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Phil Ivey's yawning Phil Ivey's yawning

12-05-2009 , 05:44 AM
Phil Ivey's yawning. Even Lederer and Antonius are interested.
12-05-2009 , 05:45 AM
lol quality poast
12-05-2009 , 05:46 AM
That's really funny
12-05-2009 , 05:52 AM
photoshop chat bubbles in 3...2...
12-05-2009 , 06:09 AM
5 stars
12-05-2009 , 06:29 AM
solid view
12-05-2009 , 06:33 AM
epic
12-05-2009 , 06:36 AM
wow solid thread
12-05-2009 , 06:37 AM
haha
12-05-2009 , 06:48 AM
This is why I come to NVG. These are the moments, people.
12-05-2009 , 06:48 AM
Makes me want to yawn. The thread, not Ivey though.
12-05-2009 , 07:27 AM
Does this mean he is human after all?
12-05-2009 , 07:31 AM
Golden. He is....the most interesting man in the world.
12-05-2009 , 07:31 AM
Quote:
Originally Posted by Kalbam8
Does this mean he is human after all?
This proves nothing! NOTHING.
12-05-2009 , 07:32 AM
The neurons in Phil Ivey's cerebral cortex require an adequate supply of oxygen in order to function properly. To compensate for this demand the body relies heavily on the respiratory organ system to gather oxygen from the surrounding atmosphere which is made up of approximately ~78% nitrogen, ~21% oxygen, and ~1% various other components.

In order for the respiratory system to transfer oxygen into the bloodstream the lungs expand and fill with air. When Phil Ivey yawns, the lungs expand fully to maximize air volume and surface area within the lungs. This maximizes oxygen transfer to the red blood cells. The oxygen molecules adhere to the iron contained within the red blood cells. The red blood cells then transfer the oxygen molecules throughout the body via the circulatory system. Once the oxygen molecules reach the neurons within Phil Ivey's cerebral cortex, the oxygen is transferred to the neurons via osmosis.

I hope this helps.
12-05-2009 , 07:35 AM
Quote:
Originally Posted by chardonis
The neurons in Phil Ivey's cerebral cortex require an adequate supply of oxygen in order to function properly. To compensate for this demand the body relies heavily on the respiratory organ system to gather oxygen from the surrounding atmosphere which is made up of approximately ~78% nitrogen, ~21% oxygen, and ~1% various other components.

In order for the respiratory system to transfer oxygen into the bloodstream the lungs expand and fill with air. When Phil Ivey yawns, the lungs expand fully to maximize air volume and surface area within the lungs. This maximizes oxygen transfer to the red blood cells. The oxygen molecules adhere to the iron contained within the red blood cells. The red blood cells then transfer the oxygen molecules throughout the body via the circulatory system. Once the oxygen molecules reach the neurons within Phil Ivey's cerebral cortex, the oxygen is transferred to the neurons via osmosis.

I hope this helps.
Too far.
12-05-2009 , 07:46 AM
made me lol for some reason
12-05-2009 , 07:47 AM
Quote:
Originally Posted by yonnyaus
Too far.
just a wiki entry where he snuck in Ivey's name mang
12-05-2009 , 07:51 AM
You forgot to mention that the increase in oxygen helps seratonin uptake, which increases neural processing power. This process also helps to inhibit melatonin, a sleep hormone. If the initial yawning fails to create proper homeostasis, then negative feedback informs the visceral cranial nerve to increase the involuntary movement of the diaphram, causing another yawn. In severe cases, sleep may be warranted.
12-05-2009 , 08:27 AM
12-05-2009 , 08:36 AM
DA HELL?
12-05-2009 , 09:05 AM
12-05-2009 , 09:47 AM
Photoshop potential here fo so!
12-05-2009 , 09:53 AM
Quote:
Originally Posted by adapterz
Phil Ivey's making his "ohhhh" face. Even Lederer and Antonius are interested.
fyp.
12-05-2009 , 10:12 AM

      
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