[quote]kilpaba wrote:
[quote]MattyG35 wrote:
[quote]MassiveGuns wrote:
[quote]kilpaba wrote:
It is definitely similar. The traits which are diminished are not always “visible” traits. For example, take humans with inhibited myostatin production (a human analog to the belgian blue). While extraordinarily strong and muscular with zero work, they have monstrously fast metabolisms that make it nearly impossible to eat enough food to prevent brain and nerve damage (fat is necessary for mental and nervous system functions by dent of the myelin sheath). Super human muscle growth = lifetime struggle to prevent neurological wasting.
Here is a fun video game analogy. Think of Protos and Zerg within Star Craft. While Protos units are superior in most every visible way they are diminished in effect by their high mineral costs. Zerg, individually SEEM to be weaker, but long term and aggregate they are quite powerful because they do not require as much maintenance as the Protos.[/quote]
Finally, some intelligent and on topic commentary. I guess you are right, there are always trade offs to be made when it comes to biological traits. The more specifically adapted an organism is to it’s environment, the less adaptable to change and more vulnerable the species becomes as a whole.
I do think though that some traits can be gained with relatively little evolutionary compromise. Gorillas are 4x stronger pound for pound than humans. This is because of greatly increased muscle fibre density. If such traits were developed in humans, along with intelligence levels of the top 0.1 percentile, we would have effectively superhuman offspring with relatively few trade offs I think. This would of course depend on how far you tried to push the boundaries though.
[/quote]
Could that be where humans and gorillas separated in history? They went on to became hulk-like, while our brains increased in size?[/quote]
[quote]MattyG35 wrote:
[quote]MassiveGuns wrote:
[quote]kilpaba wrote:
It is definitely similar. The traits which are diminished are not always “visible” traits. For example, take humans with inhibited myostatin production (a human analog to the belgian blue). While extraordinarily strong and muscular with zero work, they have monstrously fast metabolisms that make it nearly impossible to eat enough food to prevent brain and nerve damage (fat is necessary for mental and nervous system functions by dent of the myelin sheath). Super human muscle growth = lifetime struggle to prevent neurological wasting.
Here is a fun video game analogy. Think of Protos and Zerg within Star Craft. While Protos units are superior in most every visible way they are diminished in effect by their high mineral costs. Zerg, individually SEEM to be weaker, but long term and aggregate they are quite powerful because they do not require as much maintenance as the Protos.[/quote]
Finally, some intelligent and on topic commentary. I guess you are right, there are always trade offs to be made when it comes to biological traits. The more specifically adapted an organism is to it’s environment, the less adaptable to change and more vulnerable the species becomes as a whole.
I do think though that some traits can be gained with relatively little evolutionary compromise. Gorillas are 4x stronger pound for pound than humans. This is because of greatly increased muscle fibre density. If such traits were developed in humans, along with intelligence levels of the top 0.1 percentile, we would have effectively superhuman offspring with relatively few trade offs I think. This would of course depend on how far you tried to push the boundaries though.
[/quote]
Could that be where humans and gorillas separated in history? They went on to became hulk-like, while our brains increased in size?[/quote]
A major reason humans (at least theoretically) began developing larger brains was often because they had gracile (e.g. weak and fragile) physical bodies compared to other primates and thus had to compete with something else if they were to survive. This is in part why as our physical bodies diminished our mental capabilities grew in lock step (again to the best of our knowledge).
Given the huge metabolic demands brains require it is also highly likely that given the food gathering capabilities at the time that humans simply could not afford to have both a big brain and a large and powerful physical body.
Agreed that many strength advantages could be gained on the cheap via shifting tendon insertion points, but who knows what effects this would have on other capabilities (perhaps it would decrease flexibility, throwing or sprinting in some way or something to that effect).
Still the benefit of eugenics, as in typical breeding protocols, would be that if you knew of just a couple of traits that were important to you above all others you could easily select for those and just live with the side effects. Some folks might genuinely not care if their child required 15,000 calories a day to live if they were a sporting phenom.[/quote]
I could use better calf insertion points