Darkfeather
Posts: 1142
Joined: 3/13/2007 Status: offline
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In my experience, human beings are governed by instinct a lot more often than they like to admit. No offense, but you are completely missing the definition of instinct. See here: http://en.wikipedia.org/wiki/Instinct quote:
On the contrary, if light BDSM play improved a couple's chances of reproduction, it would be an adaptive advantage. Again, not how adaption works. For this statement to be true, humans would have to activley, and en masse, participated in BDSM activities for centuries. But as my point is that humans have evolved past base instincts already, this is a moot point anyway quote:
Well, I simply disagree with you there. Whether you agree with me or not is not the issue. Simple empirical data proves my statement. No one can take a new dog straight out of the pound, put a plate of steak in front of him, and expect him not to eat. Instincts cannot be rationalized away in animals, only humans. They can be trained, but no animal is born with the innate capacity we are quote:
Done it, just for obedience play. She was so hung up over it, she was shaking like a leaf and frothing at the mouth, and a thin whine started to come from her throat. Eventually, she parted her mouth and started making attempts at speech, which came out as an ear-piercing yodel. However, the level of novelty in that situation was well within the limits of what a canid mind is capable of dealing with. You can do simple things like making slight modifications on familiar games or changing the word for a familiar command, but we're talking about a child's moped compared to a racecar. Dogs have severe limitations. See above. This example doesn't answer the situation of a new unknown dog, and giving the command for the first time quote:
The idea of a gray area is where I would like to start opening you up to a subject that you might be interested in. I don't know your level of familiarity with the glutamatergic system, but parts of it are actually central to our neural plasticity. There is actually a certain receptor for glutamate that appears to affect neuroplasticity. However, the receptor requires the presence of aspartate in addition to glutamate to actually work. It is, of course, the NMDA receptor. Now, if you are not completely lost, some research was done in order to determine whether there were any correlations between genetics and political leanings. It was actually found that liberals had much stronger genes for this particular receptor type. As you know, liberals do tend to have a much easier time of comprehending the idea of a gray area. Now, the reason that some people are aversive to situations involving such a gray area is this: when our brains are caught in a moment of indecision, they drop a sort of depth charge in your cortices. Your prefrontal cortex lights up like a christmas tree as you try to wrack your brains for an answer to some kind of dilemma or another. Or perhaps try to decide whether you have an apple or an orange. However, it's actually very uncomfortable for you if you stay in that kind of limbo for very long. There is only so much your brain can take. The advantage that you have if you have strong genes for your NMDA receptor, though, is that your brain is a lot better adapted for handling indecision and gray areas. Thanks to the NMDA receptor, we can avoid black and white, "this is just how it is," ways of thinking. On the other hand, it can work against you. Consider living in a world where you had to think very hard to grasp that two different subjects were not really related to each other. Just try this for a thought exercise. Imagine that, when you thought of a certain subject, you didn't get one strong set of associated topics, but instead you got a foggy morass of loosely related subject matter. It would take you deep concentration to focus on a topic well enough that you could talk about it decisively. I am familiar with it, along with all the other genetic sciences into brain functionality. But do I agree with it, are we genetically predisposed to like the color green or favor peas over lima beans? Considering the subject matter is both the human brain, and the human genome, I hold all opinions until there is way more research into this science. There is no way you can make suppositions about the interactions of these two, until you actually fully understand how both work. And right now, we aren't even close
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