgeon. X-rays showed that Moriah’s curve was again moving despite the fusions. The heart surgeon was concerned that Moriah’s progressing scoliosis would cause damage to the repairs done on her heart. He was also confident that, once recovered from the most recent surgery, Moriah’s heart would be strong enough to withstand a major spinal operation. We decided to have Moriah undergo halo traction in a wheelchair in an effort to reduce her curve and take pressure off her heart and lungs. We were told they expected up to a 50% curve reduction.

In May of 2002, surgeons in Denver broke apart some of Moriah’s previous fusions, removed some of her growth plates, and put in new fusion. A halo was applied to her head with 8 pins to distribute the traction weight. This proved to be her most painful surgery experience. Moriah required heavy pain medication to withstand the first two weeks of traction in the wheelchair. It took two weeks to wean Moriah from the ventilator this time. When, after 3 days, her CO2 levels went back to the 70s, we agreed to a tracheostomy surgery. Moriah was not doing well on bi-pap and passing out in her wheelchair traction. She did not have any energy to eat and the NG tube could not be removed.

All totaled, Moriah and I spent a month in Denver this visit. Travis flew home two days after the spinal surgery to resume working, so this was our first hospital stay apart. We had daily cell phone updates. Our son, Declan, was 18 months old at the time, and he stayed with us in Denver for 3 weeks at the Ronald McDonald House. My friend, my sister, and my aunt and young cousin each took week-long shifts, flying out to Denver to babysit Declan. When we knew Moriah was going to have the tracheostomy we decided to send Declan with my aunt and cousin. He was with them for 5 weeks, away from his parents and sister. Every trip to the Denver airport made me cry as others went home and we were still in the hospital. We saw Travis once more before transferring via medical flight to Wesley in Wichita, Kansas: he surprised us by arriving the day of the tracheostomy surgery. Moriah had told me before they took her in that she wished Daddy could be there because he helps her to be brave. When she woke up from an evening nap, there he was, smiling at her.

Moriah spent 5 weeks in the PICU at Wesley. Travis again visited every morning and after work. I slept at Moriah’s beside or in a nearby parent sleep room. Family and friends showered us with food and things to occupy our time. Teen volunteers decorated Moriah’s room like we were having a party, to cheer her up. Moriah recovered slowly as we increased the traction weight. Moriah only weighed 27 pounds, and had never been able to gain much weight on her own. We asked the pediatric intensivist for an appetite enhancing medication, and he recommended Megesterol (Megace), a medication often used for patients who experience appetite and weight loss due to AIDS and cancer. It is also used with individuals who have difficulty gaining weight due to multiple surgeries. Moriah was started on Megace, and resumed physical and occupational therapy to fight against muscle loss while in the wheelchair. She worked to be able to use the restroom out of traction with someone holding tension on the halo.

As a parent of a child with a trach, I learned to change and clean the trach tube. I also learned suctioning, manual chest percussion therapy (CPT), cleaning of the halo pin sites, and Moriah’s physical therapy routine. Before we left Denver, the physical therapists made a video of how to transfer Moriah from her bed to the wheelchair, how to hold tension on the halo while she walked out of traction, and how to hook up the traction line and weights, both in the bed and the wheelchair. I shared this video with the nurses and doctors at Wesley, as they had not worked with this type of traction before. Moriah was discharged from Wesley on a ventilator. Before we were allowed to take her home, in-home nursing staff was set up. My husband and I also had to demonstrate that we were capable of caring for Moriah on our own for a number of hours a day. This included understanding her vent settings, and what to do or who to call if complications arose. We turned one room of our house into a psuedo-hospital room. We isolated the wiring to its own breaker, had a medical bed delivered, set up organized space for supplies. We also had an oxygen concentrator, backup O2 for power outages, an external backup battery for the vent, a portable suction machine, and an O2 sat monitor. Moriah was also sent home with the NG tube, so we had the Kangaroo pump again. Our home nurses were used for pin-site care and trach-care, but were unfamiliar with Moriah’s traction. I had them watch the video and showed them what I had been taught.

The experience of having nurses in our home has been both comforting and stressful. We really have to be aware of having family time. The trach made it necessary for our home to be open to nurses, respiratory therapists, and their case managers. We also, for the first time, had to apply for Medicaid to cover Moriah’s increasing medical expenses. While it is great to have Medicaid pay for what insurance will not, the financial limits the system forced us to follow to retain coverage were unreasonable. Our family was used to being independent, and it was very hard to ask for help. No one, no matter their earnings, can afford the costs of the medical equipment rental and nursing. Yet, without those things in the home, Moriah would have spent her entire traction time in the hospital. Kid-Screen, a case management program offered in Kansas, fought several months to have Moriah placed on the TA (technology assisted) Waiver list. With this classification, Medicaid no longer scrutinized my husband’s wages, and we no longer feared losing our home while trying to earn under their limits.

Moriah was in halo wheelchair traction for a total of 7 months. X-rays were done monthly at Wichita Clinic with a local orthopedic doctor who emailed them to Moriah’s surgeon in Denver. During this time Moriah rode the wheelchair bus to kindergarten. Since the school did not have a full-time nurse to watch over Moriah, one of our home nurses attended school with her. The orthotist who made Moriah’s two previous TLSO braces furnished us with an “off the shelf” neck collar to wear on the bus. He enlarged an opening so her trach and ventilator tubing wouldn’t be disturbed. Moriah remained on the vent and eventually weaned to a Passy-Muir valve during the day. We put her T-bird vent, suction machine, O2 Sat machine, oxygen tank, and medical supply bag in a Radio Flyer wagon and pulled it behind the wheelchair everywhere Moriah went. By December, we were up to 25 lbs. of traction weight and Moriah’s scoliosis had reduced to approximately 60 degrees. She had gained 5 inches in height and 16 pounds in weight.

December 13, 2002, the halo was removed in the surgeon’s clinic in Denver. We had not been advised that this could turn into an overnight procedure involving anesthetic, and we had not planned for that in our trip. The surgeon said it would be alright to remove the halo in the clinic if Moriah could hold still enough. We had also not been told that traction weight should be removed as gradually as it was added, so Moriah went from 25 pounds of traction weight to nothing in a matter of minutes. She was so brave and still as they loosened each pin and pulled them out. When they told her it was safe to move, she lunged into my arms, crying. Although my husband and I asked, a brace was not recommended, nor was physical therapy prescribed. Moriah was in a great deal of pain without the traction support. We obtained orders for Lortab and physical therapy from our family doctor at home.

Just a few months later, in March 2003, we noticed that Moriah’s kyphosis looked worse. X-rays showed her curve had increased to 80 degrees. We contacted her surgeon, who explained that it was a “settling” effect from being out of the traction. We again asked for a brace to stabilize this “settling” and were told Moriah did not need one. By November 2003 Moriah’s scoliotic curve had reached 120 degrees with 120 degrees kyphosis and rotation.

About this time, we learned of the Vertical Expandable Titanium Rib Project (VEPTR) through the Infantile Scoliosis Outreach Program, and initiated contact with the University of Texas Health Sciences Center, in San Antonio, Texas, where the new procedure was being performed. In January of 2004, Moriah was rejected for the VEPTR implants because of the severity of her kyphosis.

February 2004 we took Moriah to Denver for a 3D CT scan. Both her scoliosis and kyphosis measured in excess of 120 degrees–almost immeasurable due to the rotation. The CT scan showed cracks in her fusion at T8 and T11. We later found documentation (referred to earlier) stating that Moriah had hemivertebrae at T9 and T10. After weighing options, we chose to repeat the halo traction process and to have as much of her previous fusion as possible removed. We were told that this should be her last halo in light of scar tissue, etc., and we wanted her spine to be as flexible as possible. The surgery could not be scheduled until May, and the surgeon did not feel her spine could get much worse in the meanwhile.

In May of 2004, Moriah underwent 9 hours of surgery. The surgeons were not able to release as much fusion as they did in the previous surgery. Nor did they have an optimistic prognosis for correction:  possible only to 90 degrees instead of the 60 degrees we were hoping for. Also during this operation, her thoracic surgeon, who was assisting in the approach, noticed two portions of diseased lung tissue, the size of fifty-cent pieces, on the lower lobe of the left lung. He removed the diseased tissue as it was “an infection waiting to happen.” Because Moriah’s spine was so close to her ribs, they cut the ribs apart to gain access to the fusion, and then wired them back together. Thankfully, Moriah experienced no nerve loss in that area. Some of the complications Moriah experienced from this surgery included: pneumonia, UTI, bladder retention, and clonis in her ankles. They put her on a cuffed trach with an inner bubble that blocked all air leaks, preventing her from speaking for over a week. This took a toll on Moriah’s usually cheery disposition.

While at TCH, I initiated discussions with the orthopedic department about constructing a traction walker from a photograph of one used at the Shriners Hospital in Utah. TCH orthopedics were willing to try if a walker could be found, and if the funding were approved for the extra traction tubing needed. The walker would cost $600 and was not in the hospital’s budget. A great friend of ours posted an email on Parent to Parent of Colorado explaining Moriah’s need for a specific type of walker. Within 8 hours of the post, a parent was at the hospital donating the exact walker needed.

Moriah was once again transferred to Wesley via air ambulance to complete her recovery. The walker was not yet complete, and the wheelchair wouldn’t fit on the plane, so we had to leave Denver without them. We were able to get a pediatric wheelchair from a medical supply company. While at Wesley, we waited for her home ventilator and backup vent to be shipped from California. The model we were to use was new to the Midwest. Moriah continued physical therapy and her clonis improved. Two weeks later, when Moriah was discharged from Wesley June 7th, the walker was still being built in Denver. Moriah began to experience weakened leg muscles and her knee locked uncontrollably when she was out of traction, walking to the restroom. Through the efforts of Lynx Collaborative Care Network, the walker was delivered to our home on the July 4th weekend. Lynx paid the travel expenses and hotel so the person who built the walker could deliver it and show us how to use it properly. The walker was the best thing for Moriah. She became stronger, and the clonis, weak leg muscles, and knee locking stopped. Mentally and emotionally, Moriah benefited from being able to walk around most anywhere. She attended second grade with the walker, feeling independent, and more like the other kids. She was also able to participate in more adapted activities in P.E. and at recess.

In addition to their assistance with the walker, Lynx executed the overwhelming task of compiling Moriah’s medical documentation from all the offices and hospitals where she had received care. They also sent an informative and concise update on Moriah’s progress to San Antonio for reassessment for the VEPTR implants: Moriah’s scoliosis had reduced from 120 degrees to 65 degrees and her kyphosis had reduced from 120 degrees to 72 degrees, making her a more viable candidate for VEPTR. The day before Thanksgiving in 2004, we learned that Moriah had been accepted to receive the implants.

February 16, 2005, Moriah received two rib implants on her right side. The Family Medical Leave Act allowed Travis to take 3 weeks without pay from work, and we spent our tax refund to cover our bills so we could all be together in Texas. The implant surgery lasted 4 hours with no complications. Moriah’s recovery was quick due to great pain management, and no postoperative infections or complications. She was hospitalized only 2 weeks. All of the doctors, nurses, and respiratory and physical therapists were wonderful. We will return to San Antonio July 26th for Moriah’s second VEPTR implant surgery. She will have a single VEPTR placed on her left side. They will also move up the anchoring point of one or both of the VEPTRs on her right with the hope of better addressing her kyphosis.

We are so grateful to Doctors Campbell and Smith for inventing the VEPTR device. We would not be this far in Moriah’s treatment without the Infantile Scoliosis Outreach Program and Lynx Collaborative Care Network of Colorado. And we would not be sane without the unending support of our family, friends, church, home nurses, and community. Moriah is excited to be going on to third grade, and will have her same nurse there at her side until her trach can be taken out permanently.

There is too much as yet unknown about infantile scoliosis. It is unacceptable to “wait and watch” children like Moriah get worse. Research is a parent’s best tool in understanding scoliosis and working together with the doctors to chose the best treatment plan for their child. Moriah is a very strong girl and we have made a point of explaining to her, to the best of her understanding, every step taken to pursue her health. We teach her that while “medical stuff” involves a great part of her life, it is not her whole life. She can be and do anything she sets her mind to. It is our hope that, by reading Moriah’s story, you will learn from our mistakes, smile at Moriah’s progress, and be inspired to diligence in seeking the best care for your child. Make your list of regrets as short as possible.

Travis and Shellie Grant at shelliegrant@yahoo.com

 

Update on Moriah September 2006

Moriah is almost 10 now and enjoying 4th grade.  In July 2005 she had one VEPTR hybrid placed on her left side.  In February 2006 her surgeons re-seated the upper anchor on her right side to better address her kyphosis.  They also switched out the lower anchor at that time converting it into a hybrid.  Moriah now has one hybrid on each side and one cradle to cradle VEPTR on her outer right side.  July 2006 was Moriah’s first expansion only surgery.  It went better than we could have hoped.  She was ready to go home the very next day.  We have had zero complications with Moriah’s VEPTR implants.  She will continue to receive expansions of her implants every six months until she is between the ages of 14-16.

Moriah’s lung health has improved dramatically.  She is now off the ventilator completely.  Moriah has her trach capped 15hrs a day and uses oxygen at night.  Her pulmonologist is so pleased with the improvement that very soon Moriah will be capped 24 hrs a day.  If she has a good winter, we have hope that the trach will come out in the late Spring or early Summer 2007.  Routine bronchoscopies have documented the changes in Moriah’s airway.  It is now strong, not floppy, and her bronchi openings are nearly symmetrical, all due to a decrease in Moriah’s scoliotic curve.  She also recently had a complete heart exam during a catheterization that showed no signs of complications.  We are so excited to be on the other side of all the struggles these last several years.

Update on Moriah April 2007

Moriah had her second, expansion only, surgery Tuesday, March 27th.  Everything continues to go well with her VEPTR implants.  On March 13th, Moriah regained freedom she hasn’t had in 5 years! Her trach being no longer necessary, Moriah took it out herself, under doctor’s supervision at the hospital.  She was able to finish 4th grade without the supervision of a nurse going with her to school.

After 8 weeks the stoma had only partially closed.  An ENT closed it for her surgically May 29th. After 10 years of struggle, Moriah is finally at a maintenance point with her scoliosis, heart, and lung issues.   We will continue to vigilantly monitor her heart, lung and scoliosis as she grows.  We could not have come this far without our ISOP family.  This organization and the families involved are truly a blessing from God!

Update: September 2007

We were in Texas once again in August for expansions.  Everything went perfectly.  Moriah and I were invited to a Q & A session at The University of Texas Health Sciences Center at San Antonio.  Dr. Simmons spoke before the new medical students in their Gross Anatomy class.  Afterwards they asked Moriah and two other panelists questions.  She did a great job!  We put in a good word for ISOP!  Moriah is in the 5th grade this year!  She shocked us all by deciding to play the trumpet.  What a great thing to get her involved with her classmates.  Her doctors are happy about how it will improve her lungs!  It is truly wonderful to see her so healthy.  We’ve waited a long time for this and feel very blessed.

What is Halo Gravity Traction?

What is Halo Gravity Traction?

Halo gravity traction is a procedure used to reduce the degree of curvature in the spines of children with severe idiopathic or congenital scoliosis. Spinal traction is the gentle pulling of the soft tissue (joints and muscles) to help straighten the spine. A scoliotic curve allowed to reach high degrees of measurement may increase pressure on the lungs and heart. The result can be a decrease in life expectancy by up to twenty years.

Who Needs Halo Gravity Traction?

Halo gravity traction is needed by children with severe curves in their spine (80+degrees) who have not had success with other measures of correction, such as serial corrective plaster casting and serial bracing. Halo traction is also needed by those children with high curves who are not eligible for other measures of correction because of congenital defects in their spines. Many of these children are already experiencing stress to their heart and lung functions. Patients with severe infantile, juvenile and adolescent scoliosis and Scheuerman’s Kyphosis may be considered likely candidates for halo traction.

What is the Expected Outcome of Halo Gravity Traction?

Each child with severe infantile scoliosis will experience a unique outcome. Many factors, such as the stiffness or flexibility of the spine and whether congenital scoliosis with previous fusion is present, will affect the outcome. The goal of treatment is to safely bring the curve to the smallest possible degree and delay spinal fusion (if not already fused) until spine growth is close to finished, or maintain correction achieved via serial casting, bracing or instrumentation. Typically, a curve is reduced by about 50%-60%. The emphasis is placed on the child’s heart and lung health and not the number of degrees.

Application of Halo Gravity Traction

While the child is under general anesthesia, a horseshoe shaped metal bar is secured to the skull with 4-8 pins. These pins distribute the traction weight evenly. The number of pins used is in relation to the child’s weight. The halo will sit slightly above the eyebrows and reach back to the child’s ears.  In some cases, it can go completely around the child’s head. The pins will hold the halo in place a short distance from the forehead. Once the halo is secured, it is ready to accept the traction weight. Traction is achieved by weights hung from a rope woven through a precise pulley system to the triangle and carabineer attached to the top of the halo.The traction gently pulls against the child’s body weight to straighten the spine.

The amount of traction weight used is determined by the orthopedic surgeon and depends on the child’s body weight (approximately 1/3 of the child’s weight).Traction weight starts light and increases slowly and deliberately until the maximum traction weight for the particular child is reached.

Girl in Halo

Halo in Place

The traction weight is decreased at the same deliberate pace, working towards the goal of halo removal, once correction is obtained.Following the placement of the halo, the child will remain in traction at all times. The apparatus
for traction is made to fit the bed. Maximum use of gravity is obtained by placing the bed in the Reverse Trendelenberg position, a downward slant of the bed where the child‘s head is elevated and feet are lowered. Newer beds have motorized controls to accomplish this. On older beds a stabilizing block can be constructed (see article) and resume physical activities. Maintaining strength while in the halo is very important so the child can return to normal activities when the halo is removed.

Your child’s orthopedic surgeon will determine whether your child will achieve more correction if wearing a cast during the halo procedure. Children who are scheduled to undergo a VEPTR implant surgery may not require plaster casting during the halo procedure, due to the necessity of maintaining healthy skin pre-surgery.

Possible Complications and Monitoring

Some possible complications from halo traction are: pain and weakness in the neck muscles, swallowing muscles and tongue, pain and weakness in the eyes, infections at the pin sites and neuromuscular complications. These are rare due to strict monitoring of the child’s neurological functions through simple tests of the eyes, facial muscles and movement in the arms, legs, toes, etc. Caregivers will be taught how to keep pin sites clean, and nursing staff will monitor the appearance of the skin around the pin sites daily. Check with your child’s orthopedic surgeon to see if physical therapy might benefit your child during this process. Any cause for concern should be discussed with your doctor immediately.

Pursuing Halo Traction Treatment

Each hospital equipped to provide halo traction treatment will have specific protocols for patient acceptance for the procedure. The following is a general outline of what you might expect:

  • Undergo an assessment by your pediatric orthopedic surgeon and be identified as a candidate for halo traction treatment.
  • Meet with your surgeon to review what halo traction is, its purpose, and the intended outcome for your child.
  • Meet with the anesthesiologist to discuss sedation methods and any allergies your child has had to anesthesia or medication in the past.
  • Meet with the pulmonary department to discuss whether or not there is a need for Chest Percussive Therapy (CPT) or other breathing therapies such as Bi-Pap.
  • Meet with physicians to discuss pain management. Many hospitals have a pain team that will discuss with you the various pediatric medications used and their side effects.
  • Review teaching material on patient preparation and patient care.
  • Tour the orthopedic floor of the hospital and see an example of the traction apparatus mounted to a bed, wheelchair or walker. See examples of the casts and braces used.
  • See photos of other kids in halo traction to prepare yourself for what your child will look like. Immediately after application, your child’s head may be bruised, red, swollen, and there may be drainage from the pin sites until they have healed.
  • Share your child’s health history and medical portfolio with the orthopedic surgeon and his team, so unnecessary x-rays and tests are not repeated.
  • Pursue an assessment by the physical therapy department to determine your child’s pre-traction capabilities and strength.
  • Meet with hospital social work staff to discuss psychological implications of being hospitalized for up to three months. Discuss the importance of an emotional support system, and their involvement in helping you and your child maintain a positive outlook and successfully complete the long stay in the hospital. Discuss services that may be available to your family within the hospital, such as referral to hotels offering a medical rate and discounted vouchers for meals in the hospital cafeteria.
  • Meet with child life specialists to discuss activities to divert your child, educational services available for school age children, and tour the playroom, movie check-out closet, library, etc. Many hospitals have scheduled activities for the children and Pet Pal programs, where specially trained dogs visit the children.

Preparing the Family for the Halo Gravity Traction Procedure

A caregiver should plan to stay with the child at all times. Your child could be in the hospital for 8 -12 weeks, depending on the severity of the curve, your child’s overall health and strength, and the intended outcome for your child determined by you and your surgeon. Halo traction is meant to be a gradual process to limit overstressing your child’s body.

Your child will need help daily with personal care, toileting, eating, transferring in and out of bed, transferring from the wheelchair and walker, pin care and physical therapy. Be willing to learn how to care for your child. Communicate with doctors and nurses regarding your feelings about participating in your child’s care. Practice transferring your child before the halo application. Also practice holding the weights and traction to prevent injury.

Your child will also need emotional support and encouragement. Children will react to being away from home. They will react to having their movements changed and restricted. They will react to the pain felt during the first week of traction. Some children will not want to see themselves in a mirror or a photograph. How you respond to your child will largely shape his or her attitude toward the traction process. The first and last weeks of traction are typically the hardest. The caregiver staying at the hospital should prepare to support the child through these difficult times. The support of family and friends during this time helps tremendously. Friends and family can provide special meals, presents and cards to cheer the child, or maybe even sit with your child so the caregiver can take a break. Have someone outside of the situation that you can talk to about your feelings without upsetting your child.

Parent sleeping rooms, showering facilities and laundry facilities are available in many hospitals. Many hospitals are also near hotels that offer a medical rate and charitable housing, such as the Ronald McDonald House.

Plan to bring some of your child’s favorite things to decorate his/her room. A favorite blanket or stuffed animal, music CDs and movies are helpful also.

Preparing the Child for Halo Traction At Home

Seeing pictures beforehand of other children in halos may be helpful. If possible, talk with other families who have gone through the process. Encourage your child to ask questions and make sure those questions are answered. Make sure your child understands the necessity and purpose of the halo traction procedure. Emphasize the fact that the treatment is a short-term hindrance or frustration compared to the lifetime affect it will have on their health and the degree of their scoliosis.

In the Hospital

  • Clothing: Your child will be most comfortable in loose fitting clothing. Button-down tops work best. If your child is in a cast, elastic pants are recommended.
  • Bathing: When bathing, only baby shampoo should be used. The chemicals in other products can react with the metal used in the halo and pins.
  • Diet: Maintaining your child’s weight during traction is important. A regular diet may be resumed soon after surgery. Supplemental items may be used to add calories if needed. Because the traction limits movement of the head and neck, it will be necessary to encourage your child to take small bites and chew them well.  Use a straw for drinking. Small, frequent meals that are nutritious and high in calories are best.
  • Sleeping: Your child will be in traction while sleeping. A rolled towel or small pillow can be used for head and neck support. An egg crate or foam pieces can be added to the hospital mattress for more comfort. The bed should also be tilted in Reverse Trendelenberg, so the head is higher than the feet. This adds the pull of gravity to the traction while your child is lying down.
  • Physically handling your child: At first your child may feel awkward and unsteady in the traction. Once he or she gets used to the traction, moving around will be easier. You will be helping your child move from a wheelchair, walker and bed. Nurses and physical therapists will help you learn which movements are safe for your child.
  • Pain management: Each child will experience pain in varying degrees. Medications are used to control your child’s pain. Good pain control is crucial to your child’s recovery from the halo application. Pain medication may also be used at night, so your child can sleep. Rest is important to maintain strength and a positive attitude.  Your child’s pain should decrease over time. Discuss all pain medications and their side effects with your doctor. Many pain medications cause constipation. Laxatives, high fiber food and plenty of fluids help counteract this side effect. Never hesitate to communicate your concerns about your child’s recovery with his/her doctor. Communication with your child’s doctor is crucial in ensuring your child has a quick recovery.

When Halo Traction is Finished

When your orthopedic surgeon feels the intended outcome has been reached or that maximum correction has been achieved, the halo (and, in some cases, the cast) will be removed. If your child will be braced, a mold of your child’s body will be taken to make a brace. There are many different kinds of braces with many specific purposes.

After the brace is made, your child will wear it for approximately two weeks, while the traction weights are systematically decreased. Frequent brace adjustments may be needed based on the complexity of the brace.

Your child may experience some aching and discomfort during the weight decrease and transition into the brace.  A slight loss in correction may also occur.

After the halo is removed, your child’s neck muscles will be weak and need support. A soft, removable neck collar is suggested to support those muscles until they are regained through physical therapy.

Before being released from the hospital, your child must feel comfortable in the brace. (Caregivers must also feel confident about taking care of their child while in the brace.)

Your physician will tell you how many hours per day the brace is to be worn. It is important that those instructions be followed to maintain the correction achieved through halo traction. Your physician will also inform you of how often to come in for follow up visits to check the fit of the brace and how the curve is maintaining. New braces will be made as your child grows. A brace should be worn as long as it is successful in maintaining your child’s improved scoliotic curve.

Brace Care

Caregivers should be taught how to properly put the brace on and take it off. Make sure you feel comfortable doing this before leaving the hospital.

  • Bathing and skin care: The brace may be removed for bathing. It is best to wash your child’s hair at this time as well.  No lotions, creams or powders should be used on your child’s back. These items can irritate the skin. Alcohol can be wiped on your child’s skin to toughen it up and prevent itching, rashes, sores, pimples and smelly odors.
  • Clothing: Necklines may need to be larger to fit over the brace.
  • Diet: As with casts, food should be cut into small bites and well chewed, and straws used for drinking. The brace may also put pressure on the abdominal wall, so small, frequent, nutritious meals, high in calories are best. Some weight loss may be expected, and supplements can also be used to help your child maintain weight and strength.
  • Movement: Continue to follow the precautions you learned in the hospital for lifting your child and helping him/her sit up or get out of bed.
  • Exercise: Your child may require physical therapy or some type of respiratory therapy. Caregivers should be familiar with these exercises and how to perform them.

Note: This information is provided by the parents of children with infantile scoliosis to other parents, not by physicians. It is for general informational purposes only and cannot substitute for the advice of a medical professional. The information provided on this website should not be used for diagnosing or treating any medical condition. ISOP disclaims any responsibility whatsoever for the results or consequences of any attempt to use or adopt any of the information provided on this website. Nothing on the ISOP website should be construed as an attempt to provide a medical opinion or otherwise engage in the practice of medicine. Please consult your child’s physician for diagnosis, medical advice, and answers to your personal questions.

Rocco’s Story

Rocco was born 10 days early in June 23, 2011. He had an exciting birth as he was born bum first (breech) with a room full of doctors and nurses that wanted to see his unusual birth. Thankfully he was healthy. We were over joyed to have our little boy and to bring him home to his big sister.

At his 8 week check up, I mentioned to his nurse practitioner that I thought Rocco’s right shoulder seemed higher then the other. She recommended that we see a physiotherapist. His physiotherapist then diagnosed Rocco with Tortacollis (a short neck muscle) that was causing his head to tilt to the one side and made it appear that his shoulder was higher. After weekly appointments and painful exercises we lengthened his neck muscle and his Tortacollis went away. He was 6 months old when his physiotherapist noticed that his back looked alittle crooked. He then sent us to a paediatrician. We have also seen 2 neurologist, a genetic specialist and a orthopaedic doctor. It was the doctor at McMaster Children’s Hospital in Hamilton, Ontario that gave me the shocking need of Scolocsis. I felt like the wind was knocked out of me. It was just me and my baby boy locked safely in his car seat and my mind was racing about what this meant for his future. I also had to give the diagnoses to my hubby. We then saw 3 different orthopaedic doctors, Rocco’s has had 5 X-rays and an MRI. He has consistently remained at about 55 degree curve and thankfully his MRI did not show any underlying condition.

We were told like so many other parents that we should wait and see and that Rocco would eventually may need to have surgery. We just could not settle with that fate for our boy.

After a lot of research and speaking to many wonderful parents on ISOP we decided to travel from Canada to Shriner’s Children’s Hospital in Erie Pennsylvania to begin his Mehta Casting. Rocco received his first cast on September 10, 2013. He was about COBB 58 RVAD 2. We are thrilled and so thankful to have found ISOP and Shriner’s. It was defiantly a difficult experience getting his first cast but the support from the families from ISOP and the staff at Shriner’s was invaluable. We felt like we had so much support that helped us get us through.

Rocco has settled with his new life in casts and has bounced back to being the happiest little guy. We have now had four casts and he is currently in a summer brace. We will continue casting this fall. His last numbers where out of cast 36.4 degree top curve and 31.3 degree bottom curve


 

 

Alyssa’s Story

When Alyssa was around a year old, my husband and I started noticing that her shoulders were a bit uneven, shoulder blade and rib cage protruded and her torso was slightly twisted. In the beginning we thought that maybe she was just “double jointed”. We mentioned this to the pediatrician at the time and her reply was ” she’ll outgrow it”. As we started noticing that it wasn’t getting any better and in fact seemed to be getting worse, we would attempt to mention it to the pediatrician and somehow the subject was avoided and immediately changed. It was until May 2012 ( 2 months before her 2nd birthday), that we as parents decided to seek a second opinion and took Alyssa to St. Christopher’s Hospital in Philadelphia. There we realized that she had scoliosis and the chances of her “outgrowing it” were slim to none. It was estimated that her spine was curved at approximately a 50 degree angle. As a parent, I felt my heart stop beating and an emptiness in my stomach. We were informed of the risks associated with scoliosis including but not limited to cardiac & pulmonary issues however at this point the orthopedic surgeon at St. Christopher’s wanted to “watch & wait” and see if and how it progressed. Needless to say without any treatment her spine continued to curve and our next MRI showed a curve of 67 degrees( January 2013). In the meantime, we went to visit with a cardiologist and determined that Alyssa had a small heart murmur but wasn’t anything too serious ( we would just watch and make sure it didn’t become compromised due to the curving spine). At this point, the orthopedic surgeon from St. Christopher’s referred us to Shriners in Philadelphia to meet the the doctors there. In April 2013, Alyssa had an MRI done which showed an 87 degree curve in her thoracic spine . The surgeon at Shriners introduced us to something called a “Mehta Cast” which is a plaster cast that Alyssa would be fitted for and would wear this cast for 10-12 weeks at a time with a small break in between. This was/is our best possible answer considering that surgery was out of the question due to her age & size.

Here she spent the night and we learned all about “Flossing & Petaling” the cast. As with any type of plaster type casts, this meant no more baths or pool time. Alyssa was scheduled to go back in to have the cast changed in early October when we were notified that a Chiari Malformation was detected on her MRI. We had her cast removed in early October and Alyssa went back to St. Christopher to meet with a neurologist. On October 24, 2013, Alyssa underwent a decompression surgery and was hospitalized for 4 days. She will need to follow up with the neurologist 6 weeks post op and then every 6 months from then on. Alyssa went back to Shriners in January 2014 to begin casting again and this xray showed a 94 degree curve out of the cast & 61 degree curve in the cast. Her next cast was applied on April 2014, showing a 96 degree curve. In July 2014, Alyssa went into Shriners to be fitted for her summer brace at which time an xray was taken.  The X-ray at this time showed an improvement and she is down to 87* curved.  We will go back to Shriners in September for another set of xrays and another cast will be applied.  Due to the severity of Alyssa’s spine, growth rods and spinal fusion are not out of the question however we are delaying any surgeries and buying valuable growth time by using the casting method.

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