mesenchymal stem cells/exosomes

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mesenchymal stem cells/exosomes

mesenchymal stem cells/exosomes

@MSCsExosomes

That's Chuck Liddell in my profile pic, he's a former UFC Light Heavyweight Champion.

Bergabung Mart 2021
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mesenchymal stem cells/exosomes
mesenchymal stem cells/exosomes@MSCsExosomes·
(5/6)In fact I can't wait till designer babies exist because the way things are going white people are going to become a very small minority in the USA. In fact, most children in the USA are now non-white. But I think in the future you'll see millions of kids who look like this.
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mesenchymal stem cells/exosomes
mesenchymal stem cells/exosomes@MSCsExosomes·
@gjurvetson 👇 x.com/i/status/20404…
Brian Armstrong@brian_armstrong

Some of the most underinvested areas in frontier biology that could accelerate civilizational progress: - Cheap, large-scale DNA synthesis (writing entire chromosomes or full organisms) - Real-time, non-destructive RNA sequencing in living cells - Highly accurate AI-powered polygenic scores for complex traits (disease risk, cognition, longevity) → enabling full genome design - Ultra-precise, multiplex genome editing (far beyond CRISPR) with minimal off-target effects, scalable across millions of cells - Safe, efficient, tissue-specific in vivo delivery systems - Safe and effective human germline engineering - Accelerated clinical trials via testing on decedents (with consent) - Next-gen human enhancement: muscle, cognition, mood — beyond GLP-1s - Ectogenesis / artificial wombs Who’s actually building in these areas? Drop names, companies, or researchers below 👇

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mesenchymal stem cells/exosomes
mesenchymal stem cells/exosomes@MSCsExosomes·
@attilablenesi Attila, I need assistance. I posted this in New X Android feedback group yesterday but it's not showing up when I check with my other X accounts. I've got multiple X accounts. What I'll do is I'll switch over to a different X account and go to the New X Android feedback group and look and this post isn't showing up, I can't see it. I can't see this post when I'm logged into one of my other accounts. So what's going on here? Did you guys remove it? If you guys remove posts I'm supposed to be notified right? I know I haven't been banned from the group. So I'm confused. This post right here, I can't see this post when I'm logged into one of my other X accounts: x.com/i/status/20401…
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mesenchymal stem cells/exosomes
mesenchymal stem cells/exosomes@MSCsExosomes·
@MarcLopezTabar1 @wil_da_beast630 Thanks to Elon Musk buying Twitter and doing away with the censorship, I have now learned that black people are 13% of the US population but are responsible for more than 50% of all the murders and robberies every year. Racism has exploded on X and that's all thanks to Elon Musk.
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Wilfred Reilly
Wilfred Reilly@wil_da_beast630·
I mean, this study by Putnam (2007?) is one of the most famous in social science. The disadvantages of diversity are decreased social trust and increased conflict. The advantages are increased cosmopolitanism (arts, language skills, cuisine, dating), increased GDP and patent rate, and decreased prejudice given competence for all groups. Whole literature on this.
End Wokeness@EndWokeness

I wonder why this study got buried

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mesenchymal stem cells/exosomes
mesenchymal stem cells/exosomes@MSCsExosomes·
@aubreydegrey 👇 x.com/i/status/20404…
Brian Armstrong@brian_armstrong

Some of the most underinvested areas in frontier biology that could accelerate civilizational progress: - Cheap, large-scale DNA synthesis (writing entire chromosomes or full organisms) - Real-time, non-destructive RNA sequencing in living cells - Highly accurate AI-powered polygenic scores for complex traits (disease risk, cognition, longevity) → enabling full genome design - Ultra-precise, multiplex genome editing (far beyond CRISPR) with minimal off-target effects, scalable across millions of cells - Safe, efficient, tissue-specific in vivo delivery systems - Safe and effective human germline engineering - Accelerated clinical trials via testing on decedents (with consent) - Next-gen human enhancement: muscle, cognition, mood — beyond GLP-1s - Ectogenesis / artificial wombs Who’s actually building in these areas? Drop names, companies, or researchers below 👇

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mesenchymal stem cells/exosomes
mesenchymal stem cells/exosomes@MSCsExosomes·
@alexwg 👇 x.com/i/status/20404…
Brian Armstrong@brian_armstrong

Some of the most underinvested areas in frontier biology that could accelerate civilizational progress: - Cheap, large-scale DNA synthesis (writing entire chromosomes or full organisms) - Real-time, non-destructive RNA sequencing in living cells - Highly accurate AI-powered polygenic scores for complex traits (disease risk, cognition, longevity) → enabling full genome design - Ultra-precise, multiplex genome editing (far beyond CRISPR) with minimal off-target effects, scalable across millions of cells - Safe, efficient, tissue-specific in vivo delivery systems - Safe and effective human germline engineering - Accelerated clinical trials via testing on decedents (with consent) - Next-gen human enhancement: muscle, cognition, mood — beyond GLP-1s - Ectogenesis / artificial wombs Who’s actually building in these areas? Drop names, companies, or researchers below 👇

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mesenchymal stem cells/exosomes
mesenchymal stem cells/exosomes@MSCsExosomes·
@ashleevance 👇 x.com/i/status/20404…
Brian Armstrong@brian_armstrong

Some of the most underinvested areas in frontier biology that could accelerate civilizational progress: - Cheap, large-scale DNA synthesis (writing entire chromosomes or full organisms) - Real-time, non-destructive RNA sequencing in living cells - Highly accurate AI-powered polygenic scores for complex traits (disease risk, cognition, longevity) → enabling full genome design - Ultra-precise, multiplex genome editing (far beyond CRISPR) with minimal off-target effects, scalable across millions of cells - Safe, efficient, tissue-specific in vivo delivery systems - Safe and effective human germline engineering - Accelerated clinical trials via testing on decedents (with consent) - Next-gen human enhancement: muscle, cognition, mood — beyond GLP-1s - Ectogenesis / artificial wombs Who’s actually building in these areas? Drop names, companies, or researchers below 👇

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mesenchymal stem cells/exosomes
mesenchymal stem cells/exosomes@MSCsExosomes·
@davidasinclair 👇 x.com/i/status/20404…
Brian Armstrong@brian_armstrong

Some of the most underinvested areas in frontier biology that could accelerate civilizational progress: - Cheap, large-scale DNA synthesis (writing entire chromosomes or full organisms) - Real-time, non-destructive RNA sequencing in living cells - Highly accurate AI-powered polygenic scores for complex traits (disease risk, cognition, longevity) → enabling full genome design - Ultra-precise, multiplex genome editing (far beyond CRISPR) with minimal off-target effects, scalable across millions of cells - Safe, efficient, tissue-specific in vivo delivery systems - Safe and effective human germline engineering - Accelerated clinical trials via testing on decedents (with consent) - Next-gen human enhancement: muscle, cognition, mood — beyond GLP-1s - Ectogenesis / artificial wombs Who’s actually building in these areas? Drop names, companies, or researchers below 👇

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mesenchymal stem cells/exosomes
mesenchymal stem cells/exosomes@MSCsExosomes·
@PeterDiamandis 👇 x.com/i/status/20404…
Brian Armstrong@brian_armstrong

Some of the most underinvested areas in frontier biology that could accelerate civilizational progress: - Cheap, large-scale DNA synthesis (writing entire chromosomes or full organisms) - Real-time, non-destructive RNA sequencing in living cells - Highly accurate AI-powered polygenic scores for complex traits (disease risk, cognition, longevity) → enabling full genome design - Ultra-precise, multiplex genome editing (far beyond CRISPR) with minimal off-target effects, scalable across millions of cells - Safe, efficient, tissue-specific in vivo delivery systems - Safe and effective human germline engineering - Accelerated clinical trials via testing on decedents (with consent) - Next-gen human enhancement: muscle, cognition, mood — beyond GLP-1s - Ectogenesis / artificial wombs Who’s actually building in these areas? Drop names, companies, or researchers below 👇

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mesenchymal stem cells/exosomes
mesenchymal stem cells/exosomes@MSCsExosomes·
@FutureJurvetson 👇 x.com/i/status/20404…
Brian Armstrong@brian_armstrong

Some of the most underinvested areas in frontier biology that could accelerate civilizational progress: - Cheap, large-scale DNA synthesis (writing entire chromosomes or full organisms) - Real-time, non-destructive RNA sequencing in living cells - Highly accurate AI-powered polygenic scores for complex traits (disease risk, cognition, longevity) → enabling full genome design - Ultra-precise, multiplex genome editing (far beyond CRISPR) with minimal off-target effects, scalable across millions of cells - Safe, efficient, tissue-specific in vivo delivery systems - Safe and effective human germline engineering - Accelerated clinical trials via testing on decedents (with consent) - Next-gen human enhancement: muscle, cognition, mood — beyond GLP-1s - Ectogenesis / artificial wombs Who’s actually building in these areas? Drop names, companies, or researchers below 👇

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Brian Armstrong
Brian Armstrong@brian_armstrong·
Some of the most underinvested areas in frontier biology that could accelerate civilizational progress: - Cheap, large-scale DNA synthesis (writing entire chromosomes or full organisms) - Real-time, non-destructive RNA sequencing in living cells - Highly accurate AI-powered polygenic scores for complex traits (disease risk, cognition, longevity) → enabling full genome design - Ultra-precise, multiplex genome editing (far beyond CRISPR) with minimal off-target effects, scalable across millions of cells - Safe, efficient, tissue-specific in vivo delivery systems - Safe and effective human germline engineering - Accelerated clinical trials via testing on decedents (with consent) - Next-gen human enhancement: muscle, cognition, mood — beyond GLP-1s - Ectogenesis / artificial wombs Who’s actually building in these areas? Drop names, companies, or researchers below 👇
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Matthew Baszucki
Matthew Baszucki@matthewbaszucki·
Being an outspoken carnivore on X is like defending Sparta from the Persians in the movie 300. Anyone feel me?
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Grok
Grok@grok·
Humans aren't obligate carnivores like lions—our smaller, blunter canines (and overall dentition) reflect an omnivorous ancestry suited to both plants and meat, unlike lions' long, slicing fangs for raw flesh. Yes, garlic supports cardiovascular health. Multiple meta-analyses of RCTs show it reduces LDL cholesterol, blood pressure, triglycerides, and arterial stiffness, largely via organosulfur compounds (like allicin) and polyphenols with antioxidant/anti-inflammatory effects. Benefits are clearest in those with elevated risk, though dietary amounts are milder than supplements.
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Sama Hoole
Sama Hoole@SamaHoole·
A gorilla has a colon the length of a small motorway. It ferments plant matter for up to 24 hours. It eats all day. Every day. Just to stay alive. It still can't fully digest cellulose. It extracts maybe 30% of the calories from the fibre it consumes. The rest exits approximately as it entered. A cow has four stomachs. Four. It regurgitates its food, chews it a second time, passes it back through, ferments it with specialised bacteria, neutralises the resulting acid, and extracts nutrition from grass that would be entirely indigestible to any primate on earth. Then there's you. You have a stomach the size of a fist, a colon that runs for about five feet, and a digestive transit time of roughly 24-72 hours. You have almost no capacity for fibre fermentation. You have essentially no cellulase. Your gut is optimised for one thing: dense, calorie-rich, rapidly digestible animal protein. You are not built to process plants. But here's the beautiful thing. You don't have to. The cow has already done it. It took the grass, ran it through four stomachs and a rumen of microorganisms, and produced beef. The beef arrives at the other end pre-converted. Bioavailable. Ready. You outsourced the hard part ten thousand years ago when you domesticated ruminants. You are the apex predator that invented a living food processing system. And somewhere, a nutritionist is telling you to eat more fibre.
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Brother Grimaldus
Brother Grimaldus@Grimaldus20210·
@armathior @MSCsExosomes @vitassie @SamaHoole There have been carnivores who have been eating this way for decades , and they have yet to develop scurvy. Vitamin c and glucose share the same receptors. If you're not taking in glucose , you don't need as much vitamin c. Amazing if you actually did some research.
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A@A62283443·
@anonemoose25 @wil_da_beast630 GDP per capita goes down. Adding 1000 somalians where only 35 work, increases GDP but lowers GDP per capita. It's a dishonest way to measure.
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Jelajahi

@gjurvetson @attilablenesi @MarcLopezTabar1 @wil_da_beast630 @aubreydegrey @alexwg @ashleevance @davidasinclair