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Author: admin, 18.04.2016. Category: How To Learn Meditation

On Tuesday, May 10th more than one hundred scientists, lawyers, and business leaders met to discuss the creation of a synthetic human genome.
Recently, a project called the Human Genome Project 2 (HGP2) was organized by Harvard University. Their mission? To synthesize the full human genome from synthetic materials. As you can guess, the talks have caused a bit of a controversy, and the situation was made rather worse because the conference was all behind closed doors—no media coverage was allowed and participants were not allowed to Tweet during the discussion.
This has raised suspicions, and a number of experts in the field object to the secretive nature of the talks given the (what some consider to be) significant ethical implications of working on human DNA. Drew Endy, a bioengineer at Stanford, and Laurie Zoloth, a bioethicist at Northwestern University, are very outspoken in their opposition to the project. They continue by pointing out that the medical developments HGP2 aims to attain can be achieved through other means, making the project unnecessary (and unnecessarily risky). Yet, one of the events primary organizers, George Church, a Genetic professor at Harvard Medical School, points out that they simply didn’t want any publicity because the paper related to the talk is under review for publication, and the scientists behind the work can’t publicly discuss it until after review. To be clear, this is a far cry from something like cloning, as they do not need any DNA source. As of today, the laws governing genomics and regulations to protect against its misuse are not concrete or universal, which is precisely why this talk is getting such attention. Scientists held a secret meeting to discuss the possible creation of synthetic human genome from scratch.
Scientists held a secret meeting about creating synthetic human genomes on May 10 at Harvard University. The scientists are specifically looking at fabricating the human genome and using chemicals to create all the DNA found in the chromosomes of humans.
While the closed-door meeting is a cause for concern, scientists are more particularly worried because of the possibility that these plans may actually push through. Creating synthetic human genome is different from gene editing such that the former involves using chemicals to generate the entire DNA, instead of tweaking genes, which is the nature of the latter. Synthetic genomics also depends on customized base pair genes, opening a door of endless possibilities as experts would not be limited by just two base pairs found in nature. Through synthetic genomics, geneticists can modify DNA in cells by introducing foreign genes or altering letters in current genes. Being able to synthesize a gene or an entire genome sequence would also mean experts can also make wider-scope alterations in DNA. For example, food firms are now using substances such as yeast in creating more complex chemicals like flavorings. Aside from the issue of morality, DNA synthesis may also be very challenging and prone to errors.
For example, Drew Endy from Stanford University, who was invited to the exclusive meeting, asks if it would be OK to sequence and synthesize the genome of Albert Einstein. Endy did not attend the meeting because according to him, it was not opened to a lot of people and lacked information on ethical considerations. Last month, Sharon Stone took everyone by surprise, including host James Corden, when she revealed on The Late Late Show that she'd be appearing in a Marvel Studios movie.

Well, the AARP of all sources has provided the first new information about this Sharon Stone Marvel mystery role.
A female character that can control fire - or as they specifically said "heat" is an interesting proposition. Shes lucky to be in any superhero movie after Catwoman lol and as long as its not Captain Marvel.
As for the Wasp, I kinda liked Eva LongoriaA for the role, but whoever it is we NEED the original Wasp on the big screen, not this Hope sh1t. The Modular Body is an online science fiction story about the creation of OSCAR, a living organism built from human cells. The protagonist is Cornelis Vlasman, a versatile biologist for whom the path well-travelled is the most uninteresting one by definition. After many years of hard work, Vlasman’s team succeeds in creating new life from cells taken from his own body. OSCAR is a prototype (the size of a human hand) consisting of clickable organ modules grown from human cells. What makes OSCAR special is the thought process preceding the organism, which comes down to this: (human) life can be regarded as a closed system but when it is approached as a modular system this may lead to innovative applications and solutions. In a closed system the parts are designed in such a way that they can only function in one specific configuration, which makes repairs and adaptations very complex. In a modular system, independent modules – similar to building blocks – make up a transformable and therefore flexible configuration. The OSCAR prototype opens up possibilities for the human body, for example when it comes to replacing or improving worn out organs in a possibly ‘clickable’ system.
In biotechnology many experiments are conducted nowadays with printed organs, regenerated tissue and synthetic blood.
The primitive, vulnerable organism that finally results from Vlasman’s endeavours is kept alive with blood taken from Vlasman and is continually vaccinated against infections, as it has no immune system. Activist’s hacked Twitter account yields an interesting DM (direct message) about martial law!
From there, the goal of the project is to replace the existing genome within a human cell with the synthetic one. If so, how many Einstein genomes should be made and installed in cells, and who would get to make them?
Rather, they would use chemicals to synthesize all three billion units in the DNA sequence from scratch and create individual cells with it. While such work could prove advantageous in developing treatments, allowing us to do away with diseases like cerebral palsy or diabetes, in the wrong hands, such powerful technology could lead to catastrophe, such as in biological warfare.
There were no media people invited and attendees such as lawyers, businessmen and experts were asked to keep their lips sealed. The rise of synthetic human genomes is possible, which means that soon, experts may be able to clone and use these genomes to create humans without biological parents.
Such strategy is commonly practiced in manufacturing medicines such as insulin for diabetes care and for making genetically modified crops.

The process necessitates not only one, but multiple genes to produce an entire chemical network inside the cell.
The technology can allow scientists to create modifications in human embryos, thus raising questions about whether it can survive the scrutiny of the public and of various concerned sectors. As the project is laden with ethical issues, questions about scientists finally having the power to create and copy humans emerged. Endy and Northwestern University bioethicist Laurie Zoloth wrote and essay denouncing the project. He explained that the project is not meant to create humans alone - it is targeted at cells. He said the project organizers did not invite the media and requested the attendees not to tweet about it because a paper about the project would be published in a scientific journal for transparency, and they simply did not want any information to leak prior to publication. Sure, there are characters in the Marvel Universe that can do so, but on the female side, they tend to be mutants like Magma, Idie, and Firestar. It would be a pretty amusing reunion for fans, as well for her and Michael Douglas, considering the two worked together in Basic Instinct. Together with a few like-minded people he therefore starts an independent laboratory in which he experiments with organic materials, on his own initiative, with his own resources and his own team. In 2013, Dave Hakkens produced a Modular Phone that consists of separate parts that can be individually replaced and improved.
Organovo, one of the world’s largest biotech companies, expects to be able to print a functional liver by 2014. This independent and somewhat obscure laboratory is run by a group of people with various expertise: IT specialists, biologists and designers, working with handmade and sometimes second-hand equipment. And while this development would be a long ways from creating a fully lab-generated human, it could pioneer developments that, some assert, may be a cause for concern.
The goal is to improve DNA synthesis in general and to use this for applications in plants, animals and microbes. With magic fully coming into the Marvel Cinematic Universe in Doctor Strange, it's possible she's playing a sorcerer character.
Surtur plays a key role in the Ragnarok, the Norse apocalypse, and in the comics was the final destroyer of Asgard. They operate outside of official channels, thereby avoiding moratoria, scientific protocols or objections of ethical committees, which perhaps enables them to arrive at this seminal breakthrough.
To be able to make synthesis successful, numerous 200-unit portions need to be grafted together.

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