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Tables

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Tables Sitemap
Edelman, Gerald M.

Structural Themes in the Evolution of the Nervous System[1]
  Main Themes     Concommitants  

  Bilateral Symmetry     Orienting and Aversive Movements  

  Decussation     Sensorimotor Coordination  

  Sensorimotor Metamerism     Modularity  

  Progessive Cephalization     Special Senses  
  Fusion of Structures  
  Enlargement  
  Modular Repetition of Microscopic Structures  

  Overlapping Innervation     Degeneracy  
  Compaction of Tracts  

  Somatotopy     Body Mapping of Sensory Sheets and Motor Ensembles  

  Parallelism of Sensorimotor Systems     Reentry and Classification Couples  

  Increasing Nuclei and Laminae     Multilayered Structures  
  Vertical and Horizontal Circuit Organization  
  Increasing Variety of Cell Types  

Based upon Table 6.1 from:



Porges, Stephen

Neural Regulation of the Heart as a Function of Vertebrate Phylogeny[2]
  Group     CHM     DVC     SNS     AD/m     VVC  

  Jawless Fish      X +     (X +)                 
  Cartilaginous Fish      X +      X -                 
  Bony Fish      X +      X -      X +           
  Amphibians      X +      X -      X +            
  Reptiles      X +      X -      X +      X +        
  Mammals      X +      X -      X +      X +      X -  

Abbreviations: CHM, chomaffin tissue; DVC, dorsal vagal complex; SNS, sympathetic nervous system; AD/m, adrenal medulla; and VVC, ventral vagal complex. X indicates cranial nerve ten, i.e. the vagus nerve. Cardio-excitatory influence, X + and cardio-inhibitory influence, X -
Based upon Table 2. from:



The Three Phylogenetic Stages of The Neural Control of The Heart[2]
Phylogenetic Stage   ANS Component   Behavioral Function   Lower Motor Neurons  

I   Unmyelinated
Parasympathetic Vagus  
Immobilization
Feigning Death,
Passive Avoidance  
Dorsal Motor Nucleus (DMNX)  

II   Myelinated
Sympathetic-Adrenal  
Mobilization
Active Avoidance  
Spinal Cord  

III   Myelinated
Parasympathetic Vagus
(Vagal Brake)  
Social Communication,
Self-soothing and Calming,
Inhibition of Sympathetic-Adrenal  
Nucleus ambiguus (NA)  

Based upon Table 2. from:



Vagal Strategies[3]   Reptiles   Mammals  

Ambient State   Low DMNX   High NA/Low DMNX  
Response to Novelty   Increase DMNX   Decrease NA/Increase DMNX  

Based upon Table 3. from:



Notes & Commentary

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Notes & Commentary
  1. Subject to major change, revision ,and/or retraction at any moment.


Citations

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List of Citations
  1. Edelman 1987a.
  2. 2.0 2.1 Porges 2001.
  3. Porges 1995.


Sources & References

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Sources and References go here



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