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CMT - Daniel Summers, Ph.D.

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Daniel Summers is working to identify new therapeutic avenues for prolonging nerve function and improving the quality of life of people with CMT and other peripheral neuropathies.
Charcot-Marie-Tooth Disease (CMT)

Daniel Summers, a postdoctoral research scholar in the department of genetics at Washington University School of Medicine in St. Louis, was awarded an MDA development grant totaling $180,000 over three years to investigate how activation of a protein called SARM leads to the loss of metabolites that are essential for the health of peripheral nerves in Charcot-Marie-Tooth disease (CMT). Further knowledge of this pathway may highlight whether blocking SARM may be a novel therapeutic approach for CMT and other peripheral neuropathies.

Funding for this MDA development grant began Aug. 1, 2015.

 


CMT - Robert Burgess, Ph.D.

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Robert Burgess is interested in developing mouse models of CMT and related neuromuscular disorders, and using these mice to explore disease mechanisms and as preclinical models for testing therapeutic approaches.
Charcot-Marie-Tooth Disease (CMT)

Robert Burgess, a professor at The Jackson Laboratory in Bar Harbor, Maine, has been awarded an MDA research grant totaling $300,000 over three years. Burgess and co-investigator Scott Harper, associate professor at Nationwide Children’s Hospital Center for Gene Therapy in Columbus, Ohio, will test an AAV gene therapy approach to specifically block the altered form of the GARS gene in a newly developed mouse model for type 2D Charcot-Marie-Tooth disease (CMT). Successful completion of these studies could lead to a new therapy for type 2D CMT and provide a proof of principle for this approach that may be applicable to other types of CMT.

Funding for this MDA research grant began Aug. 1, 2015.

CMT - Aaron DiAntonio, M.D., Ph.D.

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Aaron DiAntonio is working to identify genetic suppressors of motor neuron axon degeneration that can then be evaluated as potential candidates for the treatment of peripheral neuropathy and other disorders in which motor axons are lost.
Charcot-Marie-Tooth Disease (CMT)

Alan A. and Edith L. Wolff Professor of Developmental Biology Aaron DiAntonio at Washington University school of Medicine in St. Louis was awarded an MDA research grant totaling $300,000 over three years to identify novel targets to block nerve degeneration in Charcot-Marie-Tooth disease (CMT). DiAntonio will perform a genetic screen in fruit flies to identify genetic suppressors of nerve degeneration and then test these targets in human nerve cells in a dish. The resulting targets will be potential candidates for the treatment of peripheral neuropathy and other disorders in which motor axons are lost.

Funding for this MDA research grant began Aug. 1, 2015.

CMT - Robert Baloh, M.D., Ph.D.

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Within the fields of ALS and CMT research, Robert Baloh’s specific focus is on using human genetics as a guide toward developing models of diseases and identifying therapeutic targets.
Charcot-Marie-Tooth Disease (CMT)

Robert Baloh, associate professor-in-residence in the department of neurology at the University of California, Los Angeles, has been awarded an MDA research grant totaling $300,000 over three years to study the molecular mechanism of type 2A Charcot-Marie-Tooth disease (CMT) due to mutations in the Mitofusin 2 (MFN2) gene. Baloh has developed a new mouse model that he will use in his research to test whether gene therapy with a gene called MFN1 could serve as a therapeutic approach.

Funding for this MDA research grant began Aug. 1, 2015. 

Five Questions with CMT Researchers Robert Burgess and Scott Harper

Five Questions with Researcher Robert Baloh

Wyoming State Goodwill Ambassador – Terra McCumber

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Wyoming State Goodwill Ambassador - Terra McCumber

Terra McCumber, Age 9
Bar Nunn, WY

Home and Family

Terra lives with her mom and stepdad, Darshee and Derek Buist, her brother Anthony, and stepbrothers Xavier and Zayden.

Diagnosis

Terra is diagnosed with Limb-Girdle Muscular Dystrophy. Limb-Girdle muscular dystrophy isn’t one disease. It’s a group of disorders affecting voluntary muscles, mainly those around the hips and shoulders. Over time, muscle weakness and atrophy can lead to limited mobility and an inability to raise the arms above the shoulders.

School

Terra is in the third grade. Her favorite subject is P.E. because she likes to play tag.

Interests

Terra likes to play on the trampoline and with her younger brother, Xavier. She loves living in Wyoming but also likes to travel. She’s visited South Dakota, Nevada, California, Texas, Colorado, and Florida. Disneyland was her favorite place to visit. She loves living in Wyoming because it’s so beautiful. Terra loves animals and wants to be a veterinarian when she grows up. She has 3 dogs and 9 cats.

MDA Activities

Terra attended camp for the first time in 2014. She says fishing is the best part of camp. She has also been a camp ambassador for the Casper Fire Department.

 

Strongly URL: 
https://strongly.mda.org/wyoming-state-goodwill-ambassador-terra-mccumber/

Wyoming State Goodwill Ambassador – Anthony McCumber

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Wyoming State Goodwill Ambassador - Anthony McCumber

Anthony McCumber, Age 10
Bar Nunn, WY

Home and Family

Anthony lives with his mom and stepdad, Darshee and Derek Buist, his sister Terra, and stepbrothers Xavier and Zayden.

Diagnosis

Anthony is diagnosed with Limb-Girdle Muscular Dystrophy. Limb-Girdle muscular dystrophy isn’t one disease. It’s a group of disorders affecting voluntary muscles, mainly those around the hips and shoulders. Over time, muscle weakness and atrophy can lead to limited mobility and an inability to raise the arms above the shoulders.

School

Anthony is in the 4th grade. His favorite subject is Math because he likes working with numbers.

Interests

Anthony likes to play football, tag and make up new games with his friends. He also likes playing video games. He loves living in Wyoming and also likes to travel. He has visited Nevada, Texas, California, South Dakota and Colorado. He liked Texas the best because of the food and sweet tea. Anthony wants to be a mechanic when he grows up so he can build cars. He loves living in Wyoming because he is close to family.

MDA Activities

Anthony attended camp for the first time in 2014. He says the zip line and climbing the rock wall are his favorite camp activities. He has also been a camp ambassador for the Casper fire department.

Strongly URL: 
https://strongly.mda.org/wyoming-state-goodwill-ambassador-anthony-mccumber/

Diseases - LGMD - Top Level

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What is limb-girdle muscular dystrophy?

Limb-girdle muscular dystrophy (LGMD) isn’t really one disease. It’s a group of disorders affecting voluntary muscles, mainly those around the hips and shoulders. The shoulder girdle is the bony structure that surrounds the shoulder area, and the pelvic girdle is the bony structure surrounding the hips. Collectively, these are called the limb girdles, and it is the muscles connected to the limb girdles that are the most affected in LGMD.

The term proximal is also used to describe the muscles that are most affected in LGMD. The proximal muscles are those closest to the center of the body; distal muscles are farther away from the center (for example, in the hands and feet). The distal muscles are affected late in LGMD, if at all.

As of late 2012, there are more than 20 different subtypes of LGMD, and this is a complex and constantly evolving area of research. See the table below for a more complete list of the LGMD subtypes.

What are the symptoms of LGMD?

LGMD, like other muscular dystrophies, is primarily a disorder of voluntary muscles. These are the muscles you use to move the limbs, neck, trunk and other parts of the body that are under voluntary control. Over time, muscle weakness and atrophy can lead to limited mobility and an inability to raise the arms above the shoulders.

The involuntary muscles, except for the heart (which is a special type of involuntary muscle), aren’t affected in LGMD. Digestion, bowel, bladder and sexual function remain normal. The brain, intellect and senses also are unaffected in LGMD. Cardiopulmonary complications sometimes occur in later stages of the disease. For more, see Signs and Symptoms.

What causes LGMD?

LGMD is caused by a mutation in any of at least 15 different genes that affect proteins necessary for muscle function. Some types are autosomal dominant, meaning LGMD is inherited from one parent. Other types are autosomal recessive and occur when a faulty gene is inherited from each parent. For more on inheritance patterns in LGMD, see Causes/Inheritance.

What is the progression of LGMD?

At this time, progression in each type of LGMD can’t be predicted with certainty, although knowing the underlying genetic mutation can be helpful. Some forms of the disorder progress to loss of walking ability within a few years and cause serious disability, while others progress very slowly over many years and cause minimal disability.

LGMD can begin in childhood, adolescence, young adulthood or even later. Both genders are affected equally.

When limb-girdle muscular dystrophy begins in childhood, some physicians say, the progression is usually faster and the disease more disabling. When the disorder begins in adolescence or adulthood, they say, it’s generally not as severe and progresses more slowly.

What is the status of research on LGMD?

MDA-supported scientists are pursuing several exciting strategies in muscular dystrophy research that have implications for LGMD. These strategies include gene therapy, exon skipping, stop codon-read through and myostatin blocking.

To learn more, read In Focus: Limb-Girdle Muscular Dystrophy (October 2013 special report).

Subtypes of LGMD

Here is a list of LGMD subtypes. Type 1 LGMDs are dominantly inherited, requiring only one mutation for symptoms to result. Type 2 LGMDs are recessively inherited, requiring two mutations — one from each parent — for symptoms to appear. Sometimes, LGMDs are referred to by their names, not their numbers, and some types have not been assigned numbers.

Some LGMD subtype names:

  1. Bethlem myopathy (collagen 6 mutation; dominant)
  2. Calpainopathy (calpain mutations; recessive; LGMD2A)
  3. Desmin myopathy (desmin mutation; dominant; a form of myofibrillar myopathy; LGMD1E)
  4. Dysferlinopathy (dysferlin mutations; recessive; LGMD2B)
  5. Myofibrillar myopathy (mutations in desmin, alpha-B crystallin, myotilin, ZASP, filamin C, BAG3 or SEPN1 genes; all dominant except desmin type, which can be dominant or recessive)
  6. Sarcoglycanopathies (sarcoglycan mutation; recessive; LGMD2C, LGMD2D, LGMD2E, LGMD2F)
  7. ZASP-related myopathy (ZASP mutation; dominant; a form of myofibrillar myopathy)

Dominant LGMD subtype numbers:

  1. LGMD1A (myotilin mutation)
  2. LGMD1B (lamin A/C mutation)
  3. LGMD1C (caveolin 3 mutation)
  4. LGMD1D (DNAJB6 mutation)
  5. LGMD1E, also called desmin myopathy, a type of myofibrillar myopathy (desmin mutation)
  6. LGMD1F (chromosome 7 mutation)
  7. LGMD1G (chromosome 4 mutation)
  8. LGMD1H (chromosome 3 mutation)

Recessive LGMD subtype numbers:

  1. LGMD2A (calpain mutations)
  2. LGMD2B (dysferlin mutations)
  3. LGMD2C, also called SCARMD1 (gamma sarcoglycan mutations)
  4. LGMD2D, also called SCARMD2 (alpha sarcoglycan mutations)
  5. LGMD2E (beta sarcoglycan mutations)
  6. LGMD2F (delta sarcoglycan mutations)
  7. LGMD2G (telethonin mutations)
  8. LGMD2H (TRIM32 mutations)
  9. LGMD2I (FKRP mutations)
  10. LGMD2J (titin mutations)
  11. LGMD2K (POMT1 mutations)
  12. LGMD2L (ANO5 mutations)
  13. LGMD2M (fukutin mutations)
  14. LGMD2N (POMT2 mutations)
  15. LGMD2O (POMGnT1 mutations)
  16. LGMD2Q (plectin mutations)
Headline / Page Title (Purple Box): 
Limb-Girdle Muscular Dystrophy (LGMD)
Page Headline: 
Overview

Indiana State Goodwill Ambassador

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Indiana State Goodwill Ambassador

Noah Tompkins, Age 15
Bloomington, IN

Home and Family

Noah is the son of Darla and Doug Tompkins. He has two brothers.

Diagnosis

Noah was diagnosed with Limb-girdle muscular dystrophy (LGMD) in October 2015. Limb-Girdle muscular dystrophy isn’t one disease. It’s a group of disorders affecting voluntary muscles, mainly those around the hips and shoulders. LGMD, like other muscular dystrophies, is primarily a disorder of voluntary muscles. These are the muscles you use to move the limbs, neck, trunk and other parts of the body that are under voluntary control. Over time, muscle weakness and atrophy can lead to limited mobility and an inability to raise the arms above the shoulders.

School

Noah is an enthusiastic sophomore in high school who enjoys Latin class and playing the saxophone in band.

Interests

Noah loves music and playing the alto saxophone, which he plays by reading off sheet music or freestyle. In fact, he enjoys music so much that he often tries playing any instrument he can get his hands on. Noah also likes to read, even if it is for school! His favorite literature is the Iliad and the Odyssey by Homer and other classic Greek mythology.

MDA Activities

Noah has been a regular attendee at MDA Summer Camp and enjoyed it so much that he regularly takes time to visit with MDA patrons and tell them about how MDA camp and other services have impacted his life. Noah and his family have raised money for MDA through the annual Muscle Walk and involving local schools in fundraising efforts. Additionally, Noah has participated in a variety of Fill the Boot events, visited shamrock locations, and attended MDA lock-ups.

Strongly URL: 
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Delaware State Goodwill Ambassador

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Delaware State Goodwill Ambassador

Jessica Albanese, Age 16
New Castle, DE

Home and Family

Jessica lives with her parents, younger sister Victoria, and their chocolate lab.

Diagnosis

Jessica was diagnosed with Limb-Girdle Muscular Dystrophy in 2008 at the MDA clinic at A.I. duPont Hospital in Wilmington. Limb-girdle muscular dystrophy (LGMD) is a group of disorders affecting voluntary muscles, mainly those around the hips and shoulders. LGMD, like other muscular dystrophies, is primarily a disorder of voluntary muscles. These are the muscles you use to move the limbs, neck, trunk and other parts of the body that are under voluntary control. Over time, muscle weakness and atrophy can lead to limited mobility and an inability to raise the arms above the shoulders.

School

Jessica is in 11th grade and her favorite subjects are science and math.

Interests

Jessica enjoys reading, watching movies, hanging out with friends, and participating in Girl Scouts.

MDA Activities

Jessica attends MDA Summer Camp and organizes a Muscle Walk team annually. She participates in Lock Ups, MDA Show of Strength, Ride for Life, and Shamrocks.

Strongly URL: 
https://strongly.mda.org/delaware-state-goodwill-ambassador/

Meet Sylvia: MDA’s California State Goodwill Ambassador

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sylvia-hpMeet Sylvia

Hometown: Oakland, CA

Age: 15

Diagnosis: I was diagnosed with Bethlem myopathy. Bethlem myopathy is a type of limb-girdle muscular dystrophy—a group of disorders affecting voluntary muscles, mainly those around the hips and shoulders.

Favorite School Subject/Activities: My favorite subjects are leadership and geometry.

Favorite People: My favorite person is Ellen DeGeneres and I also love my dogs Ronnie and Pepe.

Interests: I have many interests including film making, laughing, reading, swimming and advocating for the MDA community.

My favorite things about MDA: I really appreciate being surrounded by people who understand my experience as a person with MD which is one of the most important parts about me.

5 Fun Facts about Me: 

  1. My favorite TV show is Veronica Mars
  2. Ellen DeGeneres & Portia De Rossi are my favorite celebrity couple
  3. I’m president of my class
  4. I enjoy playing Bridge with my grandparents
  5. I’m a youth film maker with the Bay Area Video Coalition

Sign up to learn more about how you can help kids like Sylvia live longer and grow stronger.

The post Meet Sylvia: MDA’s California State Goodwill Ambassador appeared first on MDA.

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MDA Grants Work to Find Breakthroughs Across Diseases

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iStock_HowGrantsWork HP

Since its inception, MDA has invested more than $1 billion in neuromuscular disease research to uncover new treatments and cures.

In 2016 alone, MDA awarded 66 new research, development and research infrastructure grants with a total funding commitment of more than $17 million. These and other MDA grants fund research projects designed to uncover the secrets of the many diseases covered in our program and work toward finding treatments and cures to slow and stop them.

Over the years, we’ve fielded many questions about our research program, including how awards are determined, why there are some diseases that seem to receive more research dollars than others, and why there seems to have been so little progress despite the enormous investment. Here are some of the most frequent questions we receive. Do you have others you are curious about? Let us know in the comments.

To whom does MDA award grants?

MDA supports the world’s best scientists who are working on projects that will make an impact across the boundaries of the diseases in our program. Although specific qualifications vary depending on the type of grant, MDA consistently funds the top scientists in the world who are leaders in the neuromuscular disease space.

What types of research does MDA support through its grants programs?

  • Discovery research includes work to understand the causes of disease, pinpoint the biological pathways involved in disease, identify new drug targets and test new treatment strategies.
  • MDA’s translational research program is designed to move new drug targets into the clinic as rapidly and efficiently as possible. The program was developed in response to the increasing number of promising therapeutic avenues for neuromuscular diseases that have developed from MDA’s discovery research program.
  • Clinical research supports the continued development of exciting therapies in the pipeline moving into testing in humans. This includes clinical trials, where a new drug or other form of intervention is tested in healthy people (safety trials) or in patients (to see if the intervention alleviates symptoms), but also clinical studies in which researchers are studying the disease itself.
  • Research to support infrastructure is designed to support the development of tools, techniques and services of need to the neuromuscular research community.
  • MDA also awards grants to support conferences, meetings and workshops to facilitate the exchange of scientific ideas and crucial information relevant to the diseases under MDA’s umbrella.

Where is MDA research happening?

MDA funds neuromuscular disease research all around the world. MDA-supported research projects currently are being conducted in 10 countries.

When does MDA award grants?

Different types of MDA grants may be awarded at different times of the year. Some, including research grants and development grants, are awarded on a regular basis in the winter (February) and summer (August). Other “out of cycle” awards may be made at any time.

Why does MDA award grants?

Finding treatments and cures is at the heart of MDA’s mission to free individuals — and the families who love them — from the harmful effects of muscular dystrophy, ALS and related diseases. In addition to the work MDA does to provide the best clinical care and support to families living with neuromuscular disease, funding the most promising and innovative research is the top priority.

How does MDA decide which grants to fund?

The review process varies depending on the type of grant. For research grants, which make up the majority of MDA’s research funding awards each year, investigators submit grant applications, which are reviewed and rated by MDA’s Research Advisory Committee — a group of approximately 40 of the world’s leading scientists and clinicians who specialize in neuromuscular disease and who serve in volunteer roles for MDA. Grants with the best scores — representing the best and most promising science — are recommended for funding. Approval comes from MDA’s Board of Directors.

How many diseases do MDA grants cover?

The number of diseases that are the focus of MDA-supported research varies by grant cycle, but many of the research projects we fund have application across the broad spectrum of diseases we cover. MDA is committed to making treatment options available for all the diseases in our program; One of the advantages of being an umbrella organization is the power in the big-picture approach we’re able to take toward finding the medical and scientific breakthroughs that will lead to treatments and cures.

Why aren’t you funding research for my disease?

MDA-funded research makes an impact across disease boundaries, so although a particular research project may focus on a disease, or group of diseases, the work may have implications that ripple across the neuromuscular disease landscape — this is why MDA’s broad coverage of diseases is so powerful.

When you fund research in one disease, aren’t you taking away funding from research into another disease?

MDA research dollars aren’t allotted to particular diseases, so funding to support research in one disease area doesn’t “take away” from any other. MDA simply funds the best scientists and the best science out there as we work to find treatments and cures for all the diseases in our program.

Why haven’t we found a cure yet?

There are many neuromuscular diseases, and for some diseases there are even different types. Because there are so many, we will have to find many cures— not just one. We’re going to have to treat the different diseases and disease types in many different ways. We can always use more funding to speed the search for cures, as it will allow us to fund more people to work on the various problems. But funding isn’t everything. We also are limited by the speed at which science advances and how our knowledge about the different diseases moves forward.

Why isn’t there more research going into my disease?

In order for research to be conducted for a specific disease, there must be funding available and there must be researchers who are interested in working in the disease area. Both can be positively affected through greater public awareness. MDA is working to raise awareness, attract researchers and accelerate treatments and cures for all the diseases in its program.

How can we encourage more researchers to devote themselves to the study of my disease?

MDA encourages bright, young investigators to pursue careers in the neuromuscular disease research field through grants that are specifically tailored to help launch these young researchers’ scientific programs. As their science advances, many recipients of these development grants apply for and receive research support through MDA’s research grant program. Many have also become members of MDA’s Research Advisory Committee.

What successes have come from the MDA research program?

MDA has been involved in research into basic muscle and nerve biology since 1950, when virtually nothing was known about how muscles were formed or functioned, even in non-diseased tissues. Since then, thousands of scientific papers have been published explaining how the tissues work and what goes wrong in neuromuscular disease. MDA funding supported the research that led to the discovery of the genetic causes of dozens of diseases, starting with the discovery of the dystrophin gene in 1986. Without this knowledge, there was no hope for curing diseases.

MDA’s research program has been so successful over the years that MDA started the translational research program in 2004 to help accelerate therapy development based on these results. This program attracted so much interest that it was expanded in 2009 by the formation of MDA Venture Philanthropy (MVP), which operates with a more venture capital-like approach. MVP is exclusively focused on the funding and commercialization of treatments and cures for neuromuscular diseases, and hopes to increase the speed of moving drugs through clinical development.

MDA’s fingerprints are on nearly every major advance in neuromuscular disease research, with MDA-sponsored research having resulted in breakthroughs for treating diseases, and in increasing survival and quality of life.

If MDA did not sponsor this research, what would the state of science be?

MDA provides critical funding at a time when many other sources of funding have dried up or become more difficult to obtain. We fund not only the best science and the world’s best researchers, but also the most promising emerging investigators who will make the breakthroughs of tomorrow. MDA funding has kept both the drug development and researcher pipelines moving. Without it, many of the promising therapies in development today may never have gotten off the ground.

 

The post MDA Grants Work to Find Breakthroughs Across Diseases appeared first on MDA.

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New Research Grants Aim to Help MDA Families Live Unlimited

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GP-head-shot-FINAL-crop-300x290This summer MDA challenged our families, friends, sponsors, staff and others around the nation to share their stories about living life without limits despite the challenges of neuromuscular disease. Some shared moments tied to pursuing an education or career that was thought to be out of reach. Some talked about skydiving, hiking or running a marathon, and others mentioned learning to sing or swim, spending time with family or traveling to faraway places. However #LiveUnlimited moments are defined, MDA is working hard around the clock to make more of them possible.

One of the many ways we’re helping create these precious moments is through our research grants, which fund projects designed to drill down to the bottom of the many diseases covered in our program and work toward finding treatments and cures to slow and stop them.

I’m happy to announce that on Aug. 1 MDA began funding 25 new research, development and research infrastructure grants. This is in addition to 41 such grants awarded earlier this year. Together the two rounds of research awards carry a funding commitment of more than $17 million that is now supporting investigators around the world seeking to advance the state of science and make more #LiveUnlimited moments a reality.

Numbers represent proof point of our commitment

As we refocus our resources and move closer to our goal of doubling our research investment in drug development and clinical trials testing by 2020, MDA is committed to making treatment options available for all the diseases in our program.

For this latest round of awards, MDA reviewed 226 applications and had sufficient funds to approve funding for approximately 10 percent of them — 25 grants with a total funding commitment of $6.7 million. Here are some highlights:

  • Laura Ranum, professor of molecular genetics and microbiology at the University of Florida in Gainesville, was awarded an MDA research grant totaling $146,712 over two years to develop an antibody therapy as a potential treatment for amyotrophic lateral sclerosis (ALS).
  • Pier Lorenzo Puri, associate professor in the development, aging and regeneration program at Sanford Burnham Prebys Medical Discovery Institute in La Jolla, Calif., was awarded an MDA research grant totaling $298,965 over a period of three years to increase understanding about the complexity of cellular interactions that underlie disease progression in Duchenne muscular dystrophy (DMD).
  • Joel Chamberlain, research associate professor at the University of Washington School of Medicine in Seattle, was awarded an MDA research grant totaling $300,000 over a period of three years to increase understanding of the role of DUX4 protein in facioscapulohumeral muscular dystrophy (FSHD).
  • Marek Napierala, an assistant professor in biochemistry and molecular genetics at the University of Alabama at Birmingham, was awarded an MDA grant totaling $279,518 over a period of three years to investigate a therapeutic strategy for Friedreich’s ataxia (FA).
  • Madhuri Hegde, associate professor in the department of human genetics at Emory University in Atlanta, was awarded an MDA research infrastructure grant totaling $300,000 over a period of three years to continue groundbreaking work to identify and characterize new gene defects that can cause limb-girdle muscular dystrophy (LGMD).
  • Marilena D’Aurelio, assistant professor of research in neuroscience at Cornell University in New York, was awarded an MDA research grant totaling $300,000 over a period of three years to examine changes in metabolism that occur in mitochondrial myopathies (MM) and may be used as biomarkers of disease progression.
  • Lyndsay Murray, a lecturer in anatomy at the University of Edinburgh, in Scotland, United Kingdom, was awarded an MDA research grant totaling $292,174 over a period of three years to investigate how the mechanisms underlying spinal muscular atrophy (SMA) influence how therapies work at different stages of the disease.

For more information on all the new grants, check out MDA’s Grants at a Glance.

MDA’s current research commitment totals about 150 research projects around the world, each of these a step forward toward treatments and cures.

Grants have impact across disease boundaries

At MDA, we know breakthroughs don’t happen in isolation. One of the advantages of being an umbrella organization is the power in the big-picture approach we’re able to take toward finding the breakthroughs that will lead to treatments and cures.

MDA supports the world’s best scientists who are working on projects that will make an impact across the boundaries of the diseases in our program. This means that a single grant could easily advance clinical trial preparedness in both Duchenne and Becker muscular dystrophies; one project may shed light on underlying disease processes in limb-girdle muscular dystrophy, inclusion-body myopathy and myofibrillar myopathies; another may inform therapeutic development for both ALS and spinal muscular atrophy.

As a result of our $1 billion in research investments over the last six decades, MDA’s fingerprints are on nearly every major advance in neuromuscular disease research. With all of our 2016 grant awards, we are continuing to fund the research that will change the neuromuscular disease landscape and make a difference in the lives of our families and loved ones.

Find out how you can fund cures and champion the cause at mda.org.

The post New Research Grants Aim to Help MDA Families Live Unlimited appeared first on MDA.

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Passion in Action: Connecticut Teen Brings Enthusiasm to the Muscle Walk

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Thirteen-year-old Dana Parrott has a live unlimited motto, which she faithfully follows.

“I may have muscular dystrophy,” she says. “But muscular dystrophy don’t have me!”

In so doing, Dana is showing the world that her limits don’t define her. To every doubter and every “you can’t do that,”
she says, “watch me.”

Diagnosed with limb-girdle muscular dystrophy (LGMD) five years ago, the eighth grader uses a wheelchair to get around but still remains active.

“Dana was always on the go before her diagnosis,” says mom Jane. “So after lots of research, I found the adaptive sport program at Hospital for Special Care.”

Dana and her HSC Cruiser teammates
Dana and her HSC Cruiser teammates

Now, Dana is a member of the HSC track and field team Cruisers and its swim team Waves.

“I ask her what keeps her going, because not many kids with muscular dystrophy play sports, and she said that she loves the feeling of competition, to compete against her own strength and to meet people with many different kinds of struggles,” Jane continues.

Playing on a team means “I’m not alone,” according to Dana. “The challenge is that it’s hard and sometimes I’m tired but my team, coaches and my family support me and push me through it. I also love my trophies, awards and to travel.”

In other words, it’s all about living unlimited.

It’s clear that a muscle-debilitating disease can’t hold this girl back — and she doesn’t want anyone else to be held back by one either. That’s why, ever since she was diagnosed, Dana has participated in MDA Muscle Walk.

“It’s just a really fun time,” she says. “Getting to be at an event where you know that it’s helping you and others. It gives you such a good feeling.”

Her local walk, the Greater Hartford and New Haven Area Muscle Walk, took place June 12. Dana’s team of family and friends, called Dana’s Team Awesome, had a goal of raising $1,500. They aren’t greedy, Dana’s mom Jane says, but they’d like to pull in a lot more money than that for the MDA.

Dana is a decorated athlete
Dana is a decorated athlete

The team lives up to its name — they always blow past their fundraising goal, Jane says, usually doubling their dollars at the last minute.

“We came up with Dana’s Team Awesome because we have an awesome family and awesome friends that are with us every year and donate to MDA every year,” Jane, says. “It’s been pretty amazing. They have been awesome.”

To date, Dana’s Team Awesome has already raised a whopping $1,100 for the MDA—which makes Dana and the team pretty awesome indeed.

Dana was a local MDA Goodwill Ambassador in Connecticut, where she lives, and has sold MDA Shamrocks and participated in Fill the Boot events.

For her and her mom, raising funds for the MDA is a no-brainer. (When asked why she supports the MDA, Dana quipped, “First of all, ‘Why not?'”)

“The real reason is because the MDA funds all the research and helps you get what you need. If you need something, they’ll help you get it,” Dana says. “All the money that’s donated to the MDA walk, where do you think it goes? It has to go somewhere and it goes to research — for a cure someday.”

When Dana was first diagnosed, Jane was devastated. She worried about Dana’s future and asked how she could help make Dana’s life the best it could be.

Jane told her daughter to never let the disease define her. She told her that even though everything is never going to be OK, they can’t just sit back and cry.

They haven’t. Dana has her challenges and her successes, but no matter what, she keeps trucking. She keeps living unlimited.

LGMD won't stop Dana from pursuing her love of music
LGMD won’t stop Dana from pursuing her love of music

Sometimes Dana misses class, because she gets sick a lot, but she works hard and gets good grades — so good that she’s an honor student. She even just joined a new soccer team where all the players use wheelchairs. She has also played the piano since the age of four.

“I can’t raise my arm to save my life, but I can still somehow manage to play the piano,” she says. “I really don’t know how it works, but somehow I make it happen.”

“She’s a fighter,” Jane says.

To join families like the Parrotts and walk to help bring an end to muscle-debilitating diseases, sign up for your local Muscle Walk today.

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LGMD – Criss Hartzell, Ph.D.

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LGMD - Criss Hartzell, Ph.D.
Criss Hartzell’s work may uncover new disease mechanisms and form the basis for future therapeutic approaches in limb-girdle muscular dystrophy.

Criss Hartzell, professor of cell biology at Emory University School of Medicine in Atlanta, Ga., was awarded an MDA research grant to elucidate the mechanisms underlying type 2L limb-girdle muscular dystrophy (LGMD), caused by mutations in the ANO5 gene. Hartzell will examine the role the ANO5 protein plays in trafficking and fusion of cell membranes during muscle repair, and how mutations in this protein disrupt these functions. The work may uncover unique targets around which to base new therapeutic approaches.

Funding for this MDA research grant began Aug. 1, 2015.

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Delaware State Goodwill Ambassador

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Delaware State Goodwill Ambassador

Jessica Albanese, Age 16
New Castle, DE

Home and Family

Jessica lives with her parents, younger sister Victoria, and their chocolate lab.

Diagnosis

Jessica was diagnosed with Limb-Girdle Muscular Dystrophy in 2008 at the MDA clinic at A.I. duPont Hospital in Wilmington. Limb-girdle muscular dystrophy (LGMD) is a group of disorders affecting voluntary muscles, mainly those around the hips and shoulders. LGMD, like other muscular dystrophies, is primarily a disorder of voluntary muscles. These are the muscles you use to move the limbs, neck, trunk and other parts of the body that are under voluntary control. Over time, muscle weakness and atrophy can lead to limited mobility and an inability to raise the arms above the shoulders.

School

Jessica is in 11th grade and her favorite subjects are science and math.

Interests

Jessica enjoys reading, watching movies, hanging out with friends, and participating in Girl Scouts.

MDA Activities

Jessica attends MDA Summer Camp and organizes a Muscle Walk team annually. She participates in Lock Ups, MDA Show of Strength, Ride for Life, and Shamrocks.

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Fishing for Muscular Dystrophy: One Man’s Passion — and Purpose

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IMG_0443Muscular dystrophy couldn’t keep Paul Robertson from the water, and he doesn’t want muscle disease to stop anyone from doing what they love.

“When you get on the water, it’s a sense of freedom. It’s just the thrill of the bite, the thrill of the competition, the thrill of being on the water,” the lifelong boater and fisherman said.

That’s why, blending passion and purpose, Paul started Fishing for Muscular Dystrophy (FFMD), a professional fishing team that is raising awareness of muscular dystrophy and funds for the Muscular Dystrophy Association.

A mere 11 months after Paul first approached MDA with his idea, he was captaining a brand new boat with an 8-person team at FFMD’s first tournament — the Jimmy Johnson National Billfish Championship in Key Largo, Florida.

DSC_1259The FFMD team came in sixth out of 31 boats during the competition (a very respectable showing for a maiden voyage) and netted an award for getting the last bite one day. In addition, the group staffed a tent, organized a raffle and sold swag, all to help raise funds and awareness for the MDA.

Paul’s goal is to send $1 million back to MDA each year, raised from tournament winnings, fundraising and corporate sponsorships, like the one from Everglade Boats, the manufacturer that donated a significant portion of the team’s boat fresh off the assembly line.

But Paul’s vision isn’t limited to the fundraising and sponsorships. He also wants to create more teams focused on different kinds of fishing and captained by other fishing enthusiasts who have a muscle disease.

“Why not let someone else feel good about what they can do?” he said.

Paul was diagnosed with limb-girdle muscular dystrophy 15 years ago and was in denial for at least 12 of those years, he said. A bad fall and words from a friend got Paul on the road to where he is today.

“Someone told me, when I first thought about this — when the idea was there and it was on the sidelines — ‘Dreams expire.’ They do,” he said. “So, I couldn’t allow myself to sit back five years from now and all of a sudden find out that maybe I’m in a wheelchair, my mobility has declined, and I can’t do this, and say, ‘I could have done this, but I didn’t.’”

The whole enterprise has been therapeutic for Paul. He’s happy to be doing good, while doing what he loves — being out on the water — and he hopes FFMD can make a difference in others’ lives too.

“To put this in perspective, for me, it’s almost been what allowed me to break out and freely and openly talk about being affected with a muscle disease and not be ashamed of it,” he said. “It is what it is. Big deal. Let’s roll, let’s keep living life, let’s move forward.”

Seeing his vision come to life in Key Largo was fantastic, Paul said. Besides the support from 30-plus family and friends who came to cheer on FFMD, there were other indications that he was on the right path. Paul was thrilled, for example, to meet others who had personal experience with muscular dystrophy and loved what the group was doing.

IMG_0446“It’s priceless. You can’t put a value on doing that,” he said. “Sitting in a restaurant one night, someone walks up and says, ‘Hey, where can I get one of those shirts? My cousin’s daughter has muscular dystrophy.’ That’s just like, wow.”

Next up is a tournament in Key West, Florida, and after that the team is off to the Chesapeake Bay in Maryland. With a parade of trucks, trailers and boats plastered with the MDA logo, the group is sure to have more encounters with people whose lives have been touched by muscle disease.

“We’ve got this caravan going from city to city, all with the MDA logo and our logo and pictures of the boats, out there bringing awareness to muscular dystrophy and those affected with muscle disease.”

For more on FFMD, visit their website or follow them on Facebook and Twitter.

 

 

 

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Genetic Testing Provides Answers and Hope

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kathy payette
Kathy Payette

When Kathy Payette was in eighth grade, she started experiencing unexplained muscle weakness. Over a period of three years in the mid-1970s, she visited several doctors, all of whom were puzzled by her symptoms. When she was 17, Kathy spent a week at the Mayo Clinic with a team of doctors who concluded she had limb-girdle muscular dystrophy.

She accepted the diagnosis. But because it was based on observation rather than genetic mapping (which at the time was still the stuff of science fiction) she understood that she might have something else entirely.

“Over the last 40 years, I have confidently told people that I have LGMD, always knowing deep down inside that at any time a doctor could tell me ‘With the new findings we have, we now think you have’ some other disease,” she says.

So when she learned that MDA Care Centers offer genetic testing for people experiencing muscle weakness suggesting LGMD who do not already have a genetic diagnosis, she jumped at the opportunity.

“I thought at the time it would just be nice to know definitively,” Kathy, now 56 and living in Green Bay, Wis., says.

The results had more of an impact than she expected.

“Much to my surprise, when I received the phone call it was like a weight was lifted off of me. I felt like I found out a little something about who I am that I never knew,” she says. “It really made me smile. It also gives me hope.”

Genetic testing is important for individuals like Kathy because definitive results “will allow clinicians to diagnose and treat individuals with more accuracy as some subtypes of LGMD require different forms of intervention because they are much more likely than others to involve the cardiac or respiratory muscles,” says Valerie A. Cwik, MDA Executive Vice President and Chief Medical and Scientific Officer.

The simple test requires only a saliva sample, which can be collected at any one of MDA’s Care Centers across the country. From there, it is sent to Emory Genetic Laboratory, and within two to three months results are returned to the MDA physician, who then shares the findings with patients and their families.

Patients interested in learning more about genetic testing are encouraged to reach out to their local office, where specialists like Sarah Arndt, who helped Kathy through the testing process, can discuss options.

“My role is to direct our families to the right doctors and resources so they can manage their diseases and get the best treatment possible,” says Arndt, a senior Family Support and Clinical Care Coordinator for MDA Green Bay. “I was so pleased to be a part of Kathy getting answers to questions she’s had for four decades. Helping MDA families is the greatest reward.”

Learning that she has LGMD type 2A has also been rewarding for Kathy.

“Now I know what is causing my muscles to deteriorate and not be able to build up again. More importantly when I look at research articles there is no more guessing if I have this or that type.  When researchers talk about different treatments and I see them being developed I can read the articles and relate completely to what is going on in me,” she says.

The genetic testing program is made possible by a grant from Genzyme, a Sanofi company, and in collaboration with Emory Genetics Laboratory. To find an MDA Care Center near you and to learn more, visit https://www.mda.org/services/your-mda-care-center

 

 

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Former MDA Camper and State Ambassador Named Ms. Wheelchair Wisconsin

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Ms. Wheelchair Wisconsin When Myranda Gereau was 8 years old, Ms. Wheelchair Wisconsin visited MDA Summer Camp and inspired Myranda so deeply, she vowed to follow her example.

“I remember going up to her at MDA Summer Camp and thinking maybe I could do this one day,” Myranda remembers.

This February, 13 years after that initial encounter, Myranda competed in the Ms. Wheelchair Wisconsin pageant and fulfilled her dream of winning the crown.

Myranda, who lives with Bethlem myopathy, a subset of limb-girdle muscular dystrophy(LGMD), was attracted to the opportunity to advance her platform “We Are Able,” which aims to empower young adults with disabilities to feel confident and supported in achieving their goals and dreams.

“There is no instruction manual on how to live with a disability,” she says. “It’s all trial and error, whether it’s setting your house up for modifications or dealing with stress. When you are a kid or teen, you already have the stress of wanting to be included and trying to figure out where you belong, and to have a disability on top of that can be challenging. I know when I was in high school I would love to have had someone to talk to about all that.”

As Ms. Wheelchair Wisconsin, Myranda advocates for and represents people with disabilities in the state. In addition to her duties as Ms. Wheelchair Wisconsin, Myranda is currently a student at the University of Wisconsin-Sheboygan, on her way towards earning her degree in human services. “My dream job would be to help kids with disabilities in schools and in hospitals,” she says of her career goals.

Growing up with MDA

Initially diagnosed with LGMD at age 2, Myranda received a more specific diagnosis of Bethlem myopathy eight years later. Today, Myranda is a patient at the MDA Care Center at Prevea Clinic in Green Bay.

Ms. Wheelchair WisconsinIn addition to Myranda’s transformative encounter with the pageant world at MDA Summer Camp, MDA also enabled Myranda to get a head start on the advocacy experience that today is the center of her “We Are Able” platform as Ms. Wheelchair Wisconsin. She started out as a local ambassador in her region of the state and went on to become a two-time Wisconsin state ambassador.

Whether as an MDA ambassador or for her duties as Ms. Wheelchair Wisconsin, Myranda enjoys being able to visit different groups of people and speak at events and locations throughout the state. Wherever she goes, she spreads her message of positivity, achievement and empowerment.

“Watch Me”

In mid-August, Myranda will compete in the Ms. Wheelchair America national pageant in Erie, Pennsylvania. At the pageant, Myranda will have the ability to share her “We Are Able” platform with a wider audience.

Myranda believes that the Miss Wheelchair competition is something that more people should know about and participate in. “Not many people know about it. If they find out about it and want to do it, it’s a great experience. You can get your voice heard, get your platform out there, and you will meet and help so many people.”

Myranda concludes with one piece of advice she is especially passionate about and is the centerpiece of her “We Are Able” message she will be sharing at the pageant: “Don’t let anyone tell you that you can’t do something. I have been told that so many times, and every time, I say ‘watch me.’ You can’t always take someone else’s word. You can always find a way to do something. It may not be the normal way per se, but you are always able to do things.”

Myranda is fundraising for her trip to the national Ms. Wheelchair America pageant, and she can be contacted via Facebook.

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