How can a Canadian digital health startup like iamsick.ca improve healthcare access for pregnant women living in rural parts of The Philippines?
“You begin by collaborating with another U of T startup… add some sweat and perseverance… along with financial support from Grand Challenges Canada… and soon, you’ll be improving lives beyond our borders.” – Ryan Doherty (President & co-Founder – iamsick.ca / PhD candidate – Medical Biophysics )
It isn’t surprising that remote areas of the world have limited access to healthcare. When it comes to maternal health, this means limited access to obstetricians and diagnostic services that you would see in larger metropolitan areas. In the Philippines, it can be as extreme as 44% of pregnant women giving birth without access to a doctor.
Last Spring, we teamed up with another U of T startup, Sonola Imaging Technologies, whose specialty is creating portable ultrasound hardware, and prepared a Grand Challenges Canada proposal to build a maternal health ultrasound mHealth app & web platform.
Nurses and midwives in remote satellite clinics will use Sonola’s portable ultrasound device and our android app to record ultrasound images. These images would then be easily accessed & viewed by physicians at major health centres in nearby cities.
Last October, Grand Challenges Canada awarded us with a grant to support the project. So, while working on the iamsick.ca website and mobile apps to help Canadians navigate the healthcare system and book online appointments with their doctors, members of our team have been hard at work on this global health project.
Our team is designing & developing the android app & web infrastructure, while Sonola is building the hardware that will be used to capture the ultrasound images. By working together, our two early-stage Canadian start-ups will create a system that will hopefully redefine maternal health access in rural parts of the Philippines.
The ultimate goal of this project is to create a low-cost and scalable product. In contrast to traditional ultrasound machines, we are using readily available hardware, such as low- to mid-range Android phones and chip sets. In the future, this system could eventually be used to monitor pregnant women living anywhere in the world – whether it’s here at home in Canada, or in regions of the world with high maternal mortality rates. The potential impact of telemedicine systems like these are endless.
As for our system, we’ll finish building it this summer and pilot it in the Philippines before the end of the year.
If you have a bold idea for a innovative technology or process that will help tackle a global health challenge, please check out the Grand Challenges website and take part in their next call for proposals.