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judging the worth of your life
Prof. Wiggles says:
I have $103 total net worth
citric_acid says:
ahhh
citric_acid says:
i have a lot more money then u
Prof. Wiggles says:
ya
Prof. Wiggles says:
its not that hard
Prof. Wiggles says:
I am sure even most 8 year olds do also
citric_acid says:
ahaha
Prof. Wiggles says:
but, I ahve more cerebral cortex than most...and thats what matters
citric_acid says:
more wa
Prof. Wiggles says:
xactly
ps...prof. wiggles = boomers
Yeah Citric ignores more ppl these days 
lol pwned
She also has more worth because mommy and daddy have a diamond studded spoon to feed her.
la la la
The cerebral cortex represent in humans a highly developed structure concerned with the most familiar functions we associate with the human brain.
It is the highly convoluted external surface of the brain. Its distinctive shape arose during evolution as the volume of the cortex increased more rapidly than the cranial volume. This differential rate of evolutionary development resulted in the convolution of the surface and the folding of the total structure of the cortex.
The convolutions consist of grooves known as sulci that separate the more elevated regions called gyri. The cortex has been divided into four lobes using certain consistently present sulci as landmarks. These lobes are named after the overlying cranial bones: frontal, parietal, temporal and occipital.
Many areas of the cerebral cortex process sensory information or coordinate motor output necessary for control of movement. These areas are divided into primary, secondary and tertiary sensory or motor areas, due to the fact that some regions are more directly involved than others with sensory or motor processing.
The primary sensory areas (visual, auditory, somatic sensory and gustatory areas) receive information from peripheral receptors with only a few synapses interposed.
The primary visual cortex is located at the caudal pole of the occipital lobe, mainly on its medial region. The primary auditory cortex lies in the temporal lobe, where it includes a portion of the lower bank of the lateral sulcus. The primary somatic sensory cortex lies on the postcentral gyrus. On the other hand the primary motor cortex lies within the precentral gyrus and contains neurons that project directly to the spinal cord. It mediates voluptuary movements of the limbs and trunk because it contains neurons that projects directly to the spinal cord to activate motor neurons.
Surrounding the primary areas are the so called higher-order secondary and tertiary sensory and motor areas. These areas integrate information coming from the primary sensory areas. In contrast Higher order motor areas send complex information required for a motor act to the primary motor cortex.
There are also three other large regions called association areas. These regions lie outside the primary, secondary and tertiary. The association areas constitute, in primates, the largest area of cortex.
The parietal-temporal-occipital association cortex occupies the interface of these three lobes. It is concerned with higher perceptual functions related to somatic sensations, hearing and vision. Information from these different sensory modalities is combined to form complex perceptions.
The prefrontal association cortex occupies most of the rostral part of the frontal lobe. An important function of this area is the planning of voluntary movement.
The limbic association cortex is devoted mainly to motivation, emotion and memory; it is located on the medial and inferior surfaces of the cerebral hemispheres in portions of the parietal temporal and frontal lobes.
| quote: |
| Originally posted by Echo of Silence la la la The cerebral cortex represent in humans a highly developed structure concerned with the most familiar functions we associate with the human brain. It is the highly convoluted external surface of the brain. Its distinctive shape arose during evolution as the volume of the cortex increased more rapidly than the cranial volume. This differential rate of evolutionary development resulted in the convolution of the surface and the folding of the total structure of the cortex. The convolutions consist of grooves known as sulci that separate the more elevated regions called gyri. The cortex has been divided into four lobes using certain consistently present sulci as landmarks. These lobes are named after the overlying cranial bones: frontal, parietal, temporal and occipital. Many areas of the cerebral cortex process sensory information or coordinate motor output necessary for control of movement. These areas are divided into primary, secondary and tertiary sensory or motor areas, due to the fact that some regions are more directly involved than others with sensory or motor processing. The primary sensory areas (visual, auditory, somatic sensory and gustatory areas) receive information from peripheral receptors with only a few synapses interposed. The primary visual cortex is located at the caudal pole of the occipital lobe, mainly on its medial region. The primary auditory cortex lies in the temporal lobe, where it includes a portion of the lower bank of the lateral sulcus. The primary somatic sensory cortex lies on the postcentral gyrus. On the other hand the primary motor cortex lies within the precentral gyrus and contains neurons that project directly to the spinal cord. It mediates voluptuary movements of the limbs and trunk because it contains neurons that projects directly to the spinal cord to activate motor neurons. Surrounding the primary areas are the so called higher-order secondary and tertiary sensory and motor areas. These areas integrate information coming from the primary sensory areas. In contrast Higher order motor areas send complex information required for a motor act to the primary motor cortex. There are also three other large regions called association areas. These regions lie outside the primary, secondary and tertiary. The association areas constitute, in primates, the largest area of cortex. The parietal-temporal-occipital association cortex occupies the interface of these three lobes. It is concerned with higher perceptual functions related to somatic sensations, hearing and vision. Information from these different sensory modalities is combined to form complex perceptions. The prefrontal association cortex occupies most of the rostral part of the frontal lobe. An important function of this area is the planning of voluntary movement. The limbic association cortex is devoted mainly to motivation, emotion and memory; it is located on the medial and inferior surfaces of the cerebral hemispheres in portions of the parietal temporal and frontal lobes. |
| quote: |
| Originally posted by IronDragon I got nothing |
M�lissa Thurieau, the most beautiful girl in the world 
My life's worth increased by one pair of Chuck Taylor's today and decreased by three IQ points when I finished watching Devil's Rejects.
citric_acid is a spastic.
House Of 1000 Corpses +215
Never seen Devil's Rejects
| quote: |
| Originally posted by DJ Mikey Mike citric_acid is a spastic. |
REally weird girls in here. Thank God I'm in Belgium 
| quote: |
| Originally posted by mellow_head REally weird girls in here. Thank God I'm in Belgium |
I always thought you were a guy 
haha no!
Ahahahhahh.
Oh man boomers.
Thats funnah.
And that chick is hot too.
And Echo has nice heels.
| quote: |
| Originally posted by IronDragon I got nothing |
| quote: |
| Originally posted by whiskers best reply ever. [sexy voice] "thank you, sweety..." [/sexy voice] |
Re: judging the worth of your life
| quote: |
| Originally posted by Boomer187 Prof. Wiggles says: I have $103 total net worth citric_acid says: ahhh citric_acid says: i have a lot more money then u Prof. Wiggles says: ya Prof. Wiggles says: its not that hard Prof. Wiggles says: I am sure even most 8 year olds do also citric_acid says: ahaha Prof. Wiggles says: but, I ahve more cerebral cortex than most...and thats what matters citric_acid says: more wa Prof. Wiggles says: xactly ps...prof. wiggles = boomers |
Re: Re: judging the worth of your life
| quote: |
| Originally posted by Psy-T dereleek > boomar |
More pics of her plz.
Re: judging the worth of your life
| quote: |
| Originally posted by Boomer187 Prof. Wiggles says: I have a total net worth of $103. citric_acid says: ahhh citric_acid says: i have a lot more money then u Prof. Wiggles says: ya Prof. Wiggles says: It's not that hard. Prof. Wiggles says: I am sure even most 8 year olds do also. citric_acid says: ahaha Prof. Wiggles says: But, I have a larger cerebral cortex than most...and thats what matters citric_acid says: more wa Prof. Wiggles says: Exactly. ps...prof. wiggles = boomers |
(sorry bored) 
Re: Re: judging the worth of your life
| quote: |
| Originally posted by Dervish *Fixed. (sorry bored) |
Well, you're actually worth around $45 million if you don't fancy living.
http://www.soundmedicine.iu.edu/arc...humanWorth.html
| quote: |
| Originally posted by occrider Well, you're actually worth around $45 million if you don't fancy living. http://www.soundmedicine.iu.edu/arc...humanWorth.html |
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