Strelok ID: be9796 July 24, 2019, 5:16 p.m. No.685767   🗄️.is 🔗kun   >>5771 >>5800

>>685536

>>685595

It would be simpler to delete a myostatin repetition from the DNA. Myostatin is a signal protein that stops growth of muscles and encourages destruction of muscles. It evolved to protect from famine, it helps us consume our unused muscle mass when theres nothing else to eat. The more repetitions of the DNA code for this molecule you have is linked to a history of famine for your family/race, the more this molecule is expressed, and the more of a manlet you are. Arabs and Turks have a fucktonne of it, its why they have trouble building muscle mass.

Just delete one repetition of the code and you may increase resting muscle mass for a soldier by 5%. Delete another repetition and you can do more. Eventually you can make humans so muscled, so strong that theycan break their own bones by trying to hard. At that point there are genes you can delete or add repetitions of to make bones stronger.

Its piss easy with CRISPR to make a dude that can punch a Bradley IFV to death or flip Humvees without a problem. In fact a poor country like north korea could do it if they kidnapped a couple of PhDs and bought equipment available on Alibaba.

 

A fucking mech or exoskeleton is an engineering nightmare by comparison.

Strelok ID: be9796 July 25, 2019, 3:49 a.m. No.685850   🗄️.is 🔗kun   >>5853

>>685800

>unmodified human never did it

>therefore it cant be done

lol

 

Bone can increase in density and strength until its far stronger than the aluminum alloy most vehicles are made of, just as strong as steel in fact. We can even make plate like deposits of enamel under the skin and make the dude bulletproof, since enamel is far harder than steel or even most ceramic armor.

 

I bet an 8ft tall 1000lb dude with bones as hard as steel and enough muscle power to lift five times his own weight can wreck a glorified battle taxi.