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Fragile X Held Him Back. An Experimental Drug Is Helping Him Break Free

For 22 years, Jason Mazzola's life was defined by Fragile X, a genetic condition that often causes autism and intellectual disability.

Jason, who is 24 now, needed constant supervision. He had disabling anxiety, and struggled to answer even simple questions.

All that began to change when he started taking an experimental drug called zatolmilast in May of 2023.

"It helps me focus a lot, helps me get more confident, more educated," Jason says.

His mother, Lizzie Mazzola, credits zatolmilast with transforming her son.

"I have a different child in my house," she says. "He gets himself to work, he walks downtown, gets his haircut, gets lunch. He wouldn't have done any of that before."

Other parents of children with Fragile X are also reporting big changes with zatolmilast.

Those anecdotes are supported by data.

A 2021 study of 30 adult male participants with Fragile X found that taking zatolmilast for 12 weeks improved performance on a range of memory and language measures.

Now, two larger studies are underway that will determine whether zatolmilast becomes the first drug approved by the Food and Drug Administration to treat Fragile X.

Brain, interrupted

Mazzola realized early on that Jason was falling behind.

Jodi Hilton for NPR/Jodi Hilton for NPR /

August 22, 2024, Natick, MA. Photos of the twins Jason and Jessica as children. Both were born with Fragile X syndrome.

"He could hardly talk by three," she says. "At four he started to put some words together, but really wasn't talking in sentences."

Genetic tests revealed the cause: Fragile X.

The inherited condition affects the X chromosome, making one segment appear fragile or broken. This anomaly blocks production of a protein that's important to brain development.

The result can be autism, ADHD, anxiety, sensory sensitivity, and a range of intellectual disabilities.

For Jason, many of these symptoms were severe. Like many people with Fragile X, his IQ was in the 40s, and he was often paralyzed by anxiety.

Jason's twin sister, Jessica, also has Fragile X, but the symptoms are absent or much milder.

That's often true of females with the condition. They typically benefit from having two X chromosomes, one of which is unaffected.

So while Jessica went on to college, Jason was still barely able to converse, even with his parents.

"He's always wanted to be social. He's a friendly person," Mazzola says. "But because his communication skills were so impaired, he struggled to put his thoughts into words."

Jodi Hilton for NPR/Jodi Hilton for NPR /

August 22, 2024, Natick, MA. Jason Mazzola at home with his twin sister Jessica and dog Marley. Repurposing an Alzheimer's drug

By the time Jason was a teenager, scientists had begun studying the link between Fragile X and an enzyme that plays a role in memory and cognitive impairment.

Much of the funding for this research came from the FRAXA Research Foundation, a group founded by the parents of a child with Fragile X.

FRAXA-funded researchers knew there were drugs that could tweak the enzyme in a way that might help a Fragile X brain work better. But the drugs all had side effects that made them unsuitable for people.

Then one day FRAXA got a call from Tetra Therapeutics, a small drug company in Michigan.

"They had this drug in clinical trials for Alzheimer's disease," recalls Dr. Michael Tranfaglia, FRAXA's co-founder and medical director. "They wanted to explore the possibility of using their drug in Fragile X."

That made sense because the drug targeted the same enzyme FRAXA had been studying and it didn't seem to cause the side effects that had ruled out similar drugs.

The next stop for Tetra was Dr. Elizabeth Berry-Kravis, a professor at RUSH University Medical Center in Chicago. Berry-Kravis had been studying the way Fragile X affects brain development for nearly three decades, and was receiving funding from FRAXA.

So she got a visit from a Tetra executive.

"Mark Gurney, who was the head of the company at the time, came to my office and said, 'Hey, you've got this mechanism that you've been waiting for a drug for for 28 years, and we've got a drug,' " Berry-Kravis recalls.

The drug was zatolmilast.

Jodi Hilton for NPR/Jodi Hilton for NPR /

August 22, 2024, Natick, MA. Jason Mazzola works as a dishwasher at The Residence at Natick South. Jason unbound

A flurry of research showed that zatolmilast worked in fruit flies and mice with Fragile X. The 2021 study of 30 male adults extended the promising results to people.

"We saw an improvement in their memory and their vocabulary and their ability to read," Berry-Kravis says.

The next step was to have Berry-Kravis oversee a pair of larger studies – one in males from 9 to 17, the other in males from 18 to 45. The studies got underway in 2022, with funding from the Japanese drug company Shionogi, which had acquired Tetra.

Mazzola decided to enroll her son, Jason, who was now in his 20s. She was optimistic about zatolmilast, despite having witnessed the failure of other promising drugs for Fragile X

"It just seemed different," she says. "It was affecting their cognition and IQ scores."

At first, Mazzola and her husband didn't know if their son was getting zatolmilast or a placebo.

Within a few weeks, though, Jason did something remarkable: He walked into his father's home office and started a conversation.

"My husband said, 'He has to be on the drug. He's never done that,' " Mazzola says.

Jason is still taking the drug, and still improving, Mazzola says. He has a job washing dishes at a local assisted living facility. He helps his mom coach high school field hockey and lacrosse.

Jason himself offers perhaps the most compelling evidence that the drug is working.

Jodi Hilton for NPR/Jodi Hilton for NPR /

August 22, 2024, Natick, MA. Jason Mazzola getting his haircut by Jose Nieves at Title City.

At his home in a Boston suburb, the young man who was once paralyzed by simple questions agrees to an interview.

When I ask Jason to tell me something about himself, he's got an answer:

"I play a lot of sports like hockey, basketball and golf," he says. "Golf is really fun because I play with my dad."

"You good off the tee with the driver?" I ask.

"Yeah, the driver," he says, "and the six iron and the seven and the putter."

A scientific verdict on the drug will come when the study is completed, probably in 2025.

Copyright 2024 NPR


There's Evidence Fragile X Symptoms Can Be Reduced With An Experimental Drug

For 22 years, Jason Mazzola's life was defined by Fragile X, a genetic condition that often causes autism and intellectual disability.

Jason, who is 24 now, needed constant supervision. He had disabling anxiety, and struggled to answer even simple questions.

All that began to change when he started taking an experimental drug called zatolmilast in May of 2023.

"It helps me focus a lot, helps me get more confident, more educated," Jason says.

His mother, Lizzie Mazzola, credits zatolmilast with transforming her son.

"I have a different child in my house," she says. "He gets himself to work, he walks downtown, gets his haircut, gets lunch. He wouldn't have done any of that before."

Other parents of children with Fragile X are also reporting big changes with zatolmilast.

Those anecdotes are supported by data.

A 2021 study of 30 adult male participants with Fragile X found that taking zatolmilast for 12 weeks improved performance on a range of memory and language measures.

Now, two larger studies are underway that will determine whether zatolmilast becomes the first drug approved by the Food and Drug Administration to treat Fragile X.

Brain, interrupted

Mazzola realized early on that Jason was falling behind.

Jodi Hilton for NPR/Jodi Hilton for NPR /

August 22, 2024, Natick, MA. Photos of the twins Jason and Jessica as children. Both were born with Fragile X syndrome.

"He could hardly talk by three," she says. "At four he started to put some words together, but really wasn't talking in sentences."

Genetic tests revealed the cause: Fragile X.

The inherited condition affects the X chromosome, making one segment appear fragile or broken. This anomaly blocks production of a protein that's important to brain development.

The result can be autism, ADHD, anxiety, sensory sensitivity, and a range of intellectual disabilities.

For Jason, many of these symptoms were severe. Like many people with Fragile X, his IQ was in the 40s, and he was often paralyzed by anxiety.

Jason's twin sister, Jessica, also has Fragile X, but the symptoms are absent or much milder.

That's often true of females with the condition. They typically benefit from having two X chromosomes, one of which is unaffected.

So while Jessica went on to college, Jason was still barely able to converse, even with his parents.

"He's always wanted to be social. He's a friendly person," Mazzola says. "But because his communication skills were so impaired, he struggled to put his thoughts into words."

Jodi Hilton for NPR/Jodi Hilton for NPR /

August 22, 2024, Natick, MA. Jason Mazzola at home with his twin sister Jessica and dog Marley. Repurposing an Alzheimer's drug

By the time Jason was a teenager, scientists had begun studying the link between Fragile X and an enzyme that plays a role in memory and cognitive impairment.

Much of the funding for this research came from the FRAXA Research Foundation, a group founded by the parents of a child with Fragile X.

FRAXA-funded researchers knew there were drugs that could tweak the enzyme in a way that might help a Fragile X brain work better. But the drugs all had side effects that made them unsuitable for people.

Then one day FRAXA got a call from Tetra Therapeutics, a small drug company in Michigan.

"They had this drug in clinical trials for Alzheimer's disease," recalls Dr. Michael Tranfaglia, FRAXA's co-founder and medical director. "They wanted to explore the possibility of using their drug in Fragile X."

That made sense because the drug targeted the same enzyme FRAXA had been studying and it didn't seem to cause the side effects that had ruled out similar drugs.

The next stop for Tetra was Dr. Elizabeth Berry-Kravis, a professor at RUSH University Medical Center in Chicago. Berry-Kravis had been studying the way Fragile X affects brain development for nearly three decades, and was receiving funding from FRAXA.

So she got a visit from a Tetra executive.

"Mark Gurney, who was the head of the company at the time, came to my office and said, 'Hey, you've got this mechanism that you've been waiting for a drug for for 28 years, and we've got a drug,' " Berry-Kravis recalls.

The drug was zatolmilast.

Jodi Hilton for NPR/Jodi Hilton for NPR /

August 22, 2024, Natick, MA. Jason Mazzola works as a dishwasher at The Residence at Natick South. Jason unbound

A flurry of research showed that zatolmilast worked in fruit flies and mice with Fragile X. The 2021 study of 30 male adults extended the promising results to people.

"We saw an improvement in their memory and their vocabulary and their ability to read," Berry-Kravis says.

The next step was to have Berry-Kravis oversee a pair of larger studies – one in males from 9 to 17, the other in males from 18 to 45. The studies got underway in 2022, with funding from the Japanese drug company Shionogi, which had acquired Tetra.

Mazzola decided to enroll her son, Jason, who was now in his 20s. She was optimistic about zatolmilast, despite having witnessed the failure of other promising drugs for Fragile X

"It just seemed different," she says. "It was affecting their cognition and IQ scores."

At first, Mazzola and her husband didn't know if their son was getting zatolmilast or a placebo.

Within a few weeks, though, Jason did something remarkable: He walked into his father's home office and started a conversation.

"My husband said, 'He has to be on the drug. He's never done that,' " Mazzola says.

Jason is still taking the drug, and still improving, Mazzola says. He has a job washing dishes at a local assisted living facility. He helps his mom coach high school field hockey and lacrosse.

Jason himself offers perhaps the most compelling evidence that the drug is working.

Jodi Hilton for NPR/Jodi Hilton for NPR /

August 22, 2024, Natick, MA. Jason Mazzola getting his haircut by Jose Nieves at Title City.

At his home in a Boston suburb, the young man who was once paralyzed by simple questions agrees to an interview.

When I ask Jason to tell me something about himself, he's got an answer:

"I play a lot of sports like hockey, basketball and golf," he says. "Golf is really fun because I play with my dad."

"You good off the tee with the driver?" I ask.

"Yeah, the driver," he says, "and the six iron and the seven and the putter."

A scientific verdict on the drug will come when the study is completed, probably in 2025.

Copyright 2024 NPR


Launch Of Aptadir Therapeutics With A Novel Class Of RNA Inhibitors

  • A novel approach for intractable cancers and genetic conditions

  • Science originates from 3 top international institutions – the Beth Israel Deaconess Medical Center of the Harvard Medical School, the Italian Research National Council (CNR) and the Cancer Science Institute of Singapore

  • First investment for EXTEND technology transfer biotech hub joint venture, comprising CDP Venture Capital SGR, Angelini Ventures and Evotec SE

  • Appointment of Giovanni Amabile as Executive Chairman and acting CEO

  • MILAN, September 24, 2024--(BUSINESS WIRE)--Aptadir Therapeutics (Aptadir), a biotech company developing RNA inhibitor-based therapeutics for treating intractable cancers and genetic conditions, announces its launch and the appointment of Giovanni Amabile as Executive Chairman and acting CEO.

    Aptadir was founded by Dr Annalisa Di Ruscio and Dr Vittorio De Franciscis, both leaders in the field of RNA biology and DNA methylation, alongside Prof. Daniel Tenen, an expert in MDS and leukaemia, and Prof. Marcin Kortylewski, an expert in oligonucleotide immunotherapeutics. They are based at world class institutions: the Beth Israel Deaconess Medical Center of the Harvard Medical School, the Italian Research National Council, the Cancer Science Institute of Singapore and City of Hope National Medical Center.

    The basis for the Company was the landmark discovery of a new class of RNA inhibitors called DNMTs Interacting RNAs (DiRs)1,2. DiRs are capable of blocking aberrant DNA methylation at a single gene level reactivating previously hypermethylated genes – a key feature in cancer and genetic disorders. By reactivating specific genes, there is the opportunity to target the underlying cause of and potentially reverse specific intractable cancers and genetic conditions in adults, such as Myelodysplastic Syndrome (MDS) and, in children, such as Fragile X Syndrome.

    Aptadir's proprietary platform can generate multiple DiRs for specific genes suppressed in cancer and genetic conditions, re-establishing the pathway functionality. The first programme, Aptadir Ce-49 is being developed in MDS and the aim is to enter the clinic by the end of 2025.

    Leading the management team is Giovanni Amabile who has been appointed Executive Chairman and acting CEO; he is also Entrepreneur in Residence of EXTEND. Previously, he was CEO at Enthera and before then, CSO at ADIENNE Pharma. He has a successful track record in raising seed and Series A funds, and for leading IND approvals, complex clinical trials and regulatory approvals in the US.

    Giovanni Amabile, Executive Chairman and CEO, said: "Today represents the launch of Aptadir Therapeutics and is an exciting day for the founders and team. Aptadir's business is based on real innovation - a landmark discovery of a new class of molecules which have the potential to be best-in-class therapeutics for intractable conditions. From data already generated, DiRs are highly selective, stable and non-toxic, and have the potential to be used across multiple indications. This is a really exciting new field and we are looking forward to pushing our first candidate forward into the clinic."

    Story continues

    Aptadir has received $1.6m in pre-seed funding from the EXTEND initiative to optimize its lead asset, Aptadir Ce-49. The Company is the first to receive funding from EXTEND, which is the Italian National Technology Transfer Hub wholly dedicated to the biopharmaceutical sector for the development of new therapeutic approaches. The Hub was initiated by CDP Venture Capital SGR, and joint funded with co-investors, Angelini Ventures and Evotec SE. Its purpose is to develop translational drug discovery partnerships with highly renowned universities and research centers in Italy to accelerate their promising therapeutics for commercialization.

    Claudia Pingue, senior partner and head of the Technology Transfer Fund of CDP Venture Capital SGR, added: "Aptadir is the first biotech company born from EXTEND, National Technology Transfer hub established on the initiative of CDP Venture Capital and funded with co-investment partners, Angelini Ventures and Evotec. EXTEND aims to develop high quality science coming from top Italian universities and to help build new start-ups that can develop that science for the benefit of future patients. Aptadir represents one of the best examples of where science innovation can create a new potential therapeutic for underserved conditions in adults and children, such as MDS and Fragile X Syndrome. We'll be watching its progress with great interest."

  • Di Ruscio A et al 2013, Nature

  • Esposito CL et al 2023, Nature Communication

  • Notes to Editors

    About Aptadir Therapeutics

    Aptadir Therapeutics is a preclinical biotech company developing a new class of RNA therapeutics. The Company's therapeutic focus is underserved intractable cancers and genetic conditions, including underserved intractable conditions in the oncology and rare diseases fields such as Myelodysplastic Syndrome and Fragile X Syndrome.

    The technology was developed and validated by a group of key opinion leaders in the field of RNA therapeutics based at three world class institutions: the Harvard Medical School, Cancer Science institute of Singapore, Italian CNR Institute and City of Hope National Medical Center. The platform is based on a landmark discovery of a new class of RNA inhibitors called DNMTs Interacting RNAs (DiRs)1,2. DiRs are capable of blocking aberrant DNA methylation at a single gene level reactivating previously hypermethylated genes – a key feature in cancer and genetic disorders.

    The first programme is developing a treatment for Myelodysplastic Neoplasms (MDS), a group of blood cancers that occur when immature blood cells in the bone marrow don't mature into healthy blood cells. Sufferers of MDS go on to develop acute myeloid leukaemia (AML).

    To find out more, please see: www.Aptadir.Com

    About EXTEND

    EXTEND is the Italian National Technology Transfer Hub (the Hub) wholly dedicated to the biopharmaceutical sector for the development of new therapeutic approaches and it was formed as an initiative of CDP Venture Capital to transform the results of this scientific research into new companies.

    Alongside CDP Venture Capital, the Hub is funded by co-investors, Evotec, which also acts as an entrepreneurial partner by supporting research groups along the path of scientific study up to the establishment of startups ready to raise capital on the market to start the clinical phase, and Angelini Ventures, the new Angelini Industries Group company operating in the VC sector with a focus on digital health and biotech.

    The scientific promoters of the initiative are IRSCC San Raffaele Hospital in Milan, the Universities of Milan, Florence, Modena and Reggio Emilia, Padua, Trento, La Sapienza in Rome, the regional research district of Puglia through H-Bio, and Human Technopole.

    To learn more, please visit: www.Extend-tt.Vc

    View source version on businesswire.Com: https://www.Businesswire.Com/news/home/20240924868386/en/

    Contacts

    For more information, please contact:Aptadir TherapeuticsGiovanni Amabile, Chairman and CEOinfo@aptadir.Com

    Vigo Consulting (Biopharma media)Melanie Toyne-Sewell / Rozi Morris+44 (0)7890 022 814Aptadir@vigoconsulting.Com

    JET'S PR (Italian media)Ernesto Bonettie.Bonetti@jetsgroup.It

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