Our lives have been immeasurably changed since the dawn of the computer age. It’s hard to overstate the impact of technology on the future of medicine: it’s changed virtually everything. Much of it is already working its way into your veterinary office. So, what does the veterinary clinic of the future look like? Here are my predictions:
1. You’ll Be Taking Advantage of Telemedicine Options
Fifteen years ago, if your vet wanted a radiologist’s opinion on an x-ray, she would have to pack the film into an envelope and send it off. Nowadays, with digital x-rays, an expert opinion is just a click away.
Right now, telemedicine is mostly used as a means for one veterinarian to consult with another one. Having a remote veterinarian examine and diagnose your pet without seeing him or her in person is currently against the law in most states. Expect veterinary medicine to follow the trends in human medicine; I can talk to a doctor I’ve never met before over the phone about my child’s ear infection and get a prescription, so it’s only a matter of time before consumer demand will make veterinary telemedicine more accessible. It won’t happen until state regulatory boards make it legal, though, so don’t expect this to happen anytime soon.
The intermediate step you will probably notice first is either remote consultations with a veterinarian you already have a relationship, or a third-party triage service that can provide general advice without providing a diagnosis or treatment recommendation. Both of those options are legal under today’s laws. Once that becomes the norm, the rest will follow suit pretty quickly.
Fifteen years ago, if your vet wanted a radiologist’s opinion on an x-ray, she would have to pack the film into an envelope and send it off. Nowadays, with digital x-rays, an expert opinion is just a click away.
Right now, telemedicine is mostly used as a means for one veterinarian to consult with another one. Having a remote veterinarian examine and diagnose your pet without seeing him or her in person is currently against the law in most states. Expect veterinary medicine to follow the trends in human medicine; I can talk to a doctor I’ve never met before over the phone about my child’s ear infection and get a prescription, so it’s only a matter of time before consumer demand will make veterinary telemedicine more accessible. It won’t happen until state regulatory boards make it legal, though, so don’t expect this to happen anytime soon.
The intermediate step you will probably notice first is either remote consultations with a veterinarian you already have a relationship, or a third-party triage service that can provide general advice without providing a diagnosis or treatment recommendation. Both of those options are legal under today’s laws. Once that becomes the norm, the rest will follow suit pretty quickly.
2. Health Monitoring Technology Will Grow
Each night, my husband and my son sit down to compare notes from the little fitness trackers they wear on their wrists and see who got the most steps in for the day. In the morning, my husband can tell me exactly when he was in REM sleep and how often he woke up. These devices even sync with our scales. The amount of data is almost overwhelming!
Over the past five years, multiple fitness trackers for dogs have come and gone. Most are still too large to fit on a cat’s collar due to the limitations of the battery size, but we’ll get there soon. Some of them just track steps for the day, but the latest versions can look at data such as breathing rate and whether or not a dog is scratching excessively. That’s good data to have if you are concerned your pet is in pain or wondering if those new allergy meds are helping!
In veterinary medicine, these fitness trackers are just the start. For those who live with diabetic cats, a litter box is in the works that can track glucose in the urine, a vital marker for diabetes. Imagine if that same litter box also could tell you when your cat loses a pound, which is a substantial health concern but often subtle enough that owners don’t notice right away. Expect these technologies to help us catch disease processes sooner rather than later, which will undoubtedly save lives!
Each night, my husband and my son sit down to compare notes from the little fitness trackers they wear on their wrists and see who got the most steps in for the day. In the morning, my husband can tell me exactly when he was in REM sleep and how often he woke up. These devices even sync with our scales. The amount of data is almost overwhelming!
Over the past five years, multiple fitness trackers for dogs have come and gone. Most are still too large to fit on a cat’s collar due to the limitations of the battery size, but we’ll get there soon. Some of them just track steps for the day, but the latest versions can look at data such as breathing rate and whether or not a dog is scratching excessively. That’s good data to have if you are concerned your pet is in pain or wondering if those new allergy meds are helping!
In veterinary medicine, these fitness trackers are just the start. For those who live with diabetic cats, a litter box is in the works that can track glucose in the urine, a vital marker for diabetes. Imagine if that same litter box also could tell you when your cat loses a pound, which is a substantial health concern but often subtle enough that owners don’t notice right away. Expect these technologies to help us catch disease processes sooner rather than later, which will undoubtedly save lives!
3. We’ll Be Using DNA Analysis to Predict Health
Ever swabbed your cheek and sent it off for a DNA analysis to learn about your ancestors? That’s only the beginning. Genetic testing to see what dog breeds make up your dog’s DNA has already expanded into an enormous database that helps improve our understanding of canine disease. Mapping of the dog genome already allows us to pick up early markers for many genetic diseases such as the MDR1 gene, degenerative myelopathy and Von Willebrand’s disease. Our ability to anticipate these disease processes before they develop will allow us to provide much more meaningful care and prevention.
Having such specific health information about individual companion animals will allow us to make completely individualized treatment plans!
Ever swabbed your cheek and sent it off for a DNA analysis to learn about your ancestors? That’s only the beginning. Genetic testing to see what dog breeds make up your dog’s DNA has already expanded into an enormous database that helps improve our understanding of canine disease. Mapping of the dog genome already allows us to pick up early markers for many genetic diseases such as the MDR1 gene, degenerative myelopathy and Von Willebrand’s disease. Our ability to anticipate these disease processes before they develop will allow us to provide much more meaningful care and prevention.
Having such specific health information about individual companion animals will allow us to make completely individualized treatment plans!
4. We’ll Be Using Bioengineered Solutions to Treat Disease
Stem cells are a huge buzzword these days … but do the results really backup the hype? According to many veterinarians who use them to treat dogs, cats and horses, the answer is “yes!”
Stem cells are unique in that they can differentiate into different cell types, which makes them particularly useful in orthopedic disease where regeneration is a challenge. Stem cells can be harvested from a dog or cat’s own adipose tissue, grown at the lab, and returned to the veterinarian to be introduced to the site of an injury. A 2008 study in Veterinary Therapeutics showed a significant improvement using stem cells in dogs with elbow injuries, a notoriously difficult joint to treat.
Another area of research that makes this vet excited is immunotherapy: a cancer treatment that helps the pet’s own immune system recognize cancer cells as abnormal. Scientists are currently investigating the ability to create immunotherapy treatments for tricky cancers such as mast cell tumors, melanoma and osteosarcoma. Imagine a future where an injectable vaccine reduces the need for more invasive treatments such as chemotherapy, surgery and radiation!
Technology is both a blessing and a burden. I admit I sometimes long for the days when I wasn’t accessible 24 hours a day, and have to chase my kids outdoors and off their mobile devices. That being said, I am also so very excited to see how these amazing new developments will improve life for both pets and people!
Are pet health monitoring devices something would consider using? Leave your thoughts in the comments section below.
Stem cells are a huge buzzword these days … but do the results really backup the hype? According to many veterinarians who use them to treat dogs, cats and horses, the answer is “yes!”
Stem cells are unique in that they can differentiate into different cell types, which makes them particularly useful in orthopedic disease where regeneration is a challenge. Stem cells can be harvested from a dog or cat’s own adipose tissue, grown at the lab, and returned to the veterinarian to be introduced to the site of an injury. A 2008 study in Veterinary Therapeutics showed a significant improvement using stem cells in dogs with elbow injuries, a notoriously difficult joint to treat.
Another area of research that makes this vet excited is immunotherapy: a cancer treatment that helps the pet’s own immune system recognize cancer cells as abnormal. Scientists are currently investigating the ability to create immunotherapy treatments for tricky cancers such as mast cell tumors, melanoma and osteosarcoma. Imagine a future where an injectable vaccine reduces the need for more invasive treatments such as chemotherapy, surgery and radiation!
Technology is both a blessing and a burden. I admit I sometimes long for the days when I wasn’t accessible 24 hours a day, and have to chase my kids outdoors and off their mobile devices. That being said, I am also so very excited to see how these amazing new developments will improve life for both pets and people!
Are pet health monitoring devices something would consider using? Leave your thoughts in the comments section below.
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