Home » Buology-buying mania science – where are the subliminal messages really hidden?

Buology-buying mania science – where are the subliminal messages really hidden?

by clinic

Food is a necessity, but preferring meat to leek is a learned behavior. The need for water is mandatory, but an attitude of quenching with coca-cola, beer, or juice becomes learned-type behavior. While the solution in the form of drinking water eliminates the problem of thirst, the solution in the form of drinking alcohol only eliminates the symptom (the desire to drink water). In fMRI studies, it has been determined that the same regions of the brain become active in people who are asked to imagine the same image as the image given to the brain.

(JRPalmatier,PHBornstein; Effects of subliminal stimulation of symbiotic merging fantasies on behavioral treatment of smokers) Martin Lindstrom, author of Buyology: Truth and Lies About Why We Buy, from Warwick University’s Department of Neurosense for a market study Dr Gemma Colvert, under the leadership of Prof. Dr. R. Silberstein, asks her to investigate the effect of pictures on CIGARETTE BOXES with FMR. As a result of the research, it was revealed that these pictures stimulated the NUCLEUS ACCUMBUS by creating a strong subliminal pressure by making the opposite effect due to the high death connotation they contain.

NUCLEUS ACCUMBUS is a kind of desire point of the brain. It contains expert neurons that work when the body wants something addictive (such as alcohol, gambling, nicotine, sex, nail biting, drugs, computer games, the desire to talk on the phone). Although the exact mechanism of stimulation of the said region is not known, it has been determined that the stimulation dose increases one step higher each time; So things are not going well in this region. Cortex responds to or resists these desires to some extent. In the case of Cortex deactivated, the brain is completely under the command of NA. Especially subliminal messages cause this through stimulation of the Amygdala and NA.

In order to remember and bring back information, the connections of the subconscious message received in the past in the memory (ie Synapses) must be high. This is only possible at the level of basic emotions in the common memory of the human race, which is present in every human being (BIRTH, DEATH, SEX, FEAR, HUNGER ETC.) In other words, in order for there to be a resonance between the basic brain program and any stimulus, each person’s past life is different, and just like fingerprints, the message can only find its place through the BASIC ARCHETOPES common to every person. The ruthless market wolves also use it top to bottom.

Form of neural or behavioral plasticity

(Neural and behavioral flexibility)

Type of Reinforcer

Sources

Opiates

drug

Psychostimulants

Physiological stimulants

High fat or sugar food

High fat and sugar

Sexual reward

Sexual activity

Physical exercise
(aerobic)

Physical exercise

Environmental
enrichment

Environmental wealth

ΔFosBexpression in
nucleus accumbens D1- typeMSNs

[4]

Behavioral plasticity behavioral flexibility

Escalation of intake

Intake rise

Yes Yes

Yes

Yes

[4]

Psychostimulant
cross-sensitization

Cross-sensitization of psychostimulants

Yes

Not applicable

not applicable

Yes

Yes

Attenuated

weak

Attenuated

[4]

Psychostimulant
self-administration

Psychostimulants self-management

[4]

Psychostimulant
conditioned place preference

Conditional place preference of stimulants

[4]

Reinstatementof drug-seeking behavior

[4]

Neurochemical plasticity

CREBphosphorylation
in the nucleus accumbens

CREB phosphorylation

[4]

Sensitized dopamine response
in the nucleus accumbens

Dopamine sensitivity

No

Yes

No

Yes

[4]

Altered striatal dopamine signaling

Consisting of the nucleus caudatus, nucleus lentiformis, one of the basal ganglia of the brain, and the capsula interna separating them, seen as stripes in transversal sections sensitization of part of the telencephalon to dopamine

↓DRD2, ↑DRD3

↑DRD1, ↓DRD2, ↑DRD3

↑DRD1, ↓DRD2, ↑DRD3

↑DRD2

↑DRD2

[4]

Altered striatal opioid signaling

Consisting of the nucleus caudatus, nucleus lentiformis, the basal ganglia of the brain, and the capsula interna separating them, seen as stripes in transversal sections susceptibility of part of the telencephalon to drugs

↑μ-opioid receptors

↑μ-opioid receptors
↑κ-opioid receptors

↑μ-opioid receptors

↑μ-opioid receptors

No change

No change

[4]

Changes in striatalopioid peptides

Sensitivity of striatal part to peptides

↑dynorphin

↑dynorphin

↓enkephalin

↑dynorphin

↑dynorphin

[4]

Mesocorticolimbic synaptic plasticity

Number of dendrites in the nucleus accumbens

Number of dendrites

[4]

Dendritic spine density in
the nucleus accumbens

Dendritic angular momentum density

[4]

Related Articles

Leave a Reply

%d bloggers like this: