If we consider programming a time radio is hard, try reprogramming life itself. That’s a thought of Drew Endy, a fake biologist during Stanford University.

Endy has been operative with a laboratory aria of E. coli bacteria. He sees a microbes as some-more than usually single-cell organisms. They’re small computers.

“Any complement that’s receiving information, estimate information and afterwards regulating that activity to control what happens next, we can consider of as a computing system,” Endy says.

Normally a E. coli follow their possess program. Is there food? Is a heat all right? The germ routine this information and make elementary decisions about what to do next. Mainly, they confirm either to reproduce. Endy sees intensity for them to do most more. He wants to take control of a cell’s genetic machine and use it to do tellurian computing.

“For us, what’s spin sparkling is a thought that we could get inside a cells in arrange of a bottom-up fashion,” he says.

Endy is articulate about some-more than splicing in a few additional genes, as scientists already do with crops. He wants to make cells that can follow opposite programs, usually like a computer. To do that, he indispensable to emanate something all computers have to have: a transistor.

Transistors are elementary on/off switches. Computers are done of many millions of these switches. And to module a cell, we need a biological version. As Endy reports this week in Science, he’s managed to make one out of DNA.

His switch, that he’s called a “transcriptor,” is a square of DNA that he can flip on and off, regulating chemicals called enzymes. Endy put several of these DNA switches inside his bacteria. He could use a switches to build proof circuits that module any cell’s behavior. For example, he could tell a dungeon to change tone in a participation of both enzyme A and enzyme B. That’s a elementary program: IF enzyme A AND enzyme B [are present] THEN spin green. For an in-depth look, check out Endy’s possess reason on YouTube.

Timothy Lu, a researcher during a Massachusetts Institute of Technology, is also building mobile computers. He can see lots of ways that they could be used. For example, we could module cells to automatically indicate your guts for chemical signals of cancer and let we know if they find any.

“These cells could light up, and we could simply see either a dungeon has computed [if] we competence have early signs of cancer or not,” he says. With a small some-more programming, such cells competence be means to furnish a drug, or aim a cancer directly.

So far, usually a simplest proof circuits work. And Endy doubts that these DNA computers will ever outperform a smartphone. But that’s not a point.

“We’re building computers that will work in a place where your cellphone isn’t going to work,” he says.

He’s betting that even a small bit of computing in places where cellphones will never ramble can be really valuable.

Copyright 2013 NPR. To see more, revisit http://www.npr.org/.

Article source: http://capeandislands.org/post/tiny-dna-switches-aim-revolutionize-cellular-computing

SILVER SPRING, Md., Dec. 18, 2012 (GLOBE NEWSWIRE) — Nuvilex, Inc. (OTCQB:NVLX), an general biotechnology provider of dungeon and gene therapy solutions, announced currently that vital aspects of a core, “platform,” dungeon encapsulation record were discussed recently by Nuvilex’s COO, Dr. Gerald W. Crabtree, during an interview with SmallSector.com. Advantages of Nuvilex’s dungeon encapsulation technology, as good as a probable applications in a growth of treatments for serious, debilitating, and even deadly diseases were emphasized.

In deliberating Nuvilex’s unique, exclusive dungeon encapsulation technology, Dr. Crabtree remarkable a capsules (composed mostly of cellulose) are “inert” in a body, are “tiny” and can enclose vast numbers of cells. In sequence for a cells to sojourn healthy, a capsules have “pores” by that nutrients for a encapsulated cells enter and rubbish products and “beneficial” factors constructed by a cells are means to exit.

Advantages of a dungeon encapsulation record mentioned include: (a) it is a “platform” on that treatments for many diseases might be built – probably any form of cells (e.g. drug-activating cells, drug-producing cells, branch cells, probiotic bacteria) can be encapsulated with usually really teenager modifications of a process; (b) it is “mature” and has been grown and certified regulating Good Manufacturing Practices (GMP) standards, a requirement for capitulation by drug regulatory agencies such as a FDA; (c) a capsules are stoical mostly of cellulose, thus, they are dead – they do not bleed any repairs to normal physique tissues nearby a capsules, and a distance of a pores in a capsules does not assent a encapsulated cells to leave a capsules, nor does it concede cells of a body’s defence complement to enter a capsules to attack, and reject, a cells themselves; (d) encapsulated cells can be solidified and stored for prolonged durations but undue repairs [necessary for conveyance of cells to apart locations].

Pancreatic cancer is a fourth deadliest form of cancer worldwide. According to a American Cancer Society, about 42,000 people in a US alone are approaching to be diagnosed, with about 38,000 deaths approaching in 2012. Only Gemzar® has been authorized by a FDA as a singular representative for a diagnosis of advanced, non-surgically-removable (non-resectable), pancreatic cancer; it is a “gold standard” in this regard. We have conducted dual “mid-phase” clinical trials in patients with this cancer where “our treatment” (combination of a cancer drug, ifosfamide, with encapsulated cells able of converting ifosfamide to a “cancer-killing” form) was used. Results from these trials included: (a) median presence time and one-year presence rate were roughly doubled as compared to chronological information for Gemzar®; (b) astringency of ifosfamide’s side effects were reduced since 1/3 of a common sip was used; (c) no repairs to tissues surrounding capsules was seen; (d) cells within a capsules were stable from conflict by a patients’ defence systems; (e) cells inside a capsules were alive and functioning – even after some-more than dual years. Preparations have begun for a large-scale hearing where 50% of patients with modernized pancreatic cancer will be treated with “our treatment” and 50% will accept Gemzar®. The studies are designed for mixed sites in mixed countries. If formula from a prior studies are confirmed, this diagnosis could reinstate Gemzar® as a “gold standard” for a therapy of this harmful disease.

(C) Copyright 2012 GlobeNewswire, Inc. All rights reserved.

Article source: http://www.virtual-strategy.com/2012/12/18/nuvilex-coo-highlights-advantages-and-applications-platform-cell-encapsulation-technology

Enterprise
solid-state storage spilled into many areas in 2012, with all-flash solid-state arrays,
multi-level dungeon and server-side peep holding a record into a enterprise.

Here are a tip SSD 2012 stories and trends:

All-flash
arrays no longer an oddity

So distant it’s been a margin dominated by startups, though all-flash arrays proliferated in 2012. By
the finish of a year, Nimbus
Data, Violin
Memory, Pure
Storage, SolidFire,
Kaminario,
Whiptail,
Tegile
Systems and Skyera
had all-flash arrays on a market.

And a vast vendors are also jumping in. IBM
acquired Texas Memory Systems and EMC
bought in-stealth XtremeIO in dual of a largest storage acquisitions in 2012. NetApp
and Hitachi
Data Systems are formulation all-flash arrays, and Hewlett-Packard sells all-flash versions of its
StoreServ
(3PAR) and StoreVirtual
(LeftHand) arrays.

Related stories on all-flash arrays:

• Users discuss hybrid vs. all-flash
  arrays
• Is converging entrance among all-flash storage
  startups?

MLC
flash elbows into a enterprise

The trend of multi-level dungeon (MLC) and enterprise
MLC (eMLC) in information core storage began in 2011, though became a full-blown transformation in 2012.
Solid-state expostulate (SSD) vendors incited to MLC and eMLC to try and overcome a biggest obstacle
facing craving peep adoption — price.

More costly single-level
cell (SLC) peep still has a place in use cases where long-term trustworthiness is a must-have,
but eMLC and consumer-grade MLC peep are now a customary peep components in all-flash arrays and
in hybrids.

Related stories on MLC
flash technology:

• Skyera releases MLC-based
  all-flash array for $3 per gigabyte
• Virident FlashMax II MLC
  PCIe flash label hits 2.2 TB
• Using MLC for tiered
  storage
• Advanced flash
  media management alleviates long-term MLC concerns

Storage vendors welcome server-based flash

EMC combined a VFCache
server-based peep caching product this year, and NetApp is following with Flash
Accel software. These products piggy-back a success of PCIe-based peep businessman Fusion-io,
which scored a reseller understanding with NetApp in 2012. EMC chose Micron and LSI as a VFCache
partners.

With server-side peep foe heating up, a PCIe
solid-state label vendors and program startups are adding program government and caching
applications. And horde train adapter (HBA) businessman QLogic got into a peep diversion with a Mt.
Rainier card.

Related stories on server-based peep storage and
management:

• EMC hurdles Fusion-io for PCIe
  flash dominance
• Server-based
  caching throwing on
• SanDisk expelled a FlashSoft
  server-side caching software
• Proximal Data launches solid-state
  caching program for practical machines (VMs)
• VeloBit offers hearing HyperCache
  software, SSD

Brute opening no longer enough, craving facilities also needed

As a solid-state storage marketplace matures, vendors are differentiating their products to gain
footholds in several straight markets and use cases. SolidFire targets use providers with guaranteed
Quality of Service (QoS) program in multi-tenant environments, while Nexgen Storage Inc.
hybrid arrays use QoS to aim a midmarket.

All-flash vendors whose products are past a initial era are adding standard enterprise
features such as modernized information protection, and high availability.
Snapshots,
replication and thin
provisioning are among a facilities craving storage administrators will direct to implement
solid-state arrays in a information center.

Related news on adding craving facilities to flash
arrays:

• NexGen Storage offers performance
  guarantee
• Kaminario adds data
  protection and high accessibility to all-flash array
• Violin turns to Symantec for peep array software
  stack

VDI drives peep adoption

Because it is IOPS- and read-intensive, practical desktop infrastructure (VDI) is an early killer
app for solid-state storage. Companies are branch to hybrid and all-flash systems to rescue VDI
projects that had stalled since of bad storage
performance, and vendors are saying a spike in adoption.

More stories on VDI pushing peep adoption:

• Solving VDI
  performance issues with peep cards, SSDs and software
• Dell adds hybrid
  solid-state EqualLogic arrays for VDI storage
• Nimble
  Storage hybrid array improves law firm’s VDI performance
• Direct selling organisation solves VDI
  woes with hybrid peep array

Article source: http://www.pheedcontent.com/click.phdo?i=22625c0406dacf7d0c00e7589ef40113

Apple is creation swell on a plans to run a new information centre in North Carolina on renewables.

The mechanism hulk is now installing 5 MW of fuel cells and 20 MW of solar photovoltaics panels on a Maiden site.

But according to reports, a association is doubling a ability of a fuel dungeon designation during a information centre from 5 MW to 10 MW.

The designation of fifty Bloom Energy fuel cells will be a largest non-utility designation in a US, overtaking eBay’s information centre.

Taken together, a solar panels and fuel cells will yield 60% of a information centre’s appetite needs on-site, with a rest purchased from clean, renewable sources.

Apple says that all of a 3 US information centres, including those in Oregon and California, will now run on 100% renewable energy, and has set a aim of creation all a worldwide comforts net 0 energy.

For serve information:
www.apple.com/environment/renewable-energy/

Related stories:
eBay bids to run information centre on Bloom Energy’s fuel cells (27-Jun)
Apple’s new information centre to run on 100% renewable appetite (21-May)
Apple aims to turn greener with 20 MW solar array (22-Feb)

Article source: http://www.energyefficiencynews.com/articles/i/5627/?cid=3

Cell phones and laptops, powered by increasingly faster and tinier processors, are apropos sleeker and lighter.

Now,
researchers during a California Institute of Technology (Caltech) say
light beams shrunk to a few nanometres can expostulate most faster computing.

Light
carries larger amounts of information some-more well than electrical
signals by copper wires. The stream record is increasingly
based on optics. The universe is already connected by thousands of miles of
optical-fiber cables that broach email, images, and a latest video
gone viral to your laptop.

As we all furnish and devour more
data, computers and communication networks contingency be means to hoop the
deluge of information. Focusing light into tinier spaces can squeeze
more information by visual fibres and boost bandwidth, a journal
Nature Photonics reports.

Moreover, by being means to control light
during such tiny scales, visual inclination can also be done some-more compact,
requiring reduction appetite to energy them, according to a Caltech statement.

But focusing light to such notation beam is inherently difficult.

Once
we strech sizes smaller than a wavelength of light — a few hundred
nanometers in a box of manifest light — we strech what’s called the
diffraction limit, and it’s physically unfit to concentration light any
further.

But now, Caltech researchers, co-led by assistant
professor of electrical engineering Hyuck Choo, have built a new kind of
waveguide — a tunnel-like device that channels light — that gets
around this healthy limit.

Because a new device is built on a
semiconductor chip with customary nanofabrication techniques, says Choo,
study co-author, it is easy to confederate with today’s technology.

Article source: http://gadgets.ndtv.com/mobiles/news/light-can-drive-faster-computing-in-future-303332

If a skeleton submitted to a North Carolina Utilities Commission (NCUC) are approved, a facility, that serves Apple’s Maiden information centre, will be a largest non-utility fuel dungeon designation handling anywhere in a U.S. – a climax that it quickly mislaid to ebay’s 6 MW trickery in Utah – also fuelled by landfill gas. In sum a information centre will pull around 20 MW of appetite during full capacity, of that it will furnish some 60% on-site.

The recently finished Maiden information centre will utilize biogas to equivalent healthy gas use and Apple states that a commissioning of a trickery is partial of a joining to revoke a company’s environmental impact by appetite efficient, immature building design. The building is already intensely appetite fit and has warranted a desired LEED Platinum acceptance from a US Green Building Council. The biogas plant is located adjacent to a information centre and will eventually be powered by 100% biogas providing over 40 million kWh of 24×7 baseload renewable appetite annually.

The association also skeleton to build a nation’s largest finish user-owned onsite solar array on land surrounding a information centre. The 100 acre, 20MW facility, when complete, will supply 42 million kWh of renewable appetite annually.

The focus to NCUC settled that a upgraded trickery would underline 50 particular fuel cells located on a singular site adjacent to a information centre and will be fuelled by destined biogas from landfill – a renewable appetite source as tangible by a Commissions Order.

The projected constant ability of a upgraded plant will be 9.6 MW, with 10 MW being a limit nameplate capacity. The initial 4.8 MW fuel dungeon designation began start-up and contrast in Oct 2012 and a full 10 MW plant is expected to be operational by Jan 2013.

Sunnyvale, California formed fuel dungeon specialist, Bloom Energy will supply a plain oxide fuel cells being commissioned during a plant.

Further information:

Apple (US) Environmental

Article source: http://www.renewableenergymagazine.com/article/apple-to-expand-fuel-cell-facility-for-20121207

06 Dec 2012

Cupertino, California formed computing and wiring giant, Apple
(NASDAQ: AAPL) has practical to a North Carolina Utilities Commission
(NCUC)to enhance a landfill gas powered fuel dungeon trickery during its
Maiden information centre from 4.8 MW adult to 10 MW.

According to a company, in sum a information centre will pull around 20
MW of energy during full capacity, of that it will furnish some 60% on-site.

Once upgraded to 10MW, Apple’s fuel dungeon trickery will once again be
the largest non-utility fuel dungeon designation handling anywhere in
the U.S. – a climax that it quickly mislaid to ebay’s 6 MW trickery in
Utah – also fuelled by landfill gas.

The focus to NCUC settled that a upgraded trickery would feature
50 particular fuel cells located on a singular site adjacent to a data
centre and will be fuelled by destined biogas from landfill – a
renewable energy
source as tangible by a Commissions Order.

The projected constant ability of a upgraded plant will be 9.6 MW,
with 10 MW being a limit nameplate capacity.

The initial 4.8 MW fuel dungeon designation began start-up and contrast in
October 2012 and a full 10 MW plant is expected to be operational
by Jan 2013.

Sunnyvale, California formed fuel dungeon specialist, Bloom Energy will
supply a plain oxide fuel cells being commissioned during a plant.

Read More

Apple
to Build 5 MW Biogas Fuel Cell during Maiden Data Center
Apple has filed a skeleton to build a 5 MW fuel dungeon plan in
Maiden, North Carolina, that will utilize biogas to equivalent a natural
gas use and validate as a renewable facility.

Will Decision to Abandon ‘Green’ Rating System Cost Apple
Apple (NASDAQ: AAPL) has controversially walked divided from the
Electronic Product Environmental Assessment Tool (EPEAT) – an
environmental rating complement that measures recyclability as one measure
to assistance brand greener computers and other electronic equipment.

Apple
Makes U-Turn to Rejoin EPEAT Environmental Standard
Apple (NASDAQ: AAPL) has done a thespian u-turn on a controversial
decision travel divided from a EPEAT environmental standards programme,
which assesses a product’s recyclability as one magnitude of its
sustainable credentials.

Article source: http://www.waste-management-world.com/index/display/article-display/7163748135/articles/waste-management-world/waste-to-energy/2012/12/10_MW_of_Biogas_Powered_Fuel_Cells_for_Apple_Data_Centre.html

Tech hulk Apple might have incurred a rage of eco-campaign organisation Greenpeace over a use of creation a gadgets all though unrecyclable, though that doesn’t meant it’s gentle being a bad child of immature IT. The organisation has only reliable skeleton to double a distance of a fuel dungeon plan during a $1bn datacentre in Maiden, North Carolina.

According to filings done to a North Carolina Utilities Commission, initial reported by a Charlotte Observer, Apple will start handling 50 biogas fuel cells during a plant from January, generating adult to 10MW of electricity from spotless methane, performed from a landfill site.

The initial proviso of a fuel dungeon deployment began in Oct 2012, dictated to exam a feasibility of generating 4.8MW during a site.

Apple’s Maiden trickery has turn a print child of a environmental efforts. The site uses giveaway atmosphere cooling to revoke a appetite spent on cooling a servers; a cold H2O storage complement reduces appetite expenditure further.

The fuel cells Apple will use are from Bloom Energy, that is believed to use solid-oxide fuel cells that mix healthy gas with oxygen from a air, and furnish electricity but burning. Bloom Energy also depends eBay and Google among a customers.

One of a reasons tech firms have been so penetrating to adopt fuel-cell record is since of a large appetite mandate of complicated datacentres – a critical viscera of cloud services.

Earlier this year, Greenpeace savaged both Apple and Microsoft over their datacentre appetite use, criticising a span for their use of “dirty energy” to appetite their datacentres. Greenpeace regards electricity generated during spark or chief appetite plants as unwashed energy. 

05 Dec 2012

Article source: http://www.v3.co.uk/v3-uk/the-frontline-blog/2229862/apple-doubles-fuel-cell-capacity-to-10mw-at-maiden-nc-datacentre

Virident Systems and OCZ Technology Group Inc. any rolled out new lineups of solid-state drives
recently, while BiTMicro Networks Inc. announced a new two-tier design for a upcoming
line of I/O accelerators and SSDs.

Virident rolls out latest enterprise-class SSDs

Virident
Systems has announced that a new FlashMax II Peripheral Component Interconnect Express (PCIe)
SSDs are now accessible for enterprises. The new drives support Linux, Windows and VMware Inc. ESXi and virtual
desktop infrastructure (VDI) environments for using practical machines and virtualized desktops,
according to Virident. Pricing starts during $6,000.

The association pronounced FlashMax
II PCIe SSDs have capacities of 550 GB, 1.1 TB and 2.2 TB. The FlashMax II uses multi-layer
cell memory for a 550 GB, 1.1 TB and 2.2 TB models, nonetheless a second 1.1 TB indication is available
with single-layer dungeon memory.

Virident pronounced a card’s use of “flash-aware” RAID allows
multiple failures but an application’s entrance to information being interrupted. The new drives also
include tellurian and internal wear leveling to
prolong an SSD’s life, Virident said. The FlashMax II uses a company’s vFAS software, which
allows a expostulate to immigrate information to areas of a peep device that are reduction used.

OCZ offers new SSD and controller

OCZ Technology Group expelled a SATA III-based Vector series
of SSDs, and a association pronounced a lineup is directed during notebooks and desktop machines running
Windows, Apple or Linux handling systems.

Vector SSDs use multi-level
cell (MLC) memory and are offering in 128 GB, 256 GB and 512 GB capacities with a 2.5-inch
form factor, according to a company. The drives have TRIM and
garbage collection to assistance lengthen a life of a drives. The units also have a Indilinx
Barefoot 3 controller, according to OCZ. The controller can use special peep government collection to
prolong a lifespan of a drives’ MLC memory and concede them to hoop 20 GB of horde writes each
day for 5 years, OCZ said.

The units also come with a 3.5-inch desktop expostulate container adapter; to assistance with information emigration from
an existent drive, a association includes a registration pivotal for Acronis cloning software, OCZ
said.

BiTMicro announces two-tier architechture

BiTMicro announced recently that a new Talino ASIC design will be used for a company’s
upcoming maxIO collection of I/O accelerators and SSDs.

The new Talino SSD controllers can strech adult to 400,000 pointless IOPS
at 4 KB, and they embody support for XOR RAID, energy management, AES-XTS (ciphertext stealing)
encryption, and information insurance features. The arriving drives are approaching to support PCIe,
NVMe and SAS interfaces, according to a company.

Article source: http://www.pheedcontent.com/click.phdo?i=75179fad110d4ff373c1af18c0866895

Optimus Prime is some-more than only a well-recognized name from radio and movies; it is a good analogy for NASA record transfer. NASA is clever on training and enlivening destiny scholarship and record experts from an early age – a Transformer impression creates an glorious training tool.

NASA Spinoff technologies are in many consumer products and a group wants to build recognition of that fact, generally in school-age children. Kids can win an Optimus Prime Transformer prize as well.

As a story goes, Optimus Prime began in space and remade itself in sequence to come to Earth; Optimus Prime goes undetected and helps people while safeguarding them. Similarly, NASA technologies, yet designed for space applications, are mostly mutated and remade to go into bland products used on Earth. Many of those products are mutated by makers, entrepreneurs, and tiny businesses that see new uses for them (see a list).

Here are 10 examples of technologies that have done their approach into a lives (from a NASA Spinoff website):

1. Have we taken a design with your cell phone camera lately? One out of any 3 dungeon phone cameras uses record done for space cameras.
2. Slept on a memory-foam mattress or pillow?
3. If your relatives fed we baby regulation when we were an infant, appreciate NASA. 99 percent of regulation is done with an partial detected while operative on food for astronauts.
4. Eaten freeze-dried fruit in your cereal?
5. Exercised on an anti-gravity treadmill? Probably not likely, though if you’ve had rehab on an Alter-G machine, afterwards we might have gifted it.
6. Worn Ultraviolet (UV) restraint clothing
7. Straightened your hair with a Farouk CHI device
8. Felt safer since a aircraft wings were de-iced properly.
9. Had a hip replacement? This technique might have strengthened a implant.
10. Been or famous a firefighter or other rescue veteran who has ragged a fire-resistant uniform.

There are hundreds of technologies that got their start during NASA. You can hunt by a database for opposite categories from consumer to medical to transportation. It is a fascinating collection and a Spinoff bid is radically an annual news of cold things that gets eliminated into blurb reality.

The NASA OPTIMUS PRIME Spinoff Video Contest is hold any year to learn students about NASA technologies grown for applications in space have been mutated for use in many products they might unknowingly use any day to urge their lives here on Earth. Each video acquiescence allows students a event to report their favorite story from a many stream book of NASA’s annual Spinoff publication.

All of these technologies were initial combined by NASA to assistance try space and urge aviation. NASA is compulsory by law to share a technologies with a open whenever it can. It partners with companies who use NASA record and believe to emanate products famous as spinoffs that make life improved for we and many others around a world. In this way, things like rocket engines, satellites, Mars-exploring rovers, space suits, and H2O purifiers on a International Space Station turn partial of bland life on Earth.

Like OPTIMUS PRIME, there’s some-more to NASA record than meets a eye.

Resources: Cool timeline of NASA Spinoff Discoveries in PDF format.

Article source: http://www.forbes.com/sites/tjmccue/2012/11/26/10-nasa-spinoff-technology-products-and-the-optimus-prime-contest/