Arkcon10
Comments
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what's the current status on this project? this hasn't exactly been updated in several months... so is like this dead?
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ahh i believe i was mistaken on the horse tranquilizer part, rather that has been used as its street name before, all though apparently that mustang is a first generation? the cars in that generation typically weighed around 1100 kgs and the strongest recorded human's deadlifting strength was around 457 kgs. so either your…
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i know not of any paper's but i just have a questionwhat are the more effective noot's that have been tried/tested? like i know most of the racetams have been proven effective to some degree and there was that substance called mondafil that acted similarly to caffeine, but are there anymore ones out there with proven…
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Ahh i see, thank's for the quick reply man. thank's for the info.on the topic of your friend, how the hell did he exactly lift a mustang like jeez.. do you know how much that mustang weighed ? oh and apparently pcp is horse tranquilizer ?, how exactly does that play into strength? (as in how does it work)
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@ChrisBot It really would actually, all you'd need then is an iron man costume lol
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still looks kind of big for a hand/arm implant... ever thought about implanting that somewhere larger? (and possibly more comfortable) like say your chest or even back? and how do you think such an implant would fare in such places?
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I can't remember what noot it was but im pretty sure there was one that slowly had permanent long lasting intelligence effects on the brain ( making more intelligent and faster thinking or atleast better at thinking, think fish oil but like way better) but on the topic of experimentation what kind of effect would that have…
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well damn i didn't expect such an in depth answer! what would the potential sensory uses of these types of these types of "connected nervous cells be"? would a person be able to gain voluntary movement through those cells with this type of technology (due to it being connected through the nervous system)? how exactly would…
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again, im more so interested in "implanting" external implants, eg adding to the body rather then plain old forceing a piece of metal (or any other kind of implant for that matter) into tissue. i was wondering more so about if you could graft almost external body parts, for example flesh for web'd fingers or other…
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well while it may be astronomically expensive i was really just wondering if it was possible to do, like at all as it was just plaguing my thoughts recently and from what you've said it seem's doable with a big an expensive lab setup, not likely something a typical grinder could do.to be honest i was wondering more about…
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Ahhh i see, was just curious to know, thanks for the quick response
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i don't know for certain but almost completely sure there are, i should do some more research on this, however it has been shown that the cytosolic form of it in humans is important to gluciogenesis. just like in the mice models if anyone later down along the line manages to mix up something like this in lab i…
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in mice models adding more of the pepck-c enzyme to the muscles increases endurance/strength and appetite along with forcing the body to burn fat instead of glucose for energy... would this work in humans? maybe a small pill containing the enzyme that somehow only targets muscle fibers?
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something such as what the mantis shrimp has would be completely impossible without somehow growing a new pair of legs in a lab that somehow merged both mantis shrimp and man and somehow attaching them to a human without rejection and attatching there nerves somehow to it as well... sounds cool but again not exactly…
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this mayyy be a dead thread but i thought i might add some ideas into the mix~ biocompatible titanium foam that when a bone is broken around the implant will grow back and even attach back onto the implant itself making the bone even strongerhttp://www.ncbi.nlm.nih.gov/pubmed/20024964…
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ohh i see now that makes a bit more sense actually since he did mention post growth and well turning it on early or not at all, just didn't realise he meant that early
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hmm true.. do you think it would work in premature models then if not developed adults? because if so this would still be extremely useful for people with muscular dysthrophy if found at a young age that is. is there any known way to test this in an adult human model without you know using a live human? i feel this…
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i believe this is the original article although i don't really have time at the moment to read through it i will read it asp, what do you mean by it being easier to do this hack in an adult? is it because an adults cells are easier to target?
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http://www.gizmag.com/gene-tweak-doubles-muscle-strength/20879/ http://www.salk.edu/news/pressrelease_details.php?press_id=530 there's some links to the articles i found,
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i probably should've added more info when asking my question but i was kind of in a hurry last night - essentially tweaking the ncor1 gene in mice to not be active (as shown during knockout mice test's) allows those mices muscles to grow more effectivly and is quite similair to the mstn (myostatin) gene in the way that it…
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aliexpress sells cheap parts, and if you can find a "store" on there that is of good to decent quality you can actually get quite a few parts on there super cheap with free shipping straight from china.... maybe that'll help to bring down the cost of this build?
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this seems like an interesting project. i'd love to see this come to fruition
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No i completely realise the risk that having cancerous cells will have (it is absolutely something that should never be glossed over) however there is no way to just completely get rid of that risk, although we can lower it by having the gene switched off only during regeneration. however i did not realise the effects that…
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when i said no real risk except cancer i meant there were no other risks besides the increase in cancerous spread if you have cancerous cells, aka no other risks besides the cancer. i really like this rna interference idea of yours and something that lasts for a few hours would be good for allowing it to heal but would…
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Ah alright, thank you sir/miss your advice it had been extremely helpful
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Garethnelsonuk- as to the magnets strength i wasn't too worried about that i was more worried about it rejecting several years into the future when im older Zeitgeist & Garethnelsonuk- as to a peircer i don't belive i'll be able to find one that will accept implanting the implant as i live in nz, also is there anyway…
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chironex: how do you think a cream would work exactly? and just something i wanted to bring to your attention it has been tested in mice without any real negative side effects noted other then the risk of cancer spread (cancer is still a risk) (specifically a certain strain of mice, the mrl strain which has a increased…