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Globe and Mail features UTEST company eQOL’s home dialysis technology

EQOL logo“When Binh Nguyen, then a graduate student in biomedical engineering at the University of Toronto, was working in the renal engineering department of a local hospital, he was struck by what he felt was a suboptimal setup for dialysis treatment,” writes Jordana Dixon in “Health startup helps patients become more independent,” for the Globe and Mail on April 13, 2015.

eQOL Inc. is a University of Toronto and MaRS Innovation start-up company that participated in and graduated from the University of Toronto Early-Stage Technology (UTEST) program’s second cohort.

UTEST is currently accepting applications for its fourth cohort.

Here’s an excerpt from the article:

Taking these complications into consideration, Mr. Nguyen envisioned an all-encompassing lateral system that would optimize the process of in-home dialysis utilizing technology, but most importantly, improving patient experience.

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Shotlst: “Track changes” for the physical world

Shotlst is one of six inaugural UTEST companies; next UTEST application round to begin shortly

UTEST-Shotlst co-founders Matt Ratto (left) and Mike Borg
Shotlst co-founders Matt Ratto (left) and Mike Borg. Shotlst was one of six companies accepted into UTEST‘s inaugural cohort. Photo courtesy of Jon Horvatin, University of Toronto.

What if you could turn on Microsoft Word’s “track changes” tool and apply it at will to the world around you?

Sound like science fiction?

Meet Matt Ratto, a professor in the University of T’s Faculty of Information, and Mike Borg, a recent graduate of the faculty. They’ve formed Shotlst, a new software company being incubated by the University of Toronto Early Stage Technology (UTEST) program.

The central metaphor of Shotlst is the “shot list,” a list of scenes a film director plans to get each day on a movie set. It serves to organize the cast and crew’s time and activity for the day.

With Shotlst, a user decides at the outset on “shots” that will be consistent throughout the life of a project.

For example, an architect might take pictures of a cardboard model of a building, 3-D renderings and, later, the actual construction site. These shots would serve as raw material that colleagues could use to annotate and collaborate using the software.

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