Lance armstrong hat - simple answers to questions
Warum Dopte Lance Armstrong?
Im Jahr 1993 wurde Lance Armstrong in Oslo Weltmeister. In der Dokumentation sprach der Texaner von Doping mit niedriger Oktanzahl, ehe er mit systematischem EPO-Missbrauch begonnen habe.19.05.2020
Does America Need a Reality Czar? That was New York Times tech columnist Kevin Roose's suggestion on how the Biden administration could help resolve the so-called crisis of reality the country is facing. The chaotic events of January 6th marked the beginning of a new era in online content moderation, with not only has every major social media company dumped Trump from its platforms, but also Amazon Web Services, which accounts for roughly a third of the global cloud storage market owns, distributed Twitter competitor Parlor, and Apple and Google removed it from their app stores. Parlor, which had more than 13 million users at its peak, announced its relaunch on February 16.
Both Democrats and Republicans want Washington to have more control over the way big tech companies work. And there is a bipartisan push to repeal Section 230 of the Communications Decency Act. known as the first amendment to the Internet.
That's a pretty basic law of the modern, platform-based Internet. That's right. Just right, and it should be revoked.
This would give the government more powers to hold social media companies accountable for the content that appears on their platforms. But the great deplatformation of 2021 has also spurred the movement to create a new radically decentralized internet that will allow users to escape any form of reality czar. Many of the projects in this area try different approaches to solving the same problems; B.
How to give individuals control over their own digital identities and how to store data in the clouds so that it is possible. It must not be controlled or accessed by a large corporation that is under political pressure from the state. Regardless of which side of the debate you are on, certain political figures will be banned from social media platforms.
That is not the point. The point is, no one should have that kind of performance. Muneeb Ali is the CEO of Stacks, which has received great support for its efforts to build a new computing platform that could be the foundation of a new decentralized Internet.
Stacks is one of several startups in this space that offers internet users a way to own their own digital identities. Today, Twitter, Facebook and Google own and control user accounts on their platforms, which as the tech giants have proven that they can suspend or revoke at any time. With Stacks, Ali and his team hope to give users control over their own identities by storing them not on Big Tech's proprietary computing platforms, but on a public database shared and maintained by people around the world.
The same one used by the cryptocurrency Bitcoin, known as the blockchain. The idea arose from Ali's computer science dissertation at Princeton. Just as no central authority can stop a Bitcoin transaction, no central authority can revoke a participant's account or change the rules of the game.
Google's motto was once 'don't be angry' which it later dropped. Ali says the idea behind Stacks is to make it so that we don't have to trust the good intentions of fallible people. Instead, we can trust the same math tools that underpin Bitcoin.
Google has the saying 'don't be angry', maybe a company shouldn't be powerful enough for them to sit and think, should I be angry or not? What we mean by 'can't be evil' is that nobody should have that kind of power and instead you can replace that with math and math guarantees for certain things. Google and Facebook generate the majority of their income through advertising, which is so lucrative, among other things, because they collect personal data of their users and enable them to be addressed directly. A key component of the decentralized internet is the replacement of advertising and data collection sting with a new set of monetary incentives.
The participants in the Stacks network want to earn Bitcoin. Other decentralized web projects take a similar approach but use different cryptocurrencies, including Ethereum, and on Lokinet, users earn a cryptocurrency called Oxen by running nodes on a private network to make all web activity anonymous and create some sort of decentralized VPN. When you bounce your connection through service nodes like these, you can interact with other users and the Internet without leaving any traces.
Another problem that Stacks and other remote internet projects are trying to solve is giving internet users a place to store their websites, documents, photos, articles, and more. The kind of information currently stored in the huge data centers owned and operated by Amazon, Google, Microsoft, and others. A project called Filecoin is building a decentralized cloud storage system that allows computers around the world to provide space on their hard drives that can be accessed through the interplanetary file system, an alternative protocol to HTTP that underpins today's web .
In return, they are paid for with a digital token. If Parlor was running on IPFS and Filecoin it would be difficult for a government or third party to service their service. In a world where you can really take your data with you and take the app and everything with you, you have so much more control, Molly MacKinlay is project lead for IPFS, this is, you know, a much better model that will reduce many of the anxiety issues we have seen with centralized and monetized and manipulated social networks.
Welcome to Urbit. We just got the problem at its root, it's okay, well, might as well paraphrase it. Galen Wolfe-Pauly is a co-founder of Urbit, which is not just a new network, but an entirely new operating system that Wolfe-Pauly envisions becoming as universal as WeChat in China, allowing users to post social media Create, send direct messages, make calls, play games, ha il taxis, and pay bills online and in person.
Except for Urbit, the user owns all the data, unlike a Chinese company that shares it with the government to monitor the activities of its citizens. WeChat is like a single, unified interface where I can do all the things that we in the West do with all these different apps. And what you really need to do is approach this like an industrial-scale software stack and get people a human-scale software stack where they can, you know, actually get back in control of their computers.
Users buy an identity called Planet in Urbit's cosmic nomenclature, issued by a star, a more expensive ID usually owned by a developer, issued by Galaxies, the top of the identity hierarchy. They would try to compete with the big players in the world, the Apples and Googles. Why would anyone switch to this new type of experimental software stack? I just don't find it good to use centralized communication tools.
It's very clear where you're being manipulated or forced to see and deal with things that are basically holding you. And the crazier it makes you, the longer you stay. The feeling of using something that you own and control and can do whatever you want is like a wonderful feeling that surpasses anything a centralized and ad-supported provider can offer you.
Decentralization projects are facing enormous challenges. You compete against the richest companies in the world. The technical challenges of building a decentralized platform is far bigger than building a centralized one, and consumers almost always choose the most convenient option, even if it means relinquishing control of their data and identities to a third party tech with their digital property and identities .
Signal and Telegram, which have ironclad encryption, became two of the world's most downloaded apps in early January with encouragement from Tesla's Elon Musk. Decentralized systems are difficult to build, but historically - long-term historic - like most systems that support the Ruling the world are simply decentralized by nature. The arc of history leans towards decentralization in general, people kind of want to be free.
They want to be in control of their environment, their communities. Centralizing the internet just isn't, it's just completely unnatural. It won't last.
Kevin Roose, the New York Times reporter, suggests the need for a reality czar, fearing that encrypted apps could become giant shadow social networks that cannot be adequately monitored for misinformation and dangerous language. Urbit, for example, was created by the programmer Curtis Yarvin, a controversial thinker whose ideas largely formed the basis of right-wing philosophy known as neo-reaction. Yarvin, who is no longer associated with the project, is exactly the type of thinker, researcher and journalist who is concerned about extremism, point out when they argue for stronger guard rails on social media.
What do you say to people who think that having some gatekeepers in companies is actually good because online hate speech and radicalization can legitimately cause problems far outweighs the risks of somehow figuring out how to moderate or enforce a singular set of rules . Do we want to live almost like a quotation mark, quotation mark, dictatorship in which one percent has a lot of control and power? In this case so? would be Mark Zuckerberg or Jack Dorsey. Different people can then make different decisions, and that is what the free society is all about.
The cat is out of the bag. I mean, the world is interconnected, just like the internet is its own state in a way, and you know, you kind of have this one world that is a very managed, centralized world, or you give people their own tools and let them run the network. I definitely take the latter.
Wie muss EPO verabreicht werden?
Sie spritzen es sich unter die Haut oder in die Vene. Erst seit Anfang 2000 ist es m?glich, gentechnisch hergestelltes Epo direkt im Urin nachzuweisen. Dabei werden die Epo-Molek?le des Menschen (= humanes Epo) und das rekombinante Epo in einem elektrischen Feld voneinander getrennt.
A mouth. An airplane. And a spray bottle.
For the Norwegian ear, nose and throat doctor and researcher Per Gisle Djupesland, the connection between these objects led to an ingenious invention: As an ENT doctor, he treats patients with inflammatory nasal and sinus diseases. For decades, anti-inflammatory drugs have been in conventional spray bottles sprayed the nose. But these pumps have drawbacks tending to sniff.
Then the drug runs down the nasal floor to the throat and is swallowed. This is where the drug shouldn't go. A gamma camera makes the dilemma visible.
The drug, shown here in yellow, actually lands mainly in the lower part of the nasal cavity. However, it should reach all surfaces so it can go higher and deeper to treat the entire area. Since the drug doesn't achieve its goals with a spray pump, it's better.
You need a device, he thinks. And so the surgeon and researcher begins to look for solutions. What we see from the outside is the tip of the iceberg.
We see that there are very complicated structures inside and that the nose and sinuses extend deep into the head. Medicines for the treatment of inflammatory nasal and sinus diseases have to pass through narrow passages before they reach the deep target locations. The nasal airways also change dynamically with it Every breath, when I breathe in through my nose and out through my mouth, the airways in my nose change.
But when I breathe in through my mouth and out through my nose, the airways in my nose widen and open. This potential for exhalation is one of the mechanisms that we take advantage of in our delivery method. Locations in the nasal passages precisely and without loss, it would be better if the passages were widened during childbirth, but the challenge was to ensure the perfect interaction between nose and mouth find that aerody could take advantage of namics of exhalation.
I remember very well the moment when the idea occurred to me, that 'Eureka' moment, I was sitting on a plane thinking of course about airflow, and how we can use it better use and modify, and how we could use it to improve drug delivery in the nose. That was right after taking off. Suddenly I had the idea and thought: that's it! Now it was clear to him.
Exhaled air and overpressure had to be diverted into the nose in order to utilize the forces of the exhaled air. And the device needed both a mouthpiece and a sealing nose piece. Back in Oslo he tells his wife Helena about it.
The flash of inspiration changed her life fundamentally. The first thing I did was tell Helena about the idea. Oh yeah, and what did you say then? I said if the idea has commercial potential we have to apply for a patent.
And that's what we did. Djupesland puts his ideas on paper. What is clear is that his device will have a nosepiece that seals a nostril.
And it's connected to a mouthpiece that you can blow into. Something completely new. We had complementary roles.
Per had his expertise as a doctor and a scientist, and I had mine as a businesswoman and a lawyer. So we complemented each other with our respective skills. And the device is really impressive - when the device is slid into position, sliding the spray bottle open opens an internal flow valve to simultaneously release the airflow and drug that is blown high and deep into the nasal cavity.
The blowing into the mouthpiece closes the soft palate, the connection between the nose and throat. The exhaled airflow turns sharply in the bridge of the nose and escapes through the other nostril after the medicine is delivered to the target sites. The drug cannot be inhaled during delivery.
This method enables effective treatment of nasal polyps and even migraines. Use our device to administer vaccines through the nose. Per and Helena Djupesland begin the journey to bring their exhalation delivery system to market.
In 2000 he and h are co-founders of OptiNose AS in Norway. The success story continues across borders. In 2003 they expand to Great Britain.
In 2010 they move to America, and OptiNose, a US company based in Pennsylvania, is approved and launched in the US market for a drug-device combination for the treatment of chronic sinusitis with nasal polyps. Nice that it has come to this. The fact that an idea for a patent and products on the market now really benefit from it.
Yes. It feels very good to know that people really benefit from it. And that's what both of them are particularly proud of.
Was versteht man unter Gendoping?
Die Welt-Antidopingagentur definiert Gen-Doping als 'den nicht-therapeutischen Gebrauch von Zellen, Genen, genetischen Elementen oder die Beeinflussung der Genexpression mit der M?glichkeit, die Leistungsf?higkeit zu steigern.' Streng molekularbiologisch versteht man unter Gen-Doping das Einschleusen von DNA- oder RNA-27 . 2008 .
For the past 66 years we have discovered DNA and learned how it works. We have developed machines that can read them. Finally, over the past six years, we've developed some tools and methods that can transform them.
We are now designing these unborn babies using these methods... entering a new era.
Much smarter than us. A much more durable, nicer and more beautiful baby, a future with our children it will definitely come.
But is it good? Or does it bring problems, that's the subject of today's article. Gene editing is not really something new It has been made for years and it has 4 levels. I will try to make it in the shape of doors in a 4 story building so that I can understand it more easily.
The door on the first floor of this building was opened in 1980 for improvement. Let's call it a gene therapy gate. After the first attempts failed, doctors came in 1990, for the first time they managed to treat a rare genetic disorder, but the method still remains experimental, in particular Herz-Di Meere related to multiple genes, high blood pressure or common diseases such as Alzheimer's ...
Research is being carried out to address this method. On the one hand they went on, some came out on the second floor, and they even started pushing the door there. Why, if we can manipulate genes, why should we only use them for treatment? “... in 2004 they opened this door.
Now you can see two mice here. Someone is a normal rat. Let's give it a name.
For example, let's say 'Vincent'. The other is a mouse that is endowed with genes. It was set up to run longer.
That's why scientists have called him a 'marathon rat'. But I want to call him Anton. You will understand why.
One of these two rats runs at 20 meters per minute, Vincent gives up after running 200 meters in 10 minutes. The marathon rat Anton, whose genes are arranged, continues to run. He runs , running, running 1 hour running, 2 hours running 4.
He runs nearly 3 miles when he gets into the watch. However, it seems to give up after him, but he continues to take a short break and continues from where he left off. This was done, that door opened.
Would you call this a 'gene doping' gate? Imagine if it were athletes, athletes or something. No evidence has been found yet. But we are sure we can make a person faster than standard and last longer when running, jumping, hopping or swimming.
Or do it like Arnold Schwarzenegger How can we be so sure? Get to know the Schwarzenegger mouse. This was also done. Muscular mice that were 2-3 times more normal than normal were developed in the laboratory.
Are you ready to go to the third floor now? Hal, what else can you do? “In fact, almost the same process takes place on the first two floors. There is a small and important difference. The gene arrangements that we meet on the first two floors are known as somatic gene regulation.
These are used in cells other than the reproductive cells in our body, well what does that mean, the treatment only shows its effects on the patient it is applied to and cures him or sometimes he cannot heal.
Because 3 people lost their lives during the attempts. Or the physical alteration of the gene can only be done by a mouse... or more muscular.
Your children will not be transferred to these changes. Here the third and fourth floors, so there are germline gene editing Kat techniques. These are changes in reproductive cells.
When you do this, you change not only that person, but also the children and their children... you change it.
For many scientists we are at the very beginning of this path with Germline Gene Regulation Techniques. Too early to do them. And already in 25 countries this is not legally possible.
It is completely prohibited. It is not very appropriate with the GMO of unborn babies. These GMO debates are also on the agenda... a country where babies and child genes are of course not ready to change nature.
Therefore, legal bans have been introduced. Therefore, nothing has been done yet the third door would not open. I would really like to say.
But at this point in time I cannot go by without mentioning which two countries do not have such a ban. Usual Suspects USA and China These are the two countries that are most researched on gene editing techniques. Here in China a few months ago for the first time a doctor in the world on the embryo announced the arrangement of the gene.
And so the third door opened in November 2018. “Designed Babys Gate.” The world's first designed babies were born: Lulu and Nana.
I think it's designed, but its doctors say their genes have only changed to make it better. You have immunity to HIV. You will not get AIDS for the rest of your life.
Your children won't have AIDS either. 'What a beautiful thing!' Look, we've got rid of a deadly disease. Yes, it's easy to think about at the moment, but this topic has still led to great controversy in the world of science.
Because we are not yet sure what other consequences this change will have on genes. But the door will be opened, now through him the move into the human world will safely move into another. You remember the biology class.
Human genes are found in chromosomes. 23 chromosomes from our mother, 23 chromosomes from our father. And each chromosome has about 20,000 genes.
Think of these genes as the source code of our life. Let's make an analogy. When you watch this article, on your computer screen, you are viewing the YouTube webpage that you are seeing live.
We have been watching these creatures around us for thousands of years and watching them like a YouTube article. But I've noticed that for a hundred Years ago all these creatures share a common source code, which is a common characteristic. And just 66 years ago someone had the right to click on this page and look at the source code.
How the DNA Was Discovered See the Source Code Right click on this page You are looking at how I do it now... there are many articles that you do not understand.
In the beginning there was the source code of life, DNA, the messy code for us, all we could see was the four different bases; adenine, cytosine, guanine and thymine words on a source code page with the initials arranged in a certain order are... we have found that you have identified so many things in our lives.
But what was the meaning of those messy codes? Scientists have worked for decades to solve them, and more than $ 3 billion has been spent on them. And finally in 2000 - just 19 years ago - the Human Genome Project - the Human Genome Project was completed. Our gene map has been removed.
We now know exactly where our tens of thousands of genes are and what they do. Not only do we know it, we have been able to change it since 2012... we have been able to develop some tools and techniques that can rearrange and write that, so if we look at the example of the YouTube page in which we ourselves watch the article... you can see the source code by right clicking on the page.
Now we decide what we want to change design. For example, we can say 'two Chinese girls' with blue eyes. A little big eyes, eyes, eye contact.
This is the day we started changing this page design with aesthetic concerns on unborn babies and the fourth door will open. I want to say: AT GATTACA Gate Ben. This is the name of one of my favorite science fiction films.
Gattaca, written and directed by Andrew Niccol, the author of the Truman Show that I mentioned in my article two weeks ago, tells the story of two brothers, Vincent and Anton, who live in a not-too-distant future. You can see why ? I gave these names to the rats? Vincent is a naturally born child. The genes were passed on from her parents without consultation, just like us.
But the technology is so advanced that you can look at the source code right after you are born. They know the reason and time of death when he was born. Features that you bring with you from birth are almost your résumé.
On the way to school, graduation and job, getting married, in short not at every important phase of your life if you look at the genetic legacy you brought with you a teenager like Vincent... no chance, none Opportunity.
They do great or gene discrimination. I said it was a science fiction movie, but the fiction part is a bit of the past that we are living our lives? We cannot decide where we are, who the child is and what qualities we are born with. But we still have to live our lives accordingly.
We're not at the gene discrimination stage yet, but we haven't opened this door yet, but think of the other doors that we have opened. The color of his skin, the language he speaks of, his belief system or his gender, how many millions and maybe a billion people are living in this world right now? Again, these are the most classic examples.
If you were born into a poor family you are coded to live your life as a poor person. If you are nice or handsome you are always one step ahead of others. Even if you didn't choose to be like that Even if you haven't even described that beauty, when one day the fourth door opens some people like rich and rich will go one step further.
Because initially only your babies can be designed. You will have smarter, stronger, more beautiful babies, children. It's the same GATTACA movie as Vincent's brother Anton.
You will give them a form... they tell them to mark the properties that they expect.
Stephen Hawking had a vision of such babies before he died to be a new generation elite, genetically superior to others. Isn't that ironic? A person who starts life back in the Z Ero says a human. A man with a genetic disease.
Don't get this wrong, I'm not telling you to paint a pessimistic, dark picture. Because I'm on Vincent's side above Anton. Despite all the possibilities against him when he was born, he is on the side of those who do not give up the fight.
Even if he was born as slow as a turtle... on the side of those who are not afraid to compete with genetically fast-moving rabbits.
Fourth door to open, my dear friends. GATTACA are the four letters in DNA, the source of life in the world to which this door will lead. The letters G, A, T and C will redefine the human being.
When the GATTACA film was shot about 20 years ago, the ild Human Genome Project in Henüz was still ongoing. We didn't even know what kind of gene it worked. So they had to cut the film from the end because of some reactions.
Now we know our genes and can control them very well. We can rewrite it. Here I tell you to prepare yourselves for such power.
Because you know very well that great power also brings with it s great responsibility. If we are heading towards a world of racial, racial, religious, sexual discrimination, we have to understand that some things are not born. The most important things that define us are still in our hands.
So we should learn to design our own lives before the designed babies arrive. Because the greatest power we have is this creative power. In the years to come, scientists will complete their 'human genome' project and map all human genes.
We have evolved to a point where we now manage our own evolution, if we learned this knowledge earlier, these people may never be born
English subtitles added and reviewed by Muhlis EG Gürsoy, Enes Çubuklu, Burak SarıyıldızSie can Barış Özcan. subscribe or watch his articles here. Thanks for watching. İlk kez Barış Özcan'ın articlesunun altında isimlerimiz geçiyor :)
Wie lange dauert es bis Epo wirkt?
Nach einem akuten Anstieg der EPO-Konzentration im Blut dauert es drei bis vier Tage, bis erkennbar mehr junge rote Blutzellen zun?chst als Retikulozyten aus dem Knochenmark in das Blut gelangen. Verschiedene Hormone verst?rken die EPO-Wirkung.29.09.2014
Hey how are you. Welcome back to Ark Extinction. We're down here in the sunken underground area.
Let me quickly show you where we are on the map. So we're probably around 8pm up there in the top left corner. Well I can't even see my things in the way.
Between around 20 and 18 years of age there is a large hole in the ground that comes down. You can walk or fly. Of course we flew and you can already hear the drop pods coming down.
We're down here today for a special mission. To start building our tek stuff we need black pearls. You can either hunt the rex and spinos up there, or an even funnier thing, you come over here and try to tame a gacha.
So the gachas we explain, if you don't know how to find one, it's easier to show you because otherwise it makes absolutely no sense. I brought them something to eat. Some stone walls We just have to throw them away in front of them and let them eat and it'll restrain itself But down here, man, it's like that, it's like the aberration, dude.
It's like one of my favorite areas on this map. It looks so beautiful. It's actually still green down here, and there's quite a bit of it.
You got a couple of flying creatures, you got a couple of raptors Oh, there's a gacha. What level are you at Not that it matters. 130, fantastic.
Yeah, the levels don't mean much I think. At least they didn't play a role in the production. All right, let's grab some walls.
We just need let's move on and we'll split them all up and we just have to throw them away in front of him and he'll eat them. He will literally eat anything you throw in his face. So what do you get per wall? Seven percent, holy crap.
I don't know if I brought enough walls with me. I still need something from the bird here. So if you can tame a few snowy owls, their pellets are like the best in the world.
But we'll do that at another time. We have to go to the snow biome, build a trap. You definitely need a trap for that.
So these guys are producing stuff, man on their backs, you can see the crystals there. You can see one showing up up there. A little blue one and they contain everything from resources to weapons, armor is really weirdly tame.
Really weird game mechanics, especially when it comes to taming. Throwing out things to eat. I hope he won't be full until we've tamed him.
That's the only thing I'm worried about. All right, this guy is as good as tamed here. I brought so many walls with me because if he doesn't have the resource production we have to do it with a number of them to find out.
The only thing about gachas is that you have no idea what you're going to get and off you go. So let me explain a little more about it to you. So here under your tab you have something called Production and this can produce metal, oil, silk, green gems, flint or stone.
So when you feed it, the crystals will peel off its back. You can see one right up there, man point it out. Exactly there.
If they fall, it will contain all the resources. This one isn't good, so we're going to take it back and let it stay in the wild. I guess you could say, and at least now we know we're trying to tame him, and all we have to do is find one.
The cool thing about a man is that you don't have to let him tame to pick up his crystals. Let's see what level it is. It's a nice level 95.
Oh, there are some of its crystals. Let's pick them up it will also tell you what they have. So we grab these and then we open them up or consume, you know whatever.
So it has straw and cactus juice. Okay, okay, okay Let's try, do I have any walls on me? I do, dude, don't caress me, man. Hey, you only have one place there.
I have some nice walls for you, man. If he's even hungry, yes, that's where he goes. Brilliant.
So we're throwing out the stuff we got from him, and the same litigator, I'm going to sit here trying to tame him, and we'll see each other as soon as we're done with that, he's just done. There you are. Save that last bit.
Please have some black pearls in there. Organic polymer. It's not that bad.
All the other stuff we don't need. One more bust let's let go and pick it up And look for another one The good thing about the gachas is they're all down here In some areas we have two here hopefully one of them has what we're looking for Age, what's that? All right, we have to get out of here. We don't want to overdo the case because holy crap, get mad and then can't tame you, dude, is there another one? There are.
Oh, they're all on the floor too. At least that's what we found out before we tried to tame him. So go on buddy.
He has a crystal ready to fall down. This is only a level 80 so it should tame a little faster. One more bite and it's ready.
See what she got. First put things on nothing that we need, huh. Now to the next and let's go, another pitfall.
Tell you what kind of man we are burdened. Too much stone. I've been trying a lot of things to prepare, he's level 135 or he was.
Obsidian, interesting. But we don't need anything else, all right, do you just want to sit there? I throw things away for you and you don't want them I see how it is. Unfortunately this is the last one I see here.
I think we might have to go, there's an island out there I guess. Usually there are some there when they don't have what we need. It's another level 80 so shouldn't take too long.
Tell you what, let's save our walls and give her some stone. Oh, she's almost done, holy crap, I might have done too much for her. Yes, there we go, ah black pearls, great guy.
Well, okay, let's pack the rest. We'll take it with us. So wait what was that? Oh just the chitin.
So I guess we have to wait until your food is gone. Where are you going man Calm down, whoa, whoa, we don't have a saddle for her or anything. I think she might be stuck.
That's an odd level to tame to 114. What can I say, let's cryopods. I don't think we can.
Dude how did she get it all bogged down, man? Here we go. I had to fly under her with the Argy to make her do it. I don't know she was stuck on something.
Let's get them out of this area. We're going down here by the water and throwing them out. I think her food has to be sober and then we should be able to feed her and then she can produce the crystals.
Go on and grab these while they're here. I mean free crystals, right? A little obsidian, it won't harm anyone. Have we stopped your production correctly? Black pearls, let's go, let's go and throw out some food for her.
We throw this stuff to her and I don't know how many pearls she's going to give us on each crystal. I wonder if we can feed her some stemberries. No, stalkberries don't work for her, holy crap.
All right, I'll sit here and wait a bit and I'll see if a crystal falls off we'll see what it is. Oh there she is, she sits down to eat. You can see it growing there.
Well, let's go, an incredible 25 per man. This won't take long age, this is great. Good successful day today.
We got a gacha. One of the craziest domestics in the world and yes we can only take one with us anyway. So I'm going to cryopod them, go back to base and get any pearls we need so hopefully we can start building our base. soon our Tek base.
Anyway, I hope you enjoyed the article I'm leaving this one. As always, thanks for watching and we'll see in the next
Wie gef?hrlich ist Epo?
Es drohen Herzinfarkt und Schlaganfall. Auch die Krebsgefahr steigt mit der Einnahme von EPO. EPO kann im Urin und im Blut nachgewiesen werden.
Ist EPO legal?
Erythropoetin (EPO) (und in der Folge auch alle weiteren Derivate wie zum Beispiel Darbepoetin) steht seit 1990 auf der Dopingliste der internationalen Anti-Doping-Organisation (WADA), der Einsatz ist also im Wettkampfsport verboten.
Wie viel bringt EPO?
Erythropoetin, kurz Epo, regt den K?rper an, mehr rote Blutk?rperchen und damit auch mehr H?moglobin zu bilden. H?moglobin bindet Sauerstoff, sodass Muskeln und Organe besser damit versorgt werden. Das hilft Kranken, etwa Menschen mit Blutarmut oder Nierenleiden.03.07.2017
Was bringt EPO?
Das Hormon Erythropoetin (Epo) f?rdert die Entwicklung der roten Blutk?rperchen (Erythrozyten). Erythropoetin wird in der Niere produziert. Wenn der Sauerstoffgehalt im Blut sinkt oder wenn zu wenige rote Blutk?rperchen vorhanden sind, bildet die Niere vermehrt Erythropoetin.
Warum wird EPO als Dopingmittel eingesetzt?
Dies ist der Grund, warum heute EPO bisweilen als Dopingmittel im Ausdauersport eingesetzt wird, n?mlich um das Blutvolumen, die Erythrozyten- und damit die H?moglobin-Konzentration zur Steigerung der Sauerstofftransportkapazit?t zu erh?hen und auf diesem Wege die Ausdauerleistungsf?higkeit zu steigern
Wann wird EPO eingesetzt?
K?nstliches EPO wurde in den 1980er Jahren entwickelt. Es wird vor allem bei Blutarmut (An?mie) eingesetzt. Chronisch Nierenkranke leiden fast immer unter An?mie, da ihre Nieren kein oder zu wenig EPO produzieren.