Eila I. Ross and Artery Studios award winners

Joy Qu, Erin Warketin, Melissa Cory, Melanie Burger, Jerusha Ellis, Inessa Stanishevskaya. Photo credit: Laura Smith

Joy Qu, Erin Warketin, Melissa Cory, Melanie Burger, Jerusha Ellis, Inessa Stanishevskaya. Photo credit: Laura Smith

The Eila I. Ross Award is presented annually, to a BMC student who exemplifies excellence, professionalism, and leadership in biomedical communications. The award is voted upon by faculty and students. This year’s recipient is Melanie Burger.

Melanie strives for excellence and professionalism in all aspects of her life at BMC. Her contributions to the BMC community have been numerous, not the least of which includes organizing a highly successful Speakers Series for students and faculty.

Congratulations Melanie!

The Artery Studios Award is judged on medical/scientific accuracy, visual communication design, and overall professionalism of production. This year the winning visual evidence project was a personal injury case – the Case of Ann Jolie – by Melissa Cory, Jerusha Ellis, Joy Qu, Erin Warkentin,  Inessa Stanishevskaya.

Congratulations to all!

BMC student to address medical imaging researchers

Brendan Polley, MScBMC 1T4

Brendan Polley will speak in the UHN Medical Image Processing Seminar Series.

Dr. Justin Grant, program manager of the STTARR Innovation Centre at MaRS in Toronto, invited Polley, a year I MScBMC student, to address STTARR researchers. Polley’s presentation will demonstrate how biocommunicators use image processing to create 3D models.

All are welcome to attend.

Date/Time: July 15, 2013, 1 to 2 pm

Location: Banting Institute Lecture Hall Room 131, 100 College Street, Toronto

Title: A pipeline for developing 3D interactive resources from CT scans

Abstract: Surgical trainees face the challenge of reconstructing three-dimensional (3D) mental representations of anatomical structures and relationships from two-dimensional (2D) images provided by modalities such as computed tomography (CT) and magnetic resonance imaging (MRI). Traditionally, these complex spatial relationships have been taught using a combination of cadaveric dissections and hands-on training. However, limitations with respect to the availability of time, space, and specimens have forced some medical schools to seek alternative instructional strategies. Advances in 3D imaging techniques have made utilizing interactive, virtual models a viable option for such curricula.

This talk will provide a pipeline for creating 3D interactive anatomical models from CT scans. Specifically, I will discuss producing 3D surface renderings using the DICOM imaging software, OsiriX; retopologizing meshes in 3D-Coat; and rapidly developing interactive 3D content in Unity. Past work by Biomedical Communications students, faculty, and professionals will be showcased, including medical educational games and augmented reality applications for the iPad. Finally, current work on improving learning outcomes by integrating 3D models with natural user interfaces will be presented, and will include a demonstration of the Leap Motion Controller.

BMC’s ‘Team Canada’ races to win Vesalius Trust fundraiser

Vesalius Trust fundraising team co-captains: Jodie Jenkinson, Dave Mazierski and Cheryl Song

Join Biomedical Communications’ ‘Team Canada’ co-captains, Jodie Jenkinson, Dave Mazierski and Cheryl Song, as they race to raise $5,000 for the Vesalius Trust auction.

The annual Vesalius Trust auction supplements the funds used to advance the Trust’s mission. The Trust develops and supports education and research programs in health science communications. This year’s What’s the buzz? Vesalius Trust 2013 Live Auction fundraiser is the assembly of a team puzzle at the July 17-20, 2013 AMI meeting in Salt Lake City, Utah.

Each team submits a top-secret image that will be made into a photo puzzle. In a July 18 timed event at the AMI meeting, Team Canada will assemble the puzzle. For each $50 raised, the team can add one puzzle piece. The highly confidential image can only be revealed if every piece is funded. The team that attends the auction with the highest sponsorship wins a prize—a prize tantalizingly described as “one-of-a-kind”.

Join Team Canada!

Jenkinson, Mazierski and Song invite you to join Team Canada at http://www.crowdrise.com/teamcanada and help achieve their $5,000 goal. The names of each member to raise a minimum of $50 will be immortalized on the back of a puzzle piece. You do not have to attend the AMI meeting to join the team or be immortalized—just raise at least $50.

Sponsor Team Canada!

You can also sponsor the co-captains or any team member—anyone, it doesn’t matter whom as long as Team Canada wins—by clicking on the ‘Donate to this fundraiser’ button.

Mobilize your Networks!

You can boost Team Canada’s fundraiser by sharing this message to your Facebook, LinkedIn and Twitter networks. Are you friends with Commander Chris Hadfield? Get him to retweet!

Cheer Team Canada!

If you attend the AMI meeting, you can even donate to the $5,000 goal at the live auction and cheer Team Canada’s legs as they race in shorts and flip-flops to assemble and reveal their photo puzzle entry.

by Maeve Doyle

Research, renderings and rainforest

On the west coast of British Columbia, the vast and ancient Great Bear Rainforest meets the cold-water seas that teem with seabirds, sea lions and humpback whales. Wild rivers, rich with salmon, weave from the sea through the rainforest floor and bring life to thousands of plant and animal species including the grizzlies, black bears and rare white Spirit bears for which the region is named.

WWF-Canada tells the story of the Great Bear Region in British Columbia through visuals and interactive media created by University of Toronto graduate, Kate Campbell.

The Great Bear Interactive ‘Canada’s Great Bear: One Place Three Stories‘ on WWF-Canada’s website educates visitors about Canada’s Great Bear ecosystem and engages them in exploring the links between the old growth forest on land; the wild rivers where the salmon swim, spawn and die; and the sea. The Great Bear Interactive explains why each component needs to be protected to maintain a complex cycle of life.

“There’s only so much you can convey using scientific literature about what it means to sit on a boat next to a whale and watch it feed,” said WWF-Canada Freshwater Conservationist, James Casey. “One Place, Three Stories” offers anyone around the world the opportunity to interact with and experience the Great Bear Region, said Casey.

Campbell, a 2012 graduate of the Master of Science in Biomedical Communications program, collaborated with Casey and WWF-Canada Communications Specialist Jo Anne Walton on the project. Campbell drafted preliminary sketches, designed the navigation, created the user interface design and the final illustrations. Campbell wrote all the scripting—the interaction—the javascript, HTML and CSS. WWF-Canada provided the scientific writing, a summary of the work that WWF-Canada, and researchers they supported, have been doing there for the last 10 years, said Casey.

“Results from my master’s research project showed that visuals and interactivity improve learning outcomes,” said Campbell. This project challenged the collaborators to not only attract visitors to the site but to keep them there. “We used interactivity not only to improve learning outcomes but also to engage the visitors to explore the content,” said Campbell.

Campbell presented the ecosystems as three panels in a broad landscape to show each ecosystem’s place in the landscape. She composed the visuals of the three ecosystems—land, river and sea—with overlapping elements to show the connections between them. She placed icons into each section’s image. Viewers actively and physically engage by clicking the icons. The icons reveal detailed visuals and text, video, and one icon on the Sea image even reveals audio of the “barks and grunts of the Stellar sea lion”.

Before enrolling in the graduate program in Biomedical Communications, Campbell, who also holds a B.Sc. in Ecology and Evolutionary Biology from U of T, worked as a field biologist in British Columbia where she studied and conducted field experiments with juvenile salmonids. This work informed the first section, ‘Salmon are born in the forest.’ “I felt it was important to illustrate the fact that not only do salmon provide nutrients to the trees but the trees provide shelter and food for the salmon as well,” said Campbell.

Campbell performed radar counts of the Marbled Murrelets that fly into and out of neighbouring valleys when she worked in the field near Bute Inlet at the southern border of the Great Bear Region. This research informed the third section, ‘Fish feed land and sea’.

WWF-Canada hopes to increase awareness of these intertwined ecosystems through the Great Bear Interactive. “We would like people to become more aware of the risks posed to the Great Bear,” said Casey. “More though, I think, we wanted people to learn about how complex and rich the area was.”

Now, Campbell is busy working on projects for the Canadian Diabetes Association and the Association of Ontario Midwives, and she teaches vector graphics once a week at the British Columbia Institute of Technology.

With her interests in nature and the environment, in education and environmental awareness, and human/nature interactions, Campbell feels the Great Bear Interactive was an amazing fit. “I feel quite fortunate to have that be one of my first projects out of the Biomedical Communications Program.”

by Maeve Doyle

First published in UTM News June 12, 2013:
http://www.utm.utoronto.ca/main-news/research-renderings-and-rainforest

IMMPress Magazine Spring 2013 cover by Inessa Stanishevskaya 1T3

IMMpress Magazine is a student-led magazine that highlights the accomplishments of the Department of Immunology at the University of Toronto.

“This issue focused on the microbiome–the totality of microbes inside the human body, which outnumber human cells 10 to 1. The cover reimagines Michelangelo’s David to serve as a reminder that behind every noble, thinking human being, is a corpus of microbes,” said Inessa Stanishevskaya, BMC Class of 2013 graduate student.

http://www.immpressmagazine.com/april-2013-front-cover/

Patient Health Education for Expecting Moms and Dads

Inuit Health Matters, an initiative developed by AboutKidsHealth.ca at The Hospital for Sick Children in Toronto, addresses the challenges around pregnancy and birth in Nunavut—Canada’s northernmost territory—through its website “Pregnancy Stories: A Guide for Expecting Inuit Moms and Dads.”

BMC alumni Shelley Chen 1T0 and Monika Musial 0T8 produced the illustrations for the website, and Jennifer Polk 0T2 oversaw the development of illustrations and design elements. In addition to BMC alumni, the AboutKidsHealth.ca team included Applied Scientist Amanda Sheppard who researched and wrote the content, website graphic designer Genevieve Metropolis and print materials freelance graphic designer Jelena Reljic.

Through illustrations and culturally relevant narratives, “Pregnancy Stories” provides a prenatal guide in two streams—a weekly one for moms-to-be and a monthly one for dads-to-be—in English, French and Inuktitut.

Print copies of “Pregnancy Stories” are also distributed through Iqaluit Public Health clinics and by health professionals throughout Nunavut, said Chen.

Released in June 2012, informal responses have been positive and Inuit Health Matters will soon review feedback from the website.

The team at AboutKidsHealth.ca is currently developing a nutrition resource centre for their website to provide nutritional information to help moms and dads make informed food choices for their families.

by Maeve Doyle

Johns Hopkins or bust!

Students boarding a double-decker bus

Faculty and students of the Biomedical Communications Program left Thursday, April 18 to attend the Tri-University Exchange at Johns Hopkins University. The University of Toronto, Johns Hopkins University and Georgia Regents University take turns hosting the annual event.

The student and faculty Exchange offers two full days of techniques workshops, faculty presentations and a critique of student work from April 19 to 20. Students learn about each other’s graduate programs and network to build professional relationships with their future colleagues.

Biomedical Communications at the University of Toronto hosts the Tri-University Exchange in 2014.

April 30, 2013 Seminar

April 30, 2013 Seminar: Seeing our Way to Better Health:
Visual Health Communication and Skin Cancer.

 BMC and the Department of Biology welcome

Jennifer McWhirter
Ph.D. Candidate (ABD), School of Public Health and Health Systems, University of Waterloo
A candidate for the research-stream position in Biomedical Communications/Biology.

April 30, 2013
Council Chambers, DV 3130
11 am to 12 pm

Abstract

Visual Health Communication involves the way visual images (e.g., illustrations or photographs) are used to convey information about health and disease in order to improve people’s knowledge, attitudes, and behaviours related to health. Skin cancer is the most common type of cancer in North America, affecting one in five Canadians in their lifetime. This research seminar explores how Visual Health Communication can be used to inform patients and the general public about health risks around skin cancer, shape attitudes about risk factors, increase preventative behaviours, and aid with early detection of the disease. Effective types of imagery, relevant health and medical outcomes, and practical applications will be discussed. By improving the way we communicate to the public about skin cancer – namely, by harnessing the power of visual persuasion and visual learning – we can work more effectively towards reducing both morbidity and mortality from this largely preventable disease.

For more information, please contact:

Maeve Doyle
Tel 905 569 4849
maeve.doyle@utoronto.ca

April 16, 2013 Seminar

April 16, 2013 Seminar – Shaping the intersex body: The ethical dimension of anatomical illustration.

BMC and the Department of Biology welcome

Shelley Wall
Assistant Professor, Biomedical Communications, University of Toronto
A candidate for the research-stream position in Biomedical Communications/Biology.

April 16, 2013
Council Chambers, DV 3130
11 am to 12 pm

Anatomical illustrations are widely used in medical and patient education to convey factual information, but they also bear powerful symbolic and cultural meanings. Illustrations both reflect and influence how we conceive of the body, and what we consider normative anatomy. For individuals with an atypical configuration of sex chromosomes, gonads, and sexual anatomy (an intersex condition), anatomical illustrations form part of the larger medical and cultural discourse that shapes their experience. In this talk, I will consider historical and current practices in representing sexual anatomy and atypical bodies. These practices reflect changing artistic conventions as well as shifting biomedical and cultural understandings of sexual difference.

 

For more information, please contact:

Maeve Doyle
Tel 905 569 4849
maeve.doyle@utoronto.ca