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Decoding the Dark Matter of Charcot Marie Tooth Disease: Why the Indian Cohort Holds the Key to a Global Cure

Decoding the Dark Matter of Charcot Marie Tooth Disease: Why the Indian Cohort Holds the Key to a Global Cure   Introduction Imagine trying to complete a massive, complex jigsaw puzzle while only having pieces from one corner of the box. For decades, global genomic medicine has faced a similar limitation. Although Charcot Marie Tooth disease affects millions of people worldwide, most of the available genetic data has been generated from Western populations. Peripheral nerves do not recognize geographical borders. To truly understand the biology of CMT, the scientific community must look toward one of the world’s richest sources of genetic diversity: the Indian CMT cohort. Rather than being merely a regional population, the Indian cohort represents a missing piece of the global puzzle. Insights generated from India have the potential to transform diagnosis, research, and treatment strategies for patients across the world. The Global Library Is Incomplete Without India When a person with CMT undergoes genetic testing, clinicians compare the results with international databases such as ClinVar. If a mutation has never been documented, it is frequently classified as a Variant of Uncertain Significance (VUS), leaving patients and families without clear answers. A landmark Indian genetic study revealed that 73% of the 62 distinct variants identified were entirely novel and had never been reported previously. Every newly characterized variant enriches global reference databases, improving diagnostic accuracy not only for Indian patients but also for individuals in New York, Paris, Tokyo, and countless other places. A Unique Genetic Archive In Western populations, duplication of the PMP22 gene accounts for nearly half of all CMT cases. India presents a different genetic landscape. Alongside CMT1A, there is a remarkable diversity of rare autosomal recessive and axonal forms, including CMT2 and CMT4. Mutations involving genes such as SH3TC2, MFN2, and GJB1 offer unique opportunities to study myelin degeneration and axonal dysfunction that are comparatively uncommon elsewhere. Exploring the Genome Beyond the Obvious Many individuals remain undiagnosed even after Whole Exome Sequencing because important disease causing variants can lie outside protein coding regions. Emerging work from Indian researchers has demonstrated the value of Whole Genome Sequencing in identifying pathogenic variants within regulatory and non coding regions, including GJB1 intronic variants and LMNA 5′ UTR variants. These findings provide an important framework for solving genetically unresolved CMT cases around the world. Strengthening the Global Search for a Cure Gene therapies, antisense oligonucleotides, and other precision treatments are rapidly advancing through research pipelines. However, therapies intended for worldwide use must be evaluated across diverse genetic backgrounds. Including the Indian CMT population in research and clinical development helps ensure that future therapies are effective, reliable, and applicable to a broader global population. A truly global cure must reflect global genetic diversity. Conclusion The search for a cure for Charcot Marie Tooth disease is a shared international mission. The Indian CMT community is not simply seeking answers for itself; it offers an extraordinary source of scientific knowledge that can accelerate discoveries benefiting patients everywhere. Investing in Indian CMT research is not only an act of inclusion but also a scientific necessity. By embracing this diversity, the global community moves one step closer to more accurate diagnoses, better therapies, and ultimately a cure. Author: Dr.Priyanshu Agrawal Co‑Founder and Director Charcot Marie Tooth Foundation of India

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The Hidden Epidemic: Why Demotivation Spreads Faster Than Motivation

The Hidden Epidemic: Why Demotivation Spreads Faster Than Motivation Over the years of working in the leadership role at my workplace and now for a few months with patients, caregivers, and advocacy groups, I have observed something that is rarely discussed but profoundly impacts outcomes: “Motivation spreads. But demotivation spreads faster.” For individuals living with rare and chronic diseases, motivation is not merely a mindset—it is often the difference between participation and withdrawal, independence and dependency, progress and decline. A patient may start by skipping a small daily activity because it feels difficult. Then another. And another. Gradually, they begin relying more on others for things they are still capable of doing themselves. This transition is often so subtle that neither the patient nor the caregiver notices it happening. “What begins as support can unintentionally become overprotection.” On the part of parents or caregivers, while care and compassion are essential, but excessive dependence can slowly erode confidence, self-belief, and ultimately self-motivation of the patients. The challenge is not simply to help patients live with a condition, but to empower them to remain active participants in their own lives. “Independence is not the opposite of support. It is the goal of support.” The same principle applies to leadership in every sphere of life—whether in healthcare, business, research, patient advocacy, public service, education, or even within a family. Every leader carries responsibility beyond their own circumstances. People look to leaders not because they are immune to challenges, but because they continue moving forward despite them. In rare disease communities, this responsibility is often even greater. Many patient advocates and organization leaders are not merely observers—either they are patients themselves or the parents. They carry their own physical or emotional challenges  while simultaneously carrying the hopes of hundreds or thousands of others. They speak at conferences & online platforms; engage with clinicians & researchers; advocate for policy changes, build patient registries, support newly diagnosed families, and push for better care. Yet behind these efforts are individuals who face the same uncertainties as everyone else. “And when leaders struggle, something important happens.” Motivation requires effort, consistency, and deliberate action to spread. Demotivation, however, often spreads effortlessly. A moment of doubt can travel through a community much faster than months of encouragement. People are naturally drawn towards certainty and comfort. Unfortunately, negativity often feels more comfortable than resilience because it demands less effort. This is why demotivation can spread through a group, a family, an organization, or an entire community with surprising speed. That is why protecting one’s motivation is not being selfish—it is a responsibility.   What I’ve Learned ·       Self-motivation is the foundation of leadership. You cannot consistently inspire others if you have abandoned hope yourself. ·       Independence builds confidence. Patients should be encouraged to do what they can, even when progress feels tiny. ·       Support should empower, not replace. The objective of caregiving is not dependence; it is enabling capability. ·       Communities must guard against collective negativity. Challenges should be acknowledged, but hopelessness should never become the dominant narrative. ·       Leaders need support too. Those who motivate others also need spaces where they can recharge, learn, and regain perspective. In healthcare, we often focus on medicines, therapies, technologies, and research. All of these are important. But progress also depends on something less tangible: “The belief that improvement is possible.” Because motivation can help a patient to consistently do the rehabilitation, encourage a family to seek proper diagnosis, inspire people’s participation in research, strengthen an advocacy movement, improve quality of life, and sometimes even change the course of a life. Every conversation, every action, and every response contributes to the culture of a community. We can spread hope, resilience, and possibility. Or we can spread doubt, dependency, and defeat. Motivation is contagious. Demotivation is even more contagious.   “The question is not whether we influence others. The question is what we are spreading.”   These reflections resonate across patient advocacy and leadership alike. How do you guard against demotivation in your own community? #PatientAdvocacy #RareDiseases #Leadership #Motivation #Caregivers #CommunityBuilding   This blog is written by Harsh Singla  

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If there is a rare disease, there should be a patient registry.

If there is a rare disease, there should be a patient registry.   When a rare disease is identified, the immediate focus is often on finding a treatment. Yet, one of the most important questions remains unanswered: Do we truly understand the disease? Before therapies, before clinical trials, and before biomarkers, comes the Data. And the most powerful way to systematically collect that data is through a patient registry. For clinicians, geneticists, and researchers, a patient registry is much more than a database. It is a scientific foundation that supports answers to critical questions, such as: How many patients & families are affected with this disease? Where are they located? What could be the origin or root-cause? What genetic variants are involved? How does the disease progress over time? Why do some patients progress faster than others? Which clinical outcomes matter most to patients and families? Patient registries make it possible to conduct natural history studies, which are essential for understanding how a disease evolves in the absence of treatment. Without this knowledge, it becomes difficult to measure whether a new therapy is truly effective. Registries also help researchers move from observation to discovery. They enable the identification of disease patterns, support biomarker development, reveal genotype-phenotype correlations, and help uncover the underlying molecular mechanisms driving disease progression. For industry and clinical trial sponsors, registries are often the first step in assessing trial readiness. They provide insights into patient numbers, geographic distribution, disease severity, and potential recruitment pathways. Many successful rare disease trials around the world were built upon years of registry data. Beyond research, registries have another important role: they bring visibility to conditions that are often misunderstood. By generating reliable evidence, they help dispel myths, reduce stigma, strengthen advocacy efforts, and support evidence-based policy making. In many ways, a patient registry serves as a roadmap: It helps identify immediate needs such as proper diagnosis and access to care. It informs intermediate goals such as biomarker development and therapeutic research. It supports the ultimate goal of disease-modifying treatments and, one day, a cure. As physicians, geneticists, researchers, patient organizations, and policymakers work together to advance rare disease research, one principle remains universally relevant: You cannot effectively study, manage, or treat what you do not systematically understand. And that understanding begins with a patient registry. If there is a rare disease, there should be a patient registry, because: No registry → limited understanding. Limited understanding → limited research. Limited research → limited therapeutic progress. This is precisely why the National CMT Patient Registry was established in India—to create a foundation for natural history studies, biomarker discovery, clinical trial readiness, and future therapeutic development for Charcot-Marie-Tooth disease. Registry: https://cmtfoi.org/patient-registry/ #RareDiseases #PatientRegistry #CharcotMarieTooth #CMTFoundationOfIndia

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Artificial Intelligence and the Future of Rare Disease Drug Discovery in CMT

Artificial Intelligence (AI) is rapidly transforming the future of healthcare and biomedical innovation, especially in the field of rare diseases such as Charcot-Marie-Tooth (CMT) disease. Researchers, biotechnology companies, and scientific institutions across the world are increasingly using AI-powered tools to better understand disease biology, accelerate drug discovery, improve clinical research, and support the development of future therapies. Rare genetic disorders like CMT present unique scientific challenges due to their complex genetics, variable disease progression, and limited availability of large patient datasets. AI-driven technologies are helping address these challenges by enabling faster analysis of biological, clinical, genetic, and movement-related data. These advances are opening new possibilities in precision medicine, disease modeling, biomarker identification, patient monitoring, and therapeutic discovery. One emerging innovation in this field is the DANCER, an AI-assisted movement analysis tool developed by Dr. Wolfgang Pernice and the CMT Research Foundation in collaboration with Columbia University. DANCER is designed to analyze motor function and movement patterns in individuals affected by CMT using simple 2D smartphone video recordings. Through advanced computer vision and AI-based reconstruction methods, the platform can generate highly detailed 3D whole-body movement models, helping researchers better quantify gait, balance, and functional changes over time. Such approaches may improve disease tracking and support future clinical research methodologies. AI is also increasingly influencing the future of rare disease drug discovery. Platforms such as VoyageR, developed by ReviR Therapeutics, are exploring AI-enabled approaches for identifying RNA-targeted small-molecule therapies for neurological and genetic disorders, including potential applications related to CMT disease. By combining machine learning, RNA biology, molecular modeling, and structural analysis, these computational systems can rapidly evaluate large chemical libraries and identify molecules with potential therapeutic relevance. Such approaches may help reduce the time and cost traditionally associated with early-stage drug development. In addition to movement analysis and drug discovery, AI-assisted technologies are being explored globally for: Identification of new therapeutic targets Drug repurposing strategies Biomarker discovery and disease prediction Clinical trial optimization and patient stratification Genetic data interpretation and precision medicine approaches Large-scale patient data analysis through registries and digital health systems While artificial intelligence does not replace laboratory science, clinical expertise, or patient participation, it has the potential to significantly support and accelerate scientific discovery in rare neurological diseases. As the global CMT ecosystem continues to evolve, the integration of artificial intelligence, computational biology, patient registries, and collaborative research initiatives may contribute toward improved understanding of CMT disease and future therapeutic opportunities for affected individuals and families worldwide. Disclaimer This article is intended solely for educational and awareness purposes. References to DANCER, VoyageR, artificial intelligence platforms, research initiatives, organizations, or emerging technologies are based on publicly available information from their respective institutions and independent scientific sources. The Charcot Marie Tooth Foundation of India does not claim ownership of the technologies, platforms, trademarks, research projects, or associated intellectual property mentioned in this article unless explicitly stated. References to ongoing research or investigational approaches should not be interpreted as medical advice, endorsement, or guarantees of treatment outcomes.

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Beyond Diagnose CMT and the Right to Security, Dignity, and Opportunity

When people search for Charcot-Marie-Tooth disease (CMT), the quick result usually explains it as an inherited neurological disorder affecting the peripheral nerves that control movement and sensation in the arms and legs. While medically accurate, this definition does not fully reflect the daily realities faced by individuals living with CMT. The purpose of awareness is not only to describe the condition, but to encourage meaningful solutions to the many small and large obstacles that are, in fact, resolvable. One of the most urgent concerns is access to fair and inclusive health insurance. Many individuals with CMT are capable, educated, independent, and willing to pay insurance premiums, yet they often face rejection, exclusion, or limited coverage simply because they have a genetic condition. This creates a deep sense of insecurity about the future. People with CMT often work twice as hard to prove their abilities. A physical condition such as foot drop or an irregular gait does not define their competence, dedication, or intelligence. The real burden is not always the disability itself, but the uncertainty of what happens if medical support or financial protection is denied. There is an immediate need for experts, policymakers, insurers, and healthcare professionals who are empowered, effective, and sensitive to these realities. Awareness must move beyond sympathy toward action — building systems that offer dignity, confidence, and equal opportunity to those living with CMT and other inherited neurological conditions.

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Welcoming Dr. Vineeth Jaison to Our Advisory Board

We are pleased to announce that Dr. Vineeth Jaison joined the Advisory Board of the Charcot Marie Tooth Foundation of India on 5 May 2026. His association with our CMT community marks an important step in strengthening our mission to support individuals and families affected by Charcot-Marie-Tooth (CMT) disease through greater awareness, medical guidance, advocacy, and access to reliable information. Dr. Vineeth Jaison is an accomplished neurologist with over 18 years of clinical experience and currently serves as Professor & Lead Consultant at the Neuromuscular Centre of Excellence and the Department of Neurology at Christian Medical College & Hospital, Ludhiana, Punjab—one of India’s leading tertiary care teaching hospitals. He completed his MBBS (2004), MD in Internal Medicine (2011), and DM in Neurology (2015) from Christian Medical College & Hospital, Ludhiana, under Baba Farid University of Health Sciences, Faridkot. His clinical expertise spans a wide range of neurological and neuromuscular disorders, particularly rare and hereditary conditions such as Charcot-Marie-Tooth disease (CMT), Muscular Dystrophy, Spinal Muscular Atrophy (SMA), Congenital Myasthenic Syndrome, ALS, CIDP/GBS, Parkinson’s Disease, Dystonia, Autoimmune Encephalitis, and Epilepsy. Dr. Jaison is also experienced in advanced neurological procedures including EMG, EEG, autonomic function testing, evoked potential studies, and botulinum toxin therapy. In addition, he oversees patient care in a dedicated 30-bedded Neuro ICU and inpatient neurology ward, reflecting his extensive experience in managing both routine and complex neurological conditions. Over the years, Dr. Jaison has received several academic and professional recognitions, including the Young Neurologist Award at WSC, Turkey (2014), 1st Prize at CARES, CMC Ludhiana (2015), and 1st Prize in the Critical Care Quiz at PIMS Jalandhar (2010). He is also a member of leading professional organisations, including the American Academy of Neurology, the American Academy of Neuromuscular and Electrodiagnostic Medicine, and the Indian Academy of Neurology. As a member of our Advisory Board, Dr. Jaison will play an important role in guiding our efforts to improve clinical awareness of CMT, promote accurate medical understanding, and support patients and caregivers with evidence-based neurological insights. We warmly welcome Dr. Vineeth Jaison to the Charcot Marie Tooth Foundation of India and look forward to working together toward creating meaningful impact for the CMT community across India.

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