Your Next Meal Could Be...Grown in a Petri Dish?

Can meat be grown in cell culture labs? This article discusses the future of genetically modified food, and whether products like chicken, beef and pork can be modified so that they are healthier to eat (imagine beef GM'ed to contain less cholesterol). The article discusses taking this idea one step further and scientists growing "meat like slurry" (Yum!) in lab like facilities instead of slaughtering animals to produce the meat, possibly so that meat producers can crack into the Vegetarian market. So what do you think? Will "meat slurry" be a future food staple? My guess is GM food producers such as AquaBounty are going to have to put some major marketing muscle behind the idea to sell it to consumers...that or at least think of a new name. [Article]

Art and Science make gorgeous images

Meet Robert Buelteman, a guy who uses fiber optics, high voltage, and a scalpel to make incredible images that otherwise couldn't be captured on camera. His images are absolutely stunning and really vibrant, and he is incredibly meticulous about the procedure used to produce these images. Maybe more artists will start using electricity or other chemical processes to try to mimic his work. So tell me, is this guy an artist or a mad scientist? [Article]

Nanotech Drug Delivery Coming Soon?

This article on ScienceDaily talks about the future of drug delivery, and apparently nanotechnology has the potential to replace traditional pharmaceuticals...well at least hopefully one day. Although the technology is still in its infancy, scientists have been able to engineer lipid containers the size of a virus that can be used to deliver the drug into the bloodstream, and proteins called selectins can help the lipid containers target specific cell types in the body. Nanotechnology has been getting a lot of attention recently (especially in Biological applications), so much so that major universities such as UCSB have recently built entire buildings devoted to this niche field. Even the government has hopped on board with a lot of funding for Nanotech initiatives and a website. Check out the article for more info. [Link]

Geeking it up...iPhone style!

So you want to take your science geek-dom mobile to impress your friends, or, more likely, keep them away? No problem iPhone users, because Wired has an article on the top 22 Science Apps for your iPhone. Anything from Prescription drug doses to Constellation Maps, the iPhone has an app for it. the coolest? Definetly the Genetic Decoder. Check the full article here. [Link]

Slumdog Chemist

Heres an article that is pretty inspirational. Guy come from India, gets his PhD, works as a chemist for 6 years while scrimping and saving everything he has, and decides on a whim one day that hell crack open a phone book to buy a 3 person chemical company so that he can build the company up. That 3 person company is now Chemair, a Chemical manafacturing company that employs 350 people. Oh and about the title, the guys from India, its a sort of rags to riches tale, so I tried forever to come up with a clever title. This is all I could come up with. You know...like the movie? Ok, forget it, just check out the Article. [Article]

Time for a Biorector?

So what do you use in your cell culture lab? Do you handle your cell lines manually or do you use a bioreactor? Can you afford the additional costs that come with a bioreactor? Do you grow enough cell lines to justify the additional cost? This article attempts to answer that question, with links to many Bio reactor vendors. Personally, our lab is so tiny that I find it hard to justify the costs associated with a bioreactor (rarely do we grow more than 1 Liter of cells + media at a time), but maybe its time for your lab to ask itself the same question. [Link]

Genius idea?

Funny little thing I saw on Wired. The future of Birth Control? Maybe. Hilarious/Genius concept? Absolutely. Whoever could be able to make this a reality would be a billionare, guaranteed. [Link]

As Auto-makers Collapse in Michigan, High Tech Rises...

Michigan, whose state economy has been crippled by the outflow of jobs as a result of the auto industry collapse, may see a ray of light. GE has announced that they will be building a high-tech engineering/scientific plant in Van Buren Township, Michigan. Michigan is probably giving them huge tax incentives to build a plant there, and its probably going to be a good PR strategy for GE. My question is...could this be a trend for Biotechs? Will more Biotechs move from expensive states like California and Massachusetts for states like Michigan? Is this the beginning of a trend for Biotechs to move to cash strapped Midwestern states?
[Article]

High-Altitude Wind Farms set to take off?

According to a new study which mapped out wind "hot spots", Tokyo, NYC, and Sydney could be the sites of some new high-altitude wind power generators. More and more buzz is surrounding the whole "High altitude wind farm" idea as more and more articles are being published about it. Does High altitude wind power have a chance? Is there a real business opportunity here, or is high-altitude wind power just a lot of eco-driven hype? [Article]

Healthcare-Tech still hot!

Inc. Magazine has released a top 10 of "Best Industries for Starting a Business" and #3 on the list is Healthcare tech! The only problem is that Health-care tech companies are not only very expensive to start-up (Have you looked at the cost of scientific equipment these days?) but its hard to fill it with talent since less students are interested in science and engineering. On top of that, Healthcare tech companies usually have to be FDA approved to be considered reputable, which is usually a time/labor intensive and costly procedure. What do you think? [Link]

New class of Anti-cancer drugs brings hope?

The New England Journal of Medicine has recently reported that use of PARP inhibitors with patients who have prostate cancer has proven to be extremely successful, with most of the 60 patients involved in the study experiencing tumor shrinkage, with few, if any, side effects. Its believed that PARP inhibitors may regulate the genes BRCA1 and BRCA2, the 2 genes primarily responsible for breast cancer. So what do you guys think? 60 patients is an extremely small study, do PARP inhibitors have a future in cancer research, or is this study a fluke? Could PARP inhibitors be the next big thing for the pharmaceutical companies?[Article]

Are you an underpaid Scientist or Engineer?

Could you benefit by moving to another location? Since scientists are usually under-paid and biotech is a huge sector in most cities (Austin, San Francisco, Boston) This salary calculator will tell you if you get more bang for your buck if decide to move to a different city. I was actually shocked to learn that living expenses in Boston, MA compared to Orange County, CA are actually 40% cheaper! Check it out, you might be surprised at what you find... [Link].

Hey You, Pathologist? Need a Book?

Elsevier Health, makers of ridiculously huge & expensive (albeit very detailed and helpful) Pathology and Immunohistochemistry reference books, are offering 10-20% discounts off some of their books (if you order 2 or more) for a limited time! Just use Promotional code DM94861 (for people who attended USCAP). Offer applies until July 18th. [Link]

Bill Nye is Back!

Bill Nye the science guy takes a second to explain how the new iPhone 3gs screen actually repels oils from your skin to make your iPhone look fingerprint free for longer. I know, i know, you guys are probably sick of all the iPhone 3GS articles, but this one has Bill Nye...and who doesnt love Bill Nye? [Article]

China Energy company "All in" on Solar Energy

Well, it seems as though China power company GCL-Poly is attempting to overtake its US competitors in Solar power, to the tune of 3.4 billion dollars! The interesting thing about this deal is that GCL-Poly is buying Jiangsu Zhongneng PV Technology Development (yeah, try saying that 5 times fast). Why is this interesting? Because JZ PVT builds solar panels, and this deal will allow GCL-Poly to control the whole process of solar power manafacturing, from building solar panels to putting them into a functional power grid. Smart move, because not only will GCL-Poly be able to control their product, but it cuts down on costs for the company since they wont have to outsource the building of the panels to another company (and hopefully, means lower costs for the consumer). Lets see if US companies can play catch-up to GCL-Poly's power play.

Synthetic Trees? Why not plant real ones?

Theres an article at CNN.com about how scientists have developed a synthetic tree that actually absorbs 1000x more carbon than an average tree. I read the article and it seems like an interesting idea, but with the cost that goes into developing and upkeeping one of these, my guess is you could probably plant over 10,000 real trees. So...yeah.
[Article]

Whiz Kids Documentery

America is lagging behind most of the industrialized western nations when it comes to science, but this documentary aims to cast a light on a couple of American high-schoolers who think they might have a shot at earning the pinnacle or nerd-om for high-schoolers; 1st prize of the Intel Science Talent Search. Sounds really interesting, if it becomes a hit maybe us sceintists can get some attention for once and get some of that federal money Obama's been throwing around lately!
[Link]

Obama loans $500 million to Tesla, denies my request for Ham sandwich...

Car enthusiasts everywhere are probably excited to see that the Obama Administration has lent out $500 million for Tesla to develop its new Model S. My question to you guys is, do you feel that the Obama Administration is blurring the line between private industry and government, or is this a much necessary infusion of capital into the Car industry? Is this really a benefit for science (more eco-effecient cars on the road = less CO2) or is this a loan to save the auto-industry under the guise of environmental protection? [Article]

Worlds Largest Solar Plant Planned...

...for the Sahara desert around 2020! This solar plant could potentially power all of Europe, if not the world. Whether it will be completed or not is another matter, but this raises a huge question...will projects like this help make solar energy as our primary source of fuel a reality, or is it just wishful thinking? How will these Solar plants be maintained (i.e. how are you going to find thousands of engineers in Africa to build/maintain this kind of project?). Maybe it will put the pressure on PG&E to finish its solar power plant in the Mojave. [Article]

Nanotech + Antibodies = Clean Blood!

Check out this article which talks about how iron-beads covered with antibodies helped remove Candida albicans from a blood sample. Fungal infections are extremely difficult to treat with anti-fungals such as Amphotericin B, could this present a viable alternative to using pharmecueticals for fungal infections in the future?
[Article]