
Regina Urgent Care Centre to have reduced hours on Saturday
Regina Urgent Care Centre is seen in this file photo.
On Saturday, the Regina Urgent Care Centre (UCC) will have reduced hours from 8 a.m. to 4 p.m.
According to the Saskatchewan Health Authority (SHA), anyone with a medical emergency while the UCC is not operating, should call 911 or go to the emergency department at the Regina General Hospital or Pasqua Hospital.
Those who need non-emergency medical care are advised to call HealthLine 811, visit a walk-in clinic, or connect with their pharmacy, the SHA says.
The UCC will return to its regular hours of operation on Sunday, from 8 a.m. to 9:30 p.m.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


CTV News
an hour ago
- CTV News
Elite hockey players show position-based brain strengths, SFU research finds
A new study is shedding light on differences in brain activity between hockey players in various positions. While most athletes spend countless hours training their bodies to maximize physical performance, research conducted by experts at Simon Fraser University shows there are also benefits to mental training. 'You look at star hockey players like Connor McDavid and Nathan MacKinnon, and we may be reaching the limits of physical speed,' said lead researcher Eric Kirby, an SFU PhD graduate now with HealthTech Connex Inc. 'But the brain is highly adaptable — and we now have the tools to measure and enhance that adaptability.' Researchers used the portable NeuroCatchbrain scanner, developed by HealthTech Connex in partnership with SFU, to assess 378 elite Junior A hockey players across British Columbia. The data showed that forwards had the fastest cognitive and auditory processing speeds, while goaltenders demonstrated the strongest attentional focus. On average, the study found a 60-millisecond processing speed difference between forwards and defencemen. 'We can measure you thinking faster and we can optimize that so you're actually able to perform better from a mental processing point of view,' said Dr. Ryan D'Arcy, a neuroscientist at SFU and co-founder of NeuroCatch. 'That processing advantage not only boosts performance but also enhances safety. In contact sports, being able to read patterns and react quickly can help you avoid a hit.' D'Arcy said the scanner is lightweight, non-invasive and can be used immediately after players step off the ice, allowing for real-time evaluation of high-performance brain activity. The device measures brain activity related to sensory input, attention and cognitive function. 'NeuroCatch is like a blood pressure cuff for the brain — a portable tool to measure and track brain health,' said D'Arcy. The scan takes about six minutes and uses a soft electrode cap to record data. 'We now have an incredible list of things that allow 50 to 150 milliseconds off your ability to cognitively anticipate the play,'


CTV News
an hour ago
- CTV News
‘Really interesting project': P.E.I. researcher studying genetic mutation linked to Parkinson's
The Atlantic Veterinary College (AVC) in Charlottetown is best known for its veterinary medicine program, but it's also home to scientific research on human health. It's in the planning stages now, but later in the summer research will officially begin at the AVC into Parkinson's disease, thanks to a three-year grant from Parkinson Canada. 'Being able to get an award like this and get funded to do this research is not easy,' says Dr. Jay Penney, who was awarded the $135,000 grant following an application. 'I'm certainly quite happy. It's allowing me to do this research, which will hopefully lead to helping people with Parkinsons.' Penney is an associate professor and Canada Research Chair at Biomedical Genetics at the AVC. The funding will be used to examine a newly-discovered mutation of the RAB32 gene, which is linked to Parkinson's disease. 'There's been quite a few of those mutations identified over the years, but this particular one was just found last summer, so it's quite newly-identified,' explains Penney. 'Basically, this research is designed to try to understand what's happening at the cellular level in the cells of the brain that is being caused by this mutation.' In his lab, Penney and his team will use human stem cell models to create brain cells that contain the mutation and study them. While the money won't be in place until the end of the summer, Penney is currently in the planning stages of his work. He plans on looking at different cellular signaling pathways and processes and try to test whether those are altered. 'The stem cell models that Jay is using is helpful because he's using actual human cells from Parkinson's patients,' says Ko Currie, the manager for research funding and partnerships manager with Parkinson Canada. 'It's really one of the closest model symptoms there are to studying Parkinson's in human patients.' According to Parkinson Canada, more than 110,000 people in Canada are living with the neurodegenerative disorder. Currie says Canada 'punches above its weight' when it comes to Parkinson's research. 'We have some of the most well-renowned doctors and research scientists in the world,' adds Currie. 'So, we have a really strong research program for Parkinson's disease.' Currie and Penney hope the work in Prince Edward Island will help the medical community understand more about the disease. 'The whole project is aimed at trying to understand what this mutation does to the cells of the brain,' adds Penney. 'It's pretty early stages of basic science research, which is aimed to try to understand what's happening. And then once we understand what's happening, we have a lot better chance of figuring out how to fix it.' The funding for the study will be available beginning in August. 'The better we understand Parkinson's, the more targets we have, the better we'll be set up for designing new therapies, new drugs, to ultimately stop Parkinson's at the end of the day,' says Currie. For more P.E.I. news, visit our dedicated provincial page.


CBC
2 hours ago
- CBC
Keeping Dutch elm disease in check
In August, 2024, Dutch elm disease was found in Edmonton for the first time. Since its introduction from Europe to North America in the 1930s, the disase has destroyed millions of elm trees. Mike Jenkins tells what plans the city has for managing the pest this summer. He is a senior scientist in the city's Integrated Pest Management Lab.