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I'm a contortionist; I can have my foot in my mouth and my head up my arse at the same time.
Because RR is useless and has no talent? That's cold, Max.
You gotta video that, please do a video of that, man I'd love to see that.
i can walk around with my eyes closed or in the dark using my strange tingly feeling in the bridge of my nose. When i get close to something it starts tingling. Dont really understand why but i can walk around in teh dark and not walk into anything because of it... straaange.
Anhar, you should write a white paper on the subject. :thumbsup:
...but do it with your eyes closed!
Anhar, you should write a white paper on the subject. :thumbsup:
Not sure what the profs would think about it, I'd be laughed of campus..
I mean the one I'm doing now (officially) they raised their eye brows at me, I got into a bit of a debate with the one of "big cheese" he thought it wouldn't work, well hehe I got it to work so I'm gonna be smiling when my formal presentation comes..
Anway Tom, if you have a camera handy give it shot (no pun intended)
I mean the one I'm doing now (officially) they raised their eye brows at me,
Anhar, you should write a white paper on the subject. :thumbsup:
um like your rods in your retinas like get overwhelmed by the intense level of light or like whatevs and like hit maximum stimulation and like needs a sec to like recover and like you um get this residual dark spoting that um looks almost like you're staring at like a negative looking like residual dark imge... 9th grade biology duh.
well its a little bit more complicated then that, lets see
you start off with a photon that hits the nerve cells, a highly complex molecule chain occurs, our first stop is 11-CIS-retinal then: This is over simplified:
11-cis-retinal >> rhodopsin >> transducin >> transducin bound to GDP >> releases GTP >> three connect to form GTP-transducin-rhodopsin >> binding causes phosphodiesterase >> breaks down cGMP >> This causes the level of concentration of cGMP to lower, closing the ion gate which causes electronic flow and we register "light"
well its a little bit more complicated then that, lets see
you start off with a photon that hits the nerve cells, a highly complex molecule chain occurs, our first stop is 11-CIS-retinal then: This is over simplified:
11-cis-retinal >> rhodopsin >> transducin >> transducin bound to GDP >> releases GTP >> three connect to form GTP-transducin-rhodopsin >> binding causes phosphodiesterase >> breaks down cGMP >> This causes the level of concentration of cGMP to lower, closing the ion gate which causes electron flow and we register "light"