The 28-year-old model has admitted she suffers from the medical condition, which is when a person’s spine curves
sideways, and in honour of Scoliosis Awareness Month the star has collaborated with the company to create a
choker necklace, which will see all of the proceeds raised from purchasing the item go towards Scoliosis Research
Society.

And the blonde-haired beauty is “excited” to launch the product and recognise those who, like her, battle with the
disease.

Alongside a picture of the catwalk icon adorning the garment, which was shared on her Instagram account, she
wrote: “I’m so excited to launch this necklace collaboration with @pluma_italia in honor of those living with
#scoliosis! I’m proud that percent of the proceeds will benefit Scoliosis Research Society. (sic).”

And Martha has named the product after her mother because her parent was her “biggest supporter” during her
“scoliosis journey”.

She added: “I named the necklace after my mother, my biggest supporter throughout my scoliosis journey! Big
thank you @luisaviaroma. Shop the #linkinbio #gotyourback (sic).”

And the brand was honoured to work with Martha on the product.

A post on Pluma Italia’s photo-sharing site read: ” Scoliosis Awareness Month

We had the honor of co-designing necklaces for @marthahunt to raise awareness for scoliosis. (sic).”

Martha’s fellow Victoria’s Secret model, Sara Sampaio, is also “so proud” of her friend for her latest venture and by
making the illness more well known because she also battles with the condition.

The 25-year-old fashion muse posed in a picture on social media, which captured her wearing the product with a
black bralette and denim jacket, that she captioned: “As someone who also has scoliosis I’m so proud of my girl
@marthahunt for creating this necklace in collaboration with @pluma_italia. 100% of the proceeds will benefit the
scoliosis research society! #gotyourback (sic).”

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O&P News, July 2017

ClinicalTrials.gov identifier: NCT03017755

Purpose: This survey aims to help understand the influences related to the decision
for adolescent idiopathic scoliosis (AIS) treatment (observation vs. bracing vs.
surgery). The investigator plans to create a decision aid to help families make a
decision about the treatment choice being presented to them.

Study type: Observational

Study design: The study will use a cohort observational model and prospective time
perspective.

Estimated enrollment: 1,000

Eligibility criteria: The ages eligible for this study are 13 years or older. Both genders
are eligible. Healthy volunteers are not accepted. The sampling method is nonprobability
and the study population is AIS patients and their families. Inclusion
criteria: Subject and/or parent of subject who has previously been treated for AIS.
Exclusion criteria: Age younger than or equal to 12 years.

Study start date: April 11, 2017

Estimated study completion date: December 2018

Estimated primary completion date: December 2018 (final data collection date for
primary outcome measure)

Primary outcome measures: The primary outcome measure is to analyze the
number of subjects who have completed the survey (time frame: baseline,
approximately 3 years).

Secondary outcome measures: None

Sponsors and collaborators: Mayo Clinic
Contact: Vickie M. Treder, (507) 538-3561, treder.vickie@mayo.edu.
Information acquired from: Mayo Clinic, via ClinicalTrials.gov

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Written by Mackenzie Garrity | Wednesday, 28 June 2017 20:35

A study published in Spine examined the revision rates after scoliosis surgery in adolescents and
young adults. The study included 1,435 patients who underwent surgery from 1995 to 2009.
Results showed revisions for scoliosis surgery continue to occur well after two years with late
infection being the most common cause.
Here is what you need to know.

1. A majority of the patients – 81 percent – underwent posterior spinal instrumented fusion.

2. The leading cause of early revisions was implant-related issues and infections. The reason for
reoperation wasn’t uniformly distributed over time, which additional causes wound complications,
residual deformity and/or progression and pseudarthrosis.

3. After the study, 75 or 5.2 percent of patients required reoperation.

4. Of all reoperation surgeries, 22 occurred within three months, 10 before one year, 12 before
two years, 20 before five years and 10 after five years.

5. Survival rates were as followed: 98.3 percent at three months, 97.5 percent at one year, 96.6
percent at two years, 93.9 percent at five years and 89.8 between five and 10 years.

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Luhmann SJ , Smith JC.

Abstract

BACKGROUND:  Surgical-site infections are one of the most concerning complications in patients treated with growing rods (GR). The purpose of this study was to evaluate the use of preoperative screening for Staphylococcus aureus (SA) for all growing spine procedures, and if this would permit alteration of prophylactic antibiotics to cover the identified resistances.

METHODS:  All patients were identified who had SA screening during the course of GR treatment. In total, 34 patients [23 neuromuscular (NMS), 4 congenital, 4 idiopathic scoliosis (IS), and 3 syndromic] were identified who had 111 preoperative screenings [79 lengthenings, 23 insertions, 6 revisions, and 3 conversions to posterior spinal fusions (PSF)]. Mean age at GR insertion was 5.5 years (2 to 11 y).

RESULTS:  There were 11 methicillin-resistant Staphylococcus aureus (MRSA) “+” screenings in 6 patients (5 NMS, 1 IS): 3 in 3 patients before GR insertion and 8 in 3 patients (all 3 were negative at GR insertion screening) at subsequent surgeries. There were 23 methicillin-sensitive Staphylococcus aureus (MSSA) “+” screenings in 12 patients (7 NMS, 2 congenital, 2 IS, 1 syndromic): 2 in 2 patients before GR insertion and 21 in 10 patients at subsequent surgeries (18 lengthenings, 3 revisions). Overall, 13 patients (3 MRSA+10 MSSA) were initially negative but screened positive for the first time at a subsequent surgery (12 lengthenings, 1 GR to PSF). All patients (n=5) with positive screenings before GR insertion were in patients with NMS (3 MRSA, 2 MSSA). On the basis of sensitivities, 9 patients demonstrated SA resistance to cefazolin (8 MRSA and 1 MSSA) and 6 to clindamycin (5 MRSA and 1 MSSA). Hence, if cefazolin was routinely used for all patients 26.5% of patients (9/34) would have been inadequately covered at some point during their GR treatment; clindamycin, 17.7% (6/34).

CONCLUSION:  The use of SA nasal swab screening in GR patients identified 9 patients (26.5%) whose prophylactic antibiotics (cefazolin) could be altered to permit appropriate SA coverage.

LEVEL OF EVIDENCE:  Level IV-retrospective case series.

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Good Morning America anchor George Stephanopoulos and his wife, Ali Wentworth, revealed on social media that their 14-year-old daughter has scoliosis.

The couple both shared posts to their individual Twitter accounts on Monday morning writing that they are proud of their daughter, Elliott, for wearing her brace everyday.

‘So proud of my daughter wearing her brace every day! #LeaningUp #NationalScoliosisAwarenessMonth’, the 52-year-old actress tweeted.

Her father tweeted a similar message and wrote: ‘So proud of my daughter Elliott. Wearing brace every day. #NationalScoliosisMonth’.

In revealing the information about Elliott, the couple of 16 years posted the same photo collage of the teen standing outside wearing the brace, which usually helps the curve from worsening those who are affected.

Elliot is the couple’s oldest child, as they also have another daughter, Harper, who is 12 years old.

Many Twitter users sent the couple well wishes of support and encouraging the teen after they shared the information about her in an effort to raise awareness.

‘She’s absolutely gorgeous! Proud of her for knowing her health is most important. She’s someone for kids her age to look up to’, one Twitter user wrote.

Many Twitter users sent the couple well wishes of support and encouragement to Elliott. She is pictured above left in 2016 and right in 2010 cutting a cake as her dad holds her younger sister

Another person tweeted, ‘Rock on Elliott! Not easy, but worth it. I had one for two years in middle school. Much love! #NationalScoliosisAwarenessMonth’.

Scoliosis is a sideways curvature of the spine that happens most often in teens during the growth spurt right before puberty, according to the Mayo Clinic.

The cause of most scoliosis is unknown, but it can sometimes be linked to conditions such as cerebral palsy and muscular dystrophy.

 

Often times the cases of scoliosis are mild, however, some children can develop spine deformities that continue to become severe as they grow.

It seems as though the couple shared the information about Elliot in an effort to raise awareness for scoliosis. The family is pictured above in 2014 at the ‘Penguins of Madagascar’ premiere

Severe cases can become disabling, as it can reduce the amount of space within the chest making it hard for the lungs to function properly.

Doctors monitor children who have mild scoliosis cases closely with X-rays to determine if it is getting worse.

Most cases require no treatment, but some who are affected are required to wear a brace to stop the curve from worsening.

More severe cases require some to undergo surgery to keep it from worsening.

WHAT IS SCOLIOSIS?

Scoliosis is a sideways curvature of the spine that occurs most often during the growth spurt just before puberty.

While scoliosis can be caused by conditions such as cerebral palsy and muscular dystrophy, the cause of most scoliosis is unknown.

Most cases of scoliosis are mild, but some children develop spine deformities that continue to get more severe as they grow.

Severe scoliosis can be disabling. An especially severe spinal curve can reduce the amount of space within the chest, making it difficult for the lungs to function properly.

Children who have mild scoliosis are monitored closely, usually with X-rays, to see if the curve is getting worse. In many cases, no treatment is necessary.

Some children will need to wear a brace to stop the curve from worsening.

Others may need surgery to keep the scoliosis from worsening and to straighten severe cases of scoliosis.

 

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Local Ooltewah teen Kaitlyn McAfee, has reached out to Governor Bill Haslam

for the last four years to ask him to proclaim June as National Scoliosis

Awareness Month.

 

Ms. McAfee, diagnosed with scoliosis at age 12 has been an advocate for

scoliosis awareness since her own diagnosis. Since her spinal fusion surgery,

she founded Color the Curve the official fundraising event of the National

Scoliosis Foundation, donating nearly $60,000 for scoliosis research. She

created The Curve Scoliosis, the official statewide support group for scoliosis.

Ms. McAfee serves on the National Scoliosis Foundations Angel Brigade, as

Cofundraising director for the National Scoliosis Foundation and plans to offer

free scoliosis screenings to middle school age children this fall.

 

“Early detection of scoliosis is important and schools in Tennessee are no

longer required to screen for it,” officials said. “Kaitlyn is a strong advocate for

early detection and supporting anyone facing a scoliosis diagnosis.”

 

For more information visit https://www.facebook.com/colorthecurve.

 

The next Color the Curve event will be a glow run held on June 30, 2018 at Coolidge Park. Participants from all over the world are expected to participate. Scoliosis is a sideways curvature of the spine. Severe scoliosis can be disabling.

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Letting scoliosis interfere with practicing yoga, riding her bicycle or rollerblading wasn’t an option for Jamira Bucknor, who was born with the spine-curving condition.  She resisted wearing a brace, even though a pediatrician recommended one. Her parents agreed to delay the brace and practice watchful waiting.
“We kept getting (her back) x-rayed,” said Sharie Hoo, Jamira’s mother. “We knew it would start to bend a little but we were hoping, her dad and I, it would stabilize.“
The Lakeland girl did fairly well until she was about 8. Then she began leaning more and complaining about being uncomfortable. X-rays showed more curvature of her spine.  “She was secure in her identity, but it made her a little more self conscious about things she wore and standing next to her sister,” said Hoo, an ultrasound technician.  “She used to be straight and tall like her.“
Once curvature reached a certain point, Jamira’s doctor warned, her whole body would spin to the side.
“You don’t want to go to school,” said stepfather Chris Hoo, who is with the Lakeland Police Department.  “Being spin-ly,” said Jamira, finishing her stepfather’s thought. Jamira is now 11.
For most people who have scoliosis, it’s mild enough not to need active treatment. Monitoring will suffice. Others need braces or surgery to stop or
significantly reduce the rate at which the spine curves.

Dr. Chukwuka C. Okafor, an orthopedic spine surgery specialist in Lakeland, implanted rods in Jamira’s back a year ago to stabilize her spine. The surgery took 4 hours, 25 minutes, but to Jamira’s mother it felt more like eight or nine.  There were a couple of hours for preparation and a couple more for recovery.  Jamira was under anesthesia.

Implanting rods can be a one-time procedure for adults. It’s more complicated for children and teens whose bodies keep growing. They need frequent
adjustments of the rods to allow for growth in the chest cavity. In the past, those adjustments meant repeat surgeries, Okafor said. Adjustment surgeries, although less intensive than the first, still needed anesthesia.  A different system used for Jamira can make those adjustments less arduous. It’s called MAGEC, for magnetic expansion control, a non-invasive growth modulator.

The surgery was done with two incisions, each 1.75 inches. Remote-controlled rods 235 millimeters ( 9 and quarter inches ) long were implanted.
The rods still need lengthening as she grows but instead of going into a hospital for surgeries Jamira comes to Okafor’s office and lies on the exam table. An external remote control, containing magnets, interacts with magnets within the rods to extend their length.
“Before this, every six months the patient went back to surgery to open the spine and remove or replace the rod,” Okafor said.
“The great advantage of this novel and cutting edge treatment is that it allows (a patient) good deformity correction and good spinal stabilization without need for return to surgery.“
Jamira recovered quickly, asking to go home from South Florida Baptist Hospital in Plant City the day after surgery.
She had to stay five days to get physical therapy and make sure the rods were working. Back at school within a couple of weeks, she quickly shed the brace she was given for added protection.
“I can stand up straighter,” Jamira said. “I know I’m not leaning over…I can touch my toes.“
She’s still working on being as tall as her older sister, Janorie, but she said she’s happy she doesn’t slump standing beside her. Once her growth is complete, Okafor will have a final surgery to correct the spine.

What is scoliosis?

Jamira has congenital scoliosis, something she was born with. A section of vertebrae that should have been shaped like a cube instead was a triangular
shape, Okafor said.
Some scoliosis is neuromuscular, associated with neurological diseases like spina bifida and cerebral palsy. About 80 percent are idiopathic, from unknown causes, with adolescent idiopathic scoliosis the most common.  If found early, scoliosis often can be treated with a back brace, said Tammy Durden. director of nursing and community health for the Florida Department of Health in Polk County. Braces can prevent pain and surgery while a child is growing, she said. Some newer, slim-line brace designs can be worn under clothing, said Deanna Kirkland, the department’s school health program supervisor.

Surgery gets employed when curvature is too great, threatening to endanger the functioning of the lungs and heart. Without the right treatment, patients can get severe pain as their scoliosis gets worse, Okafor said.
“It’s a very personal decision,” Sharie Hoo said. “I would say ’Pay attention to what your child (is feeling) and your mommy gut feeling.’“
Scoliosis most commonly occurs in children ages 10-15. Florida requires scoliosis screening in sixth grade. The Health Department does that screening at public and some charter schools, Durden said.
Children bend over at the waist for screening. They’re asked to put their chins on their chests and be very loose and relaxed. Using a scoliometer, a device like a level, nurses measure the highest point of the curve in a child’s back.
If one side is higher than the other when your child bends from the waist, and there appears to be a hump on the back, that’s something to check, Durden said.

About 10 percent of slightly more than 7,000 Polk sixth graders screened have enough curvature that parents or guardians are advised to consult pediatricians, she said, although not all will be found to have scoliosis.
“Some doctors elect to watch and wait,” Durden said. “Others are referred to an orthopedic (specialist) or to Shriners.“
She generally recommends Shriners Hospitals for Children, which provide free care, if parents want a specialist referral, Durden said.

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Tristan was about 4 months old when his mom Nikki thought his spine
looked a little crooked and mentioned it to her husband Pat. “He’s a baby,”
Pat said. “They all lean to one side. Don’t worry so much.”

But a few weeks later, a daycare worker noticed a lump on Tristan’s back. His parents took a
closer look and knew something was wrong.

The family’s pediatrician agreed Tristan’s spine was curved, but believed the baby would grow
out of it. He said it would be extremely rare for an infant to have scoliosis, a spinal deformity
that typically affects adolescents and teens. But because Tristan’s parents were so concerned,
the pediatrician referred the family to the Spine Program at Children’s Hospital of Philadelphia
(CHOP).

Finding experts

In December 2015, Tristan’s family met with Patrick J. Cahill, MD, a Pediatric Orthopaedic Surgeon with expertise treating children with
complex spine conditions, and Susanne Manzoni, RN, at CHOP Specialty Care & Surgery Center in Bucks County, near the family’s
home in Warrington, PA.

Dr. Cahill noted that Tristan was leaning abnormally to the right and his ribs appeared to protrude on his left side — strong indicators of
scoliosis.

Dr. Cahill explained scoliosis often has no known cause, and early-onset scoliosis — which he believed Tristan had — can affect very young children. An X-ray showed that Tristan had a 36-degree spinal curve and a 23-degree spinal rotation. To achieve the best outcomes for Tristan,
treatment should begin immediately, Dr. Cahill advised.

Infant scoliosis treatment options

Two treatments were possible at Tristan’s young age: traditional bracing and serial body casting. Dr. Cahill informed the family about
both options, but said the ultimate decision was theirs.

Back bracing has been around for generations and has proved to be very successful in halting the progression of scoliosis. Custom-made
back braces reduce pressure on the lower back and help prevent a child’s condition from worsening. However, many children who
receive this non-invasive treatment will later require spine surgery to permanently straighten the spine.

Serial body casting is a treatment becoming more widely adopted that is often recommended for children between the ages of 6 months and 6 years with X-ray measurements that indicate their spinal curve will likely get worse. Unlike a brace, the cast has the potential to partially or
completely straighten the curve, which could delay or prevent the need for later spine surgery.  In order for the cast to be applied, the child must go under anesthesia, which can be frightening for parents.

“We knew Tristan was going to need casting eventually but we didn’t know if we should wait
until he was a year or 18 months old to start,” Nikki says.

But Tristan’s parents kept thinking about what Dr. Cahill had said about casting: the sooner it started, the better the outcome. And, casting offered something bracing didn’t — the possibility of a cure. They decided to start serial casting at Children’s Hospital of Philadelphia with Dr. Cahill when Tristan was 6 months old.

Casting at 6 months old

In February 2016, Tristan’s family came to CHOP’s Main Campus for his first casting procedure. Board-certified pediatric anesthesiologists with special training in the effects and dosages of anesthesia in children administered Tristan’s medication. Surgeons then used the elongation-derotation-flexion technique to gently manipulate Tristan’s spine into a straighter position.

Once his body was being held in the proper position, a custom-built body cast (known as a Mehta cast) was formed around his torso. The plaster cast covered Tristan’s trunk from his arm pits to his pelvis, and had a cutout for his belly. The procedure took less than 45 minutes, and Tristan was able to go home the same day.

For a few days after the procedure, Tristan was a bit cranky and uncomfortable as his body adjusted to the new position of his spine, his mom says. But the baby quickly returned to his normal, bubbly self.

Path to a cure

Every six weeks, Tristan returned to Children’s Hospital to have the old cast removed, X-rays taken and a new cast applied. Because Tristan was so young, his spine was very flexible —making him an ideal candidate for the serial Mehta casting that was slowly straightening his spine.

Weekly physical therapy sessions helped Tristan adjust to the bulky cast and reach developmental milestones like crawling and walking.

On Dec. 4, 2016, the final cast was removed. X-rays confirmed the therapy worked: Tristan’s spine curvature was less than 10 degrees — within normal range. He no longer has scoliosis.

“Fifteen years ago, Tristan wouldn’t have had this opportunity,” Pat says. “He wouldn’t be cured by age 2.”

A bright future

Today, Tristan wears a temporary back brace to ensure his spine curvature doesn’t return as his spine continues to grow and harden. The brace has a hard shell and soft lining like the cast did, but it’s less bulky and can be removed for an hour each day.

Under the care of Dr. Cahill and Jason Smith, PA, Tristan will be gradually weaned off the brace, decreasing the number of hours he wears it each day until it is no longer needed.

For now, Tristan is just enjoying being a toddler. He loves running around, going down the slide at the playground, watching Elmo, and spending time with his 4-year-old brother Brayden and 8-month-old sister Charley.

“Tristan is a really happy kid,” Nikki says. “He’s very affectionate and very determined. He doesn’t let anything slow him down.”

Paying it forward

Tristan’s family says they had a “great experience” at Children’s Hospital of Philadelphia. “Dr. Cahill and Susanne were very
knowledgeable and accommodating,” Nikki says. Pat adds, “We could not have received
better care.”

The family was so grateful to CHOP for the care they received that they have organized an Early-onset Scoliosis Awareness Day with the
Philadelphia Phillies.

Hundreds of families will attend a game to celebrate children with early-onset scoliosis, raise funds to support scoliosis care and research at CHOP, and help build a local early-onset scoliosis support network in the greater Philadelphia metropolitan area.

“We want to celebrate kids like Tristan and publicly recognize all they’ve been through,” Nikki says. “We wouldn’t be here today without the Children’s Hospital of Philadelphia.”

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For the first time, students at the Loudoun Academy of Engineering and Technology have worked with Leesburg-based
K2M Group Holdings, a global pioneer in developing innovative solutions for spine surgery, to practice real
world problem-solving skills and teamwork.

In a “Shark Tank”-style competition over several weeks, teams of five and six students focused on how to improve
diagnosis and treatment of scoliosis in adolescents. For the top eight competitive teams, three months of hard work
both in and outside of school culminated with Wednesday’s final project presentation and awards at K2M’s campus in
Leesburg.

The first place project, “ScanScoli,” suggests utilizing technology from Google’s Project Tango, including specialized
camera hardware that can scan and dimension patient torsos through photography, rather than X-rays.
The project would expedite custom back brace fitting and enable the early detection necessary to eliminate a patient’s need for a
brace. Members of this team included Lina Alkarmi, Jay Chadha, Siva Indupuru, Pranavi Karnati and Esha Fateh.

“We were looking for the amount of creativity that went into their effort, the completeness of the project and also how
well reasoned the project was,” said Dave MacDonald, the senior vice president of operations for K2M, who was one
of seven judges and a primary organizer of the event. “All of [the projects] have commercial potential, I would say. The
ones that finished in the top three, I think all could be commercialized.”

Last February, 150 freshman students on nearly 30 teams ventured to K2M’s new Leesburg facility for a tour and an
introduction to their challenge: to research the challenges of scoliosis treatment and to develop a new product or
strategy to overcome the challenged. Eight teams were selected to present their projects to a panel of judges, all of
whom were executives and ranking officials at K2M.

Student teams primarily focused on issues surrounding the cumbersome, uncomfortable and expensive back brace
that adolescents often wear for as long as 23 hours a day for five years or more to treat scoliosis and avoid surgery.
According to student research, nearly four million Americans have been diagnosed with scoliosis, and the vast
majority of those patients are women. The back brace is most effective for adolescents, but afflicted teens often face
embarrassment and discomfort while wearing the brace to school everyday.

“When we first got the scoliosis project from them we were all super excited to start, but we didn’t really know anything
about scoliosis, and I think we did a lot of research, and the main part of our project was the research,” said Maddie
Edwards, one of the student competitors. “[The project] really taught us how to research, and it taught us how to work
with other people.”

The event, part of a pilot program by the Virginia Innovation Challenge, the Virginia Chamber Foundation and local
chambers of commerce, seeks to expand work-and-learn opportunities that prepare Virginia students with the skills
they need in today’s global economy.

For many of the students, the challenge was their first time working with real world problems and combating the
issues that people face every day throughout the world.

“I learned a lot about the design process, brainstorming, and researching,” said Mia Hagood, another student
competitor.

To resolve scoliosis treatment obstacles, some teams re-imagined the back brace, revising the structure and style to
improve comfort to encourage adolescents to wear the brace.

Other teams focused on new methods of pain relief and patient spinal measurement, which aids in both scoliosis
detection and brace construction.

Second place was awarded to the “E-Fit” shirt, which would take patient measurements based on the stretch of
nanotech fibers, designed by Nikki Akula, Annie Antonov, Jackson Boran, Michael Brennan, and Manasi Srigiriraju.

The third place team proposed improvements to the existing Boston Brace design, such as comfortable gel inserts
and straps for adjustable tightness. Team members included Justin Wang, Akash Raheja, Kevin Zeng, Bilal Zahory
and Brandon Villines.

The apparent success of the event beckons high hopes for similar projects in the future.

“We’re one company, and we had 150 students trying to solve one problem. If you could take this and have it go
across lots of companies, and lots more students, that would be more beneficial,” MacDonald said. He also hopes to
see how the students progress throughout the remainder of their high school years.

“I think back to what I was doing at 14, and it’s not this, it’s not this at all,” said MacDonald. “I find it to be very
inspiring, because at this age, what they’re capable of doing, I just can imagine, they’re going to be the next
generation of future entrepreneurs, leaders, difference-makers in our community. I think it’s a good thing.”

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Researchers compared a combined anterior and posterior approach to a posterior approach for
severe scoliosis treatment, in a study published in Spine.

The study included patients with idiopathic scoliosis undergoing operations with Cotrel–
Dubousset hybrid instrumentation with pedicle screw and hooks. Thirty patients underwent the
two-stage surgery and 46 underwent posterior surgery.

Here are five observations:

1. Researchers did not find significant correction differences between the two-stage
surgery group with an average correction of 69 percent and the posterior group, with an average correction of 66
percent.

2. The study revealed hospitalization time was higher for the two-stage group compared to the
posterior group.

3. Additionally, surgery duration was significantly longer for the two-stage surgery group.

4. Researchers concluded the posterior approach and the two-stage approach are “equally
effective for operative treatment of severe idiopathic scoliosis in terms of regaining good balance,
achieving maximal possible correction with minimal complications, and good long-term clinical
result.”

5. Based on the two-stage group’s longer surgery duration and hospital stay, however, the
posterior approach may be the preferred treatment method for severe idiopathic scoliosis.

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