Don't just follow the money, follow the Big Money~!!!
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PTAH .0001 oil cost down == expenses down!!!!!!!
FALLING OIL PRICES == $$$$$ FOR PTAH .0001!!!!!!!!!! here's why:
PTAH is a transportation company. Meaning oil/gas(diesel) are expenses. With the recent drop in oil price, this could mean expenses have dropped hard for PTAH. Resulting in MORE PROFITS!
dropping oil prices === less expenses
FALLING OIL PRICES == $$$$$ FOR PTAH!!!!!!!!!! here's why:
PTAH is a transportation company. Meaning oil/gas(diesel) are expenses. With the recent drop in oil price, this could mean expenses have dropped hard for PTAH. Resulting in MORE PROFITS!
nah, he made a video
Maybe they'll mpay it forward with the next one!
nah they don't seize domains, and when gov't agencies do seize them it looks like this
http://wealthbuilderbiz.com/wp-content/uploads/2013/05/lr_domain_seized.png
its just down.
STOCKTIPS WEBSITE IS DOWN
http://www.isitdownrightnow.com/stocktips.com.html
Stocktips.com is DOWN for everyone.
It is not just you. The server is not responding...
this should be on the ibox
And so it begins. Telupay International Inc.
kidney tissue validation to hit any day now. Like how Roche validated the liver tissue as working better than 2d tissues back in june causing the stock to gap up and run past the $9 mark.
ONVO -------> investment banks adding to their positions!!!!!!!!!!
ONVO -------> hedge funds adding to their positions!!!!!!!!!!
ONVO <---------> watch for $6.50 break!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
ONVO <---------> bottom is in!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
ONVO <---------> bottom bouncer!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
ONVO ====> 3d print a new liver!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
ONVO ====> print a new kidney!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
ONVO ------> best stock ever!!!!!!!!!!!!!!!
ONVO in the spotlight tomorrow!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
ONVO next to go up!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
ONVO -3d printing + stem cell ink = bioprinting
ONVO -3d printing + stem cell ink = bioprinting
to da moon!
Hostile Takeover - DEFINITION OF 'HOSTILE TAKEOVER'
The acquisition of one company (called the target company) by another (called the acquirer) that is accomplished not by coming to an agreement with the target company's management, but by going directly to the company's shareholders or fighting to replace management in order to get the acquisition approved. A hostile takeover can be accomplished through either a tender offer or a proxy fight.
INVESTOPEDIA EXPLAINS 'HOSTILE TAKEOVER'
The key characteristic of a hostile takeover is that the target company's management does not want the deal to go through. Sometimes a company's management will defend against unwanted hostile takeovers by using several controversial strategies including the poison pill, crown-jewel defense, golden parachute, pac-man defense, and others.
http://www.investopedia.com/terms/h/hostiletakeover.asp
back in the spotlight tomorrow!
$$$$$$$$$$$$ choo choo money train
ARIA $7.37 trend
MAINSTREAM MEDIA KICKING UP....
first CNBC, now wall street journal & CBC. She's brewin'
CBCNEWS: http://www.cbc.ca/news/technology/will-3d-printers-bioprinters-change-the-future-of-surgery-1.2943570
When an MRI revealed a golf ball-sized tumour growing in Pamela Shavaun Scott's skull, she turned to a 3D printer to help find the least invasive and risky way for doctors to extract it.
Her husband, Michael Balzer, the founder of a 3D printing service company, used her medical records to create a three-dimensional image of her brain on his computer and print a 3D model of it.
How exactly does 3D printing work?
3D: Printing the future exhibition
"I could see literally, in pretty good detail, my wife and the inside of her head — more importantly, the tumour itself," says Balzer.
Doctors used his images and printout to help determine how best to surgically remove the tumour. They removed 95 per cent of it last May, deciding that the remainder was too close to the optic nerve of her left eye to risk cutting into.
Michael Balzer
Michael Balzer, left, and Pamela Shavaun Scott, right, hold the 3D printed model of her skull that helped doctors determine the best way to remove a golf-ball sized tumour behind her left eye. (Michael Balzer)
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At the hospital, several residents approached Balzer, excited about the potential of using 3D models for teaching aides. "There was a little bit of buzz," he admits.
At some hospitals, doctors regularly study 3D models to diagnose maladies or practice complicated surgeries.
But these futuristic printers can be more than a teaching aid, they've become a hotbed of medical solutions to complex patient problems.
In fact, scientists have been frantically printing customized prostheses and implants from head (skull implant) to toe (titanium heel implant).
The advent of bioprinters — which use what is called bioink made of replica human tissue — have upped the 3D printing game. Now, the race is on to create the first bioprinted organ and transplant it inside a human body.
3D printed scalpels act like a 'cookie cutter'
Doctor Frank Rybicki started using 3D models while working on patients with severe facial injuries, such as an Afghanistan war veteran who had a piece of bone from a leg reconstructed into a new jaw at the Brigham and Women's Hospital in Boston, Mass.
Man regains use of injured hand using 3D printer
PrintAlive 3D skin tissue printer wins Canadian Dyson Award
How doctors decide who gets an organ transplant
"If you 3D-printed the patient before the surgery, you could really understand what you needed to do because you would be able to hold the defect in your hands as opposed to just looking at a picture of it," he says.
3D printed facial model
Frank Rybicki has used 3D printed models to prepare for surgeries on patients with complex facial injuries. (Radiological Society of North America)
Not only that, the printout helps patients better understand what's wrong with them and how their doctor will attempt to remedy it. Plus, doctors can practice a surgery on the model before heading into the operating room.
Rybicki doesn't just print models. He's also printed scalpels shaped to make the exact cut needed to grab skin from a patient's buttocks or leg and transplant it onto a face.
"You get these amazing results, because all the tissues match up because you 3D-printed the cookie cutter."
Rybicki, who's the incoming chief of medical imaging at the Ottawa Hospital and chair of radiology at the University of Ottawa, is advocating for a national 3D printing lab there because he believes the technology is "enormously helpful."
Tissues, tumours bioprinted for experiments
He finds one of the most exciting development is the almost "Star Wars"-like field of bioprinting, like when San Diego-based Organovo last year unveiled a 3D bioprinted human liver tissue for scientific research. ?
Organovo hopes the printed liver will lead to the development of better, safer drugs faster and less expensively than when only animal and human testing was possible, says Michael Renard, the company's executive vice-president of commercial operations.
At the moment, only liver tissue is available for testing, but the company expects to release other printed tissue, including kidney, skin, lung and blood vessel as well as bone, Renard says.
Organovo has also built tumours for scientists to experiment on, allowing for "interesting experiments" that couldn't ethically be conducted if the tumour was inside a person's body.
On mobile? Watch a video explaining Organovo's bioprinting process here
Organovo's bioprinting process
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Another team of scientists at the company is attempting to develop tissues that could be transplanted into a real patient.
This bioprinted kidney or liver likely wouldn't resemble the images people are used to seeing in anatomy books, Renard explains.
"Restoring, you know, kidney function to someone who's really failing doesn't require two perfectly architected human kidneys to do that," he says.
The bioprinted tissue would have to restore the original organ's lost functionality, he says. That could be achieved through "some form of patch," made of tissue that could be implanted to assist the failing area.
'No. 1' goal is bioprinted organ
In a lab in Winston-Salem, N.C., scientists have already grown a whole vaginal organ that was later transplanted into a patient who was born without one.
Dr. Anthony Atala
Anthony Atala says the No. 1 goal of scientists at the Wake Forest Institute for Regenerative Medicine is to create an organ that can be transplanted into a human. (Wake Forest Institute for Regenerative Medicine)
The Wake Forest Institute of Regenerative Medicine's scientists built that organ by hand. But they have been experimenting with bioprinters for more than a decade to speed up the creation process, says the lab's director, Dr. Anthony Atala.
Easily producible spare kidneys, lungs and hearts could speed up lengthy wait times for patients on organ donation lists.
At Wake Forest, scientists have been working on about 30 different types of tissues and organs, Atala says, from the simplest flat structures, such as skin, to the most complex organs, such as "miniature livers and hearts."
So far, bioprinting organs to transplant into humans has been unsuccessful, and Atala says it's hard to predict when scientists will make the breakthrough.
Solid organs are incredibly complex with many more cells per centimetre than skin, one of the simpler structures that has been created. For organs, doctors must be able to make blood vessels capable of keeping blood flowing to them.
Despite the challenges, Atala's commitment seems unshakeable. Printing organs, he says, "is the number one thing that we're trying to get to."
Investing in ONVO today is like investing in NASA in 1962
NASA just started the Apollo program. The shorts said "what a scam, they can never land a man on the moon"
3D-printed human organs are coming folks!
NASA was not about landing a man on the moon within their first three years. Ten year after they started, they did it.
ONVO is about printing human organs. Talk to me in ten years.
That's $4.2 Billion
Currently, ~17,000 people are medically approved for liver transplants
how much does a new liver transplant cost? $250,000
bioprinting video, printed strtucture to form closed ball.