Symposium

ELA International Symposium 2024

World experts on leukodystrophies were brought together by ELA International to push research forward.

ELA International has brought together eminent researchers from different countries (United States, Germany, the Netherlands, France,etc.) December 2 and 3 in Luxembourg to enrich their mutual approaches to leukodystrophies, and thus advance research.

The symposium, placed under the High Patronage of Her Royal Highness the Grand Duchess, was inaugurated by Guy Alba Founder of ELA and Chairman of the Board of ELA International, in the presence of the Presidents of ELA Belgium, ELA Germany, ELA Italy, and members of ELA International’s Scientific Council and Ethics Committee. Three priority themes were addressed during the symposium:

  • Newborn screening and diagnostic biomarkers of leukodystrophies
  • Clinical trial design and real-world data inclusion
  • Pelizaeus-Merzbacher Disease (PMD) news

At the symposium, ELA International announced the opening in spring 2025 of an exceptional call for tenders, funded to the tune of €500,000, to launch a research project dedicated to Pelizaeus-Merzbacher disease (PMD). PMD is a hypomyelinating leukodystrophy with abnormal myelin development caused by X-linked mutations in the PLP1 gene.

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A Human‐Relevant Brain‐on‐Chip for Pre‐clinical Testing of Gene Therapy for HIKESHI‐related Hypomyelinating Leukodystrophy ‐ a Proof‐of‐Concept Study for Monogenic Leukodystrophy Disorders

David Gad Vatine – Ben‐Gurion University of the Negev, Israel – ELA 2023‐025I3

Description of the project

Despite the increasing rate of diagnosis enabled by next generation sequencing, the molecular basis underlying about half of leukodystrophies is unknown. Among recently discovered hereditary leukodystrophies, several pathogenic variants are located within genes that converge on a common pathway, thus it is possible that they share common underlying mechanisms.

HIKESHI Hypomyelinating Leukodystrophy (HHL) is a rare and devastating congenital disorder with infantile onset during the first year of life. Symptoms include poor growth, delayed motor milestones, central hypotonia and other psychomotor disabilities. HHL patients have an increased sensitivity to heat stress. Febrile illness often leads to an irreversible deterioration of the neurological condition, and may even lead to death. There is currently no curative treatment for HHL and the symptomatic treatments are focused on prevention of fever.

When a gene mutation causes a protein to be missing or faulty, gene therapy may be able to restore the normal function of that protein. This approach has been recently translated from basic research to the clinic, for the treatment of SMA, a devastating infantile neurological condition. Thus, a similar approach can be used to treat additional conditions, such as HLL and other leukodystrophies. However, in order to test this approach it is necessary to develop appropriate research models.

Animal models have been traditionally used for pre‐clinical research, but increasing evidence suggest that mice are different than humans, and therefore curing a mouse model in the lab often does not translate into the clinic. Therefore it is crucial to develop human‐based models that will better represent human physiology.

Here, we propose to use cutting‐edge techniques that include patient‐specific stem cells (termed iPSCs) and engineered Organ‐on‐Chip to generate a personalized Brain‐on‐Chip. This platform will be used to identify disease‐relevant phenotypes, which we will use for testing our gene therapy approach. Successful rescue of such phenotype will indicate that gene therapy should be tested in the clinic. The approach that we will apply in this research is focused on HHL, but it can be applied to additional leukodystrophies and other neurological conditions in the future.

Project financed by ELA up to: 97 000 €

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Towards mechanism‐based therapeutics for Zellweger Spectrum Disorders

Carole Linster – University of Luxembourg, Luxembourg – ELA 2023‐021I3

Descriptif du projet

Zellweger syndrome disorders (ZSD) affect an estimated 1/10.000 – 1/50.000 live births, where affected children usually do not live long into adulthood. However, the spectrum of disease severity is wide and life expectancy ranges from a few days old babies to patients who live into their 30s. Therapeutic options for these patients are scarce and the disease is poorly understood. This makes it clear that a research project aiming at both progressing in our understanding of the disease and concomitantly developing improved therapeutic approaches is timely and relevant. We will tackle these objectives by mimicking both severe and mild forms of ZSD in the model organism Danio rerio (zebrafish) and by searching for drugs that can potentially help patients with a milder disease within the spectrum to get a treatment that targets the origin of the disease instead of only the symptoms. For that, we will work on drugs that we have previously identified in a large screening effort aimed at finding compounds that improve the function of lipid metabolizing structures, the peroxisomes, which are the cellular compartments that do not function correctly in ZSDs. To further validate these drugs as potential therapeutic agents for ZSD patients, we will measure their effects on the levels of lipids that are normally degraded by healthy peroxisomes and on the localization of proteins that are normally found within healthy peroxisomes. These experiments will be performed on skin cells derived from ZSD patients. In addition, we will apply sophisticated methodologies to better understand how the studied compounds act on the molecular level to exert their beneficial effects on patient cells. This is important to develop potentially even more efficient drugs in the future.

Concerning our planned work in zebrafish, we will use a model that we have already generated using ‘genetic scissors’ (CRISPR/Cas9 system), to cut out one gene that is crucial for peroxisome function in many living organisms and that is often mutated in ZSD patients (PEX1). We found that the zebrafish lacking PEX1 mimic symptoms of the human disease with notably abnormal lipid accumulation in various organs. We will extend this work by generating another zebrafish model mimicking a milder form of ZSD. Both models will be used in the project to further progress in understanding how the disease develops since the earliest stages of life and to test the effect of the above described therapeutic drug candidates in the complexity of a living vertebrate organism. Such ‘preclinical’ studies provide crucial information to decide whether drug candidates can be taken forward for clinical trials in patients.

Project financed by ELA up to: 100 000 €

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Accelerating gene therapy for PMLD1

Kleopas Kleopa – The Cyprus Institute of Neurology and Genetics, Nicosia, Cyprus and Fiorella Piemonte – Gesù Children’s Hospital, IRCCS, Rome, Italy – ELA 2023‐019C2

Description of the project

The goal of this project is to further develop and optimize a gene therapy protocol for Pelizaeus‐ Merzbacher‐like disease 1 (PMLD1). This disorder is caused by mutations affecting an important protein in oligodendrocytes, connexin47, which forms most of their direct communication channels with other cells in the brain, also called gap junctions. Connexin47 is found only in oligodendrocytes but not in other brain cells. Since oligodendrocytes are responsible for forming the myelin in the brain, their impairment caused by loss of connexin47 leads to inadequate formation of myelin early on during development, and to further destruction and degeneration of as the disease progresses. Previous studies in cultured cells and in experimental mouse models of the disease confirmed that loss of connexin47 function specifically in oligodendrocytes causes the disease. Therefore, in previous project funded by ELA, we developed a gene therapy approach to deliver the connexin47 gene to oligodendrocytes of mice that lack gap junction channels in these cells. These animals represent a relevant model of the human disease and present many of the characteristic pathological changes. We used an adeno‐associated viral (AAV) vector AAV1/2 serotype based on previous work showing that it targets efficiently oligodendrocytes. We injected the vector into mouse brain to deliver the connexin47 gene at the age of 10 days. We confirmed selective expression in oligodendrocytes and improvement of the brain pathology. In further preliminary studies we also tested intravenously delivered AAV9 vector (currently used in clinical treatments for other diseases) with positive results, but the intravenous approach would not be useful for PMLD1 patients beyond infancy due to limited penetration into the brain.

In order to improve the efficacy of our gene therapy approach, and make it more translatable for clinical application in all patients, we propose here to test leading viral vectors currently used in clinical trials for leukodystrophies directly injected into the brain ventricles, the AAV‐Olig001 and a new variant of it. These vectors with established safety profile and targeting efficacy all the way to clinical testing will be kindly produced and provided by a gene therapy company involved in leukodystrophy therapy development, Myrtelle Inc, in order to deliver our validated therapeutic DNA for PMLD1. This collaboration will ensure accelerated path towards translation for this otherwise orphan type of leukodystrophy. Furthermore, we will test the therapeutic effect both with early as well as with late intervention (at 10 and 21 days of age), to support the application in patients at different stages of the disease. Finally, in addition to evaluation of outcomes in motor function and brain pathology, in collaboration with an expert group in Rome we will also establish clinically relevant biomarkers of the disease that will be useful in future clinical trials and monitoring of the disease.

This is an important and highly relevant study within the priorities of the European Leukodystrophy Association, that will allow us to optimize further a very promising therapeutic approach to treat hypomyelinating leukodystrophy. It will provide a cell‐targeted gene replacement therapy that can translate into an accelerated treatment for PMLD1 patients, and may pave the way for treating other leukodystrophies as well.

Project financed by ELA up to: 97 740 €

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Alexander disease at the nanoscale in patient‐derived brain organoids

Elly Hol – University Medical Center Utrecht, The Netherlands and Marie‐Eve Tremblay – University of Victoria, Canada – ELA 2023‐017C3

Descriptif du projet

Alexander disease is a very rare brain disease. People with Alexander disease experience damage to the white matter in their brains, and they lose a lot of brain tissue. It can be diagnosed when a person is very young, even before they turn 2 years old, but sometimes it is not diagnosed until later in childhood or even adulthood. The symptoms of Alexander disease include problems with mental development, seizures, and muscle stiffness, and it ultimately leads to death. There have been about 500 cases of Alexander disease reported around the world. Unfortunately, there is currently no cure for this disease.

The disease is caused by mutations in the gene glial fibrillary acidic protein (GFAP), which codes for an astrocyte‐specific cytoskeletal protein. Astrocytes are essential for healthy brain functioning because they control many neuronal activities and homeostatic mechanisms of the brain. However, scientists still do not fully understand how this mutant GFAP protein in astrocytes causes Alexander disease.

In this project, we will closely collaborate between two teams to investigate Alexander patient‐derived human stem cell models at the ultrastructural level. We will generate miniature brain‐like structures called organoids from patient‐derived stem cells, and apply novel cell culture protocols to include white matter‐like structures. By analysing the cells in these organoids at the ultrastructural level, we will gain more knowledge on how GFAP mutations can lead to astrocyte and white matter pathology in the disease. This knowledge is essential to find new ways to treat Alexander disease.

Project financed by ELA up to: 100 000 €

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Towards understanding the molecular mechanisms of hypomyelinating leukodystrophy type 16 (HLD16), caused by a dominant mutation in TMEM106B

Markus Damme – Christian‐Albrechts‐Universitaet zu Kiel, Kiel, Germany – ELA 2023‐008I3

Project abstract

Hypomyelinating leukodystrophy 16, also known as HLD16, is a rare genetic disorder that affects the development of myelin, the protective covering around nerve fibers in the brain. HLD16 is caused by a mutation in the gene TMEM106B. We genetically engineered mice in a way that they have the same mutation in TMEM106B that is found in human patients. We plan to investigate these mice to understand the disease and how the mutation in this gene, whose function is yet unknown, leads to this rare disease. This will help to develop future therapies and understand the function of TMEM106B in myelination.

Project financed by ELA up to: 97 900 €

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Study of GPR65 as a new Krabbe disease drug target

Sara Carpi – Department of Health Sciences, University ‘ Magna Græcia’ of Catanzaro, Catanzaro, Italy and Marco Cecchini – NEST, Istituto Nanoscienze ‐ CNR, Pisa, Italy – ELA 2023‐006C4

Description of the project

Krabbe disease (KD, or Globoid cell leukodystrophy) is a neurodegenerative disease caused by a deficiency of the lysosomal enzyme GALC. The early childhood form represents 85‐90% of cases and the onset of symptoms is between the 3rd and the 6th month after birth. During the advanced state, blindness and deafness show up; then a vegetative state arises which ends with death within the first 1‐2 years after birth. Unfortunately, for infants who have already developed symptoms of KD, there is no treatment that can change the course of the disease. Treatment, therefore, focuses on managing symptoms and providing supportive care.

Currently, the literature indicates that GALC‐deficiency correction might not be sufficient to cure the patients with KD, suggesting that not yet identified players could be implicated in KD pathogenesis. In this context, we identified some clear evidence pointing to the protein named GPR65 as a key factor in the pathogenesis of the disease.

Here, we propose a deep investigation of GPR65 and its evaluation as a druggable target in KD. In particular, we will evaluate GPR65 expression in patients with KD and test drugs to correct GPR65 deficiency in KD cell models. Moreover, we will explore the combination of a GPR65 mRNA‐based therapy with the GALC correction.

In case of a successful project outcome and in a forward‐looking vision, GPR65 mRNA‐based therapy might be used in combination with a main GALC‐deficiency correcting therapy, to help in achieving the complete KD phenotype rescue.

Project financed by ELA up to: 60 000 €

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Meeting

Families/Researchers Meeting 2019

The 2019 meeting took place on March 30-31 in Paris (France).

Every year, ELA organizes a meeting for patients and their families. Many researchers coming from all around the world present the latest scientific and medical advances and answer the questions of patients and families. This annual event is an exceptional opportunity for patients and their families to interact with scientists specialised in leukodystrophies and myelin diseases and learn from their diseases.

ELA virtuel meeting 2019

Workshop on ALD – AMN

Florian Eichler (United-States) Chair: The Changing World of X-linked Adrenoleukodystrophy
Wolfgang Koelher (Germany): Allogeneic Stem Cell Therapy in Adulthood Cerebral X-ALD
Stephan Kemp (The Netherlands): SCAN study: Screening Adrenoleukodystrophy in the Netherlands Toward newborn screening for ALD
Uwe Meya – Minorix (Spain): MIN-102 for the treatment of X-ALD. Ben Lenail: AMN Clinical Study – A Patient’s Perspective

Workshop on Adult Refsum – Refsum infantile Sauternes – Zellweger – NALD
Bwee Tien Poll-The (The Netherlands): Zellweger spectrum disorders: clinical overview and management approaches
Tanguy Demaret (Belgium): Living-donor liver transplantation in mild Zellweger spectrum disorder, about 3 patients

Workshop on MLD – KRABBE
Caroline Sevin (France) Chair: Symptomatic treatments for MLD and Krabbe’s disease, how to improve day-to-day management
David Wenger (United-States): Conditions for the bone marrow plus gene therapy treatment of the mouse model of Krabbe disease, too little, too late or just right?
David Whiteman (Shire, United-States): Intrathecally administered recombinant human arylsulfatase A in patients with late-infantile metachromatic leukodystrophy
Francesca Fumagalli (Italy): Lentiviral hematopoietic stem cell gene therapy for metachromatic leukodystrophy provides sustained clinical benefit
Nicole Wolf (The Netherlands): Treatment of spasticity in metachromatic leukodystrophy
Shanice Beerepoot (The Netherlands): Peripheral neuropathy in metachromatic leukodystrophy (MLD)

Workshop on MLC – CACH Syndrome – Alexander disease – Canavan St Julien 3 and other vacuolating leukodystrophies
Elena Ambrosini (Italy) Co-chair: Update on MLC research: the advantages of a patient-clinician-researcher network
Jacqueline Trotter (Germany): Understanding the pathology of Vanishing White Matter Disease
Marjo van der Knaap (The Netherlands): A registry for vanishing white matter
Albee Messing (USA): Updates on Research in Alexander Disease
Matthias Klugmann (Australia): Canavan Disease Gene Therapy 2.0
Enrico Bertini (Italy) Co-chair – Mitochondrial Leukodystrophies: a growing list of disorders
Renate J. Verbeek (The Netherlands) : Leukoencephalopathy with loss of white matter – Register

Workshop on PMD – PMD-like (MCT8) – Spastic paraplegia type 2 St Emilion 1 & 2 Pol R III and other hypomyelinating leukodystrophies
Nicole Wolf (The Netherlands): PLP1 mutations in females
Paul Tesar (United-States): Emerging therapeutic research for PMD
Geneviève Bernard (Canada) Chair: RNA polymerase III-induced leukodystrophy: research update.

Workshop on AGS
Yanick Crow (United-Kingdom – France) Chair: Aicardi-Goutières syndrome – an update
Adeline Vanderver (United-States): Update on natural history and Janus Kinase inhibitors in AGS

Workshop on genetic and undetermined leukodystrophies (LDI)
Nathalie Cartier (France) Chair – Genetic and undetermined leukodystrophies

LEUCONNECT
Lucas Alba– Frédérique Le Gourrierec – Sébastien Mariotti – Cindy Oger –Hélène Rochereuil – Elise Saunier Vivar

ELA Infos special n° 106

 

 

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Symposium

Symposium ELA International 2017

1st ELA International symposium

World experts on leukodystrophies brought together by ELA International to advance research.

At the initiative of ELA International, eminent specialists from several disciplines and countries (USA, Italy, Spain, England, Germany, Holland, France, etc.) are gathered on 4 and 5 December 2017 in the presence of patient representatives to enrich their mutual approaches on leukodystrophies (degenerative brain diseases that affect 40 births per week in Europe). The event was opened by Guy Alba Founder of ELA, President of ELA International and Claude Meisch, Minister of Education and Research. Guy Alba reminded the progress made during these 25 years (discovery of new genes, biomarkers, new therapeutic approaches, etc.) that researchers can be proud of. However, the mobilization must not weaken, despite this progress there is urgency because the hopes of treatments remain too rare. Claude Meisch welcomed the initiative of ELA International and recalled Luxembourg’s commitment to support research on rare diseases in connection with European networks. ELA International brought together biologists, doctors, pharmacists, industrialists, scientists, who brainstormed new therapeutic approaches. This symposium was organized with the assistance of:

The ATOZ Foundation
MedDay Pharmaceuticals
Hôtel Le Royal – Luxembourg

The topics discussed were:
• Promising treatments for microglial function and innate immunity in the brain
• Role and potential impact of these treatments in leukodystrophies
• Possible clinical trials in patients with leukodystrophy

Since its creation, ELA has invested 42.6 million euros in medical research corresponding to the funding of 497 programs, making ELA the first funder of research on leukodystrophies.

In 2015, ELA International was created in Luxembourg to leverage its action in Europe and worldwide. Behind Zinédine Zidane many sponsors and personalities are mobilizing.

ELA exists today in Germany, Belgium, Spain, France, Italy, Japan, Luxembourg, the Indian Ocean and Switzerland to gather, unite and multiply the fight against leukodystrophies.

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Symposium ELA International 2021

The patient at the heart of research

Organised by ELA International, an innovative symposium on “CLINICAL RESEARCH and ETHICS OF CLINICAL STUDIES”  brought together experts and families to reflect on how to involve patients and their families in the various research studies that concern them, and on the impact of these trials on patients.

An innovative symposium

The objective of this symposium was to establish the ethical rules that will guide ELA International in its partnerships with both public and private laboratories.

ELA International and its President Guy Alba wanted to organise this symposium in order to bring together all patients to reflect on the ethics that are becoming urgent considering the increasing number of clinical trials for leukodystrophies.  This event is part of the continuity of the Family/Researchers meetings organised each year by ELA and underlines once again its desire to be more accessible to the international community of leukodystrophy patients.

The international symposium brought together around 100 people, experts and patients, and no less than 11 nationalities. Simultaneous interpretation into 5 languages (German, English, Spanish, French and Italian) allowed everyone to enjoy the discussions in the language they wanted.

Moderated by Professor Grégoire Moutel (Caen University Hospital), an expert in ethical issues, the symposium focused on two main themes:

  • Increasing patient involvement in a research programme
  • Ethics of partnerships: benefits for patients

The views of experts involved in clinical trials and the testimonies of families about their experiences as patients were illustrated from two trials, one of gene therapy in children and the other of drug treatment versus placebo in humans.

Clinical trials: information to patients

During the first session, an overview was given of the accessibility of clinical trials for patients through two examples: the gene therapy trial for metachromatic leukodystrophy conducted by the ORCHARD laboratory with Valeria Calbi(Saint Raphael Hospital, Milan, Italy), the chief investigator of the Milan site, and the drug trial in adrenomyeloneuropathy, conducted by the Minoryx laboratory with the chief investigator of the Boston site, Florian Eichler(Massachusetts General Hospital, Boston, USA).

The experts emphasised the importance of involving the patient in the trials, accompanying them through the different stages before they decided whether or not to be included in a trial and moving towards comprehensive family care.

Valeria Calbi described the complexity of implementing a trial and the vast amount of information that needs to be communicated to patients and the multitude of experts involved.  Experts know the disease well but do not necessarily have all the answers and should not lose sight of the objective of providing patients with the best possible information. Good coordination of all involved is essential.

Florian Eichler stressed the importance of patient feedback and is working on setting up questionnaires on the patient’s experience after a study, ” the patient must be an active contributor “. These insights are invaluable for the experts and will allow them to better adjust the processes and the approach to be taken to the tests.

The 10-minute presentations by the experts were accompanied by testimonies from families involved in the trials. They were able to recount their experiences, expressing how difficult it is for some of them to access information, and to deal with the cumbersome and lengthy administrative procedures in emergency situations that leave little room for reflection or questioning.

The discussion between the different speakers, moderated by Grégoire Moutel, highlighted the courage of the patients and the need to inform them about the constraints of the trial but also about the benefits it can represent: “Not everything can be communicated, but it is necessary to explain why, transparency is important,” said Grégoire Moutel.  He also emphasised the need to produce educational materials, which are just as accessible to the child/patient, and although written legal consent documents are essential, oral information is crucial and should be developed.

Finally, the discussion was opened up more widely to all participants. Questions on the conditions of access to trials, inclusion criteria, access to information, placebo-controlled trial or analysis of results, led to exchanges between experts and families.

On this occasion, Florian Eichler highlighted the complexity of the placebo-controlled trial, while specifying that the placebo element is a benefit for future patients, by making it possible to highlight the efficacy of a molecule and to reduce certain analysis biases. He insisted on the importance of speaking to the patient, which allows the experts to get closer to the facts and to feed their thinking. To develop further, he proposes that think tanks and observation groups be set up to encourage new links between the various research players.

Towards fair sharing

The second session, dealing with the ethical aspects of clinical trials, partnerships and patient outcomes, began with Dr Frederic Sedel speaking about the Biotin trial (MD1003), which was conducted by Medday Pharmaceuticals. The latter recalled ELA’s financial contribution to the trial and the framework of the contractual partnership between the two entities, highlighting the terms of the ” return on investment ” for ELA and its patient community. Thanks to the partnership agreement between the partners, this negative trial in adrenomyeloneuropathy gave rise to the full reimbursement of the sums paid by ELA, following the marketing of the molecule in certain European countries for use in multiple sclerosis. This example clearly shows the importance of the promotion of research and the place it must take in partnership contracts established at a very early stage of research. Guy Alba reminded the audience of the conditions of this type of partnership and ELA’s commitment to reinvest all the sums resulting from this research in the financing of new research projects.

Professor Marjo van der Knaap(Vu University Amsterdam, The Netherlands) presented the Guanabenz trial for CACH syndrome for which she is the Chief Investigator. She was able to highlight the involvement of the families involved at different stages of the study’s development. By mentioning the legal and administrative framework of this trial, she highlighted the difficulty of obtaining the many necessary authorisations from the various medical institutions involved and the obstacles encountered. The potential delay in the implementation of the trial is a real constraint to be considered.

Finally, Bruno Flesselles (Intellectual Property Advisor, Paris, France) gave an update on clinical studies in general, and more particularly on the role of ELA and the actions to be taken as well as the promotion of research results through partnerships.

To be a stakeholder in the development of research, ELA must be involved at a very early stage. To move in this direction, the association has already changed the way it approaches its call for tenders and will continue this work. In the supported clinical trials, ELA is a funder but can also assist in the recruitment and follow-up of patients, notably through its online clinical trial platform, Leuconnect, which brings together a community of patients who volunteer to participate in trials. Bruno Flesselles said that today, ELA should no longer be seen only as a funder but also as a real partner in research.

The outlook

Research involving leukodystrophy patients is on the increase and this reflection on ethics will help to define the framework of the partnerships set up between ELA and clinical research contributors to support tomorrow’s research and strengthen the medical and social support of families.

Guy Alba emphasised the importance of talking to the patient and providing information to families. He highlighted the crucial role of ELA as a partner in a sector that is still not very appealing to industry and highlighted the tools developed by ELA such as the Leuconnect platform to accelerate research into leukodystrophies. Finally, he concludes: “ELA is selflessly managed with a commitment to reinvest all of our partnership funds in leukodystrophy research

With this symposium, ELA is once again at the heart of current research issues and is fuelling the debate by giving families a voice to better understand their goals and experts to better understand their constraints and ambitions.

“This symposium strengthens the collaboration between physician-researchers, patients and families affected by leukodystrophy across the board and creates the strength that is essential for therapeutic progress.”

This event brought together the different points of view of families and researchers and enriched the reflection that could be achieved through workshops.
It has provided a real roadmap for the years to come.

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Symposium ELA International 2021

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