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Biological Life Research
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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
[hide]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