(#2) Deus Ex Human Revolution Walkthrough – Video


(#2) Deus Ex Human Revolution Walkthrough
You play Adam Jensen, a security specialist, handpicked to oversee the defense of one of America #39;s most experimental biotechnology firms. But when a black ops team uses a plan you designed to break in and kill the scientists you were hired to protect, everything you thought you knew about your job changes. At a time when scientific advancements are routinely turning athletes, soldiers and spies into super-enhanced beings, someone is working very hard to ensure mankind #39;s evolution follows a particular path, and you need to discover why - the decisions you take and the choices you make, will be the only things that can change it. Developer: Eidos Montreal Publisher: Square EnixFrom:YTGamePlayOnlineViews:4 0ratingsTime:09:00More inGaming

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(#2) Deus Ex Human Revolution Walkthrough - Video

Voices of IP: Glenn Cross, AusBiotech – Video


Voices of IP: Glenn Cross, AusBiotech
Glenn Cross is COO of AusBiotech, Australia #39;s industry organization for biotechnology, medical devices and diagnostics. Australia is well on its way to being a biotechnology leader, playing home to the largest stem cell company in the world. Cross believes that "intellectual property is the basis and core of all biotech companies. If you don #39;t have intellectual property that is adequately protected, then you really are going to struggle to get investment, and without that investment, you #39;re not going to grow."From:GlobalIPCenterViews:1 0ratingsTime:01:50More inEducation

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Voices of IP: Glenn Cross, AusBiotech - Video

31-Medical BiotechnologySG Part IVb. Applications of Biotechnology in Cancer Treatment.mov – Video


31-Medical BiotechnologySG Part IVb. Applications of Biotechnology in Cancer Treatment.mov
Why has a cure for cancer not been discovered yet? president Nixon declared a #39;war on cancer #39; in the early 1970s. This lecture examines the Pathophysiology and Molecular Pathology of Cancer and what is involved with Contemporary target Discovery/validation Research. Then a brief review of the Applications of Biotechnology in Cancer Treatment; including a A brief history of cancer chemotherapy, and then, Three Case Studies- New Drugs Making a Difference with a conclusion on the Issues and Opportunities for Future Developments.From:Albert KauschViews:3 0ratingsTime:37:58More inEducation

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31-Medical BiotechnologySG Part IVb. Applications of Biotechnology in Cancer Treatment.mov - Video

22- Pharmaceutical BiotechnologySG Part IIa. Pharmaceutical Biotechnology In the Genomics Era.mov – Video


22- Pharmaceutical BiotechnologySG Part IIa. Pharmaceutical Biotechnology In the Genomics Era.mov
A genome is all the DNA in an organism, including its genes. Genes carry information for making all the proteins required by all organisms. What does it mean to the pharmaceutical enterprise to know all of the genes in humans, and other organisms? How does being able to rapidly and affordably sequence DNA affect our diagnostic capabilities and abilities to treat diseases, develop new vaccines and identify new emerging pathogens?From:Albert KauschViews:2 0ratingsTime:32:05More inEducation

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22- Pharmaceutical BiotechnologySG Part IIa. Pharmaceutical Biotechnology In the Genomics Era.mov - Video

21-Pharmaceutical BiotechnologySG Part Ib. Emergent Technologies DNA-based Biotechnology.mov – Video


21-Pharmaceutical BiotechnologySG Part Ib. Emergent Technologies DNA-based Biotechnology.mov
With Recombinant DNA Drug development pharmaceutical biotechnology embraces the tools of genetic modification for new therapies. Similar to the technology introduced in the Agricultural Biotechnology section of this course, gene constructs can be made using DNA from different sources to make high value proteins that can be produced as injectable drugs. Insulin was one of the first recombinant DNA drugs to be made this way. Notice that recombinant insulin does not draw nearly the controversy as genetically modified tomatoes (even though they use the same technology). in this part we also examine the use of this technology for antibody based drugs and new vaccines.From:Albert KauschViews:5 0ratingsTime:01:00:06More inEducation

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21-Pharmaceutical BiotechnologySG Part Ib. Emergent Technologies DNA-based Biotechnology.mov - Video

29-Medical BiotechnologySG Part IIIb. Biotechnology Applications in Tough Times- Bioweapons.mov – Video


29-Medical BiotechnologySG Part IIIb. Biotechnology Applications in Tough Times- Bioweapons.mov
Bioterrorism is the deliberate use of microbial agents and toxins as weapons. prior to 9/11 bioweapons were not considered a (very) serious threat, but now we realize the insidious possibility of human suicide delivery agents. Infected humans could act as dispersal genets for diseases that would otherwise be difficult to weaponize. In addition the applications of biotechnology and synthetic biology make these types of weapons cheaper and faster to manufacture that atomic weapons. This lecture review the top six most probable bioweapons and some of the possibilities for synthetic weapons in the future.From:Albert KauschViews:2 0ratingsTime:01:16:56More inEducation

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29-Medical BiotechnologySG Part IIIb. Biotechnology Applications in Tough Times- Bioweapons.mov - Video

28-Medical BiotechnologySG Part IIIa.Biotechnology Applications in Tough Times-Pandemic Flu.mov – Video


28-Medical BiotechnologySG Part IIIa.Biotechnology Applications in Tough Times-Pandemic Flu.mov
An influenza pandemic is a global outbreak of disease that occurs when a new influenza A virus appears or "emerges" in the human population, causes serious illness, and then spreads easily from person to person worldwide. Is a worldwide outbreak of influenza possible? Probable is what experts would call it. Is the film Contagion science fiction? or a documentary on something that hasn #39;t happened yet? How accurate is it? How worried should we be? This lecture looks at a pandemic as a matter of time and puts current research into a biotechnology perspective.From:Albert KauschViews:2 0ratingsTime:01:13:23More inEducation

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28-Medical BiotechnologySG Part IIIa.Biotechnology Applications in Tough Times-Pandemic Flu.mov - Video

(#4) Deus Ex Human Revolution Walkthrough – Video


(#4) Deus Ex Human Revolution Walkthrough
You play Adam Jensen, a security specialist, handpicked to oversee the defense of one of America #39;s most experimental biotechnology firms. But when a black ops team uses a plan you designed to break in and kill the scientists you were hired to protect, everything you thought you knew about your job changes. At a time when scientific advancements are routinely turning athletes, soldiers and spies into super-enhanced beings, someone is working very hard to ensure mankind #39;s evolution follows a particular path, and you need to discover why - the decisions you take and the choices you make, will be the only things that can change it. Developer: Eidos Montreal Publisher: Square Enix Deus Ex Human Revolution WalkthroughFrom:YTGamePlayOnlineViews:2 0ratingsTime:18:39More inGaming

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(#4) Deus Ex Human Revolution Walkthrough - Video

Birth: McRoberts Maneuver – Video


Birth: McRoberts Maneuver
To download FREE medical animations of pregnancy and birth, visit http://www.prenateperl.com If you like this animation, LIKE us on Facebook: http://www.nucleusinc.com Music: Prelude from Bach #39;s Cello Suite No. 1 in G major on.fb.me This 3D medical animation shows how clinicians use the McRoberts Maneuver to release a baby #39;s shoulder from impingement on the mothers pubic symphysis during birth. The mother #39;s legs are flexed toward her shoulders as she lays on her back to expand the pelvic outlet. A ghosted view of the mothers pelvis shows the baby #39;s shoulder releasing from the pubic symphysis. Nucleus Medical Art is a leading creator and licensor of medical illustrations, 3D medical animations and interactive multimedia for medical devices, pharmaceutical companies, education, biotechnology, marketing agencies, lawyers, and more. Online at http://www.nucleusinc.comFrom:la filmstopViews:0 0ratingsTime:00:27More inAutos Vehicles

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Birth: McRoberts Maneuver - Video

(#3) Deus Ex Human Revolution Walkthrough – Video


(#3) Deus Ex Human Revolution Walkthrough
You play Adam Jensen, a security specialist, handpicked to oversee the defense of one of America #39;s most experimental biotechnology firms. But when a black ops team uses a plan you designed to break in and kill the scientists you were hired to protect, everything you thought you knew about your job changes. At a time when scientific advancements are routinely turning athletes, soldiers and spies into super-enhanced beings, someone is working very hard to ensure mankind #39;s evolution follows a particular path, and you need to discover why - the decisions you take and the choices you make, will be the only things that can change it. Developer: Eidos Montreal Publisher: Square Enix Deus Ex Human Revolution WalkthroughFrom:YTGamePlayOnlineViews:3 0ratingsTime:25:44More inGaming

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(#3) Deus Ex Human Revolution Walkthrough - Video

(#5) Deus Ex Human Revolution Walkthrough – Video


(#5) Deus Ex Human Revolution Walkthrough
You play Adam Jensen, a security specialist, handpicked to oversee the defense of one of America #39;s most experimental biotechnology firms. But when a black ops team uses a plan you designed to break in and kill the scientists you were hired to protect, everything you thought you knew about your job changes. At a time when scientific advancements are routinely turning athletes, soldiers and spies into super-enhanced beings, someone is working very hard to ensure mankind #39;s evolution follows a particular path, and you need to discover why - the decisions you take and the choices you make, will be the only things that can change it. Developer: Eidos Montreal Publisher: Square EnixFrom:YTGamePlayOnlineViews:2 0ratingsTime:18:28More inGaming

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(#5) Deus Ex Human Revolution Walkthrough - Video

Augmented Reality – Jennifer Myers – TEDxTheWoodlands2011 – Video


Augmented Reality - Jennifer Myers - TEDxTheWoodlands2011
TEDx The Woodlands 2011 - Jennifer Myers - Augmented Reality http://www.youtube.com Jennifer Myers is an adjunct instructor of biotechnology at Lone Star College -- Montgomery in The Woodlands, Texas. Jennifer is also a Ph.D. student in the Department of Educational Psychology at Texas A M University. Her specialty is educational technologies, including social media and games. She has a Master #39;s in Teaching from Tufts University and has worked professionally in molecular and cellular biology at Dartmouth College. In addition, Jennifer has worked with Steven Caney Design, assisting with the research and development of Steven Caney #39;s books that promote creative play and learning. Most recently, she was the researcher for Steven Caney #39;s Ultimate Building Book. Her current research investigates the relationship between play and transformative learning, especially as it applies to science education and professional development. Digital games are of particular interest because of the ways this form of play can promote systems thinking, problem solving, self-efficacy, and allow for embedded, authentic assessment. Jennifer hopes that more people will embrace play as an essential component of learning and development.From:BroadcastBCViews:12 0ratingsTime:23:59More inScience Technology

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Augmented Reality - Jennifer Myers - TEDxTheWoodlands2011 - Video

Main Show Only – Future Science 2 Coast To Coast AM – Video


Main Show Only - Future Science 2 Coast To Coast AM
WATCH THE LATEST VIDEO THAT CAME OUT TODAY HERE http://www.youtube.com http://www.jetstreamnews.com http://www.jetnews.us If You Use Twitter heres the Twitter address or just click the twitter link on the right of the channel page https Date: 03-17-11 Host: George Noory Guests: Michio Kaku, Dr. John Apsley Theoretical physicist Dr. Michio Kaku discussed where science is taking us over the next century, and presented revolutionary developments in medicine, computers, quantum physics, and space travel. He pointed to four areas which will propel the evolution of science over the next 100 years: biotechnology, artificial intelligence, nanotechnology, and telecommunications. To that end, he surmised that someone from the year 2100 will be able to move things with their mind, possess "near perfect," ageless bodies, travel via flying vehicles propelled by super magnets, and have the ability to create a variety of unique creatures using genetics. "We #39;re going to become the Gods that we once feared and worshipped," Kaku said. One advancement which he foresees arriving in the "near future" is a form of contact lens which will be connected to the Internet. This "augmented reality," Kaku said, would allow for scenarios like being able to know all about a person as soon as you meet them and having subtitles printed beneath their face if they are speaking in a foreign language. He noted that such a device would be particularly popular for artists, since they could "conjure up new worlds, because it is in ...From:USAMOONBASEViews:44 0ratingsTime:01:08:27More inEducation

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Main Show Only - Future Science 2 Coast To Coast AM - Video

ChemCoach carnival – an ear to the ground and a finger in every pie

My mugshot, for those who want to put a face to the name

In response to SeeArrOh’s ChemCoach carnival call, here is an insight into my small part as a cog in the inner workings of Chemistry World towers.

Your current job
I am one of two staff Science Correspondents for Chemistry World magazine. I am responsible for writing news and feature articles covering the whole range of chemistry research, industry, policy etc. I also edit two of our regular columns – Classic kit from the excellent Andrea Sella, and Totally synthetic, written by Paul Docherty (who some of you may know was once my lab- and flat-mate. It’s great when you can keep in touch with friends through your daily work.)

What you do in a standard “work day”
Like Carmen and a lot of others have mentioned, the nature of my role is very fluid. I can be writing and researching articles on anything from Rydberg atoms to Nobel prizes from one day to the next. That means I get to meet and speak to all sorts of interesting people, from the top researchers and industrialists around the world, to politicians and policymakers.

My usual day is spent hunting for news stories in journals and other sources (I read way more journals now than I ever did as a student), before our daily news meeting where we decide what we’re going to cover from what’s been found that day. Then I’ll be writing, researching or editing my latest pieces.

What kind of schooling / training / experience helped you get there?
I have a MSci in Natural Sciences (specialising in chemistry but including materials science, cell biology and pharmacology) from the University of Cambridge, and a PhD (or DPhil if you’re going to be picky) in synthetic organic chemistry from the University of Oxford. During my undergrad degree I spent time in both analytical and synthetic labs in industry, with a view to a career in med chem, which gave me a tiny insight into how Pharma works.

I have no formal training in journalism, but during my PhD I entered (and somehow managed to win) a writing competition run by the Daily Telegraph newspaper. On the back of that I did a bit more writing for the Telegraph and a few other places, which made me think I should consider it more seriously as a career. After writing up, I joined the Royal Society of Chemistry in Cambridge in a graduate communications role, and was fortunate that a job on Chemistry World came up a few months later.

How does chemistry inform your work?
Every day I am reading, writing and trying to understand chemistry of some kind. While my knowledge of the gamut of organic transformations may have dwindled, my general chemistry is stronger than ever, and I am constantly learning about new topics and applying my chemical understanding to see where they fit in to the bigger picture.

I also teach first year undergraduate chemistry one night a week in Cambridge, which is a great way to keep my basic chemistry ticking over.

Finally, a unique, interesting, or funny anecdote about your career
During my PhD, which I began in Cambridge, my supervisor was offered a permanent lecturer position at Oxford. This meant we needed to move the whole lab from one university to another. While Jon is quite a young group leader, we were fortunate enough to have inherited a reasonably large stock of chemicals and equipment from his former supervisor, who had emigrated to Australia. But that meant we had to transport it all.

My boss got some professional quotes for the move, but the £30k quote was somewhat above our budget, so we hired a couple of vans and loaded up for a group outing cross country. Luckily, my father could advise on the legalities of transporting chemicals, so we packed up pretty much everything that wasn’t pyrophoric, explosive, highly oxidising, overly smelly, strongly alkylating or otherwise likely to cause problems in the event of an accident, and trundled off.

There were, of course, plenty of surprises when clearing out the cupboards and fridges. Arcane glassware that not even the venerable technicians could identify, useful stuff we never knew we had, not to mention the two litre bottle of phosgene in toluene solution…

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Source:
http://prospect.rsc.org/blogs/cw/2012/10/26/chemcoach-carnival-an-ear-to-the-ground-and-a-finger-in-every-pie/

(#6) Deus Ex Human Revolution Walkthrough – Video


(#6) Deus Ex Human Revolution Walkthrough
You play Adam Jensen, a security specialist, handpicked to oversee the defense of one of America #39;s most experimental biotechnology firms. But when a black ops team uses a plan you designed to break in and kill the scientists you were hired to protect, everything you thought you knew about your job changes. At a time when scientific advancements are routinely turning athletes, soldiers and spies into super-enhanced beings, someone is working very hard to ensure mankind #39;s evolution follows a particular path, and you need to discover why - the decisions you take and the choices you make, will be the only things that can change it. Developer: Eidos Montreal Publisher: Square EnixFrom:YTGamePlayOnlineViews:2 0ratingsTime:11:56More inGaming

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(#6) Deus Ex Human Revolution Walkthrough - Video

2p or not 2p: that is the title…

…of a recent paper from the RSC’s Analyst, followed by the tagline ‘tuppence-based SERS for the detection of illicit materials’.

In the paper, scientists from Manchester explain how they used a UK two pence piece (a.k.a. tuppence) to do some drug detection work!

Royston Goodacre and team from University of Manchester altered the surface of a copper two pence piece with silver to make it suitable for the vibrational spectroscopic technique surface-enhanced Raman scattering (SERS), which they then used to differentiate between the drugs: 4-methylmethcathinone (mephedrone), 5,6-methylenedioxy-2-aminoindane (MDAI) and 3,4-methylenedioxy-N-methylamphetamine (MDMA).

The team made up methanolic solutions of the drugs, soaked the coins in the solutions (the drugs bind to the rough surface) before running SERS on it.

SERS usually works on thin roughened films, but the team says that these are expensive, with the most complex needing specialist equipment to prepare. Their aim in this case was to find a substrate that was cheap and accessible, providing a robust surface that can be used by non-specialists.

US coins have been used for SERS recently to detect melamine in infant formula, but the elemental composition differs from UK coins, say the researchers. It’s this difference in metallic composition that can affect the morphology of deposited silver and SERS enhancement, they add. So, finding the right coin can be tricky. And the team was restricted to pre-1992 coins as these contain 97% copper, unlike the post-1992 coins that are composed of copper-plated steel.

Well, that’s one thing I never thought of doing with my loose change!

Elinor Hughes

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Source:
http://prospect.rsc.org/blogs/cw/2012/10/17/2p-or-not-2p-that-is-the-title/