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systema nervosum - Coggle Diagram

- - - - enchepalon
        
        The cerebrum (Telecephalon) is the largest part of the brain and occupies the middle and anterior cranial phosphises. Cerebrum is also referred to as
        cerebral cortex or forebrain. The cerebrum is the part of the brain that distinguishes humans from animals. Cerebrum makes humans have the ability to think, analyze, logic, language, consciousness, planning, memory and physical abilities. Intellectual intelligence or human IQ is also determined by the quality ofcerebrumng.
      - medulla spinalis
        
        The spinal cord is the most important structure between the body and the body. The spinal cord runs from the foramen magnum where it continuouswith the medulla to the first or second level of the lumbar vertebra, the spinal cord nerves (spinal nervus) number 31 pairs of combined nerves (sensory-motor). The spinal (spine) nervous system is derived from the dorsal direction, so it is sensory
- - - - cranial nervus
      - spinal nervus
  - - - paccinian corpuscle
      - meissner corpuscle
      - ganglion
      - motor and plate
  - - - sensory peripheral nerve circuit
      - motor peripheral nerve circuit
- - - - structure
        
        dendrit, soma, nukleus, akson, mielin, nodus ranvier, akson terminal
      - function
        
        Receive, Integrate, & Deliver Messages in the form of action potential
      - neuron type
        
        bipolar
        
        multipolar
        
        unipolar
    - - kind of neuroglia
        
        shcwan sel, atrosit sel,ependim sel, oligodendrosit, mikroglia
      - function
        
        forms myelin neurons, as a protector of neurons, providing a microenvironment appropriate for the activity of neurons.
    - - electrical synapses
        
        The action potential propagates from the presynaptic cell to the postsynapse cell. It is then connected by an intercellular channel that flows local action potential ions to flow between neurons.
      - chemical synapses
        
        The action potential electrical signal that arrives at the synaptic terminal is converted into a chemical signal that flows through the synapse, then the chemical signal is converted back into an electrical signal in the postsynaptic cell.