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Revision as of 12:48, 21 June 2015
Biological Life Research
Home -> BiologicalLifeResearch
This page is intended to create model of biological human brain based on open research results across the world. Related findings are structured by other research themes.
Contents
Overall Brain
Brain Areas
Approach of defining areas:
- make area names unique to avoid misunderstanding
- pay specific attention to vision, audition and proprioception
- use visual and auditory senses to track both unimodal and polymodal paths
- do not create thalamus area to avoid mixing unrelated paths, assign thalamus nuclei to other areas
- do not create limbic area to avoid mixing unrelated functions, assign limbic components to other areas
- take into account all subcortical nuclei
- all areas mapped by Brodmann placed in cortical category
- consider only single left hemisphere, placing unique right hemisphere components into corresponding cuircuits
| Area Code | Area Name | Function | Comments |
| aHuman | |||
| TSA | Target Sensory Area | aHuman Target Sensors | Biological Sensors |
| TEA | Target Effectory Area | aHuman Target Effectors | Biological Motors |
| Cortical | |||
| VCA | Visual Cortex Area | Visual Cortex | Major perception system |
| ACA | Auditory Cortex Area | Auditory Cortex | Major perception system |
| SMA | Somatic Cortex Area | Somatic Proprioception | Includes somatosensory associations |
| MCA | Motor Cortex Area | Motor Control | Includes motor sequences |
| CGA | Cingulate Cortex Area | Emotional Control of Visceral, Skeletal, and Endocrine Outflow | Free Will and Error Correction |
| FCA | Frontal Cortex Area | Sensory-Drive Associations | Elaborated emotional behavior |
| PHA | Parahippocampal Area | Integrating Sensory Streams for Hippocampus | Claustrum, consciousness |
| Subcortical | |||
| VBA | Visual Basal Area | Visual Subcortical Nuclei | Major sensory system |
| ABA | Auditory Basal Area | Auditory Subcortical Nuclei | Major sensory system |
| HBA | Hippocampus Basal Area | Creating Long Term Memory, Sensory Temporal Coding | Long-term episodic memory |
| BGA | Basal Ganglia Area | Conscious Action Control, Motor Temporal Coding | Control of planned actions |
| BFA | Basal Feeling Area | Drive Stimuli Integration | Drive supply |
| Hindbrain | |||
| MBA | Motor Brainstem Area | Postural Control and Rythmic Locomotion | Extrapyramidal system |
| FBA | Feeling Brainstem Area | Pain and Moods | Pleasure and pain modulation |
| HTA | Hypothalamus Area | Visceral Motor Control | Lifecycle control, cortex modulation |
| Motor | |||
| FMA | Face Motor Area | Face Senses and Motors | Ganglia and internals |
| HMA | Head Motor Area | Head Motor Execution and Proprioception | Early motor and somatic neurons |
| BMA | Body Motor Area | Body Motor Execution and Proprioception | Early motor and somatic neurons |
| AVA | Autonomous Visceral Area | Sympathetic and Parasympathetic systems | Nuclei and ganglia, controlling autonomous organs |
Circuits
(generated)
- Audition Perception in Neocortex
- Audition Perception in Subcortical Nuclei
- Blood Pressure Control
- Cerebellum Flows
- Cognitive Processing
- Conscious Alertness
- Establish Reflexive Motivational Associations
- Gustatory and Olfactory Perception
- High-Level Motivations
- Memory Process in Allocortex
- Memory Process in Cortex
- Memory Process in Mammillary Bodies
- Multisensory Integration for Hippocampus
- Muscle Control
- Pain and Temperature Perception
- Planned Actions Control
- Sleep-Wake Cycle
- Somatic Perception
- Vision Eye Control
- Vision Frontal Networks
- Vision Head, Neck and Face Control
- Vision Perception
