Neuroscience of Brain Health and Disease module (BM41004)

​​Explore the neuroscience of brain health and disease. You will cover topics including synaptic plasticity, memory, dementia, psychiatric disorders, and neurological treatments​

Credits
30
Module code
BM41004
Level
4
School
School of Medicine
Discipline
Undergraduate Medicine

​​In this module you will gain a thorough grounding in the neuroscience of brain health and disease. 

​You will study how neurons communicate and adapt. You will also study how these processes are disrupted in conditions such as: 

  • ​Alzheimer's disease 
  • ​depression 
  • ​brain cancer 

​You will examine synaptic plasticity in detail. This involves looking at the role of neurotransmitters, receptors, and neuromodulators. 

​You will explore the pathological processes that drive neurodegeneration. These include excitotoxicity and shared mechanisms across brain diseases. 

​The module also covers neurological conditions. These include addiction, schizophrenia, and depression, as well as movement disorders and pain. 

​You will develop your ability to read and interpret scientific literature. You will also develop your ability to present and communicate findings in this field. 

​What you will learn 

​In this module, you will: 

  • ​gain an advanced understanding of synaptic plasticity. You will learn about its role in memory and disease 
  • ​study the mechanisms of neurodegenerative diseases, including protein aggregation and synaptic dysfunction  
  • ​explore psychiatric conditions such as addiction, schizophrenia, and depression 
  • ​examine neuropharmacological treatments for neurological and psychiatric disorders 
  • ​access and interpret scientific literature relevant to learning, memory, and brain disease 

​By the end of this module, you will be able to: 

  • ​synthesise and evaluate key concepts in learning, memory, and neurodegenerative disease 
  • ​explain the mechanisms and properties of synaptic plasticity. This will include the role of neurotransmitters, receptors, and neuromodulators 
  • ​critically evaluate pathological processes contributing to neurodegeneration. These include shared mechanisms across conditions 
  • ​understand the pharmacological basis of treatments for neurological and psychiatric disorders 
  • ​access, interpret, and communicate scientific research in this field​

Assignments / assessments

  • ​​Coursework (25%) 
    • ​This will consist of an abstract writing exercise. This will be completed under supervised conditions 
  • ​Written exam (75%) 
    • ​This will be carried out online over two hours. The exam will consist of essay style questions​

Teaching methods / timetable

  • ​​Interactive lectures 
  • ​Online materials via My Dundee 

​Your teaching will mostly take place in the University’s Dalhousie Building, with additional online support through My Dundee.​