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Rare Disease Show Episode 20: Understanding Pearson Syndrome with Dr Swati Bhayana
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#raredisease #rarediseaseawareness #pearson
Medical Dialogues presents a rare disease series, delving into the realm of uncommon medical conditions. Rare diseases are medical conditions that affect only a small percentage of the population. Throughout this series, we'll discuss these rare diseases in various episodes, with medical experts providing clear explanations and insights.
Rare Disease Show Episode 20-- In today's show we will cover Pearson Syndrome.
Pearson syndrome is a rare and severe mitochondrial disorder primarily affecting infants and young children, caused by deletions or mutations in mitochondrial DNA (mtDNA).
It is characterized by bone marrow dysfunction, leading to anemia and pancytopenia, and pancreatic insufficiency, which causes malabsorption and failure to thrive. The condition often involves multiple organs, including the liver, kidneys, and nervous system, with symptoms such as growth retardation, neurological delays, and metabolic imbalances.
Diagnosis relies on clinical features and genetic testing to identify mtDNA abnormalities. While there is no cure, supportive treatments like blood transfusions, enzyme replacement, and nutritional support aim to manage symptoms and improve quality of life.
The prognosis is generally poor, with many affected infants succumbing to complications early, though some may develop other mitochondrial disorders later in life.
In this episode, Dr Swati Bhayana, Associate Consultant - Paediatric Hematology Oncology and BMT Unit, Fortis Memorial Research Institute, Gurugram shares his insights by addressing questions asked by the Medical Dialogues team-
1. How is Pearson Syndrome differentiated from other mitochondrial disorders or hematologic conditions? Why is this a rare disease?
2. Can Pearson Syndrome be diagnosed at birth, or does it typically become apparent later in infancy or early childhood?
3. Are there any early warning signs, also what are the most common symptoms that one should watch for in infants or young children?
4. What specific tests or diagnostic criteria are used to diagnose Pearson Syndrome?
5. Are there any significant differences in how Pearson Syndrome manifests in boys versus girls?
6. What are the main hematologic manifestations (e.g., cytopenias, anemia) seen in Pearson Syndrome?
7. How does Pearson Syndrome affect other organ systems, such as the heart, pancreas, or liver?
8. What are the current treatment options for Pearson Syndrome?
9. Is bone marrow transplantation a viable option for children with Pearson Syndrome who have severe cytopenias?
10. What are the potential complications or secondary conditions that can arise in children with Pearson Syndrome as they age?
11. What is the genetic inheritance pattern of Pearson Syndrome, and what are the chances of recurrence in future pregnancies?
12. Are there any lifestyle or dietary recommendations that could improve the quality of life for a child with Pearson Syndrome?
13. Are there any promising treatments on the horizon for this condition?
Check full updates on Medical Dialogues
Also check out -
Medical Dialogues Academy, a renowned academic wing of Medical Dialogues - India's premier health and news online portal, proudly presents this comprehensive course tailored for healthcare professionals eager to delve into the realm of medical journalism.
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Join us on this enlightening journey and become a part of a community pushing the boundaries of healthcare communication and reporting.
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Medical Dialogues presents a rare disease series, delving into the realm of uncommon medical conditions. Rare diseases are medical conditions that affect only a small percentage of the population. Throughout this series, we'll discuss these rare diseases in various episodes, with medical experts providing clear explanations and insights.
Rare Disease Show Episode 20-- In today's show we will cover Pearson Syndrome.
Pearson syndrome is a rare and severe mitochondrial disorder primarily affecting infants and young children, caused by deletions or mutations in mitochondrial DNA (mtDNA).
It is characterized by bone marrow dysfunction, leading to anemia and pancytopenia, and pancreatic insufficiency, which causes malabsorption and failure to thrive. The condition often involves multiple organs, including the liver, kidneys, and nervous system, with symptoms such as growth retardation, neurological delays, and metabolic imbalances.
Diagnosis relies on clinical features and genetic testing to identify mtDNA abnormalities. While there is no cure, supportive treatments like blood transfusions, enzyme replacement, and nutritional support aim to manage symptoms and improve quality of life.
The prognosis is generally poor, with many affected infants succumbing to complications early, though some may develop other mitochondrial disorders later in life.
In this episode, Dr Swati Bhayana, Associate Consultant - Paediatric Hematology Oncology and BMT Unit, Fortis Memorial Research Institute, Gurugram shares his insights by addressing questions asked by the Medical Dialogues team-
1. How is Pearson Syndrome differentiated from other mitochondrial disorders or hematologic conditions? Why is this a rare disease?
2. Can Pearson Syndrome be diagnosed at birth, or does it typically become apparent later in infancy or early childhood?
3. Are there any early warning signs, also what are the most common symptoms that one should watch for in infants or young children?
4. What specific tests or diagnostic criteria are used to diagnose Pearson Syndrome?
5. Are there any significant differences in how Pearson Syndrome manifests in boys versus girls?
6. What are the main hematologic manifestations (e.g., cytopenias, anemia) seen in Pearson Syndrome?
7. How does Pearson Syndrome affect other organ systems, such as the heart, pancreas, or liver?
8. What are the current treatment options for Pearson Syndrome?
9. Is bone marrow transplantation a viable option for children with Pearson Syndrome who have severe cytopenias?
10. What are the potential complications or secondary conditions that can arise in children with Pearson Syndrome as they age?
11. What is the genetic inheritance pattern of Pearson Syndrome, and what are the chances of recurrence in future pregnancies?
12. Are there any lifestyle or dietary recommendations that could improve the quality of life for a child with Pearson Syndrome?
13. Are there any promising treatments on the horizon for this condition?
Check full updates on Medical Dialogues
Also check out -
Medical Dialogues Academy, a renowned academic wing of Medical Dialogues - India's premier health and news online portal, proudly presents this comprehensive course tailored for healthcare professionals eager to delve into the realm of medical journalism.
📚 Explore More With Us:
Join us on this enlightening journey and become a part of a community pushing the boundaries of healthcare communication and reporting.
Follow us on
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