Longevity research: what seems the most promising?

stop posting those fugly bleached koreans you bitsch

>Refute
You can't refute opinion, only disagree.
Your subjective thoughts, aren't objective fact.
>Filename

>Korean acts like Westerner.
>Ruined, confirmed!
Well done, you've ruined yet another nation.

>Works great if your body mass < 5 grams
See
Colman, R. J., R. M. Anderson, et al. "Caloric Restriction Delays Disease Onset and Mortality in Rhesus Monkeys." Science 325 (2009): 201-4.

I'm extremely excited about this!

what immortality do you want guys

dumping

...

All of them.

this one is not really immortality

nanomachines son

>mind uploading
>you
>not a copy

nah

...lol

last one

this is the one that i really hope happens, this is the true meaning of transhumanism

These immortality paths pictures were all made by Maria Konovalenko, who is a longevity researcher and also a qt

Sorry if plebbit but you should really join us on r/longevity

Our goal is to spread the word and raise funds as much as we can, to get rid of aging asap

These are excellent, if Veeky Forums was more active and contained less of (), I'd start a longevity/transhumanism general.

I'll give it a look, thank you.

Very qt.

What got deleted?

You can find deleted posts on warosu.org/sci/

Not using devices that generate pulsed microwave fields.

This just made me burst out laughing. The whole thing literally described cells. Programmable self replicating machinery, ie, cells.
>Nanomechanisms for targeted drug delivery and destroying tumors
You mean NK cells, antigens, and peroxynitrite / H2O2 generation. The basic framework for synthesizing and trafficking compounds, and identifying the programmed target. The only advantage synthetic nanomachines have is some theoretical ability to act as mere storage vessels for a magic "targeted compound", or the ability to destroy a target mechanically. Though this could likely be done better with the mechanisms that already exist.

>Diagnostics based on nano sensors
The body already does this.

>Microrobots thombrosis dialating blood vessels
Already signalling pathways to do this.

>living cells programmed to perform specific tasks in the body
...like the cells we already have?

>Nanomechanisms capable of performing functions of specific cells
Why? Are they really going to be able to outperform oxidative phosphorylation? Will they really have as efficient and fine tuned signalling mechanisms? ERK, ion channels, etc?

>integrating into a cell, repairing it, and controlling the genome
Like the cell already does. Cells already have error detection and repair machinery for various structures. You can't just magically detect and perform fine grained "fixing", and you can't magically get rid of free radicals better than superoxide dismutase, gluthionine reductase, etc. What's it going to do, just magically get rid of iNOS when it's gone awry? Just push Ca2+ or whatever out of the cell? How?

>synthesizing any organic structures
Like... normal cells?

>Replacing most cells with nanomechanisms
Cells already are nanomechanisms.

>Neurological expansion, networking, data externalization, interfaces, etc.
This is a valid point. Lot to be said about it.

Yes, I read all the old sci-fi, watched the movies, played Deus Ex,etc.Most of this is just "feels cool".

This is a very good post, as autistic as it may be.
Just wanted you to know, user. Please, keep posting.

Jesus christ not you again.

Elizabeth Parrish has more balls than anyone here.

bloomberg.com/news/videos/2017-08-24/bioviva-uses-genetic-therapies-to-fight-father-time-video

eh, most of the telomerase got washed down the toilet, she said delivery wasn't good enough to actually rejuvenate her