- 1-1 Introduction
- 1-2 Decomposition and Reconstruction
- 1-3 Neurons and Synapses
- 1-4 Neural Networks
- 1-5 Systems Control Mechanisms in the CNS
- 1-6 Reflexes and Voluntary Movements
- 1-7 Integration of reflexes
- 1-8 Motor Actions
- 1-9 Cognitive Functions
- 1-10 Beyond Movements
- 1-11 Scope of This Monograph
- 1-12 Summary
1-12 Summary
The decomposition-reconstruction method provides a logical and effective approach to studying the structure-function relationships of neuronal circuits. They are composed of local multilayered networks that interconnect globally to form neural control systems. Reflexes are the most fundamental units of neuronal circuits. Multi-input, half-fused, hybridized, mutually interacting, compounding, neuromodulating, nesting, and imitating are the eight ways to integrate reflexes into complex movements, voluntary movements, and innate behavior. A further integrated control is needed for both motor actions and, as yet to be determined, the mechanisms of cognitive thought.