NEWS FROM THE BENCH

Steven Kerfoot Steven Kerfoot

KerfootLab at the 2016 MS Bike Ride

Back on our bikes.

Originally posted 2016/07/29

team Microbiology and Immunology, including members of the department and friends

team Microbiology and Immunology, including members of the department and friends

The entire KerfootLab participated in the 2016 MS Bike Ride to raise funds for MS research – a cause that is obviously important to us. This event is the largest cycling series in North America with the Grand Bend to London tour covering 150km in two days.

victorious cyclists at the finish line (image via Instagram, including mandatory filter)

victorious cyclists at the finish line (image via Instagram, including mandatory filter)

Steve, Heather, and Yodit, along with other members and friends of the Department of Microbiology and Immunology at Western University took up the challenge and got on their bikes. Both days were in the high 30˚Cs, but despite the heat, it was a great ride for a great cause.

sweaty cyclists invading Kate and Ravi's previously sweet-smelling station

sweaty cyclists invading Kate and Ravi's previously sweet-smelling station

Kate and Rajiv volunteered their time on the Saturday at the Western University finish line where they directed the exhausted, but triumphant, cyclists to the complimentary ice-cream, massages and toward their long-awaited shower!

(almost) the whole team at the end of the ride

(almost) the whole team at the end of the ride

Our team raised more than $3000, contributing to the grand total of $1.3 million for the whole Grand Bend to London ride. Donations are still being accepted on the Western Microbiology and Immunology team page if you’d like to add a contribution of your own.

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Steven Kerfoot Steven Kerfoot

KerfootLab goes to the 2016 MS Summer School

Multidisciplinary learning.

Originally posted 2016/06/16

Every year the MS Society of Canada hosts a one week educational retreat for trainees in the field of MS research to learn about MS from a multidisciplinary perspective. This year, Rajiv and Yodit were fortunate enough to be selected to attend the 2016 MS summer school event held at the University of British Columbia in Vancouver! The theme for the summer school this year was “The Evolving Art and Science of MS Care” which covered the topics such as epidemiology, viruses in MS, MRI, the clinical side of MS, and general information about MS.

Yodit and Rajiv in Vancouver. You can tell by how green it is.

Yodit and Rajiv in Vancouver. You can tell by how green it is.

In addition to the MS summer school, Rajiv was selected to be a part of the 2016-2017 SPRINT team which guarantees that he will be a part of the 2017 MS summer school! As part of the SPRINT program, Rajiv will be working in a team of SPRINTers along with Dr. Ghasemlou from Queens University to work on an interdisciplinary project. Congratulations Rajiv!

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Steven Kerfoot Steven Kerfoot

Congratulations to our Honors Student, Sarah Zhu!

Thanks and good luck!

Originally posted 2016/06/16

ongratulations to Sarah Zhu on her convocation today! Sarah joined us this year as a 4th year Honours student working on a project to identify cells in the inflamed spinal cord in a mouse model of CNS autoimmune disease.

Sarah is off to medical school McMaster University in September, and we wish her all the best.

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Steven Kerfoot Steven Kerfoot

Congratulations to Yodit for her OGS!

Congrats Yodit!

Originally posted 2016/05/25

Yodit was awarded an Ontario Graduate Scholarship (OGS) for the 2016/17 academic year for her work characterizing the B cells that infiltrate the spinal cord meninges in a model of CNS autoimmunity.

Great work! Congratulations!

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Steven Kerfoot Steven Kerfoot

We welcome a new lab member!

Say hi to Kate!

Originally posted 2016/02/25

We're very pleased to have Dr. Kate Parham join us this past month, coming all the way from Adelaide, Australia.

Kate recently completed her PhD in Vascular Biology at the Centre for Cancer Biology, studying the control of blood vessel formation and differentiation of endothelial cells - the cells that line the insides of blood vessels.

She is joining us here at Western to use multiphoton intravital microscopy to visualise, in real time, the interactions between different immune cells within lymph nodes. We also expect her to help us down a few pints at the bar and teach us the rules for Aussie-rules football.

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Steven Kerfoot Steven Kerfoot

Rajiv tells the MS Family Conference Youth Leaders about his work

Telling people about our research is an important part of our job.

Originally posted 2015/10/29

Telling people about our research is an important part of our job.

Last weekend, Rajiv traveled to Waterloo to talk to the Youth Leadership at a Family Conference sponsored by the Multiple Sclerosis Society of Canada about how he got involved in MS research and about what he is trying to learn about how the immune system works (or doesn't) in autoimmune disease.

Rajiv is the recipient of the Waugh Family MS Society of Canada Doctoral Studentship Award.

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Steven Kerfoot Steven Kerfoot

New KerfootLab Publication

Meningeal infiltration of the spinal cord by non-classically activated B cells is associated with chronic disease course in a spontaneous B cell-dependent model of CNS autoimmune disease.

Originally posted 2015/09/15

Our most recent publication in Frontiers in Immunology has just become available. It is open access, and you can get to it here:

Dang A.K., Tesfagiorgis Y., Jain R.W., Craig H.C., and Kerfoot S.M. Meningeal infiltration of the spinal cord by non-classically activated B cells is associated with chronic disease course in a spontaneous B cell-dependent model of CNS autoimmune disease. Frontiers in Immunology, 2015; 6:470.

There is a lot of interest in B cells and how they contribute to disease in Multiple Sclerosis. In this paper, we use a mouse model of anti-myelin autoimmunity to ask basic questions about the types of B cells that invade the central nervous system. In some cases of human Multiple Sclerosis, clusters of B cells have been found in the brain and there is some indication that these clusters contribute to promoting local autoimmunity and inflammation. We found similar clusters in our mouse model of disease. Using this model we can perform studies that would not be possible in human patients to learn about how these structures form, what kind of cells they contain, and how they contribute to inflammation.

Our paper is published as part of a "Special Topics" issue titled "Lymphocytes in MS and EAE: more than just a CD4+ world". In recent decades, research has focussed almost exclusively on the role of the CD4+ T cell subset in promoting disease. Recent studies in human multiple sclerosis has challenged the notion that this type of T cell acts alone to cause disease. This Special Topics Issue, edited by Drs. Manu RangachariNathalie ArbourJorge Alvarez, and Steve Kerfoot, collects several new papers discussing the potential contribution of other cells, including B cells, CD8+ T cells, and NKT cells.

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Steven Kerfoot Steven Kerfoot

Congratulations to Heather and Jared!

It’s a boy!

Originally posted 2015/09/15

We're very excited to welcome our first Lab Baby! Congratulations to Heather and her husband Jared, and welcome to Baby Owen.

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Steven Kerfoot Steven Kerfoot

KerfootLab at the Grand Bend to London 25th Anniversary MS Bike Ride

Back on our bikes.

Originally posted 2015/07/29

Last weekend (July 25-26), members of the KerfootLab and others from the Department of Microbiology and Immunology took part in the local MS Bike Ride to raise funds for the Multiple Sclerosis Society of Canada. The MSSOC funds services for people living with MS and is also an important funding agency for research into the causes and treatment of MS and related diseases such as Neuromyelitis Optica (NMO)). Our own research has been supported by the MSSOC and Rajiv is currently a recipient of an MSSOC Studentship.

The Riders: Steve Kerfoot (3rd from the left), M&I Grad Students Brennan Dirk (2nd from left), Aaron Johnson (middle), Mark Trinder, and Joe Zeppa (right), and friends of the department Andrew Hayward (left) and Eric Williams (3rd from right).

The Riders: Steve Kerfoot (3rd from the left), M&I Grad Students Brennan Dirk (2nd from left), Aaron Johnson (middle), Mark Trinder, and Joe Zeppa (right), and friends of the department Andrew Hayward (left) and Eric Williams (3rd from right).

On Saturday, seven intrepid cyclists set out with  from Grand Bend and rode the 85km to London. Along the way we stopped in to see our colleagues volunteering and working hard at the lunch station. 
 

Volunteers in the white shirts: KerfootLab members (Top, left to right) Kathleen, Amy, Yodit, Heather, and Rajiv. Kim Arts from the department office in the bottom, centre

Volunteers in the white shirts: KerfootLab members (Top, left to right) Kathleen, Amy, Yodit, Heather, and Rajiv. Kim Arts from the department office in the bottom, centre

That evening, a a fancy video celebrating the 25th anniversary of the Grand Bend/London ride was shown. We were proud to be featured as representative MS researchers supported by the amazing fund raising efforts of the MS Bike Ride. Over $1.2 million was raised this year alone.

Steve talks science - click picture for video

On Sunday the riders left early on a foggy morning to ride back to Grand Bend.

Thanks to all the riders and volunteers that helped us represent Western U, Schulich Med, and the Department! It was a great ride and we hope to be back with an even larger team (and cool team jerseys) next year!

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Steven Kerfoot Steven Kerfoot

Back in the dark

Fun with microscopes.

Originally posted 2015/06/18

We spend a lot of time in the dark, which is an easy metaphor that you don't need us to expand for you.

More importantly, we had the chance to test drive our new, very fancy multiphoton microscope on some tissue samples brought to us by our Microbiology and Immunology colleague Dr. Hon Leong. We'll post more on this amazing tool soon. In the mean time, here's a preview of what it can do:

You're looking at a 3D reconstruction of a vascular tree in living tissue. Not bad for a first run!

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