After encountering success with their own airlock project last year, Marquis and former vice-captain Han Zhang decided to establish an intercollegiate design competition to give other students the opportunity to undertake the same challenge.
“It’s unclear what this organism could be doing with these genes. It’s definitely something new and unusual,” said Kwong.
“I’m really excited about learning something new and coming up with new, exciting ideas in the lab," Sherbo said.
“Hopefully this could be [used] in addition to other preventative strategies, so this could buy the brain some time for the surgeon to unblock the vessel or administer other drugs,” said Freitas-Andrade.
After a couple minutes, Mrs. Price comes back with the tablet. Willow scrolls through to make sure she’s filled everything out, and spends a little more time than she should looking at the personality specs.
I give up on TV and stroll into the kids room. Both 13, twins, sleeping comfortably in their pods. The monitor on the outside of each displays the sim they have chosen to play in their dreams.
The doctor explained the Treatment to the woman in front of me, leafing through her fMRI, gene assays, blood work, motif summaries for hormone and transduction networks, slicing along a different set of coordinates.
On the week of September 21, the Beaty Biodiversity museum, along with the Woodward library, TRIUMF laboratory for particle and nuclear physics and other teams within UBC were collaborating to promote science literacy in a national science literacy initiative.
This year, UBC’s iGEM team worked on creating a genetically modified Gilliamella apicola (a type of bacteria that lives in bees' intestines) that can help bees combat colony collapse disorder.
As explored in a newly published paper, UBC researchers speculate that using “radio bursts” with unknown origins, they could determine the distance of cosmological bodies and shed light on a whole host of previously unknown information.
The researchers then took poop from three-month olds, who they knew developed asthma, and transferred it into mice. Mice with the transferred kid poop went on to develop high levels of asthma, mice with poop spiked with FLVR did not develop asthma.
Ubyssey Science is here to share stories with everyone at UBC from science majors to the inner nerd every art student has.
Although several groups have tried and failed to create the graphene superconductor based on this model, the researchers were able to achieve the feat in a high vacuum environment (an area without air) at an extremely low temperature of -268°C.
A superconductor is a material that transports electricity with no resistance. But superconductors must be cold (about -272ºC cold, for gallium) to be superconductors.
“Don't underestimate yourself! And don't be afraid to take on leadership roles. In the words of Mindy Kaling, 'Work hard, know your shit, show your shit, and then feel entitled.'”
In the middle of campus there’s a small, unremarkable, concrete building with one locked glass door on its northwest corner labeled ‘Clean Energy Research Centre’. You’d never guess it’s home to one of Canada’s largest fuel-cell research groups, working internationally with major industry and science partners to bring fuel cell technologies to market.
In a recent study published in the Nature, UBC researcher Michele Koppes and her team compared glaciers in northern Patagonia and in the western Antarctic Peninsula.
A UBC research team has successfully managed to create the first self-propelled powder to stop severe bleeding.
Chemotherapy is the current drug of choice to treat cancer. It kills cancer cells, while trying to do as little damage as possible to healthy cells. Now there might be a better way to fight cancer.
Researchers at the Samuels Lab at UBC have engineered “inside-out” plants which produce cellulose on their surface.
Cochrane’s current research involves examining the specific molecular interactions that happen in the interfaces of organic semiconductors through scanning tunnelling microscopy, a type of microscopy used to image surfaces of tiny structures. She said that, since scientists currently have limited knowledge in this particular area, her goal is to determine the how interfaces can yield the most effective results.
Recent research conducted at the UBC School of Audiology and Speech Sciences shows that teething toys can affect a baby's auditory perception because the movement of a baby’s tongue plays a role in what sounds babies can distinguish between.