It’s June again – one of our favorite months because it brings WSU researchers to Seattle to share technologies developed in the lab with local life science and cleantech industries. This post is your guide to the WSU technologies and startup companies you can see at Life Science Innovation Northwest June 1-2. » More …
News update from the Phytelligence website
WSU spinout Phytelligence, a platform agricultural biotechnology company that is revolutionizing the way food crops are grown, today announced the transfer of all tissue culture activity from their Pullman location to their newly-opened Portland lab.
Due to faster than anticipated throughput and lower costs at the Portland facility, the decision was made to invest in growing the Portland location sooner than originally anticipated, and change the focus of the Pullman lab exclusively to genetic analysis, repository services, and research for the discovery of new products and technology.
By David Eddy // Growing Produce
Phytelligence, a platform agricultural biotechnology company, has entered into a service agreement with TNV, LLC, a Tip Top Orchards licensed company, to aid in the development and growth of new and desirable cherry varieties.
They will be utilizing Phytelligence’s genetic analysis capabilities, its genetic repository services, and its proprietary plant multiplication and growth processes.
Researchers: Jacob Leachman, Patrick Adam, Ian Richardson, Elijah Shoemake
Problem: Our dependence on oil and the pollution created by burning fossil fuels has prompted a tremendous amount of research and development of alternative fuel options. Liquified hydrogen – which can be used in fuel cells to power electric car and aircraft – is one of the cleanest alternative fuel options that can also be produced in the U.S. from a variety of sources. Current methods to liquefy hydrogen are difficult and costly, however, keeping this promising alternative fuel source from widespread adoption.
Solution: Members from Protium Innovations pioneered several foundational technologies while at WSU that will enable renewable producers to increase the value of their energy and to create a new market for selling their excess capacity. » More …
Mixing stainless steel with titanium is an idea that equally gives Amit Bandyopadhyay a headache and an adrenaline rush. In 20 years of research on additive manufacturing – or 3D printing – Bandyopadhyay has experimented in printing bone material, moon rock, and plastics, but never two different metals at once.
Guest Post from Hope Tinney with the Small Business Development Centers
Torklift International, an industry leader in after-market upgrades and accessories for truck campers, caravans and other recreational vehicles, has been selling its made-in-Washington products to camping enthusiasts around the world for decades.
For the most part, though, international customers were going online or working through an authorized dealer to buy tow bars, hitches, turnbuckles, truss extensions, tie-downs and other hardware, which meant the single-item shipping costs were high and the delivery time could be weeks, if not months.
With a relatively large and growing customer base in Australia, the family-run, Kent-based company started wondering if the customer demand could support a distribution center Down Under. » More …
When researcher Dan Rodgers made a discovery that could slow or even reverse the muscle wasting that plagues many cancer patients, he knew he wanted to do more than publish a paper.
“I wanted to put the knowledge to good use, to see our science applied, and for cancer patients to receive an effective treatment,” said Rodgers, a muscle biology researcher at WSU. “Developing a company was the best way to move towards these goals.”
Researcher: Dan Rodgers, PhD
Problem: Over 70 million people suffer from muscle wasting disease, in one form or another, and this costs the health care industry over $500 billion annually, yet there are currently no viable treatments.
Solution: Actriiex, a drug that targets and blocks biochemical events initiated by myostatin and other growth inhibitory hormones that cause degeneration in muscle and the heart.
University faculty are not the only ones making an impact with their research – over the last few weeks WSU students have developed and been recognized for innovations that tackle grand challenges such as sustaining health around the world and developing sustainable resources. We wanted to take a moment to highlight these student teams, and demonstrate the impact that experiential education has not only on students’ development, but on their communities as well. » More …