Neurogenetics a molecular and bioinformatic approach
Section I. Basic theoretical positions in neurogenetics
Chapter 1. Organization and functioning of the nervous system
1.1. Basic positions in the anatomical, cellular and subcellular organization of the nervous system
1.2. Fundamentals of the functioning of the nervous system. Synaptic and electrical chemical transmission
1.3. Fundamentals of the functioning of the nervous system. Types of neurotransmitters and mechanism of action
Chapter 2. Development of the nervous system
Chapter 3. Circadian rhythms and molecular genetic mechanisms for their control
Chapter 4. Basic genetic concepts and processes with application in neurogenetics
Section II. Neurogenetics and diseases of the nervous system
Chapter 5. Genetics of neurological diseases
Chapter 6. Genetic, cellular and molecular basics of neurodegenerative patients
Section III. Theoretical basis of neuroinformatics as an important branch of neurogenetics
Chapter 7. Basic bioinformatics concepts and tools with application in neurogenetics
Chapter 8. Basic statistical concepts and parameters with application in neurogenetics
Section IV. Basic methods and approaches for the study of neurodegenerative diseases
Chapter 9. Genetic epidemiology. Stages and approaches
Chapter 10. Molecular diagnosis of neurodegenerative diseases. Indirect and direct DNA analysis
Section V. Animal models of neurodegenerative diseases
Chapter 11. Model objects for studying neurodegenerative diseases. Types, characteristics, advantages and disadvantages
Chapter 12. Approaches and methods for creating animal models of recessive neurodegenerative diseases
Chapter 13. Approaches and methods for creating animal models of dominant neurodegenerative diseases
Chapter 14. Neurodegenerative diseases from veterinary practice - suitable models in human medicine as well
Section VI. Prospects for the treatment of neurodegenerative diseases.
