..., are hatched or born with a functioning nervous system fully capable of maneuvering through the expected milieu of its species. That ... not be here. The genome constructs this nervous system, constructs it in a human as it... as super-precocial. As soon as the nervous system is differentiated, it starts altering itself by axonal growth, synaptic formation, and ...

...> People tend to view dynamic system as a series of snapshots. ...organs are part of the total system. There are sensors, interneurons, and effectors...contain a great deal of central nervous system organization genetically determined to ... and locomotion.  Exactly when that system gets put into full use at...life is a separate question -- the system can be genetic but incompletely ...

... becomes more difficult; when the nervous system is involved, it becomes ... People tend to view dynamic system as a series of snapshots.... that the genome constructs the nervous system. The genome sets up the rules by which the nervous system reacts to the exterior...etc. It's a complex system, NOT a snapshot. It responds...learning phase of the intelligent system still happens durring a lifetime...

...> People tend to view dynamic system as a series of snapshots. ...organs are part of the total system. There are sensors, interneurons, and effectors...contain a great deal of central nervous system organization genetically determined to produce... and locomotion. Exactly when that system gets put into full use at... is a separate question -- the system can be genetic but incompletely ...

.... People tend to view dynamic system as a series of snapshots. ...organs are part of the total system. There are sensors, interneurons, and effectors...contain a great deal of central nervous system organization genetically determined to produce...posture and locomotion. Exactly when that system gets put into full use ... is a separate question -- the system can be genetic but incompletely ...

...organs are part of the total system. The role of learning in behavior...contain a great deal of central nervous system organization genetically determined to ... and locomotion. Exactly when that system gets put into full use ... is a separate question -- the system can be genetic but incompletely ... motor responses in the cardiovascular system to local stimuli that don'...

... sensors and effectors, hence the peripheral nervous system and accessory organs are part of the total system. The role of learning in behavior... a great deal of central nervous system organization genetically determined to ... and locomotion. Exactly when that system gets put into full use ... is a separate question -- the system can be genetic but incompletely ...

...sensors and effectors, hence the peripheral nervous system and accessory organs are part of the total system. The role of learning in behavior...contain a great deal of central nervous system organization genetically determined to ... and locomotion. Exactly when that system gets put into full use ... is a separate question -- the system can be genetic but incompletely ...

...sensors and effectors, hence the peripheral nervous system and accessory organs are part of the total system. The role of learning in behavior...contain a great deal of central nervous system organization genetically determined to produce... and locomotion. Exactly when that system gets put into full use ... is a separate question -- the system can be genetic but incompletely ...

... sensors and effectors, hence the peripheral nervous system and accessory organs are part of the total system. The role of learning in behavior...contain a great deal of central nervous system organization genetically determined to produce...posture and locomotion. Exactly when that system gets put into full use at...life is a separate question -- the system can be genetic but incompletely ...