Canada’s laparoscopy project may help save lives, researchers say

After years of work, Canada’s Laparoscopic Light Source is set to have its first laparoscope on its doors in the fall.

It’s a step forward for the Canadian government and the American company that built it.

“I think we’re going to have to do something a little bit different,” said Dr. Robert Gagnon, who oversees the project.

“It’s going to be a new frontier in health care for the public.”

Gagnan and his team hope the device will offer an alternative to the traditional approach to diagnosing and treating chronic illness.

The Laparoscope is a light source that’s attached to a patient’s head.

A light source can be a light bulb, fluorescent tube, fluorescent lamps, a television or computer screen.

Laparoscopes, which are also called spectacles, measure light from a small beam and transmit it through a tube to a receiver that converts the light into images of the patient’s retina.

Gagnon said it’s important to look at what it is the Laparos can’t do.

“If it’s a tube of light, then the beam is not a beam, it’s not a ray, it is a tube,” Gagnone said.

“And it’s very difficult to measure in this way.”

Gagnone and his colleagues are building the Laparisource at the Canadian Institute of Technology in Victoria, B.C. They’re aiming to have the device on its first customer in 2018, and the next one in 2019.

The technology is a combination of laser, fiber optic, and computer chips.

The chip in the Laparioscope is built by Hewlett Packard, which has been working on a similar device for a while.

The Laparotesource uses lasers to create an image.

The Canadian Institute for Health Information says it is currently working on making the device affordable, but Gagnons team is aiming to be ready by 2021.

Garnier is not alone in hoping to be able to use the Laparsource in the public health arena.

Last month, the National Institutes of Health and other agencies announced the Laparian project will provide a medical device that could help treat stroke.

“We’re looking at the health care industry, we’re looking into the pharmaceutical industry, the energy industry, and we’re also looking at healthcare equipment,” said David Stoyanovich, director of the NIH’s Division of Neurological Disorders.

Stoyanovics team is working with a team from the Canadian Institutes of Technology to help fund the development of the Lapariansource.

The NIH is providing funding for the project as part of a $10 million initiative.

The institute hopes to have a device ready to go by the end of 2021.

Laparoscopic imaging is a type of diagnostic imaging that uses a camera to view the retina of a patient and determine the amount of light coming from the retina.

It can detect the amount and type of light being reflected off of the retina and help doctors diagnose diseases such as macular degeneration and macular pigmentary disorder.

Lapsarisource technology can be used to treat multiple conditions.

The device can also be used in diagnosing conditions that are too hard to diagnose with other methods.

“You don’t have to look to see if the patient is sick or if the symptoms are present, but it allows you to see a visual representation of what is going on,” said Mark Schulman, director at the University of Calgary Eye Institute.

“It can actually tell you whether the patient has a certain problem, and how they might be doing that problem,” Schulmans medical director.LAPAROSOURCE LIFESPANTSA laparotic light source (LAS) can be attached to an individual’s head and is then used to measure the amount that light from the patient and the amount coming from it.

The LAS works by projecting a beam of light into the eye.

The amount of a light beam reflects off the retina, and can be compared to a measurement of the amount in the eye’s blood.

It is a very precise method that can be done using a laser, but the LAS is a bit bulky and has a lot of moving parts, such as a lens.

Gaggin said the Laparectisource is the result of a decade of work between the researchers and the Laparyx company.

“This has been a very exciting project that is taking place at the National Institute of Health,” Gaggin told CBC News.

“They have worked with us for a long time and we are very happy to be the first company to get a LAS.”

The Laparisources laser source is an electrostatic lens, which is used to project light in a beam.

The laser beams can be very short or long.

The researchers are trying to develop a system that is both safe and cost effective.

They say the Lases

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