A routine trip to the vet for bad breath turned into heartbreaking news for Kermie’s family. The 11-year-old Lab-Beagle-Chow Chow mix, beloved by Eric Ralston, a principal hospital corpsman in the US Navy, had been diagnosed with oral carcinoma.
The grim prognosis gave Kermie only two to three months to live, leaving her family devastated. Little did they know that Kermie had her own plans, and she refused to say goodbye until her cherished owner returned home from his nine-month deployment.
Eric Ralston had been stationed overseas in March, leaving behind his loving family, including Kermie. When Kermie’s bad breath raised concerns, Eric’s wife took her to the vet for an examination. The devastating diagnosis of cancer shattered their hearts, as Kermie had been their first “fur child,” and they couldn’t fathom Eric missing the chance to see her again.
As time passed, Kermie defied the odds and continued to thrive. Three months turned into several, and hope began to flicker within the Ralston family. With Eric’s deployment nearing its end, they dared to dream that Kermie might get the chance to reunite with him.
However, just 12 days before Eric was scheduled to return home, his deployment was extended, dashing their hopes. The approaching holidays intensified their worry, with Christmas on the horizon, and Kermie’s condition remained uncertain. Still, Kermie persevered, displaying a remarkable will to see Eric once more.
Then, a Christmas miracle unfolded. Eric’s homecoming came earlier than expected, and Kermie was there to welcome him. Adorned with a red bow, she sprinted from the house and into Eric’s loving arms. The reunion breathed new life into Kermie, who had been on her last leg. Eric’s presence was a magic elixir for her, rekindling her appetite and zest for life.
Jennifer Ralston, Kermie’s human mom, remarked, “His return was some kind of magic lozenge for her.” The once-struggling Kermie was now eating and drinking without difficulty, savoring each moment of happiness with Eric by her side. In January, Kermie celebrated her 12th birthday, a testament to her enduring spirit.
However, February brought a turn for the worse. The good days became fleeting, and the Ralston family knew the time had come to make a difficult decision. On February 22nd, Kermie lost her battle with cancer, surrounded by Eric and her loving family.
Kermie’s story is a poignant reminder of the bond between humans and their canine companions. It showcases the incredible resilience and unwavering love that dogs bring into our lives. Though Kermie’s battle ended, her legacy of love and determination lives on, reminding us of the power of unconditional love between pets and their owners.
Please share this heartwarming tale with your friends to celebrate Kermie’s life and the enduring bond between dogs and their humans.
Dogs have nose for COVID-19, studies show. Why aren’t they used for testing?
As the availability of COVID-19 tests dwindle across Canada, another option to detect the virus in the form of a furry friend may be the next best thing.
Multiple studies show that dogs can be more effective, faster and potentially less expensive than the current tests on the market.
The research has grown since 2020, with University of California Santa Barbara professor Tommy Dickey finding the collective research shows trained scent dogs are “as effective and often more effective” than both the rapid antigen tests many people keep in their homes, and even the PCR tests deployed at clinics and hospitals.
But even with studies showing their effectiveness, COVID-19-detecting dogs are deployed only in certain jurisdictions in various countries.
One such place is the Canines for Care program at Vancouver Coastal Health (VCH), which started looking into the possibility of training dogs to detect COVID-19 in early 2021.
Dr. Marthe Charles, division head of medical microbiology and infection prevention and control at VCH, said the idea stemmed from the early reliance on laboratory testing.
“I think there was a will from public health at the time and also from the various levels of government to try to find a way that was fast, accurate and non-invasive to be able to detect and train as many people as possible,” Charles told Global News in an interview.
Three dogs — two Labrador retrievers and an English springer spaniel — were brought in for training. The dogs were exposed to items such as masks that were worn by patients either negative or positive for the virus. This trained the dogs to recognize what is and is not COVID-19.
Charles said the dogs were trained since being puppies to associate the scent of COVID-19 with food and were rewarded each time they correctly detected a positive case of the virus.
“So from early on in their lives, they’ve associated the scent of a case of COVID to a rewarding scent,” she explained.
This reward method is not just used by VCM. It was also used with a group of dogs sourced in early 2021 for a French study, trained at detection using toys — usually tennis balls — as rewards.
Dr. Carla Simon, owner of Hunter’s Heart Scent Detection Canines in Calgary, said this method of training dogs is common. By using rewards, it can help motivate them to find the scent.
“We would pair, let’s say, the sweat samples with COVID, with their reward, and they notice that every time they find their reward, there’s that special smell,” she explained. “We just have to make it rewarding for the dog.”
She added, however, that the dog chooses the reward so trainers can ensure the canines “show up every day and want to do their job.”
Earlier this month, Dickey along with Heather Junqueira of BioScent, Inc. gathered several peer-reviewed studies into a review that was published in the Journal of Osteopathic Medicine. Dickey said the number of peer-reviewed studies over the past few years went from four to 29, incorporating the work of more than 400 scientists from more than 30 countries and 31,000 samples.
The review noted the effectiveness of dogs’ ability to detect COVID-19 comes down to their noses.
“The nose is not like humans,” Simon said. “It’s massively different, orders of magnitude different, and they can detect things without us being able to smell them.”
Humans have about five to six million olfactory receptors in their noses, while dogs have hundreds of millions. One-third of their brain is devoted to the interpretation of smell — something only five per cent of a human’s brain is committed to, according to Dickey’s review.
The study found dogs’ noses may even be able to detect pre-symptomatic COVID-19 cases, or even those who will develop symptoms later.
Dickey told us in an interview that this could help limit or stop the virus from spreading.
“The longer the wait is between your test and your result, that’s a latent period,” he said. “During that time you’re running around spreading COVID and you don’t know it. The dogs with a direct sniff will be done in seconds.”
Many of the studies conducted, including the work at VCH through the Canine for Care program, have shown dogs’ ability to detect the disease correctly with a success rate of more than 90 per cent. Additionally, the studies also showed a high speed at which the dogs could identify cases. In one study in Thailand, researchers reported the dogs had gone through thousands of samples in just a few weeks.
“The dogs take only one to two seconds to detect the virus per sample. Once they detect a patient, they will sit down,” said Chulalongkorn University professor Kaywalee Chatdarong, who led the 2021 project. “This takes only one to two seconds. Within one minute, they can manage to go through 60 samples.”
Even though the research suggested deploying scent-detection dogs could also be less expensive than rapid or PCR tests, Charles cautioned the logistics that go into training the dog is where it becomes “more prohibitive.”
In VCH’s case, training of the dogs included the medical microbiology lab to provide samples for use, working with infection prevention teams and control nurses, and if a dog identifies an area of concern, cleaning services may need to be utilized. And when it comes to rolling out testing using the dogs, enough staffing is needed for mass screening.
Despite this, while Charles says deploying the dogs widely could be difficult due to staffing and training, they are still one of several tools that can be used in COVID-19 detection.
“I think the way to see those dogs from my perspective is really like another tool in the toolbox and trying to prevent further transmission of pathogen of concern,” she said.
Dickey and Junqueira say dogs should have a place in “serious diagnostic methodology” including in helping should the world face a future pandemic.
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