Get ready to shoot, serve and spike! Grab a team of 6-8 people for an afternoon of ball hockey, tennis and volleyball. While there is no official requirement to register, mixed gender teams are encouraged!

The Kira Cup will start at 11AM for registration and games will get underway at 11:30AM SHARP. The tournament will be played in a round robin format with single elimination playoffs between the top four seeded teams. We encourage you to bring your own gear for each sport but will have communal gear that may be borrowed. Spectators are welcome and encouraged and can sit on the sidelines or spend some time in the family friendly beer gardens , sip a cold Sea Change, mow down a bratwurst and soak up some sun! The event will take place rain or shine!

After the tournament has ended The After Party will begin! Held indoors at Pleasantview Hall, it will feature Sea Change beer, food from Copper Branch Downtown location, a bracket-style beer pong tournament, live music from Doug MacDonald and 3 DJ's, ceeevs, derv nation and Jowen. This portion of the event is 18+.

We can't wait to see everyone's smiling faces!

Please note event details are subject to local health restrictions and subject to change.

What you are supporting

All proceeds from the event go to support Aubrey's Hope for a Cure's mission to mprove the health and quality of life of Canadians suffering from Alternating Hemiplegia of Childhood (AHC), through research, education, access to treatment and patient and family support.

What is AHC?

AHC is an ultra rare neurological disorder caused by an ion imbalance in the brain that prevents the correct functioning of neurons. It is characterized by recurrent episodes of temporary paralysis, often affecting one side of the body (hemiplegia) or the whole body including the face, that may last for minutes, hours, days, or even weeks. AHC has a diagnosis rate of one in a million, and there are an estimated 1,000 diagnosed cases in the world. There is currently no cure and no effective treatment for AHC.

Due to its rarity and its wide and varied phenotype, AHC has often been misdiagnosed, most commonly as epilepsy. AHC is unpredictable, variable in how it can show itself, and without warning it robs a child of normal bodily function. Speech, motor, and cognitive functions are delayed and are likely to be compromised as children get older. AHC can be associated with devastating outcomes like death, brain atrophy, and sudden and permanent degeneration.

Research

Cutting edge gene therapy is underway at labs in the U.S.A., which are funded by international AHC organizations. Technologies being explored include Adeno Associated Virus (AAV) mediated gene therapy, gene editing, and Antisense Oligonucleotides (ASO).

Research in ATP1A3 and AHC goes far beyond AHC patients. Ten different diseases are caused by mutations in the same gene that causes AHC and those diseases are likely to benefit from the treatments developed from AHC. AHC treatments may also rescue other channelopathies, epilepsies, and neurological disorders, with implications for hundreds of thousands of people living with related genetic diseases. The ATP1A3 gene is one of the most important genes in the brain, encoding the sodium potassium pump which uses 50% of the brain’s energy. Knowledge gained from AHC research has the potential to benefit other disorders that results from loss of function of the sodium potassium pump including more common diseases affecting adults such as Parkinson’s, Alzheimer’s, Stroke, and Blood Sugar disorders.