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MAGAZINE<br />
Autumn <strong>Issue</strong> 50<br />
August 2023<br />
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MAGAZINE<br />
MDF support information<br />
MDFSA News<br />
MD Information<br />
Trip to Istanbul as a wheelchair user<br />
My son, JEZREEL GOVENDER<br />
The importance of patient registries in neuromuscular disease<br />
Muscular dystrophy patients get first gene therapy<br />
Genetic therapy corrects progressive muscle disorder in mice<br />
Muscle stem cell technology developed at UMass Chan prelude to new muscular dystrophy<br />
therapeutics<br />
TREATMENT STRATEGY<br />
Aids and Adaptations<br />
A family’s story<br />
How One Family’s Myasthenia Gravis Journey is Helping Others<br />
Travel<br />
At last ... Mata Mata!<br />
REGULAR FEATURES<br />
Travel<br />
Sandra’s thoughts on...<br />
The view from down here<br />
Doctor’s corner<br />
Random gravity check<br />
Published by:<br />
Muscular Dystrophy Foundation of SA<br />
Tel: 011 472-9703<br />
E-mail: gmnational@mdsa.org.za<br />
Future <strong>Issue</strong>s:<br />
December 2023<br />
Deadline: 31 October 2023<br />
Website: www.mdsa.org.za<br />
Publishing team:<br />
Managing editor: Gerda Brown<br />
Copy editor: Keith Richmond<br />
Design and layout: Gerda Brown<br />
Cover photo of<br />
The Muscular Dystrophy Foundation of<br />
South Africa<br />
We are a non-profit organization that supports<br />
people affected by muscular dystrophy and neuromuscular<br />
disorders and that endeavours to<br />
improve the quality of life of its members.<br />
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MDF support information<br />
To learn more about the Muscular Dystrophy Foundation of South Africa, please visit our website at<br />
www.mdsa.org.za.<br />
Subscription and contributions to the magazine<br />
We publish three issues of MDF Magazine a year. If you have any feedback on our publications, please contact the<br />
National Office by e-mail at national@mdsa.org.za or call 011 472-9703.<br />
How can you help?<br />
Contact the National Office or your nearest branch of the Muscular Dystrophy Foundation of South Africa to find<br />
out how you can help with fundraising events for those affected with muscular dystrophy.<br />
NATIONAL OFFICE<br />
E-mail: gmnational@mdsa.org.za<br />
Website: www.mdsa.org.za<br />
Tel: 011 472-9703<br />
Address: 12 Botes Street, Florida Park, 1709<br />
Banking details: Nedbank, current account no. 1958502049, branch code 198765<br />
CAPE BRANCH (Western Cape, Northern Cape & part of Eastern Cape)<br />
E-mail: cape@mdsa.org.za<br />
Tel: 021 592-7306 Fax: 086 535 1387<br />
Address: 3 Wiener Street, Goodwood, 7460<br />
Banking details: Nedbank, current account no. 2011007631, branch code 101109<br />
GAUTENG BRANCH (Gauteng, Free State, Mpumalanga, Limpopo & North West)<br />
E-mail: gauteng@mdsa.org.za<br />
Website: www.mdfgauteng.org Website: www.muscleriders.co.za<br />
Tel: 011 472-9824 Fax: 086 646 9118<br />
Address: 12 Botes Street, Florida Park, 1709<br />
Banking details: Nedbank, current account no. 1958323284, branch code 192841<br />
Pretoria Office<br />
KZN BRANCH (KZN & part of Eastern Cape)<br />
E-mail: kzn@mdsa.org.za<br />
Tel: 031 332-0211<br />
Address: Office 10, 24 Somtseu Road, Durban, 4000<br />
2
SA Needs a Rare Diseases Policy Framework More Than<br />
Legal Actions<br />
As with the temporarily successful Zachary de Wet court case<br />
last year, which forced Medihelp to pay for an expensive<br />
treatment for Hunter syndrome, there has rightly been<br />
celebration of the court action being launched by Cheri Nel<br />
and Section 27 against Vertex Pharmaceuticals Inc, an American<br />
pharmaceutical company that patented an expensive new<br />
drug for cystic fibrosis, Trikafta.<br />
The court action is to challenge the exorbitant cost of the<br />
treatment, priced at around R5,722,400 per patient per year. If<br />
the application is successful a compulsory license would be<br />
granted by the courts, and a generics manufacturer for Trikafta<br />
would be permitted to enter the South African market,<br />
hopefully at a more realistic price for the local economy. 1<br />
Every victory won in South Africa’s fight for access to new generation<br />
treatments for previously untreatable diseases matters<br />
– not only for the litigants, but for everyone living with similar<br />
conditions. That said, it’s nowhere near time to pop the champagne.<br />
A thorny paradox<br />
First, it’s important to note that on 2 December 2022 the<br />
registrar of the Council for Medical Schemes (CMS) ruled that<br />
Elaprase did not constitute PMB level of care for Zachary de<br />
Wet’s condition, and Medihelp retracted authorisation.<br />
Equally, while legal precedent may well be set by the Cheri Nel<br />
case, the problem with precedent is that it has to be applied.<br />
This is immensely difficult with rare diseases – the realm<br />
where many new therapies are now emerging – because there<br />
are so many different conditions, and each one affects only a<br />
tiny segment of the population. 1<br />
It’s a thorny paradox because rare diseases actually<br />
aren’t that rare – as a group. One in 15 South<br />
Africans will likely be affected by a rare disease in<br />
their lifetime. The idea that our country will need<br />
to go through 7,000 different legal processes to<br />
apply the precedents that could be set by cases<br />
like Cheri Nel’s is preposterous. But it’s our current<br />
reality. 1<br />
By Andrew Miller<br />
A similar version of this article was published recently in Daily Maverick 1<br />
The challenge is systemic<br />
While it’s easy to accuse global pharmaceutical companies and<br />
local medical aids of nefarious intent, when it comes to accessing<br />
genetic treatments it’s clear that South Africa’s primary<br />
challenge is systemic, and internal. Simply put, the global medical<br />
complex evolved to serve wealthy Western countries, and<br />
if we want to find a way to offer our people access to new lifesaving<br />
treatments, we need to act in a coordinated fashion to<br />
get in the mix.<br />
To understand the depth of our challenge you have to step<br />
back in time to when the lack of clinical options for rare diseases<br />
meant that most were brushed over when the country’s<br />
Prescribed Minimum Benefit (PMB) legislation was put in<br />
place. Because South Africa was largely thoughtless about the<br />
process at that time, today even those medical aid scheme<br />
members living with rare disease conditions that are on the<br />
PMB list are frequently denied the most basic levels of care.<br />
And in the public health system, the majority of rare diseases<br />
go undiagnosed, let alone treated. 1<br />
Take muscular dystrophy, an umbrella term describing<br />
a set of related muscle wasting conditions.<br />
Muscular Dystrophy is on the PMB list, code 513A.<br />
According to South African law, private and public<br />
health funders must therefore cover the cost of<br />
treating muscular dystrophy conditions.<br />
The problem comes with the next column in the<br />
notorious ‘Annexure A’, describing the required<br />
treatment. For code 513A it says: ‘Initial diagnosis;<br />
initiation of medical management; therapy for acute<br />
complications and exacerbations’. This is interpretative<br />
phrasing, written for a different, largely<br />
hopeless clinical context. Many of our medical aids<br />
choose to ignore the spirit of the PMB legislation<br />
and focus on the vague phrasing to reject claims. At<br />
the Muscular Dystrophy Foundation of South Africa<br />
(MDFSA) we regularly encounter patients who have<br />
medical aid claims for basic care (such as regular<br />
physiotherapy, or mobility aids) rejected. 1<br />
Some of those rejections have been by brands with<br />
reputations for supposedly superior cover.<br />
Thus, despite the clarity of our Constitution, South<br />
Africans who experience certain types of illness,<br />
such as cancer, receive care and treatment across<br />
public and private healthcare systems. But those<br />
who experience other kinds of illness, such as<br />
muscular dystrophy, are often simply ghosted. 1<br />
The only way to remedy this is to redefine the PMB list.<br />
The Department of Health is supposed to review<br />
PMB provisions, as per the explanatory note to Annexure<br />
A, but it fails to do so. No one has much idea<br />
2
when the next review will next take place. When it<br />
does, an organisation like the MDFSA will need to<br />
present a compelling clinical case as to the required<br />
best-practice care, from physiotherapy to genetic<br />
drugs. If the MDFSA doesn’t manage to shove its<br />
foot through the bureaucratic door at this time, it is<br />
questionable whether the PMB codes for muscular<br />
dystrophy will ever be successfully rewritten.<br />
Now imagine the scenario for conditions that aren’t<br />
on the PMB list. And remember, there are over<br />
7,000 of them. 1<br />
The risk is systemic, too<br />
This approach has put the entire national health system –<br />
private and public – into a bit of a straitjacket.<br />
like risk equalisation pools are viable, whether the now<br />
legislated national health insurance (NHI) policy will ever<br />
become enough of a practical reality to finance million-dollar<br />
drugs, what the responsibilities of funders are, and whether<br />
the country can afford to effectively give the middle finger to<br />
the international community by rejecting patent rights, as is<br />
the quest in the Cheri Nel case.<br />
The good news is that a body called the Rare<br />
Diseases Access Initiative (RDAI) has existed for<br />
several years. Led by the NGO, Rare Diseases SA, it<br />
includes pharmaceutical companies, medical aid<br />
schemes, the national health department, and other<br />
role players. Rare Diseases SA has even drafted an<br />
outline of the required policy framework, which is<br />
currently in circulation at this body.<br />
One key factor is that the gargantuan prices charged by<br />
pharmaceutical companies for new-generation genetic treatments<br />
are based not only on the R&D required to develop a<br />
treatment but also on the current cost of care to funders. 1<br />
… In Western countries with strong budgets and<br />
functional health systems, someone living with a<br />
muscle-wasting condition receives extensive<br />
symptomatic care, and there is therefore financial<br />
logic to paying for expensive treatments with the<br />
ability to halt the condition’s progression and reduce<br />
that cost of care.<br />
But in South Africa, the cost to funders of such<br />
patients is often negligible. It’s easy to see why a<br />
local medical aid would baulk at having to shell out<br />
millions per year to treat patients who currently<br />
cost them very little.<br />
If the status quo holds, South Africa could easily be<br />
caught between its constitutional principles and<br />
gritty reality…<br />
In 2022 the New York Times reported on the<br />
situation in Brazil, where a parent about to have a<br />
child with the same condition I have – spinal muscular<br />
atrophy (SMA) – won a court case forcing the<br />
national health system to pay for Zolgensma, provided<br />
by pharma giant Novartis at a list price of<br />
$2.1-million for a single injection. After about 100<br />
similarly successful lawsuits, the Brazilian<br />
government announced it would pay for the drug<br />
for infants with severe forms of SMA, at a reduced<br />
cost of $1-million per dose. But even this<br />
discounted rate now places a possibly unbearable<br />
strain on an already fragile health system. 1<br />
We need a rare diseases policy framework<br />
All of this means that, far more than individual court cases,<br />
South Africa urgently requires a rare diseases policy framework<br />
that defines what a rare disease is, the medical care that<br />
rare diseases require, and how this should be paid for, at private<br />
and public healthcare levels. This policy framework has to<br />
do the extremely heavy lifting of figuring out whether ideas<br />
The bad news, however, is exactly the same. As<br />
much good work as has been done, the RDAI has no<br />
legal force. It has no deadlines. It has no website.<br />
Few people seem to have any sense of when it may<br />
or may not reach a point of getting the required<br />
legislation drafted, let alone to parliament. Rare<br />
Diseases SA cracks the whip as best it can, but it is a<br />
small NGO, with a small whip. 1<br />
Where to from here?<br />
Two things are urgently required. The first is money.<br />
Across the world, rare disease patient advocacy<br />
groups – the people with the raw desperation for<br />
treatment – have forced funders and pharmaceutical<br />
companies and governments to hammer out<br />
agreements. But in South Africa, our poor diagnostic<br />
capacity means rare disease patient groups are very<br />
small. The few NGOs that exist face an ongoing crisis<br />
to secure enough funding just to provide physical<br />
care and support for their members.<br />
Participating in advocacy and legislative<br />
development is a skilled process that requires specific<br />
expertise, and therefore budget. And yet our<br />
NGOs receive almost no general funding from<br />
medical industry role players to facilitate their supposedly<br />
crucial advocacy role.<br />
At best this is thoughtless. At worst it is cynical.<br />
Novartis achieved a $36-billion profit in the 2022<br />
financial year. Discovery Health achieved<br />
R5.5-billion profit in the same period. If patient advocacy<br />
groups are so important to their thriving<br />
businesses and the communities they say they<br />
serve, such companies should be providing at least<br />
some general funding to these groups to allow them<br />
to play their role effectively. But they don’t. 1<br />
The other thing is accountability, starting with the Department<br />
of Health, and including pharmaceutical companies, medical<br />
aids and bodies like the Board of Healthcare Funders.<br />
Vague assurances that everyone is doing their best, via the<br />
2
the RDAI, are undercut by the fact South Africa is making no<br />
clear progress in finalising the required rare disease policy<br />
framework. 1<br />
No pressure is being applied by the public, partially<br />
because very few people are aware of the issue<br />
(until such time they or a loved one is struck by a<br />
rare disease), but also because if you never say<br />
when you will complete a project or what you believe<br />
its outcomes will be, you are unlikely to experience<br />
any meaningful pressure to hit your targets.<br />
Only when the key RDAI role players publicly state<br />
their intentions, desired outcomes and intended<br />
time frames will that precious nugget we call<br />
‘political will’ come anything close to reality.<br />
Until then we will carry on in the same state. Those<br />
who are able will head to court to sue for access to<br />
treatment. Our NGOs will fight the best fight they<br />
can. And the rest will be left to nurse themselves<br />
into their own coffins, at vast personal expense. 1<br />
Reference:<br />
1 Miller, Andrew. SA desperately needs a rare diseases policy<br />
framework more than legal actions. Daily Maverick, 10 July<br />
2023. https://www.dailymaverick.co.za/opinionista/2023-07-<br />
10-sa-desperately-needs-a-rare-diseases-policy-frameworkmore-than-mere-legal-actions/.<br />
The sun rose on 20 May 2023, a seemingly unassuming Saturday morning. What made this day different is that a<br />
group of children, parents and MDF Gauteng staff were making their way to the Rhino & Lion Nature Reserve in<br />
Muldersdrift. The goal was to create awareness and to show people something they don’t often come across.<br />
This group of children are not just any children, they are our “Little Heroes of Hope”. Born from the Muscle Riders,<br />
these children formed a cycle team whereby they could also cycle as the adults do at the 947 Ride Joburg and raise<br />
awareness and donations for those affected with muscular dystrophy.<br />
They made their way out in single file onto the streets of Muldersdrift, all in matching Muscle Riders jerseys. What<br />
resulted was an ocean of people showing their support and cheering them on as they made their way down the<br />
road!<br />
This ride was the first of many and was done as a show of support and an encouragement to others to take part<br />
and join MDFSA in the fight against muscular dystrophy!<br />
2
Glamour for MDFSA and people with<br />
muscular dystrophy<br />
By Sarie Truter<br />
An amazing social media campaign was hosted on 23 April 2023 for five<br />
of our members together with our ambassadors, Ruan Sinden and Liam<br />
van Vuuren.<br />
Adele Wotherspoon (make-up artist) donated her time to ensure that the<br />
five members were beautifully made up. It was an amazing experience for<br />
each one of them. After the makeover a photographer, Tanya from Bodhi<br />
Photography, took fantastic photos of the members and guests, which<br />
included many local pageant winners. The event was covered by our local<br />
newspaper, Roodepoort Record.<br />
The life stories of our members will also shortly be featured in the online<br />
magazine Blue Monkey.<br />
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MUSCULAR DYSTROPHY FOUNDATION OF SOUTH AFRICA<br />
ANNUAL GENERAL MEETING<br />
Dear Sir/Madam,<br />
Notice is hereby given of the Annual General Meeting of the Muscular Dystrophy Foundation to be held on Saturday, 9 September<br />
2023 (KZN Branch) and Saturday, 16 September 2023 (National Office, Cape Branch & Gauteng Branch) at the following<br />
venues:<br />
• Cape Branch – 3 Wiener Street, Goodwood<br />
• Gauteng Branch / National Office – 12 Botes Street, Florida Park, Roodepoort<br />
KwaZulu-Natal Branch – Office 7, 24 Somtseu Road, Durban<br />
RSVP: Please let the relevant branch know by 14:00, Monday, 11 September 2023 if you are coming, so that we may arrange<br />
refreshments.<br />
• Cape Branch: 021 592-7306<br />
• Gauteng Branch: 011 472-9824<br />
KwaZulu-Natal Branch: 031 332-0211<br />
If you are not able to attend the AGM, please nominate a proxy on the form below. Kindly email the completed form to the<br />
relevant branch.<br />
National Office: gmnational@mdsa.org.za<br />
Cape Branch: capemanager@mdsa.org.za<br />
• Gauteng Branch: mdfgauteng@mdsa.org.za<br />
KwaZulu-Natal Branch: projectskzn@mdsa.org.za<br />
Registration and networking start at 9:30 and the meeting starts at 10:00. Please remain for the AGM of the National Office at<br />
11:00, which will be conducted via MS Teams.<br />
Reviews of the year’s activities will be discussed and the audited financial statements will be available for perusal. A new executive<br />
committee will also be elected. You are cordially invited to nominate new members in the space provided on the proxy<br />
form. Kindly post or email the completed form to the relevant branch.<br />
The previous minutes and the audited financial statements will be available on request from our offices. Should you require<br />
any further information, please contact the relevant branch.<br />
We are looking forward to see you at the AGM!<br />
Kind regards<br />
MDFSA Executive Committee<br />
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I/We will be attending the Annual General Meeting on Saturday, 16 September 2023.<br />
Name:<br />
________________________________________________<br />
Number of people attending:<br />
________________________________________________<br />
Dietary requirements:<br />
________________________________________________<br />
Nominees for Executive Committee: ________________________________________________<br />
________________________________________________<br />
________________________________________________<br />
If you are unable to attend, please fill in the following section:<br />
PROXY FORM<br />
I, …………………………………………………………………………………………………<br />
ID number …………………………………………………………………………………………………….<br />
being a MEMBER of the FOUNDATION hereby appoint …………………………………………….<br />
………………………………….or…………………………………………………………………………….<br />
or failing him/her, the Chairperson at the said meeting as my proxy to vote for me and on my behalf at the Annual/Special General<br />
Meeting (as the case may be) of the FOUNDATION to be held on 16 September 2023 and at any adjournment thereof as<br />
follows:<br />
To Resolution No.<br />
To Resolution No.<br />
To Resolution No.<br />
Abstain In Favour Against<br />
(Indicate instruction to proxy by way of a cross in the space provided above.)<br />
Unless otherwise instructed, my proxy may vote as he/she thinks fit.<br />
…………………………………………………………………<br />
SIGNATURE<br />
SIGNED this ………………… day of …………………………. 2023.<br />
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High tea fundraiser<br />
and awareness event<br />
By Sarie Truter<br />
The MDFSA National Office hosted a high tea on Sunday 23<br />
July 2023. Ruan Sinden, MDFSA Ambassador and Mr Africa<br />
2023, was master of ceremonies and, with his energetic<br />
personality and passion for people affected with muscular dystrophy,<br />
ensured that all the guests were revitalised.<br />
Thato Ramantsi, one of our members affected by myasthenia<br />
gravis, was the main speaker for the day. Thato shared her<br />
journey and how she lives a full life with myasthenia despite<br />
the daily challenges.<br />
Liam van Vuuren, MDFSA Ambassador and Sir Africa 2023, was<br />
our motivational speaker at the event. Liam spoke about how<br />
important it is to make mistakes and learn from them.<br />
Cathy Leigh entertained us with her beautiful voice. What a<br />
talented young lady. I believe we are going to hear more about<br />
her as a singer in South Africa.<br />
2
Muscle Riders … Let’s do this!<br />
By Robert Scott<br />
Ten years ago, the MDFSA Gauteng Branch had an idea ... the 947 Ride Joburg.<br />
What started off as a small group of those who wanted to make a difference grew exponentially in the<br />
coming years ‒ the Muscle Riders had arrived.<br />
In 2022 we had our most successful 947 Ride Joburg in our history and created a wealth of awareness<br />
and terrific donations to match!<br />
This year we are once again taking on the 947 event in November with the hope of continuing our<br />
amazing run thus far.<br />
All those who would like to join the Muscle Riders are welcome and should please reach out to Team<br />
Leader, Robert Scott, at mdfgauteng@mdsa.org.za or 011 472-9824.<br />
Your support means hope, and with it we can continue to change the lives of those affected with<br />
muscular dystrophy!<br />
2
Casual Day 2023<br />
By Robert Scott<br />
Casual Day has for many years been a standing fundraiser for MDF Gauteng. It is an opportunity to join many other<br />
organisations in raising awareness around disabilities and to deliver a message to the population in unity.<br />
We wish to thank all of our supporters from previous years and to request that anyone who wishes to join us in selling<br />
Casual Day stickers in 2023 should please contact Robert Scott at mdfgauteng@mdsa.org.za or 011 472 9824.<br />
Open Day at Kibler Park Clinic<br />
By Thuso Mooki<br />
On 2 June 2023 the Kibler Park Clinic, South of Johannesburg, held an open day function, which I<br />
attended together with my fellow MDF social workers Beauty Mathebula and Moipone Molefe.<br />
We had the opportunity to network with other organisations such as SANCA Central Rand, Old Mutual,<br />
South African Police Services and City of Joburg as well as with members of the community. All the<br />
organisations present were given a chance to share information about their organisation. Beauty<br />
represented the MDF very well. The ward councillor thanked us for the awareness of muscular dystrophy<br />
that we provided and took our pamphlet to share with community groups to raise further awareness.<br />
2
An arts and crafts day was held on 31 May 2023 at MDF Cape<br />
Branch. Eight boys from Astra School attended the session.<br />
Astra School transported them to the venue together with a<br />
carer from the school.<br />
The theme was “A day at the beach”. One of the social a<br />
uxiliary workers read the boys a story about a day at the<br />
beach, after which they each received a creative activity set<br />
consisting of a board that had been painted blue beforehand<br />
to reflect the sea, onto which they had to glue some<br />
plastic sea creatures and seaweed, which were included in<br />
the set.<br />
The boys were also treated to refreshments and a goodie bag. They<br />
thoroughly enjoyed the session.<br />
A huge thank you to Blue Bottle Liquors for their continued<br />
support and the amazing donation of R35,000.00 that was<br />
received. We cannot thank you all enough for this and we<br />
deeply appreciate your care and concern for those affected<br />
with Muscular Dystrophy.<br />
2
A Fresh new look!<br />
The MDFSA, Gauteng Branch is fortunate enough to have received a brand-new sign at our offices in<br />
Florida Park. Our old sign had long passed its expiry date and was really starting to look rough!<br />
Our deepest thanks go to Design Crazy for not only designing our new sign but, printing it and erecting it<br />
at our offices all free of charge.<br />
Thank you Design Crazy for giving us a fresh new look!<br />
2
Trip to Istanbul as a wheelchair user<br />
By Mandy Martin<br />
My trip to Istanbul as a wheelchair user was a remarkable<br />
experience filled with both challenges and<br />
wonderful moments. The Turkish people’s accommodating<br />
nature made a significant difference right<br />
from the start. Opting for a manual wheelchair<br />
turned out to be a wise decision, as it provided me<br />
with a sense of control and ease of use.<br />
The airline’s spacious seating arrangement and ample<br />
legroom made my journey comfortable. Upon<br />
landing, I was pleased to find wheelchair-accessible<br />
shuttles and taxis readily available, making transportation<br />
around the city hassle-free.<br />
I stayed at the Oran Hotel, which had a convenient<br />
location near a metro rail, allowing me to explore<br />
the city with relative ease. However, the bathroom<br />
in my room lacked adequate space for wheelchair<br />
access. With the support of my sons, we managed<br />
to find a solution, but I hope more hotels will improve<br />
their accessibility features in the future.<br />
Moving around the city posed some challenges.<br />
The public roads had uneven side paths and bumpy<br />
roads, and many sidewalks lacked ramps, requiring<br />
tilting back to cross streets. Some parts of the city<br />
had cobblestone streets with steep inclines, demanding<br />
significant muscle strength to overcome.<br />
While Istanbul’s tourist attractions were captivating,<br />
most of them featured stairs, making access difficult<br />
for wheelchair users. Nonetheless, I was incredi<br />
bly grateful for the kindness and assistance of the<br />
locals who willingly helped me up and down the<br />
stairs, enabling me to visit these historical sites.<br />
One advantage was that wheelchair users and their<br />
handlers enjoyed free entry to mosques and certain<br />
tourist attractions, which was a nice bonus.<br />
However, I would advise against using an electric<br />
wheelchair for such a trip due to the difficulties<br />
encountered with stairs and inclines.<br />
2
Despite these challenges, I appreciated<br />
the<br />
opportunity to explore the city of Istanbul<br />
and<br />
interact with its people. Istanbul’s charm<br />
lies not only in its tourist attractions but<br />
also in the local culture and everyday<br />
life. While facing obstacles, I persevered<br />
and enjoyed the experience as<br />
much as<br />
possible. The trip left me with memorable<br />
moments and a deeper appreciation<br />
for the city and its people.<br />
Exploring a city with a language barrier can<br />
be challenging, so using translation apps is<br />
an<br />
excellent suggestion to ease communication<br />
and<br />
interactions with locals during your visit to Istanbul.<br />
Venturing into less touristy areas and<br />
mingling with the locals can also provide a<br />
more authentic and enriching experience.<br />
At the end of my trip I had the challenge of<br />
travelling back home solo, and while I received<br />
some<br />
assistance, it wasn’t as comprehensive as I<br />
had hoped. Upon arriving at the disability<br />
check-in, I found that they did not cater for<br />
assisting individuals to go to restaurants or<br />
coffee shops while waiting for their flights and<br />
collecting them afterwards. For those who<br />
can handle their wheelchair independently,<br />
this may not be a significant issue, but as<br />
someone who requires mobility assistance, I<br />
found that it posed some difficulties.<br />
2
My son,<br />
JEZREEL GOVENDER<br />
By Wilna Botha and Iris Govender<br />
Parents of children with muscular dystrophy will know<br />
how your entire life changes the moment you get the<br />
news that your child has the disability. The dreams,<br />
aspirations and plans that you had for your life and your<br />
child’s must by necessity change dramatically. You also<br />
need the courage to walk an unknown and uncertain<br />
path bravely, focusing on the need to care for your child.<br />
This was what happened to Rajen and Iris Govender in<br />
2008, when their precious son, Jezreel, was first<br />
diagnosed with Duchenne muscular dystrophy (DMD), at<br />
the age of 7. This is a life-threatening condition with no<br />
cure yet. At the time, they traded in any ambitions to<br />
advance their careers, travel, develop new interests, join<br />
clubs or societies, or socialise with new friends, in order<br />
to devote their lives to loving and caring for their only<br />
son. And today, it is clear from conversations with them<br />
that they are happy they made that choice.<br />
Iris confesses to having been emotionally vulnerable,<br />
particularly in the early stages. She would hide her<br />
painful emotions and would often cry her heart out into<br />
her pillow at night, so that she could be strong for her<br />
family the next day. And, undoubtedly like so many other<br />
parents of children with muscular dystrophy, she would<br />
repeatedly ask the question “Why?” ‒ Why Jezreel? Why<br />
me?<br />
Iris’s Christian faith carried her through, and in the<br />
mornings she would get up to be strong for her family,<br />
and more so for Jezreel. The entire family went for<br />
counselling at the time to get them to come to terms<br />
with their new reality. After all, they had not heard of<br />
Duchenne muscular dystrophy before.<br />
And now, 15 years later, caring for Jezreel with infinite<br />
love is still the focus of their lives. And Jezreel’s smile,<br />
which is even more beautiful now because it is evidence<br />
of an indomitable spirit in his weakened body, is still a<br />
constant source of joy. Some years ago Jezreel told his<br />
parents, “My body is dead, but my spirit is alive”, and<br />
even though things have become much harder and he<br />
cannot do things he used to do, his spirit is clearly still<br />
alive today.<br />
In 2014, Iris wrote in an article in the MDF Magazine:<br />
“Jezreel is our inspiration who brings us immense joy,<br />
and our faith in God is what keeps us going. To every<br />
mother out there who might be going through<br />
something similar if not worse, remember life is too<br />
short so make the most of it, take it one day at a time,<br />
treasure and be grateful for every passing moment.” And<br />
today her message is still much the same, even though<br />
Jezreel’s situation is much more difficult and her and Rajen’s<br />
roles as parents more challenging.<br />
In 2021, Jezreel was admitted to hospital for 77 days due<br />
to serious aspiration pneumonia. Even though he had<br />
previously said he did not want invasive surgery that<br />
would affect his ability to move, he had to have a<br />
tracheostomy to assist with breathing and a G-Tube to<br />
assist with feeding operations in order to live. As Iris<br />
says: “Jezreel chose life. He had the operations,<br />
recovered well in hospital and is now at home in the care<br />
of his close-knit family and others who love him dearly.”<br />
Today, Rajen’s and Iris’s lives are 100% focused on Jezreel’s<br />
care and on ensuring that they are able to sustain his<br />
life and theirs financially. Rajen gave up his job soon after<br />
2
Jezreel started using a wheelchair as much assistance<br />
was required in transporting him to and from school, etc.<br />
In Iris’s words: “Rajen is a super-hero dad, who cares for<br />
Jezreel’s physical and emotional needs ahead of his own.<br />
He ensures that Jezreel is comfortable at all times.”<br />
The financial strain of the family’s situation has been<br />
huge as Iris is the sole breadwinner. She is very grateful<br />
that her employer, Aon Insurance, have been supportive<br />
throughout and enable her to work from home for three<br />
days of the week, attending two half-days in the office.<br />
Iris and Rajen Govender are very grateful for the support<br />
of the Muscular Dystrophy Foundation KZN Branch and<br />
to the Islamic Medical Association for providing Jezreel<br />
with an ICU bed. They also wish to thank everyone who<br />
has reached out in some way.<br />
Loadshedding has been a major source of concern, since<br />
Jezreel needs 24-hour life support. The family are very<br />
grateful to an individual who donated a generator as an<br />
alternative power source, as this was needed for all of<br />
Jezreel’s much-needed lifesaving equipment<br />
prior to his discharge from hospital.<br />
Fuel is however very expensive, and<br />
recently a friend, also a parent of a child<br />
with a disability, who made a plea on<br />
Facebook and other platforms, motivated<br />
ARTSolar to instal an inverter for the<br />
Govenders on loan. They are highly reliant<br />
on this, knowing that they will have<br />
to rush Jezreel into hospital in a highcare<br />
ambulance immediately if for some<br />
reason it does not work.<br />
Iris explains that, following Jezreel’s tracheostomy, his<br />
speech has not been very audible. “In the beginning it<br />
was a challenge to understand what Jezreel was trying to<br />
say through faint whispers, but eventually we got used<br />
to deciphering it.” On a lighter, more humorous note,<br />
Jezreel’s whispers are likened to a bird chirping, and<br />
when his mum hears these sounds and rushes to his aid,<br />
she is told it was not him. “He can have a good conversation<br />
with us. If we don’t understand him, he gives clues<br />
like the first letters of words, which help us to get the<br />
sense of what he is trying to say.”<br />
Because Jezreel is 24/7 in his bed with no mobility, he<br />
watches TV constantly, viewing a wide range of<br />
programmes. Iris explains that he watches YouTube<br />
items of all sorts, mainly gaming, and loves watching<br />
movies and series in a variety of categories ‒ thriller,<br />
suspense, horror, romance and those of National<br />
Geographic. He also enjoys watching Korean and Japanese<br />
series and listening to music. Bath time with Jezreel<br />
is a time to test your knowledge skills.<br />
Apart from the occasional visits from relatives and<br />
friends, Jezreel prefers lone time. He loves it when his<br />
sister, Alenora, and her husband, Daniel, come to visit<br />
and he adores his niece Azalea. His 10-year-old cousin<br />
Layton, who is part of the family, also spends ample time<br />
with Jezreel.<br />
The constant, loving care that both his parents provide<br />
as caregivers helps to sustain Jezreel physically and emotionally.<br />
Over many years this teamwork between Rajen<br />
and Iris has ensured that Jezreel receives all the love and<br />
care that he needs. The family’s financial burden is huge,<br />
and life is not easy, but thanks to his parents’ sustained<br />
dedication, Jezreel still manages to smile ‒ after all, a<br />
smile is free therapy making life more beautiful.<br />
Iris testifies to what it is that sustains them and gives<br />
them the strength to be there for Jezreel day after day.<br />
2
The importance of patient registries in<br />
neuromuscular disease<br />
By Sam McDonald<br />
Global COL6 Registry Curator, John Walton Muscular Dystrophy Research Centre<br />
How many people are affected by muscular dystrophy?<br />
What problems and symptoms are most challenging for<br />
people? What are the genes and mutations that can<br />
cause muscular dystrophy? What are the best ways to<br />
manage these conditions?<br />
These are important questions, but they are difficult to<br />
answer. Patient registries can be a powerful tool in helping<br />
us provide that answer.<br />
What registries are available?<br />
Here at the John Walton Muscular Dystrophy Research<br />
Centre, UK, we run three international patient registries:<br />
What is a patient registry?<br />
A patient registry is a database where people with a particular<br />
disease or genetic mutation can share information<br />
about their condition, diagnosis, symptoms,<br />
quality of life, etc. This data can then be used to support<br />
research in a range of ways, for example to assess the<br />
effectiveness of a new treatment, or to help understand<br />
the progression of a particular condition.<br />
Why are patient registries important?<br />
There are several reasons why patient registries are so<br />
important in healthcare:<br />
They contain valuable data: Registries can share valuable<br />
insights into the effectiveness of different treatments<br />
and care management approaches. This data can be<br />
used to inform clinical practice guidelines and improve<br />
patient outcomes. All registry data usage is governed by<br />
a steering committee comprising clinical, academic and<br />
scientific experts and patient representatives, with no<br />
input from industry.<br />
www.fkrp-registry.org<br />
www.collagen6.org<br />
They support research: Patient registries can be used to<br />
rapidly identify eligible participants for clinical trials or<br />
research studies with specific inclusion criteria.<br />
They promote collaboration: Patient registries can support<br />
collaboration between healthcare providers, researchers,<br />
and patient advocacy groups. By sharing data<br />
and insights, the community can work together to improve<br />
patient care across the globe.<br />
www.mtmcnmregistry.org<br />
You can also access a comprehensive list of national and<br />
international registries through the TREAT-NMD website:<br />
They empower patients: Patient registries can give patients<br />
a voice in their own care. By sharing their experiences<br />
and outcomes with researchers and other patients,<br />
they can help shape clinical practice and advocate<br />
for better care.<br />
How will I benefit from joining a registry?<br />
Many registries offer an opportunity to access up-todate<br />
information, resources, and support networks specific<br />
to your condition. They can also enable you to stay<br />
informed about clinical trials, new treatment options,<br />
and advancements in research. Some clinical trials may<br />
also use registries to support their recruitment process.<br />
By contributing your own valuable data and experiences, you<br />
are also helping researchers and medical professionals to<br />
better understand your condition and improve patient care,<br />
for yourself and others who share your condition.<br />
2
Muscular dystrophy patients get first gene therapy<br />
By Rob Stein<br />
Shots – Health News from NPR, 22 June 2023<br />
The Food and Drug Administration approved the first<br />
gene therapy to treat the most common form of muscular<br />
dystrophy.<br />
In an eagerly anticipated decision, the Food and Drug<br />
Administration Thursday approved the first gene therapy<br />
for muscular dystrophy.<br />
“Today’s approval addresses an urgent unmet medical<br />
need and is an important advancement in the treatment<br />
of Duchenne muscular dystrophy, a devastating condition<br />
with limited treatment options, that leads to a<br />
progressive deterioration of an individual’s health over<br />
time,” said Dr. Peter Marks, director of the FDA’s Center<br />
for Biologics Evaluation and Research, in a statement.<br />
But the agency rejected a request to make the<br />
treatment available to all children with Duchenne<br />
muscular dystrophy, the most common form of the<br />
Incurable muscle disease, who could still walk. Instead,<br />
the agency restricted access to patients ages four and<br />
five until more evidence is available that the therapy is<br />
safe and effective.<br />
The decision elicited mixed reactions. Parents of children<br />
suffering from the genetic disorder, advocates and some<br />
doctors and researchers welcomed the limited approval.<br />
But some were disappointed the treatment isn’t being<br />
made more widely available right away.<br />
“Today is a very important day,” Debra Miller, who leads<br />
CureDuchenne, an advocacy group, told NPR in an interview.<br />
“But every single day these boys are losing muscle<br />
cells. And so when you have a son with Duchenne and<br />
you see them getting weaker right before your eyes, you<br />
know we have to get therapies to patients sooner rather<br />
than later.”<br />
FDA’s accelerated approval came with limits<br />
Others, however praised the agency’s restraint, though<br />
some argued even the limited approval was premature.<br />
“This is a really critical decision for the FDA to get right,”<br />
Dr. Caleb Alexander of Johns Hopkins University told<br />
NPR in an interview. Alexander voted against approval<br />
during a May meeting of an FDA advisory committee<br />
that narrowly recommended the agency grant approval.<br />
“This has implications not only for those who may<br />
receive this product. But it also sends an important signal<br />
regarding what the FDA will require for future<br />
products to treat this and similarly devastating diseases,”<br />
Alexander said.<br />
The company that developed the treatment, Sarepta<br />
Therapeutics of Cambridge, Mass., said the therapy<br />
would be available as soon as possible. The treatment,<br />
called Elevidys, will cost $3.2 million for each patient,<br />
the company announced shortly after the approval.<br />
Sarepta asked the FDA to approve the gene therapy<br />
under a program that allows the agency to provide<br />
access to treatments before direct evidence is available<br />
that they are effective.<br />
But this accelerated approval process is controversial<br />
because some companies fail to follow through on their<br />
promises to confirm their treatments work. A drug approved<br />
this way to prevent premature birth was recently<br />
withdrawn after being found useless.<br />
2
Sarepta’s muscular dystrophy treatment is the first gene<br />
therapy approved under the program.<br />
The disease, which almost exclusively affects boys,<br />
destroys muscles. Most boys end up in wheelchairs<br />
before they become teenagers. Eventually, their hearts<br />
and lungs give out. Most people with the disease die in<br />
their 30s or 40s.<br />
The gene therapy works by infusing trillions of harmless<br />
viruses in single treatment that has been genetically<br />
modified to ferry a gene to patients’ muscles.<br />
Evidence for the gene therapy is indirect<br />
The gene produces a miniature version of a protein<br />
called dystrophin, that boys with muscular dystrophy are<br />
missing or don’t have enough of. The hope is this “micro<br />
-dystrophin” will at least help slow the progression of<br />
the disease.<br />
But there’s an intense debate about this. Sarepta based<br />
its request on how much micro-dystrophin it produces in<br />
patients’ muscles — without direct evidence that’s<br />
actually helping alleviate symptoms and prevent disease<br />
progression.<br />
During the May advisory meeting, parents and doctors<br />
showed dramatic videos of children who could barely<br />
stand and walk, running, biking and and [sic] easily<br />
climbing stairs after the treatment.<br />
But Alexander and other experts say it remains unclear<br />
the treatment is responsible and is safe.<br />
“This product is not without risks. And I think the<br />
evidence is murky,” Alexander says. “The evidence really<br />
doesn’t meet the bar required to reach market.”<br />
And children who receive the treatment may then be<br />
ineligible to get other treatments in the pipeline that<br />
may be more effective.<br />
“That’s a really non-trivial concern,” Alexander said.<br />
But others said there is sufficient evidence to warrant<br />
broader approval, including preliminary evidence the<br />
treatment is improving boys’ muscles, as well as animal<br />
data and clear evidence the therapy boosts<br />
micro-dystrophin in muscles.<br />
“What’s the old expression: ‘Don’t let perfect get in the<br />
way of good?’” said Jeffrey Chamberlain, who directs the<br />
Muscular Dystrophy Research Center at the University of<br />
Washington.<br />
That said, Chamberlain was glad the FDA at least approved<br />
the treatment for younger children pending<br />
further data.<br />
“You’d like to see approval for as broad a range of<br />
patients as possible. But we’ll take what we can get at<br />
this point,” Chamberlain said.<br />
Michael Kelly, the chief scientific officer for CureDuchenne,<br />
says he hopes this will lead to other, even more<br />
effective gene therapies for the disease.<br />
“This is a critical and really important step in treatment<br />
and this is going to lead the way and blaze a trail for the<br />
next round of better therapeutics,” Kelly told NPR in an<br />
interview.<br />
Article available at: https://www.npr.org/sections/<br />
health-shots/2023/06/22/1183576268/musculardystrophy-patients-get-first-gene-therapy<br />
2
Genetic therapy corrects progressive muscle<br />
disorder in mice<br />
Research by Massachusetts General Hospital<br />
Story from ScienceDaily, 13 April 2023<br />
Investigators recently used a targeted drug to restore<br />
muscle strength and correct myotonia in mice with myotonic<br />
dystrophy.<br />
People with myotonic dystrophy experience progressive<br />
muscle weakness and repeated episodes of painless<br />
muscle stiffness called myotonia.<br />
Investigators at Massachusetts General Hospital (MGH)<br />
recently used a targeted drug to restore muscle strength<br />
and correct myotonia in mice with myotonic dystrophy.<br />
The research, which is published in Nature Communications,<br />
could lead to new treatments for affected patients.<br />
Myotonia in myotonic dystrophy is caused by abnormal<br />
processing (or splicing) of the transcript created from the<br />
gene that codes for the muscle chloride channel Clcn1, a<br />
protein that controls the flow of chloride ions into muscle<br />
cells.<br />
The abnormal splicing leads to a truncated and poorly<br />
functioning Clcn1.<br />
Also, the degree of weakness in patients with myotonic<br />
dystrophy is associated with higher amounts of oxidative,<br />
rather than glycolytic, muscle fibers. These fibers<br />
differ in how they obtain energy for contraction.<br />
To correct the abnormal splicing in mice with myotonic<br />
dystrophy, a team led by Thurman Wheeler, MD, a neuromuscular<br />
researcher at MGH and an associate professor<br />
of Neurology at Harvard Medical School, used a genetic<br />
therapy involving small pieces of DNA called antisense<br />
oligonucleotides (ASOs).<br />
The ASOs were based on a code that targets the abnormal<br />
splicing of Clcn1, and when injected directly into the<br />
animals’ muscles, the ASOs corrected the abnormality,<br />
boosted the abundance of functional Clcn1, increased<br />
the amount of glycolytic muscle fibers, and restored<br />
muscle health.<br />
“Our findings show that muscle fiber type transitions in<br />
myotonic dystrophy result from myotonia and are reversible,”<br />
says Wheeler. “Our results also support Clcn1-<br />
targeting therapies as a way to increase strength and<br />
reduce muscle injury in patients.”<br />
Additional co-authors include Ningyan Hu, Eunjoo Kim,<br />
and Layal Antoury.<br />
This work was supported by the Elaine and Richard Slye<br />
Fund and the Muscular Dystrophy Association.<br />
Article available at: https://www.sciencedaily.com/<br />
releases/2023/04/230413154253.htm<br />
"There is no greater disability in society than the inability to see a person as more."<br />
- Robert M. Hensel<br />
2
Muscle stem cell technology<br />
developed at UMass Chan prelude to<br />
new muscular dystrophy therapeutics<br />
By Jim Fessenden<br />
UMass Chan News, March 17, 2022<br />
Scientists at UMass Chan Medical School have developed<br />
a technology to isolate human skeletal muscle stem cells,<br />
or progenitor cells, from induced pluripotent stem cells<br />
(iPSCs). Christened iMyoblasts in an eLife paper by corresponding<br />
investigator Charles P Emerson Jr., PhD, these<br />
patient-derived muscle stem cells enable researchers to<br />
pursue laboratory investigations into the earliest impacts<br />
of disease-causing mutations on muscle formation and<br />
function.<br />
Patient-derived stem cells, such as iMyoblasts, are a core<br />
foundation for preclinical laboratory models for many<br />
known human muscular dystrophies. iMyoblast technology<br />
has the power to advance gene therapy for human<br />
muscular dystrophies—using strategies including RNA<br />
silencing, DNA editing and stem cell therapy—for clinical<br />
applications.<br />
“This is a critical step for the development of gene editing<br />
treatments,” said Dr. Emerson, professor of neurology.<br />
“Laboratory models of human muscular dystrophy<br />
are required to develop these therapeutics before clinical<br />
use in patients.<br />
iPSCs can be readily produced in tissue culture by reprogramming<br />
of patient’s somatic cells, including skin and<br />
muscle biopsy cells, said Emerson.<br />
“Using molecules known to direct muscle cell maturation<br />
during development, we can create muscle progenitor<br />
cells that can both differentiate into skeletal muscle and<br />
reproduce themselves to regenerate or repair muscle,”<br />
he said. “This becomes an important tool in our toolbox<br />
to investigate and develop therapeutics for muscular<br />
dystrophies.”<br />
There are more than 40 known muscular dystrophies<br />
caused by genetic mutations that affect muscle function.<br />
These disorders have variable ages of onset and clinical<br />
severity, but most often result in severe physical disabilities<br />
and premature death. Over what can be decades,<br />
patients with muscular dystrophy experience progressive<br />
muscle weakness and decreased mobility, making everyday<br />
tasks difficult and often impossible to perform even<br />
during early disease. Overall, there are fewer than<br />
200,000 cases of muscular dystrophy diagnosed each<br />
year in the United States, but this prolonged disease progression<br />
places a significant long-term burden on patients<br />
and their families and the health care system.<br />
The primary benefit of iMyoblasts is their ability to regenerate,<br />
or multiply, to create more progenitor cells in<br />
addition to differentiating into mature muscle cells.<br />
More than 25 years ago, scientists unraveled the biology<br />
behind how embryos make mature muscle. Another leap<br />
forward came about 10 years ago when methods were<br />
developed to produce differentiated muscle from patient<br />
iPCSs. But these earlier technologies were limited in<br />
their ability to make muscle stem cells that can both<br />
differentiate and regenerate muscles. Their utility in the<br />
laboratory and clinic, where organisms need to respond<br />
to injury and age, were hampered by these constraints.<br />
In contrast, skin cells taken from a patient with any form<br />
of muscular dystrophy can be turned into iMyoblast progenitor<br />
cells. When iMyoblasts are then engrafted into<br />
animal models, they give rise to adult human muscle<br />
cells with the muscular-dystrophy-causing mutation.<br />
These disease models are key to developing new therapeutics<br />
with the potential to treat muscular dystrophies.<br />
“Developing models of all these different muscular dystrophy<br />
mutations is difficult,” said Emerson. “Not only<br />
are there more than 40 unique forms of muscular dystrophy<br />
and a multitude of mutations, but obtaining muscle<br />
cells from a patient normally requires an invasive<br />
muscle biopsy. And what you do get from the biopsy are<br />
often damaged stem cells. With the iMyoblasts, all we<br />
need are a few patient skin cells and we can have animal<br />
and cell culture models to study.”<br />
Using iMyoblasts, Emerson and his group were able to<br />
2
develop animal models for four distinct forms of<br />
muscular dystrophy: facioscapulohumeral muscular<br />
dystrophy, limb-girdle muscular dystrophy types R7<br />
and R9, and Walker-Warburg syndrome. These<br />
models successfully replicated the molecular disease<br />
pathologies of the disorders and were responsive<br />
to small molecule and gene editing therapeutics.<br />
The hope is that eventually iMyoblasts can be used<br />
in combination with gene editing and stem cell therapeutics<br />
to alleviate or cure a broad range of muscular<br />
dystrophies.<br />
“The long-term goal is that we can develop gene<br />
editing technology to fix the disease-causing mutations<br />
in the iMyoblasts, which can then be transplanted<br />
back into patients where they go on to<br />
build healthy muscle tissues. And because the<br />
iMyoblasts are self-renewing, the hope is that these<br />
cells will be able to respond to injury in the adult<br />
human environment and continue generating new,<br />
healthy muscle cells over an extended period,” said<br />
Emerson.<br />
Article available at: https://www.umassmed.edu/<br />
news/news-archives/2022/03/muscle-stem-celltechnology-developed-at-umass-chan-prelude-tonew-muscular-dystrophy-therapeutics/<br />
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2
TREATMENT STRATEGY<br />
By Myasthenia Gravis Foundation of America<br />
Myasthenia gravis (pronounced `my˖ĕs˖`thēēn˖ē˖ă<br />
`grăv˖ĭs), also known simply as MG, is a rare neuromuscular<br />
disorder. When the first case of MG was<br />
documented in 1672 by Thomas Willis, an Oxford<br />
physician, not much was known or understood<br />
about it. Today, we know there are multiple causes<br />
for MG as well as treatment options. The most common<br />
form of MG is a chronic autoimmune neuromuscular<br />
disorder that is characterized by fluctuating<br />
weakness of the voluntary muscle groups.<br />
Treatment Goals<br />
While there is no known cure for myasthenia gravis<br />
(MG), there are several effective treatments. Spontaneous<br />
improvement and even remission, although<br />
uncommon, may occur without any specific therapy.<br />
However, as every case of MG is unique, you<br />
and your doctor will decide on a treatment plan for<br />
your specific needs.<br />
In preparation for your doctor’s visit, you can review<br />
and bring a copy of the MG treatment guidelines<br />
with you. The MG treatment guidelines are the<br />
result of a multi-year effort to develop agreement<br />
among an international group of MG experts on the<br />
use of various treatments for people with MG.<br />
These guidelines were developed and updated with<br />
leadership from our Medical Advisory Committee<br />
members and was re-published in the December 4,<br />
2020 issue of Neurology, titled the “International<br />
Consensus Guidance for Management of Myasthenia<br />
Gravis Update 2020.” This paper is a significant<br />
new resource for physicians caring for MG patients.<br />
[…]<br />
With treatment, you may expect to see modest to<br />
significant improvement in your strength, helping<br />
you lead a full life. New treatments continue to give<br />
hope to people with MG, their family and their caregivers.<br />
Information on available treatments is below.<br />
Treatment Options<br />
Thymectomy<br />
Surgical removal of the thymus gland is highly effective<br />
in MG patients<br />
This is the surgical removal of the thymus gland. The<br />
thymus gland is located in the middle of your upper<br />
chest and lies over your heart. This gland plays a<br />
role in the production of antibodies. While it is most<br />
active in early childhood, the thymus gland usually<br />
shrinks over time and by early adulthood is believed<br />
to no longer function. But sometimes, the thymus<br />
gland remains large and continues to be active in<br />
antibody production. Effectiveness of this surgical<br />
procedure varies with each patient. It is removed in<br />
an effort to improve the weakness caused by MG,<br />
and to remove a thymoma, a tumor (usually benign<br />
or in some cases malignant) on the thymus that presents<br />
itself in only 10% of patients. Every person<br />
diagnosed with MG should have a CT scan of the<br />
chest to check for a tumor. The neurological goals of<br />
a thymectomy are significant improvement in the<br />
patient’s weakness, reduction in the medications<br />
being employed, and ideally a permanent remission<br />
(complete elimination of all weakness and off all<br />
medications). A thymectomy is usually not used to<br />
treat active disease but rather it is believed to improve<br />
long-term outcome. Results may not be seen<br />
for one to two years or more after the thymectomy.<br />
Anti-acetylcholinesterase agents<br />
Mestinon® (pyridiostigmine bromide) – allows acetylcholine<br />
to remain at the neuromuscular junction<br />
for a longer period, which in turn allows activation<br />
of more receptor sites, resulting in increased conductivity<br />
and muscle engagement. Mestinon®<br />
comes in two forms, fast-acting 60 mg tablets and<br />
long-lasting slow-release 180 mg capsules known as<br />
Timespan®, which delivers pyridiostigmine bromide<br />
over a 12-hour period.<br />
Neonatal Fc receptor (FcRn) blockers<br />
The U.S. Food and Drug Administration (FDA) has<br />
approved argenx’s VYVGART® (efgartigimod alfafcab)<br />
for the treatment of generalized myasthenia<br />
gravis (gMG) in adult patients who are antiacetylcholine<br />
receptor (AChR) antibody positive.<br />
These patients represent approximately 85% of the<br />
2
total gMG population. VYVGART is a prescription medication<br />
and the first FDA-approved treatment that uses a<br />
fragment of an IgG antibody to treat adults with anti-<br />
AChR antibody positive generalized myasthenia Gravis. It<br />
is given in treatment cycles with a break between each<br />
cycle. A treatment cycle consists of a 1-hour infusion<br />
each week for 4 weeks (4 infusions total). The treatment<br />
is specifically designed to attach to and block the neonatal<br />
Fc receptor (FcRn), resulting in the reduction of IgG<br />
antibodies, including the harmful AChR antibodies that<br />
cause gMG symptoms. Receptors called “FcRn” extend<br />
the life of IgG antibodies. In gMG, this allows harmful<br />
AChR antibodies to continue causing gMG symptoms.<br />
But IgG antibodies, including harmful AChR antibodies,<br />
that cannot attach to an FcRn are removed by the body.<br />
When harmful AChR antibodies that cause gMG symptoms<br />
are removed, they can no longer disrupt nervemuscle<br />
communication. This treatment is offered by argenx<br />
and you can learn more by visiting the following:<br />
https://vyvgart.com/<br />
C5 Protein Inhibitors<br />
AstraZeneca, and its Alexion rare disease group, announced<br />
that the United States Food & Drug Administration<br />
(FDA) has officially approved the Ultomiris®<br />
(ravulizumab-cwvz) treatment for adult patients with<br />
generalized myasthenia gravis (gMG) who are antiacetylcholine<br />
receptor (AChR) antibody-positive, which<br />
represents 80% of people living with the disease. This<br />
FDA action marks the first and only approval for a longacting<br />
C5 complement inhibitor for the treatment of<br />
gMG. According to Alexion, the medication works by<br />
inhibiting the C5 protein in the terminal complement<br />
cascade, a part of the body’s immune system. When activated<br />
in an uncontrolled manner, the complement cascade<br />
over-responds, leading the body to attack its own<br />
healthy cells. Ultomiris is administered intravenously<br />
every eight weeks in adult patients, following a loading<br />
dose. Ultomiris showed early effect and lasting improvement<br />
in activities of daily living and has potential to reduce<br />
treatment burden with dosing every 8 weeks. You<br />
can read more about this treatment at the following<br />
website. https://www.astrazeneca.com/media-centre/<br />
press-releases/2022/ultomiris-approved-in-the-us-foradults-with-generalised-myasthenia-gravis.html<br />
Corticosteroids and immunosuppressant agents<br />
Corticosteroids, such as Prednisone or an immunosuppressant<br />
agent such as Imuran®, Cellcept®, or Cyclosporin®,<br />
may be prescribed by your doctor as a stand-alone<br />
medication or in combination. These medications suppress<br />
your body’s production of antibodies that may be<br />
blocking or binding onto your body’s acetylcholine receptors.<br />
This blocking or binding of the acetylcholine<br />
receptors causes weakness.<br />
Complement Inhibitors including Soliris<br />
Soliris® or its generic name eculizumab, is the newest<br />
classification of infusible drugs to be FDA-approved for<br />
the treatment of gMG in adult patients who are antiacetylcholine<br />
receptor antibody positive. This drug<br />
works to reduce immune system attacks that may contribute<br />
to gMG symptoms. You and your doctor will decide<br />
if this approach is best for you.<br />
Intravenous immune globulins (IVIg)<br />
Your doctor may prescribe IVIG as part of your treatment<br />
regimen. During IVIG, a line is placed into a vein to<br />
receive delivery of immune globulins (IgG). A typical IVIG<br />
infusion may take from 4‒8 hours and is typically in a<br />
hospital setting. This influx of IgG is thought to override<br />
your own antibody production (which may be causing<br />
your weakness) while providing you protection from<br />
possible infections. Results are often temporary, so repeated<br />
treatments are required.<br />
IgG Sub-cue Hizentra<br />
A new, less invasive method of delivering immune globulins<br />
(IgG) is being reviewed for MG use. This method is<br />
known as IgG sub-cue, which means subcutaneous or<br />
“under the skin”. In this method of IgG delivery, a series<br />
of 4‒6 short needles are placed into the subcutaneous<br />
layer of skin across your abdomen. These needles are<br />
connected in a spider web fashion to the pump. A typical<br />
sub-cue infusion may only take from 1‒3 hours and can<br />
be done at home.<br />
Therapeutic Plasma Exchange<br />
Therapeutic Plasma Exchange, or Plasmapheresis – Also<br />
known as Plasma exchange or PLEX. This is a filtration<br />
procedure whereby abnormal antibodies are removed<br />
from blood plasma. This procedure requires two intravenous<br />
(IV) lines or a port placed before undergoing PLEX.<br />
Your doctor may decide you need this treatment to<br />
quickly improve strength prior to surgery. As your body<br />
continually produces antibodies, repeated PLEX treatments<br />
may be required.<br />
Cautionary Drugs<br />
Certain medications may cause worsening of MG symptoms.<br />
Remember to tell your doctors and dentists about your MG<br />
diagnosis and the medications you are currently taking. It is<br />
important to check with your doctor before starting any new<br />
medication, including over the counter medications or preparations.<br />
[…]<br />
Article available at: https://myasthenia.org/Newly-Diagnosed/<br />
Treatment-Strategy<br />
2
Aids and Adaptations<br />
By Muscular Dystrophy News Today<br />
Muscular dystrophy is a neuromuscular condition that<br />
progressively weakens muscles so that patients may require<br />
the help of assistive devices to maintain mobility<br />
and independence. These aids and assistive devices<br />
should be used only in consultation with a trained occupational<br />
therapist or physiotherapist.<br />
Mobility devices<br />
Canes, walkers, wheelchairs, and power scooters are<br />
some examples of mobility devices that may help enhance<br />
mobility and reduce fatigue in patients with muscular<br />
dystrophy. An occupational therapist will be able to<br />
determine the correct type of mobility device that can<br />
benefit each individual patient, depending on the patient’s<br />
needs.<br />
Assistive devices for daily tasks<br />
Some home modifications and simple devices can help<br />
muscular dystrophy patients maintain their independence<br />
and ability to perform daily tasks. Some examples<br />
include:<br />
• Doorknob adapters that provide leverage to open<br />
doors<br />
• Handlebars and lifts in bathrooms or walk-in<br />
showers that can make bathing easier<br />
• Zippers instead of hooks and buttons to help facilitate<br />
dressing<br />
• Customized utensils that enable the patients to<br />
dine on their own<br />
• Pens and pencils with enlarged grips to reduce the<br />
pressure on hand muscles and help with legible<br />
writing<br />
Orthotic devices<br />
Patients with weak muscles and joints can benefit from<br />
body support devices or orthosis. These devices provide<br />
support to muscles and joints, enhance spine and limb<br />
movement, and help to improve quality of life.<br />
As a patient’s muscular dystrophy progresses, the ankle<br />
muscles may become weak and cause walking difficulties.<br />
A simple brace or splint called ankle-foot orthosis<br />
can help patients walk and prevent falls.<br />
Hand and wrist braces can facilitate the movement of<br />
fingers and provide additional support to grasp common<br />
items such as toothbrushes. These braces can also assist<br />
in computer work and thus help patients maintain their<br />
professional independence.<br />
Slings can be used to support the neck and shoulders,<br />
reduce pressure on shoulder muscles, and help in lifting<br />
objects.<br />
Assistive technology<br />
Assistive technology is a developing field of research<br />
which can help patients manage their specific abilities<br />
and needs using new apps and gadgets. For example,<br />
voice recording devices and newly developed apps to<br />
monitor movements and those that aid in multitasking<br />
can help patients in their work lives while improving<br />
their overall quality of life.<br />
Article available at: https://<br />
musculardystrophynews.com/living-with-musculardystrophy/aids-and-adaptations/<br />
2
Never will I forget the sunny day in March, many years<br />
ago, when the paediatrician announced: “Your son has a<br />
serious, malignant, incurable muscle disease.” He looked<br />
at me cautiously, as if waiting for a reaction. A sign that I<br />
understood what he had just said.<br />
But there was nothing. My head was fuzzy.<br />
Why my child? As hard as it was, I kept asking myself the<br />
same question. I quarrelled with God and the world –<br />
especially with God. What had I done to deserve this?<br />
What had my child done? I looked for answers in religion,<br />
read books on coping strategies, and looked for<br />
advice from other parents of ‘special’ children, gradually<br />
learning to give up meaningless and difficult questions.<br />
l sat there numb and had no idea how to start getting<br />
my head around this word. I just couldn’t grasp it.<br />
But two thoughts crossed my mind.<br />
Was this man off his head giving me such a terrifying<br />
diagnosis after watching my son stand up just once? At<br />
the same time the thought came: of course, he’s right,<br />
and I knew it!<br />
Despite all the reassurance from doctors, physiotherapists<br />
and other people, I had always suspected that<br />
something was wrong. If I were not so shocked, I might<br />
have felt a fleeting sense of satisfaction. Finally, I was no<br />
longer the neurotic mother who was always imagining<br />
things.<br />
Why my child?<br />
A dark time followed that fateful March day. For days I<br />
felt like I was in freefall. Not once was I able to remember<br />
the words ‘muscular dystrophy’, because my consciousness<br />
refused to accept this diagnosis. All I could<br />
think about was that my barely five-year-old, innocent,<br />
blonde, curly-haired boy would die of this disease. That<br />
thought ripped my heart out.<br />
I decided that, despite this devastating diagnosis, we<br />
would have a good life.<br />
Naturally, my little boy did not suspect what was going<br />
on, and his older sister went about her life. That was<br />
maybe my salvation: I was forced to carry on as normally<br />
as possible. After a few weeks this hard time ended and I<br />
began to deal with the illness. I spoke to the nursery,<br />
primary school, friends and neighbours. I turned to the<br />
church, and I researched self-help groups. Sometimes I<br />
had to swallow a lot, but the more I talked about the<br />
disease the easier it became for me. I decided that we<br />
would have a good life despite this devastating diagnosis.<br />
The idea of life expectancy faded into the background<br />
and disappeared for many years. I stopped<br />
searching for research and concentrated on life instead.<br />
Important decisions had to be made again and again. Which<br />
school is suitable? How would he get on there? Does he need<br />
a teaching assistant, or could he manage without? How will I<br />
deal with the topic of school trips? Will he be bullied? Should<br />
he take steroids or not? How can I tell him why he is so different<br />
from his friends? How do I find the right words? When will<br />
he need a wheelchair? How can we deal with the situation as<br />
a family? Will I be able to do justice to his sister? Many sleepless<br />
nights came and went, and it was always my son who<br />
2
who gave me courage and strength.<br />
Naturally our life was very different to those of our family,<br />
neighbours and friends, simply because we thought<br />
differently.<br />
Completely and naturally, he accepted his fate<br />
My son went to the only local primary school along with<br />
his friends, unfortunately on a hill. Sending him to the<br />
nearest special school would certainly have made many<br />
things easier, but I didn’t feel he belonged to that world<br />
yet. The children in his class were totally at ease with<br />
him and the school went out of their way to make<br />
school trips manageable. He felt fine, was almost always<br />
in good spirits and carried on like a normal person. The<br />
moments when he was sad or stressed were rare and<br />
never lasted long.<br />
clinic in Weserbergland for the first time.<br />
I was surprised to discover how relaxed and happy the<br />
mood was between the parents and children; even families<br />
with older boys were having fun. I was even more<br />
surprised that we became part of a big family. To this<br />
day, our rehabilitation stays in Hoxter are highlights of<br />
the year.<br />
His illness always gave me the time to grow into it and<br />
keep up<br />
And so the years went by. There were several surgeries<br />
and long hospital stays. The need for financial assistance<br />
steadily increased, there were many battles with health<br />
insurance, and there was always the ongoing worry<br />
about his health, his muscle loss and loss of function,<br />
ventilation and heart medication.<br />
As he got older he started to think about his situation.<br />
He kept his thoughts to himself. Textbooks say you<br />
should only answer the questions your child asks. But he<br />
did not ask questions. He seemed to sort things out on<br />
his own. Without any fuss, he just seemed to accept his<br />
fate. I was worried because for a long time I thought he<br />
needed to know what was the matter with him. But I<br />
found out many years later that he had in fact known for<br />
a long time, but just didn’t talk about it. Still, I felt it was<br />
time to put my son in touch with other children with<br />
Duchenne. So, in the hot summer of the football world<br />
championship in Germany, we drove to a rehabilitation<br />
Just arrived!<br />
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I watched his playmates progressing while he went backwards,<br />
and that hurt a lot. On the other hand, I learned<br />
to live in the present – a skill I had always wanted. His<br />
illness always gave me the time to grow into it and keep<br />
up. I grew into it and made my peace with Duchenne.<br />
Today my son is a smart, polite and, above all, compassionate<br />
person who always makes me laugh with his dry<br />
humour. He is a gift: my wonderful Duchenne son!<br />
Article available at: https://duchenneandyou.eu/<br />
duchenne-muscular-dystrophy-real-life-stories/<br />
2
For many individuals living with a rare disease, the road<br />
to diagnosis can be extremely challenging, especially<br />
when it involves two co-existing diseases where two<br />
parts of your immune system aren’t working effectively.<br />
Parents of children living with a dual diagnosis of rare<br />
diseases often must advocate strongly for their children<br />
to receive the appropriate medical attention. Stephanie<br />
Madole, mother of two children living with generalized<br />
Myasthenia Gravis and Relapsing Polychondritis, recognizes<br />
the incredible power of raising awareness,<br />
supporting research, and connecting with others in the<br />
rare disease community.<br />
The long road to an initial diagnosis<br />
Elizabeth, 9, and Charlotte, 6, were both diagnosed with<br />
Systemic Autoinflammatory Disease with manifestations<br />
of Relapsing Polychondritis (RP) after presenting with<br />
symptoms of inflammation for years. Stephanie recalls<br />
the fear, confusion, and frustration of unanswered<br />
questions during the journey to determine that the girls<br />
had RP. When Charlotte was 22 months old, she developed<br />
a fever of 104 degrees and had red eyes, severe<br />
joint pain and swelling, and rashes covering her body.<br />
During five trips to the hospital in a two-week time<br />
span, medical staff continually told her parents that she<br />
was experiencing something viral and sent her home.<br />
Stephanie and her husband, Dustin, insisted that something<br />
beyond a virus was occurring and advocated for<br />
increased care and testing. They traveled to multiple<br />
hospitals and met with team after team of medical professionals<br />
who, although could [sic] clearly see that<br />
somethings [sic] was wrong, were unfamiliar with the<br />
combination of symptoms that Charlotte continued to<br />
present. When Elizabeth began to exhibit the same<br />
symptoms at four years old, Stephanie and Dustin knew<br />
that the girls were battling the same disease, but still<br />
didn’t have answers.<br />
Recurring symptoms began to include seizures and<br />
severe airway narrowing, resulting in a multitude of<br />
hospitalizations. After receiving a few false diagnoses,<br />
the Madoles finally met with a rheumatologist who<br />
suspected a systemic autoinflammatory disease.<br />
Relapsing Polychondritis was confirmed after a further<br />
testing at the National Institute of Health (NIH).<br />
After more than two years of searching for a diagnosis,<br />
the girls began receiving treatment for RP. Stephanie, an<br />
experienced advocate for her children’s care by this<br />
time, joined a Facebook group for parents of children<br />
with inflammatory diseases and sought out the best<br />
experts for her daughters’ care. When Elizabeth began<br />
experiencing severe weakness and notable mobility<br />
2
issues at 7 years old, Stephanie embarked on yet another<br />
a challenging diagnostic journey.<br />
human being.”<br />
Sharing their story<br />
Stephanie continued to gain support and a sense of<br />
community from the online inflammatory disease<br />
parents’ group that she had joined years ago. After much<br />
consideration, she and her husband decided to share<br />
their daughters’ story with the group. Amidst hundreds<br />
of comments of support, one mother reached out to<br />
share that her son was experiencing the same symptoms<br />
and asked if she could call Stephanie.<br />
A second diagnosis: Myasthenia Gravis<br />
Elizabeth began to have difficulty squatting down and<br />
getting back up, making it difficult for her to play on the<br />
floor. Stephanie was initially told that these symptoms<br />
would resolve. But when Elizabeth lost the ability to<br />
brush her own hair and chewing became incredibly<br />
challenging, Stephanie became increasingly concerned<br />
about the weakness. Stephanie will never forget the look<br />
on her rheumatologist’s face at Elizabeth’s next clinical<br />
appointment. The rheumatologist immediately admitted<br />
her for weakness and ran multiple tests from an<br />
inflammatory standpoint, all of which came back normal.<br />
After dozens of tests and meeting with a variety of<br />
specialists, the Madoles met with a neurologist specializing<br />
in neuromuscular disease.<br />
Dr. Alexander Fay, a neurologist at the University of<br />
California, San Francisco (UCSF) Hospital MDA Care<br />
Center, recognized Elizabeth’s symptoms. He quickly<br />
ordered a repetitive nerve stimulation study to confirm a<br />
diagnosis of generalized Myasthenia Gravis. After<br />
Elizabeth’s diagnosis, the girls’ rheumatologist reached<br />
out to Dr. Fay regarding Charlotte’s care; she was tested<br />
and diagnosed as well. Both girls began working with a<br />
team of doctors at UCSF and the NIH to receive<br />
appropriate treatment and to participate in research<br />
studies for their rare dual diagnoses.<br />
“Dr. Fay has been instrumental in giving our girls so<br />
many good days, good days where they can play and just<br />
fun [sic] being kids,” Stephanie says. “Words could never<br />
adequately convey how grateful we are for the incredible<br />
care that he provides. He is an amazing doctor and<br />
Kara Wicklund’s son, Isaac, experienced symptoms of an<br />
autoinflammatory condition since infancy before finally<br />
being diagnosed with Cryopyrin-Associated Periodic<br />
Syndrome (CAPS), a rare autoinflammatory condition, at<br />
the age of ten. He had started experiencing issues with<br />
weakness around the age of six or seven, but it was hard<br />
to isolate the symptoms from the reoccurring fatigue<br />
associated with CAPS. Isaac continued to experience<br />
significant weakness, often requiring the use of a<br />
wheelchair for stretches of time, and still did not have a<br />
clear answer by the age of 14. That all changed when<br />
Kara recognized her own experience in Stephanie’s story.<br />
A lifesaving connection<br />
When Kara and Stephanie began talking about their<br />
children’s symptoms, it became clear that Isaac had very<br />
similar symptoms to Elizabeth in regards of weakness.<br />
The local Minnesota doctors treating Isaac were not<br />
familiar with the protocol for diagnosing and treating<br />
MG, especially in addition to his inflammatory disease.<br />
Stephanie advised Kara to bring Isaac to California to<br />
meet with Dr. Fay and his team, but the Wicklunds didn’t<br />
have the financial means to travel across the country.<br />
Stephanie felt in her heart that she was being called to<br />
help Kara’s family. She spoke to Dustin about paying to<br />
fly the Wicklunds to San Francisco. “He said that we<br />
couldn’t afford it, but I told him that I felt like I needed to<br />
do this,” Stephanie says. When Stephanie called Kara<br />
2
and offered to pay to fly her family to California and<br />
cover their hotel stay so that Isaac could receive the care<br />
that he needed from the experts treating Charlotte and<br />
Elizabeth, Kara was blown away by the generosity of a<br />
stranger.<br />
“I was absolutely shocked… and slightly terrified that this<br />
would end up being a crazy person in CA,” Kara says.<br />
“But the kids’ stories were too similar, and we were so<br />
stuck. So, I accepted the incredible gift, boarded the<br />
plane with Isaac, and came out. Looking back, I still can’t<br />
believe I went along with it. But I knew that we needed<br />
help for him.”<br />
The team at UCSF found that Isaac has the same<br />
neuromuscular disease and diagnosed him with MG.<br />
That diagnosis and the amazing generosity from one<br />
family to another would end up saving Isaac’s life. A<br />
month or two after receiving his diagnosis, Isaac went<br />
into respiratory failure and was placed on a ventilator.<br />
Dr. Fay and his team guided Isaac’s local medical team to<br />
provide the care needed to treat Isaac and save his life,<br />
treatment and guidance that wouldn’t have been possible<br />
had Isaac not made the trip to California.<br />
“Sharing our story saved his life,” Stephanie says.<br />
“And that’s when I knew that I had to advocate for other<br />
families and continue to tell our story to help others. If<br />
doctors don’t know what to test for or what they are<br />
looking for, they won’t find answers. I believe that we<br />
are stronger together and that we can truly make a<br />
difference by raising awareness.”<br />
Advocacy, awareness, and research<br />
Stephanie has made it her life’s passion to raise awareness<br />
for MG, advocate for other families’ care, and support<br />
innovative research. In fact, she is the co-founder of<br />
a non-profit, Own MG, dedicated to patient advocacy<br />
and awareness, as well as supporting, implementing, and<br />
funding medical research for rare diseases.<br />
“I just think that being able to change the clinical<br />
approach for MG through innovative care, advocacy,<br />
awareness, and support for families and patients is<br />
critical right now,” Stephanie says. “Being able to help<br />
further the current unprecedented research just has to<br />
be done.”<br />
The girls have traveled to Maryland to participate in<br />
multiple studies at the NIH, where a team of researchers<br />
are making strides in better understanding dual<br />
diagnoses and in seeking new treatments for MG. “The<br />
research that they are able to do is just amazing,”<br />
Stephanie says. “This is such a hopeful and exciting time.<br />
The researchers are so certain that they are going to find<br />
the key to treating our kids and change the face of medicine.<br />
I will always remain hopeful.”<br />
Article available at: https://mdaquest.org/how-onefamilys-myasthnia-gravis-journey-is-helping-others/<br />
"Believe you can and you're halfway<br />
there."<br />
- Theodore Roosevelt<br />
2
By Hilton Purvis<br />
II am permanently wheelchair based, requiring more<br />
assistance for daily living than is polite to discuss around<br />
the dinner table. Fortunately I am married to<br />
WonderWoman, who happens to love me, the bushveld,<br />
elephants, photography and sushi ... not necessarily<br />
always in that order.<br />
We have been enjoying the delights of the Kgalagadi<br />
Transfrontier Park for the last four years, taking<br />
advantage of the wheelchair accessible accommodation<br />
in Twee Rivieren and Nossob. We have also managed<br />
the Kalahari Tented Camp and on one daring expedition<br />
ventured all the way up to Grootkolk, although it has to<br />
be said that the bathroom facilities in both of these<br />
camps are very difficult for wheelchair-bound travellers.<br />
All the time Mata Mata eluded us, although we have<br />
visited friends camping there, which also made the<br />
attraction even stronger. The Mata Mata wheelchair<br />
accessible accommodation is extremely expensive at<br />
R3 520 per night, and given that one would want to<br />
spend at least three nights enjoying the sights and<br />
sounds of the region we just could not justify the expense.<br />
This year, however, we were able to team up<br />
with a friend, which helped to reduce the cost and gave<br />
us the opportunity to finally spend time in Mata Mata!<br />
There is only one wheelchair accessible cottage at Mata<br />
Mata and unfortunately it is a four sleeper, so to make<br />
the most of it one needs to travel with friends. The unit<br />
is constructed in a “U” shape, with one bedroom and<br />
en suite bathroom on the left, and the second bedroom<br />
and en suite bathroom on the right. Both bathrooms are<br />
wheelchair accessible.<br />
In between lies the kitchen, dining and living areas. The<br />
veranda is located in the centre of the U and is accessible<br />
from a steep little ramp on all three sides. Tricky to<br />
handle on one’s own, but easily manageable with help.<br />
There is a really nice paved parking area outside,<br />
connected to the cottage by a gently paved ramp.<br />
Overall it is probably the most accessible unit in the<br />
Kgalagadi Transfrontier Park.<br />
Mata Mata certainly delivered on its promise and<br />
provided us with very comfortable accommodation for<br />
the wheelchair, and a steady supply of Kgalagadi<br />
creatures walking past our riverfront veranda. It also<br />
helped matters that we experienced some glorious full<br />
moons rising over the river bed each evening, so bright<br />
that it was actually better after lights out at 10 pm,<br />
when the surrounding bush seemed to glow.<br />
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unit. There are two wheelchair accessible bathrooms in the<br />
camp, but both are in the same cottage, and there is no other<br />
alternative. We really hope that park management sees its<br />
way clear to establishing a more affordable wheelchair accessible<br />
cottage within the Mata Mata camp.<br />
Mata Mata is the fifth wheelchair accessible camp that we<br />
have now stayed at in the Kgalagadi Transfrontier Park. One<br />
more to go ... Kieliekrankie.<br />
Every morning and evening we were treated to a walk past by<br />
a local wildebeest herd, and in the evening the water hole<br />
attracted kudu and giraffe. Add to this a steady supply of<br />
meerkats, ground squirrels, mongooses and jackals, together<br />
with an abundance of birds (the bird hide was just adjacent to<br />
our cottage) and we had a genuinely rewarding experience.<br />
It is important, before closing, to return to the rather bizarre<br />
bathroom situation that exists in the wheelchair accessible<br />
We want to take this opportunity to thank Hope School, Iso Leso<br />
Optics, Eastco Party Hire, SterStatus, Infinity Pageant, Central<br />
South Africa Pageant and Jan Pieters for their kind donations<br />
towards our High Tea Awareness Event on 23 July 2023.<br />
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I have long held the belief that there is no “silver bullet”<br />
solution when it comes to the prevention of pressure<br />
sores.<br />
I am really lightweight and skinny, which at times has its<br />
advantages, but the downside is that I am left with<br />
absolutely no “padding”. This is a challenge for someone<br />
who spends every minute of his waking day sitting in a<br />
wheelchair and has no strength to shift or move my body<br />
around during the course of the day. I have been dealing<br />
with this now for nearly 50 years with the result that I<br />
have probably tried all available options when it comes<br />
to minimising the development of pressure sores. I have<br />
experimented with various designs of foam, gel and air<br />
cushions, different thicknesses, various profiles, covering<br />
materials, and the use of sheepskin. You name it, I have<br />
tried it.<br />
They all work, but only for a while, and then they don’t<br />
any more. My impression after all this time has been that<br />
the actual solution is not to have a single cushion, but to<br />
make use of a collection of cushions. Vary the cushion,<br />
have a couple of different designs, and alternate them as<br />
often as possible.<br />
Something I have been using really successfully for over a<br />
year now has been a “Tempur” brand car seat cover.<br />
Tempur are a well-known and respected company of<br />
mattress and cushioning products who produce a unique<br />
memory foam core in their range. This product is more<br />
than simply a fabric car seat cover. It incorporates a<br />
breathable exterior fabric sandwiching a high-density<br />
memory foam core creating a cushioning effect of its<br />
own. The Tempur has proved to be a great addition to<br />
my seating arsenal for a number of reasons.<br />
A Tempur car seat cover is made from high-density foam<br />
that conforms to the shape of your body, providing superior<br />
comfort and support. This is especially beneficial for<br />
someone who will be sitting in their motorised wheelchair<br />
for extended periods of time as the foam conforms<br />
MAGIC CARPET RIDE ...<br />
to the individual’s unique shape, providing customised<br />
support, reducing pressure points, helping to distribute<br />
their weight evenly, and thereby reducing the risk of<br />
pressure sores.<br />
It is designed to be durable and longlasting. It is made<br />
from high-quality materials that are able to withstand<br />
the wear and tear of daily use. For individuals who<br />
experience incontinence the cover can be easily removed<br />
and washed, which helps to maintain hygiene and prolong<br />
the life of the cushion.<br />
The Tempur cover is easy to instal and remove, making it<br />
a convenient choice for individuals who may need to<br />
switch between different seating options. I am currently<br />
placing a variety of foam cushions onto the base seat of<br />
the wheelchair, and then securing the car seat cover<br />
(with its elasticised straps and clasps) on top of that. This<br />
gives me the option of changing the underlying foam<br />
cushion, either in profile or in density, which allows for<br />
an almost infinite combinations of seating options. These<br />
can be swapped out in less than a minute, allowing for<br />
them to be cleaned, aired, or simply rested for a couple<br />
of days before being put back into use.<br />
Lastly, a Tempur cover offers different configurations depending<br />
on one’s wheelchair seat size. It can be folded,<br />
moved and adjusted to suit the individual user and also<br />
incorporates a removable support for the lower back,<br />
which might suit many. I certainly find that this option<br />
provides me with increased upper body support and<br />
comfort for extended periods.<br />
I have focused here on the Tempur offering but there are<br />
a number of other companies producing car seat covers<br />
which incorporate an element of foam support and<br />
padding. Google is your friend in locating these covers,<br />
and Takealot might well be able to take care of the delivery!<br />
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Sandra’s thoughts on<br />
life’s rollercoaster<br />
“Life is like a roller coaster. It’s never going to<br />
be perfect – it is going to have perfect moments,<br />
and then rough spots, but it’s all worth<br />
it.” ‒ Patti Smith (https://quotefancy.com)<br />
Life is certainly like a rollercoaster with many ups and<br />
downs. We’ve all experienced “down” times when we<br />
have wanted just to stay in bed, cover our face with the<br />
sheet, and wait for the day to end ‒ not having the energy<br />
or motivation to face it or the challenges that block<br />
our road, hinder our progress and hamper our success<br />
and enjoyment of life. Nobody’s life is without hindrances<br />
or challenges, like bumps in the road. We need to get<br />
used to having bumps in our road but also learn how to<br />
handle them well.<br />
On the other hand, we’ve also experienced “up” times,<br />
such as those spent happily with friends and family, good<br />
times that have brought us much joy, when we’ve<br />
realised how important our loved ones are to us and<br />
we’ve laughed until we couldn’t take it anymore. We’ve<br />
also had times of success, when we’ve felt good about<br />
being recognised for hard work and making a difference.<br />
We can look back fondly on these positive times and<br />
treasure the memories they hold.<br />
Somehow we know automatically how to cherish the<br />
good moments and enjoyable experiences, but when the<br />
bumps show up we seem to lose our grip. They can slow<br />
us down, make us impatient, lead to frustration, cause<br />
stress and make us doubt our own abilities. So how do<br />
we hold on when we hit the bumps in the road?<br />
Here are some suggestions for dealing with the bumps<br />
and dips you face:<br />
• Identify a few simple practices that you enjoy, and<br />
make them part of your daily routine.<br />
• See the bump in your road as a relatively small<br />
part of a bigger picture in which not everything is<br />
as bad. Then clearly identify the specific problem<br />
factors that you should deal with.<br />
• Change your focus for a while by doing something<br />
relaxing or being in the company of a supportive<br />
person. Regain your energy.<br />
• If the problem seems too big to handle, break it<br />
down into manageable parts that give you more<br />
clarity, control and choice in addressing the issue.<br />
Remember that giving up is never an option if you focus<br />
on having a positive mindset and staying true to yourself.<br />
“We all have ups and downs. All of us are human.<br />
But we are also the masters of our fate. We are<br />
the ones who decide how we are going to react<br />
to life.” ‒ Elizabeth Smart (https://<br />
www.azquotes.com)<br />
By Sandra Bredell<br />
So, in conclusion, life will always bring you ups and<br />
downs and bumpy times, but it remains your choice<br />
whether you scream with frustration and want to give up<br />
or whether you summon up positive energy and give<br />
yourself fully to the rollercoaster ride. Take care on your<br />
rollercoaster journey.<br />
I just want to see what life's going to throw my way. So far, it's been very unexpected. I'm<br />
kinda on a roller coaster and want to enjoy that.<br />
- Anya Taylor-Joy<br />
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Question: Roche has registered the drug, Evrysdi, in<br />
South Africa for treatment of spinal muscular atrophy<br />
(SMA). How does Evrysdi work and what is the benefits?<br />
Evrysdi (Risdiplam) is the first oral gene therapy medication<br />
approved to treat SMA. In order to understand the<br />
treatment, it is necessary to know something about<br />
SMA.<br />
SMA is a genetic condition caused by the loss of specialized<br />
nerve cells, called motor neurons that control muscle<br />
movement. Once these nerves die, the muscles become<br />
weak and atrophy (when muscles get smaller).<br />
SMA can affect a child's ability to crawl, walk, sit up, and<br />
control head movements. Severe SMA can damage the<br />
muscles used for breathing and swallowing. Although<br />
most individuals with SMA present in infancy, the disease<br />
can also present in childhood or adulthood for the<br />
first time.<br />
SMA is caused by genetic faults in a gene called SMN1<br />
(survival motor neuron 1). Almost all patients have the<br />
identical genetic fault – both copies of the SMN1 gene<br />
are deleted (missing). It is not clear why there is then<br />
such variability in the age of onset. One partial explanation<br />
for the variability (and relevant to some of the new<br />
therapies) is that all individuals have another nearly<br />
identical gene to SMN1 called SMN2. This gene is not<br />
critical for nerve cell survival, but may be present in variable<br />
copy number in different individuals. As a broad<br />
principle, individuals with more SMN2 gene copies (2-3)<br />
have milder SMA disease than people with less SMN2 (1-<br />
2) gene copies). This is because the SMN2 gene can partially<br />
compensate for the absence of SMN1 (although<br />
not entirely). Importantly, some of the new therapies<br />
available for SMA, including Evrysdi (Risdiplam), are designed<br />
to cause the SMN2 genes to produce more of the<br />
missing SMN1 protein and thus make the disease less<br />
severe. The more SMN2 genes an individual has, the<br />
better the drug works.<br />
Gene therapy is a technique that modifies a person's<br />
genes or genetic material to treat or cure genetic disease.<br />
Gene therapies can work by several mechanisms<br />
and need to be tailored to the individual disease mechanism.,<br />
The broad principle would be to recover the function<br />
of critical proteins that are encoded by a gene. What<br />
the therapies cannot do is to recover permanent damage<br />
eg motor neurons that have already lost function entirely.<br />
Some gene therapies are only given once, whereas<br />
others require repeated doses, and the oral therapy may<br />
be life-long.<br />
In SMA, to date, three forms of gene therapy have been<br />
developed. They are all very expensive and thus availability<br />
and accessibility remain challenging. All have been<br />
shown to have positive outcomes, especially when initiated<br />
early in the disease, ideally presymptomatically.<br />
The analyses of different patient subgroups showed that<br />
motor function was generally improved in younger individuals<br />
and stabilized in older individuals over trial periods,<br />
usually of up to 1-2 years. These drug treatments<br />
could significantly change the disease trajectory from<br />
the known natural course of SMA. Trials in presymptomatic<br />
individuals have shown that the start of symptoms<br />
is delayed significantly. There are no long term studies<br />
yet to show how long this effect lasts.<br />
Evrysdi (Risdiplam) is now approved in the US and available<br />
in South Africa for pediatric and adult patients with<br />
SMA of all ages. It is an oral solution containing a smallmolecule<br />
compound that modifies SMN2 pre-mRNA<br />
splicing and increases SMN1. This medicine is given once<br />
a day; dosing is dependent on age and body weight. Side<br />
effects are reported. It is currently contraindicated in<br />
pregnancy and breast feeding women and may cause<br />
infertility in males.<br />
As the best responses have been seen in individuals started on<br />
therapy pre-symptomatically, this raises the importance of<br />
early diagnosis. This would need to be achieved by screening<br />
all newborns followed by early treatment with new drugs as<br />
the standard of care for SMA. Importantly although the new<br />
drugs like Risdiplam do not cure the disease, it is necessary to<br />
continue developing new drugs or experimenting with drug<br />
combinations. It is not yet clear whether patients who have<br />
had one drug therapy could easily switch when improved therapies<br />
are developed.<br />
The release of the first oral gene therapy for SMA is an exciting<br />
development as we enter a new phase of therapy, but many<br />
questions remain about long term benefits and side effects.<br />
Accessibility and cost remain challenging. Drug developments<br />
are likely to progress with time, and we can hope that these<br />
will eventually lead to the ability to completely alleviate the<br />
disease symptoms and progression.<br />
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Random gravity check...<br />
By Andrew Marshall<br />
I know we all have falls because of our wonky muscles ,<br />
maybe my experiences with the art of seeing ones<br />
buttocks without a mirror are not as bad as many of<br />
yours. I was thinking about the contrast between the one<br />
I had the other evening when I had slid out of my bed<br />
and was chilling on the tiles (winter time bites my bum)<br />
and some of my falls I pulled off back in the day. I have<br />
only broken a few little bones over the years (touch<br />
wood) and I have always had someone around to help<br />
me when said gravity was intervening.<br />
I have experienced the magnificent art of bailing a bit<br />
differently over the years. You see when I was writing my<br />
memoir I wrote a lot about some of the falls I have had<br />
and at the time these were the worst parts of this stupid<br />
disease, well at least one of the main worst aspects of it.<br />
In these I wrote about how embarrassing it was to be<br />
different and how hard it was to make such a monumental<br />
spectacle of myself on such a regular basis. Well inside<br />
my mind and heart I built it up to be titanic. Even<br />
though I was dealing with how I perceived that the world<br />
was pointing and laughing at me I explained how every<br />
time I fell, no matter the severity of the mishap I would<br />
do it absolutely everything to get back up and on my feet<br />
so to speak. I remember writing a part of it where I had<br />
fallen out of my chair on the grass outside and while trying<br />
to get back to my wheels it rolled across the lawn. I<br />
will never forget the feeling I had of determination and<br />
stubbornness coursing through my veins while leopard<br />
crawling down the slope to retrieve my wheels. I wrote<br />
once I had fallen out of my chair and how desperate and<br />
determined I was to get back up to it. Once I wrote about<br />
going to the bathroom to make a wee and falling with<br />
my walker on top of me into the bath. After the first<br />
phase of my emotions washed over me I will never<br />
forget that same feeling of drive, deterioration and<br />
stubbornness that I must get back up, I must maintain<br />
control swept over me<br />
If I miscalculate a transfer or have a sneezing episode<br />
and propel myself to the ground now days I know that<br />
there is little I can do to firstly prevent the accident, not<br />
do any further damage to my body because this is definitely<br />
a thing and finally get someone’s attention<br />
because I know I’m going to need help. At one point I in<br />
a weird way kind of enjoyed my falls. Well enjoyed is a<br />
really strong word. I think I more liked the feeling of having<br />
climbed up back into my wheelchair or maneuvered<br />
my body into a place I felt more comfortable. I felt like I<br />
was physically and sort of mentally in a weird way<br />
fighting this thing. I felt I had battled, and was ‘sort of’<br />
triumphant. When I fall now I have a completely different<br />
experience. I think back to the other day when I fell<br />
off my shower chair in the shower. I actually cut my eye<br />
open and needed to go get some stitches but even if I<br />
don’t hurt don’t mutilate myself I still feel like I am in a<br />
slow motion movie when leading up to this viewing of<br />
my ass. Once I get into the position where I can’t recover<br />
and I am ‘in mid air’, I have a resigned almost calming<br />
feeling. The feeling of not being able to peel myself off<br />
the floor, no matter how much I grit my teeth and swear<br />
under my breath is a really painful thing to lose. Ja I suppose<br />
it is the nature of our dodgy muscles, we are constantly<br />
loosing our ability to do stuff we previously could.<br />
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Talking about sneezing and coughing I can’t tell you how<br />
difficult a road hay-fever has been for me to transverse<br />
over the years. You see I have always have been a victim<br />
of the affects of hay-fever. At the end of winter time<br />
when the plants and grass dry up I have sneezing fits<br />
every year. Besides ‘sNOT’ being pretty at all and it being<br />
extremely annoying, it has the potential to be extremely<br />
dangerous. I have broken three or four pairs of glasses<br />
from my body weight being disturbed and my center of<br />
gravity being whipped out from underneath me and I<br />
end up slamming my face into the desk or something.<br />
Luckily I don’t really bruise that easily, but I have certainly<br />
had the odd egg on my forehead, scrapes on my nose<br />
or somewhere on the face and a shiner or seven so the<br />
ladies think I’m tough. #thuglife I have had to train<br />
myself to batten down the hatches when I feel the<br />
sneezes building up and hold whatever I can. The problem<br />
is when I sneeze my muscles tense and I don’t have<br />
much control. So like the other day when I bailed In the<br />
shower I had no chance even though I was strapped in,<br />
and Tim my helper was with me. He had just turned to<br />
put some toothpaste on my toothbrush.<br />
I don’t fall nearly as much as I did when I was still<br />
‘walking ‘ or more so when I was relinquishing the ability<br />
to do this , in my body and mind. Like I have said before,<br />
this muscle disorder may be fully a physical problem but<br />
on a mental and emotional level we have even bigger<br />
fish to fry. My days of stopping walking were an incredibly<br />
stressful time, not only for me but also those around<br />
me. My mother says she used to listen to the sounds of<br />
my gravitational experiments and try to judge how bad<br />
it was. Not to mention the amount of furniture, toilet<br />
seats or car grab rails I have broken or just pulled off. So<br />
falling has been a massive part of my life but now has<br />
morphed into something a little different for me but<br />
every time this gravitational force intervenes I come<br />
face to face with the person I wanted to know more<br />
about when I was first diagnosed with this craziness. I<br />
wrote a part where I was lying on my bed and getting<br />
dressed, imagining what it would be like when I became<br />
completely incapacitated. Embarrassing as this is for me<br />
to admit I was picking each leg up and maneuvering it<br />
into my pants leg, making out they had no life in them. I<br />
was using my wheels already but I remember I was still<br />
walking on the treadmill at the gym a few times a week.<br />
Now that I am nearly completely incapacitated I look<br />
back upon that day and I just want to give that skrawny<br />
kid a hug and tell him all the things I know now that I<br />
didn’t back then.<br />
Time is a weird concept, it brings with it previously<br />
unconsidered perspectives…<br />
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