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New treatments for MND: The future of high throughput drug screening

  • Introduction to MND/ALS

    • Clinical presentation and progression

    • Historical context and evolution of scientific understanding

    • Epidemiology and impact on public health

  • Pathophysiology and Genetics

    • Loss of motor neurons in brain and spinal cord

    • Genetic mutations linked to familial MND

    • Differences between familial and sporadic cases

    • Risk factors including environmental and viral influences

  • Challenges in MND Research and Treatment

    • Disease heterogeneity and variability in patient subtypes

    • Limitations of animal models and traditional drug screening

    • Overview of clinical trials outcomes and difficulties

  • Innovative Research Approaches

    • Use of induced pluripotent stem cells (iPSCs) derived from patient skin biopsies

    • Differentiation of iPSCs into motor neurons for disease modeling

    • High-throughput robotic drug screening platforms

    • Real-time imaging and automated analysis of motor neuron survival

  • Personalized Medicine in MND

    • Molecular profiling and subtyping of patients for targeted therapy

    • Repurposing existing drugs for potential new treatments

    • Development of complex brain organoid models ("brain chips") for advanced studies

  • Community Engagement and Funding

    • Impact of global awareness campaigns on research funding

    • Importance of patient participation in research studies

    • Fundraising initiatives supporting ongoing MND research

Skill LevelBeginner
DurationN/A
CertificateYes

What you'll learn

  • Understand the clinical and molecular characteristics of MND.
  • Recognize the genetic and environmental factors contributing to disease risk.
  • Identify challenges faced in developing effective treatments for MND.
  • Explain the process of generating patient-derived motor neurons for research.
  • Describe high-throughput drug screening methods and their application in MND.
  • Appreciate the role of personalized medicine in improving therapeutic outcomes.
  • Acknowledge the importance of community support and funding in advancing research.

Whats Included

  • Comprehensive Understanding of MND: Gain a clear and detailed knowledge of the molecular and clinical aspects of Motor Neuron Disease, including its genetic causes, risk factors, and disease progression.
  • Exposure to Advanced Research Techniques: Learn about cutting-edge methods such as patient-derived stem cell models, high-throughput drug screening, and molecular profiling, which are shaping modern therapeutic development.
  • Insight into Personalized Medicine and Drug Discovery: Understand how personalized approaches and innovative technologies are used to identify effective treatments, improving prospects for tailored therapies in MND.