News: Guest Posts
What is Oratene Brushless Oral Care?
Oratene was created by the developer of Biotene, the #1 dentist recommended product for people with Dry Mouth. Oratene has been formulated specially for pets and based on the same 35+ year enzyme technology. Formerly known at Biotene Veterinarian Brushless Oral Care, Oratene features patented, dual enzyme systems which offer superior brushless oral care to help eliminate odor-causing bacteria and plaque biofilm.
Who will benefit most from Oratene?
All pets will benefit from Oratene but is especially beneficial to pets on medications.
What's the medication connection?
Just like people, pets can develop a condition called Dry Mouth (Xerostomia) due to their medications. Medications can alter the protective benefits of saliva by affecting the quantity or more importantly, the quality. Dry Mouth can lead to bacterial overgrowth, periodontal diseases, inflamed gums and even tooth loss.
What types of medications can contribute to Dry Mouth?
Some of the most common classifications are: Anti-hypertensive/diuretic/cardiac, behavior/anti-anxiety, incontinence, NSAIDs/Pain, anticonvulsants.
What is an indicator a pet may have Dry Mouth?
Halitosis and plaque are the most common; however, there are many others such as thick saliva, inflamed gums, periodontal disease and tooth loss.
Can both dogs and cats use it? Is there an age restriction?
Oratene is formulated to be safe for dogs and cats of any age. Does not contain Xylitol, alcohol, chlorine or toothstaining chlorhexidine so it is safe and recommended for everyday use.
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Wellness: Health Care
Treating lick granulomas with cold laser.
My first dog, Ouzel, a Lab mix, spent his last year worrying at a wart on his leg until it became a rough, raised, red patch—an acral lick granuloma. I tried bitter sprays, socks, steroid creams and an Elizabethan collar. I could not get him to stop. I was frustrated, he was obsessed. He died before I finished vet school and had learned about other treatment options.
The causes of this type of inflammation are many: referred pain from arthritis or disc issues, anxiety or boredom, food/flea/environmental allergies, wounds or lumps, cancer. Whatever causes it, once the licking starts, it’s hard to halt. The wound gets thicker, wider, deeper, becomes ulcerated and infected. The hair does not come back, and the skin darkens.
Lick granulomas occur most often in older, male, large-breed dogs, and treatment depends on what caused them in the first place. Deep infections often require six to eight weeks of oral antibiotics. Topical and oral steroids can help break the inflammatory cycle, and antianxiety medications can be tried. On the non-drug front, some dogs are calmed by the snug swaddle of an antianxiety vest; relaxing treats with L-theanine, an amino acid that raises dopamine— and perhaps serotonin—levels; Bach’s Rescue Remedy; a pheromone collar or diffuser; and consistent, ample exercise.
Holistic modalities are also important. Chiropractic can help disc-disease-related nerve pain, and an acupuncture approach I call “surrounding the dragon” encircles the wound with needles to reduce pain and inflammation. Finally, dog owners can elect surgery and CO2 laser, which uses highly concentrated light energy, to remove the sore.
Lick granulomas are recalcitrant and complicated, and a combination therapy may be more successful. Control rather than cure is common.
Vet medicine now has a newer tool to manage these granulomas, a Class IV laser, also called low level, or cold, laser therapy. Laser strength is described by class, and the stronger the wattage of the beam, the shorter the individual treatment. Lasers can be found in printers, CD and DVD players, bar-code scanners and light shows, but these are too weak to use medically. Toys like pointers, which some cats and dogs like to chase, are under 5 milliwatts and fall in the Class I-IIIa category. (Offtopic but important warnings here: never point any laser into the eye or at a reflective surface, like metal or glass. And laser-play can cause frustration in certain dogs, leading to obsessive-compulsive disorders.) Class II-III are used by dermatologists for skin treatments. Class IV’s light penetrates skin down into muscle, tendon, ligaments and bone.
A Class IV laser reduces inflammation, swelling, muscle spasms, stiffness and pain, and we use it at our clinic to address wound care, post-op incisions, otitis, pancreatitis, arthritis, limb edema and soft-tissue injuries. The light, which is slightly warming, also stimulates acupuncture points, which is good for patients who cannot tolerate needles. Animals tend to find the treatment relaxing.
How does light lead to recovery? On a cellular level, the laser enhances biological effects by increasing oxygen turnover in the tissues. Imagine a blood vessel as a moving sidewalk; as red blood cells cruise along under a spotlight (the laser), the beam heats the tissues and speeds up blood flow, which encourages oxygen uptake. With increased oxygen, more ATP (adenosine triphosphate) energy is made, which prompts healing. Present in every cell of the body, ATP is the body’s basic currency, energy used or stored in this nucleotide. When a group of atoms are cleaved off the side of ATP, energy is released to perform cellular activities.
Research conducted worldwide shows the widespread advantages of medical-grade lasers. Human studies found benefits for patients with fibromyalgia, tennis elbow, chronic neck pain, osteoarthritis, rheumatoid arthritis, traumatic neuropathic pain and compromised limb circulation. Wound healing and skin studies include positive effects for diabetic-ulcer healing, blood vessel growth, increased skin cell migration (fibroblasts), hair growth in canine non-inflammatory alopecia and survival of surgical skin flaps for wound coverage.
Laser treatment strength and duration are determined by the size of the area that needs to be addressed and whether the injury is acute or chronic, the wound is dermal or musculoskeletal, the fur is dark or light. After the veterinary team elects a treatment type, the machine calculates an appropriate and safe dose. Precautions are common sense: the light needs to be kept moving so that it doesn’t overheat skin, and it’s never used near a fetus or a tumor.
Laser treatments for lick granulomas focus on small areas. In fact, the less the light is diluted, the more successful the treatments tend to be. For example, if your dog has arthritis in his knees, back and wrists, it’s best to work on them one at a time.
Laser protocols for lick granulomas recommend starting treatments at two to three times a week for a few weeks, tapering to once a week, then to every two weeks as the wound shrinks over a month or so. The treatments have a cumulative effect, so it’s important to commit to the schedule.
With the addition of the Class IV laser, we now have a pocketful of treatment options for lick granulomas. Canine friends who spend their days and nights licking a limb might finally find the respite they need, which could improve our own sleep as well.
Wellness: Health Care
Let’s just get it out there: for a dog, coughing is never “normal.”
As a small-animal veterinarian, I hear this all the time. Clients tell me that their dog has been coughing for a while/off and on/when he’s excited/after pulling on the leash/after going to the groomer and so forth, but that they think he’s “okay.” However, a healthy dog should not cough, and a history of coughing always raises a red flag with me.
Coughing is caused by an irritation or inflammation of one or more of the respiratory organs. A problem anywhere in that system—the larynx, in the back of the throat; the windpipe; the airways (bronchi); or lungs—can cause your dog to cough. Heart disease, which is closely tied to the lungs and airways, also causes coughing.
Sometimes, the cause is benign, like a small bout of tracheobronchitis (an paralysis or a cancerous tumor that is pushing on respiratory structures can all cause a dog to cough.
When coughing is due to a problem in the laryngeal area, it can be a real pain in the neck, both literally and figuratively, and new research is showing that more coughing dogs have laryngeal problems than previously thought.
The anatomy of a dog’s throat is much the same as that of a human’s. The larynx (the area between the nose and the trachea), trachea (windpipe), epiglottis (a f lap of cartilage at the root of the tongue that is depressed during swallowing to cover the opening of the windpipe) and esophagus are the same in both. As well as housing the voice box, the larynx serves to protect the lower airways—trachea, bronchi and lungs —from foreign material and germs. The larynx is lined with secretory membranes, and comprises muscles, cartilage and ligaments.
Also like humans, dogs can develop laryngitis, an inflammation and swelling of the larynx secondary to infection, irritation by dust or smoke, inhaled foreign bodies (grass, bones), or trauma due to excessive barking or pulling against a collar. Older dogs can also develop laryngeal paralysis, a condition in which the muscles that move the arytenoid cartilages (a pair of pyramidshaped pieces of cartilage that open and close during breathing) stop working.
Dogs with laryngeal disorders typically exhibit what are called “upper airway signs” such as changes in their bark; loud breathing that sounds like “roaring”; and a dry, hacking cough that can be exacerbated by pressure on the larynx. Other upper airway signs that clue veterinarians into a laryngeal problem infectious inflammation of the airways more commonly referred to as kennel cough) that resolves easily with medication. Sometimes, the cause is more sinister; collapsing airways, pneumonia, a piece of grass or bone stuck in the back of the throat, parasites, the previously mentioned heart disease, laryngeal include difficulty swallowing, bad breath and an extended neck. A dog with laryngitis looks like he has a sore throat. When veterinarians see these signs, we suspect laryngeal disease and point our efforts in that direction. If we don’t see them, we look for other causes of coughing farther down the respiratory tract.
Generally, coughing dogs are not extensively evaluated for problems with their larynx. However, a study conducted by Lynelle Johnson, DVM, PhD, at the University of California, Davis, School of Veterinary Medicine and recently published in the Journal of the American Veterinary Medical Association* showed the importance of checking all chronically coughing dogs for signs of laryngeal issues. What’s interesting about the UC Davis study is that it found that a majority of coughing dogs who didn’t exhibit classical upper airway signs associated with the larynx had a laryngeal disease that may have gone undiagnosed. This study showed that they should be, and that we should be aware of the possibility of a hidden condition.
To investigate the prevalence of laryngeal abnormalities in this class of coughing dogs, Dr. Johnson enrolled 138 dogs in the study, which lasted for 13 years. Dogs were assigned to one of three groups, based on the duration of their cough: acute (less than two weeks), subacute (two weeks to two months) and chronic (more than two months). As part of the study, the dogs were sedated and their throat and airways were examined via endoscope (a medical device with a light attached), a procedure also known as “scoping.”
Interestingly, Dr. Johnson found that 19 percent of the dogs examined because of cough alone (no upper-airway signs) also had some form of laryngeal dysfunction, ranging from laryngitis to swelling to laryngeal paralysis. Dogs with an acute cough were not observed to have laryngeal inflammation, but it was noted in more than half of the dogs who had been coughing longer than two weeks.
Results also indicated that dogs with a cough of more than two weeks’ duration commonly have laryngeal swelling regardless of the underlying problem. This makes sense, as chronic coughing irritates the throat. Laryngeal paralysis or partial paralysis was also fairly common, seen in 19 percent of the dogs with a cough of more than two weeks’ duration. Remember, these dogs had none of the classic signs of laryngeal paralysis (such as excessive panting and loud breathing); the problem was only diagnosed when their throats were scoped.
Once their laryngeal problems were correctly diagnosed, the dogs received focused testing and treatment.
In dogs with laryngitis, treatment includes antibiotics if appropriate, as well as anti-inflammatories and pain medication. (Laryngitis hurts!) When the inflammation is caused by allergies, the allergies are addressed. A dog with a swollen larynx also benefits from humidified air; a warm, clean environment; and soft food. Dogs with a weak or paralyzed larynx can be treated surgically, or may require hormone therapy; there is anecdotal evidence that laryngeal paralysis may be related to hypothyroidism. Those whose dogs have laryngeal paralysis need to be advised on how to prevent overheating and aspiration pneumonia as well as informed of the links between paralysis and systemic neuromuscular diseases and megaesophagus.
The finding that dogs can have laryngeal disease even when they don’t have the classic signs has significant implications. If we as veterinarians aren’t scoping these coughing dogs, we might be missing something. The bottom line: if your dog has been coughing for more than two weeks, or if the cough doesn’t resolve with medication, talk to your vet about further medical evaluation.*Johnson, L.R. 2016. Laryngeal structure and function in dogs with cough. JAVMA 249(2):195–201.
Wellness: Health Care
A new device as a way to avoid osteotomy for cranial cruciate ligament (CCL) injuries.
THE CANINE KNEE—known as the stifle—is a large, complex and vulnerable joint. Damage to one of its four main ligaments, most commonly the cranial cruciate ligament (CCL), results in pain and lameness and is the reason many dogs wind up in their vet’s exam room. The CCL connects the thigh bone with the lower leg bone and helps stabilize the knee. When it’s torn or ruptured, surgery may be required, particularly for large or very active dogs. In the U.S., the most common surgical repair techniques are the tibial tuberosity advancement (TTA) and the tibial plateau leveling osteotomy (TPLO), both of which require implanted hardware as well as cutting the bone(s) around the stifle joint, a procedure called an osteotomy.
However, an innovative technique utilizing a newly designed device—the Simitri Stable in Stride™—makes it possible to skip the bone-cutting. A Simitri stifle repair involves putting a small plate on the bones on each end of the knee (the femur and the tibia) and connecting them with an interlocking hinge.
Developed by Neil Embleton and Veronica Barkowski, Canadian veterinarians with extensive experience in orthopedic surgery, as a way to avoid osteotomy and preserve maximum joint motion, the device provides immediate joint support with minimal change to its form or biomechanics. It also offers a potentially quicker and less painful recovery.
Partnering with a U.S.-based veterinary implant manufacturer, New Generation Devices (NGD), Embleton and Barkowski developed and tested the Simitri in medium and large dogs. Although the procedure is too new to have good data on its long-term outlook, initial clinical trial results have been promising. (It’s worth noting that there’s also a shortage of evidence-based info on long-term TTA and TPLO results; most of the literature reflects information from their initial development.)
The current sizes of the Simitri Stable in Stride implants are most suitable for dogs 40 to 90 pounds (20 to 40 kg); per correspondence with Dr. Embleton, he is now trialing a device for dogs 15 to 35 pounds (7 to 15 kg), and a version for dogs more than 90 pounds (40 kg) is currently in development.
Interested in exploring this option for your dog? Dr. Embleton suggests that you ask your vet about it, or contact NGD to see if a vet in your area already has experience with the Simitri.
Wellness: Health Care
My career as a physical therapist shifted dramatically 11 years ago after I adopted a dog named Teddy. Teddy came to me with a limp, so naturally, I wanted to help him. The first step was to find out what could be done. Several veterinarians later, the conclusion remained the same: rest and nonsteroidal anti-inflammatories (NSAIDs). As a licensed physical therapist, I knew there had to be something more; after all, bed rest and medication for the treatment of human conditions had fallen by the wayside decades ago.
After Teddy landed in a vet ER with a horrifying reaction to a prescribed NSAID, I was determined to help him myself. I began by going online to explore the comparative anatomy and biomechanics of canines and humans. During this search, I discovered a whole new avenue I could take to not only help Teddy, but also, to help his species: a canine rehabilitation certification program available for licensed physical therapists and veterinarians.
I enrolled in the program offered by the Canine Rehabilitation Institute (CRI), which is partnered with Colorado State University’s College of Veterinary Medicine. During my course of studies, I gained an appreciation for the differences and similarities in canine and human anatomy. The CRI program confirmed that all the methodology and expertise I had gained in physical therapy school and human clinical practice could transfer nicely to serving our four-legged friends. While there are certainly important differences between the two species, in general, the years of training I undertook to obtain my advanced PT degree proved to be a huge asset to the profession and practice of my animal rehabilitation career.
The goal of animal rehabilitation (aka rehab) is the same as the goal for humans: improve quality of life through restoration of function, increased mobility and reduction of pain. The best way to determine if your dog is a good candidate for rehab is to ask your primary veterinarian. If the vet is unfamiliar with the services these specialized professionals offer, do some research and become better acquainted with your options. Though the specialty practice of animal rehabilitation has been around for nearly two decades in some areas of the world, it is still in its infancy in the United States. Fortunately, the field is rapidly growing.
Rehab can help any dog with a musculoskeletal or neuromuscular problem, from young puppies to seniors. Some of my canine patients participate in agility, flyball, dock diving, rally, and search and rescue. Others are companions who prefer to hang out and get plenty of nap time. Because conservative methods have proven to be successful a high percentage of the time, the rehab therapist makes every effort to help the patient avoid surgery. When surgery cannot be avoided, post-operative rehab has also been shown to be beneficial for a faster reduction of pain and a quicker return to a more fully functional lifestyle.
PT CAN HELP
• Soft tissue sprains and strains
• Post-operative orthopedic recovery from cruciate ligament repairs such tibial plateau leveling osteotomy (TPLO) and tibial tuberosity advancement (TTA)
• Congenital and degenerative joint disease (dysplasia and osteoarthritis)
• Neurological rehabilitation following spinal decompression surgery (hemilaminectomy)
• Other forms of non-operative neurologic insult, such as fibrocartilaginous embolism (FCE) or spinal cord contusion
Before trying physical therapy with your dog, clear it with your primary veterinarian to ensure that it’s appropriate. There are underlying medical conditions that can rule out PT as an option, so a referral/medical clearance is essential for your dog’s safety.
Your dog’s first visit with a certified canine physical therapist or a rehabilitation veterinarian will involve a fullbody musculoskeletal and neuromuscular evaluation. This specialized, comprehensive, hands-on examination gives the practitioner information needed to develop an individualized treatment plan for your dog’s specific problem(s).
Once the problems have been accurately identified, the practitioner goes to work to address them. A range of approaches is used: skilled manual therapy techniques (joint and soft tissue mobilization), therapeutic strengthening exercises, range of motion/flexibility exercises, and proprioceptive and balance exercises. Additionally, physical agent modalities—“techniques that produce a response in soft tissue through the use of light, water, temperature, sound, or electricity,” according to the California Board of Physical Therapy—may successfully address pain and accelerate healing.
While physical therapy methodology and techniques transfer nicely from the human to the canine patient, canine PT has some important specifics that are beyond the entry-level competencies of human physical therapy programs in the U.S. Similarly, not all veterinary schools include physical rehabilitation as part of their core curriculum. So, finding the right practitioner with the right education is important. Physical rehabilitation rendered by a certified canine physical therapist assistant (PTA) or registered veterinary technician (RVT) is also an option, but these practitioners must be supervised by a qualified PT or DVM with additional training in canine rehabilitation.
State regulatory bodies across the country are currently looking at establishing better laws and regulations to govern this particular specialty. These are needed to allow both non-vet rehabilitation professionals—certified and licensed canine physical therapists—to practice and to determine competency standards for veterinarians.
In California, for example, these regulations have been hotly debated; efforts are being made to allow properly qualified animal physical therapists to practice on their own premises with a veterinary referral. Historically, the California Veterinary Medical Board has wanted to put qualified practitioners under the direct supervision of veterinarians, who may or may not have training in this specialty niche. A legislative task force has been created to work on more appropriate language.
Everyone who’s a consumer of veterinary medical services has a stake in this discussion. Get involved by letting your legislators know that being able to choose a qualified canine physical therapist is important to you. Those who live in California can find out more at caapt.org.
Dog's Life: Humane
WHEN A DOG OR CAT is surrendered to a shelter or dies of a disease that could have been prevented, some want to blame the owners. If they couldn’t care for the animal, they should never have gotten it in the first place, right?
But people’s lives can change in an instant; jobs end, children get sick, families lose their homes. A national survey conducted in January 2016 found that six out of 10 Americans couldn’t cover an unexpected $500 car repair or $1,000 medical bill.
That doesn’t leave much slack for the family dog. Paw Fund, a San Francisco Bay Area nonprofit founded five years ago by animal advocate and longtime activist Jill Posener, has very deliberately disconnected from the blame game. Preventable diseases, uncontrolled breeding and overflowing shelters are crises not just for pets and owners, but also, for our communities as a whole. That’s why Paw Fund provides the pets of homeless and low-income residents of Alameda and Contra Costa counties with free vaccinations; free or low-cost spay and neuter; basic wellness care, such as dewormers and flea preventives; and sometimes even nail clipping. The goal is what Posener, Paw Fund’s executive director, calls “harm reduction.”
“The truth is that relatively small interventions can keep dogs and cats healthy, in their existing homes and out of the shelters,” Posener says.
It started in 2011, when an outbreak of canine parvovirus raced through the camps of homeless youths in People’s Park in Berkeley. Parvo is easy to prevent, but making sure their pets get a series of vaccinations can be challenging for street kids. Posener sprang into action. She recruited a vet tech, loaded vaccines into her car and took the lifesaving shots right to the animals who needed them, week after week, until the epidemic abated. And with that, Paw Fund and its harm-reduction approach was born. People trust Paw Fund to be there for them without judging them, and Paw Fund trusts its clients to truly need its services. “We don’t ask for proof of income,” says Posener. “People feel bad enough when they can’t provide for their pets. We don’t need to rub it in by making them prove they have no money.”
The Paw Fund model seems to work, and it’s catching on. It’s not unusual to find 80 people and up to 150 pets at its monthly open-air clinics in Berkeley, patiently waiting as long as two hours in the sun, rain or Bay Area fog. Since its founding, Paw Fund has provided care to more than 5,000 at-risk dogs and cats, coordinated more than 1,500 free or low-cost spays and neuters, and given more than 10,000 free vaccinations at its monthly clinics and pop-up clinics in trailer parks and inner-city neighborhoods across the East Bay. It also mentored two startup organizations with similar goals in Brentwood and Oakland that are now self-sustaining.
Traditional rescue per se isn’t Paw Fund’s primary mission, but sometimes, people beg to surrender a basket of puppies or kittens. When that happens, Paw Fund often persuades the owners to spay or neuter the parents, and picks up the tab.
Many people want to have their pets sterilized but literally can’t make it to the vet appointment. They may be afraid to take time off from work, or don’t have a driver’s license, or live under a freeway overpass. Paw Fund volunteers will pick up a dog or cat at the crack of dawn and deliver the animal back after the procedure. That kind of block-by-block, pet-by-pet outreach led the City of Berkeley to award Paw Fund the contract to run its free spay/neuter program in 2016 and then to extend the contract into 2017.
Paw Fund, a 501(c)(3) based in Emeryville, Calif., is staffed largely by volunteers; vets, vet techs and even a tax preparer work pro bono. In 2017, plans include hiring a part-time medical director to oversee clinics and to make home visits and treatment possible, including humane euthanasia at home. Because, no matter how rich or poor their people are, every pet deserves to live as healthy a life as possible and then to go peacefully when the time comes.
To learn more visit pawfund.org
Helpful tips and starter recipe for making homemade dog food.
If you’re nervous about feeding your dog home-cooked food, you’re not alone. Many dog owners have concerns about the time involved, the cost and the consequences of failing to include the right ingredients to keep their furry friends healthy. On top of that, most vets frown on home cooking for dogs.
Eight years ago, I started cooking for my dogs as a way to introduce quality ingredients into their diets and to help clients who had dogs with health problems. Since then, many clients have raved about the effects of a home-cooked diet on their dog’s health; seeing flaky fur turn glossy and the pleasure dogs seem to get from eating better is definitely inspirational.
In the process, I found the slow cooker to be the perfect (and easiest) tool for homemade dog food meals. Combining the ingredients in the cooker and setting the time takes only minutes, which makes it appealing to those who shy away from home cooking because they think it’s too time-consuming.
I started by using ingredients listed on the label of a high-quality canned food. I’ve also cooked chicken thighs and even whole young chickens with most of the skin removed. After 14 to 16 hours in the slow cooker, chicken bones become soft and crumbly and are a great source of calcium, phosphorus, magnesium, vitamins and healthful fats. (However, this isn’t true for cooked beef bones, which should never be given to dogs.)
If your dog doesn’t have major medical problems and has tolerated food changes in the past, start the transition to home-cooked meals by preparing a small batch of low-fat food and gradually adding increasing amounts to his normal diet (25, 50, 75, then 100 percent over a four- to seven-day period). I recommend using low-fat meat or fish combined with white or brown rice.
Because slow-cooked dog food may have more fat and vegetables than some commercial foods, dogs have been known to experience stomach or bowel upsets. Vomiting, indigestion or gas are signs that a dog’s digestive tract needs more time to adjust to the new ingredients, which can take days, or even weeks.
Dogs who have had pancreas issues need to eat a low-fat, limited-ingredient diet and be transitioned very carefully for a longer period of time. Remember, too, that dogs can be allergic to wheat, beef and/or chicken. Signs that your dog may be sensitive to the food include hives; excessive scratching; or red, itchy ears.
On the other hand, if your dog seems happy and has normal stools with the new home-cooked food, increase the amount over a week’s time, as noted previously. Once you know he can tolerate the new diet, cook a larger batch and portion it into daily servings. Keep one week’s supply in the refrigerator and freeze the rest in resealable freezer bags or another suitable container. Thaw before feeding, but after that, to avoid spoilage, do not leave the food out longer than mealtime or allow it to sit at room temperature for hours (if your dog likes his food warm, it’s fine to heat it up before serving).
In the starter recipe provided here, the protein is higher (about 50% dry matter) and the fat is lower (about 10% dry matter) than in most recipes. This mixture yields about 70% moisture, 10 to 15% protein, 5 to 7% fat, and 5 to 7% carbohydrates, depending on how much fat is in the meat and the quantity of green beans and rice used (or, 40 to 50% protein, 20 to 25% fat, and 25 to 30% carbohydrate by dry matter).Starter Recipe: Chicken and Vegetable Stew for Dogs
*Not needed for the trial period or if the home-cooked food is less than 10% to 20% of the dog’s daily diet.
In a slow cooker, combine the chicken breasts, chicken liver, chicken hearts, gizzards and eggs. Add the bone meal, rice and green beans. Add water, then stir. (The longer the meat and veggies are cooked, the more water is needed. For this basic starter recipe, you don’t need to completely cover the ingredients. If you are slow-cooking chicken and bones for 14 hours, then more water is needed.) Cover and cook on low for 4 to 8 hours, until the breasts fall apart. Stir and add or drain water as needed to make a drier or moister stew. Let the mixture cool before feeding and refrigerating.
Yield: 7 to 8 cups (60 oz.)
Supplements (given separately or added to each meal)
• Vitamin E: 2 IU per pound of dog daily.
• Sardines in water: one-quarter to one tin twice weekly, or one to three 1,200 mg fish oil capsules daily. (Dose is based on 10 to 30 mg/pound of DHA and EPA).
Note: Because it’s high in protein, this combination isn’t suitable for dogs with failing kidneys. To decrease the protein, double the amount of rice and green beans and/or use less meat (1/2 to 3/4 pound).
Depending on the level of fat and moisture in the food, most home-cooked diets prepared with lean meat have about 20 to 35 calories per ounce. To increase the calories, strain off some of the liquid from the stew or add some healthy fat, such as olive or non-GMO canola oil. An 8-ounce serving of this chicken-and-vegetable stew has about 200 calories. After the transition period, I recommend that you start out feeding your dog about the same amount of home-cooked food as you would canned food.
So, to summarize, by cooking for your dog, you’re able to use the best ingredients available to you and mix them in the way that best suits your dog’s needs. If you follow a basic formula of muscle meat, organ meat, bone or bone meal, and a variety of vegetables, your dog will thrive. Home-cooked dog food can also be used to add quality ingredients to a kibble or canned-food diet. Your dog will love the variety!
Wellness: Food & Nutrition
A vet speaks out on genetically modified pet food.
Most dogs now dine on some type of genetically modified (GM) food, often in the form of corn and soy in their kibble. As these ingredients increasingly enter the food supply, we have one more reason to wonder if our shopping choices might be harming our pets.
More animal feeding studies are needed, experts say, and a recent long-term, peer-reviewed report points out why. It found that a diet of GM corn and soy led to higher rates of severe stomach inflammation in pigs, which are physiologically similar to dogs.
Robert Silver, DVM, a Boulder, Colo., holistic vet, tackled the issue earlier this year when he presented his paper, “Genetically Modified Food and Its Impact on Pet Health” at the American Holistic Veterinary Medical Association conference in Kansas City, Mo. Why did he choose this controversial topic, one that few vets even acknowledge?
Silver—a pioneer in the field of holistic veterinary medical practice—says he was inspired by a seminar he attended in Boulder on GM foods and human health. The speakers included Don Huber, a Purdue University professor, and activist Jeffrey Smith, who discussed problems, including reproductive difficulties, that have occurred in livestock fed GM crops.
“I found this seminar mind-opening,” says Silver, the lone vet in attendance. “I had always believed the PR about GM foods—that they are going to feed the world and are a good outcome of our genetic technology.”
The Food and Drug Administration, which regulates the safety of GM crops consumed by humans and animals, considers most GM plants “substantially equivalent” to traditional plants and “generally recognized as safe.” Their regulation involves a voluntary consultation process with the developer before products are brought to market.
Smith, founder of the Institute for Responsible Technology, disagrees. On its website (responsibletechnology.org), he warns that “nearly all GM crops are described as ‘pesticide plants.’ They either tolerate doses of weed killer, such as Roundup, or produce an insecticide called Bt-toxin. In both cases, the added toxin—weed killer or bug killer—is found inside the corn or soybeans we consume.”
Silver says that while “allergies, GI problems, increased risk of cancer, neurodegenerative conditions” and other ills could all be, in part, related to GM foods, “there is no objective evidence of this yet” in dogs. “However, all vets will agree that there has been an uptick in [these diseases] in the past 10 to 20 years.” The advent of GM foods in the 1990s “fits into this timing of disease increases,” he says.
His presentation referred to studies that raise doubt about the safety of biotech crops, such as one reported in 1996 in the New England Journal of Medicine, which found that genes inserted into crops can carry with them allergenic properties.
Silver says that genetic modification introduces foreign proteins that may encourage allergies, and the widely planted Bt corn, which makes its own insecticide, “could possibly cause leaky gut, the gateway to chronic disease.” Corn is a major component of most commercial pet foods. “The big problem with commercial foods is that they are manufactured at high temperatures and pressures,” which alters them and makes them “potentially more allergenic.” And commercial foods contain industrial ingredients that are “more likely to contain GM and herbicide contaminants.”
A study published last year found that GM crops engineered to withstand the toxic herbicide Roundup must now be doused with even more herbicide, since weeds have also developed resistance to it. Residues of these chemicals on crops can find their way into pet food.
A 2013 study published in the science journal Entropy reports that the heavy use of Roundup could be linked to Parkinson’s, autism, infertility and cancers. It goes on to report that residues of Roundup in food can interact with, and enhance, the damaging effects of other environmental toxins. “Negative impact on the body is insidious and manifests slowly over time as inflammation damages cellular systems throughout the body,” the study’s researchers say.
According to Silver, heightened sensitivity to dietary ingredients “is probably what we are seeing with GM foods. It is of concern that this may be driving the increase in GI problems in pets.” Although gluten probably does account for some problems with grain consumption, “I think that grain-free diets, if they are also soy free and contain protein from animals not fed GM crops, can help many dogs, due to being GM free—and not due to some allergy or gluten issue.”
To a holistic doctor, food is medicine, and Silver strongly recommends home meal preparation from individually sourced ingredients to avoid feeding GM ingredients, especially to pets who have other health problems. “I am truly a holistic practitioner in that I believe an ounce of prevention is worth a pound of cure.”
Benbrook, C.M. 2012. Impacts of genetically engineered crops on pesticide use in the U.S.—the first 16 years. Environmental Sciences Europe 24: 24.
Ordlee, J., et al. 1996. Identification of a Brazil-nut allergen in transgenic soybeans. The New England Journal of Medicine 334: 688–692.
Samsel, A., and S. Seneff. 2013. Glyphosate’s suppression of cytochrome P450 enzymes and amino acid biosynthesis by the gut microbiome: Pathways to modern diseases. Entropy 15 (4): 1416–1463.
DIY: How To Make Yogurt at Home
Crock Pot Yogurt Method
This is a very easy method to make yogurt. All you need is a slow cooker, milk, a live-active yogurt starter (either from a previous batch, or a store bought plain yogurt), and, a cooking thermometer (that is optional).
1. Pour one to two quarts of milk (low fat or whole) into a slow cooker, cover the pot. Turn the heat on medium or high. Heat the milk slowly, it needs to get to reach at least 180 degrees (30 mins. to an hour or longer). Stir a few times while it is heating, make sure it doesn’t stick to the bottom of the pot and that it doesn’t boil.
2. Turn the slow cooker off, uncover and unplug it and let the milk cool down to 110 degrees, this too can take 30 mins. to an hour or even longer.
3. While the heated milk is cooling off, take the starter out of the refrigerator. If you are using a quart of milk use a tablespoon of the starter, if you are using two quarts, use 2 tablespoons.
4. Once the milk has cooled to 110 degrees, ladle a small amount (1/3 of a cup or so) into a small bowl or measuring cup with the starter, then stir or whisk. Make sure you incorporate all of it, and then slowly add that mixture back into the crock pot, stirring thoroughly.
5. With the crock pot turned off, replace the lid, and wrap the pot with two or more towels. Make sure you do NOT disturb the pot; yogurt prefers a very still environment to go through the fermentation process. The low heat that was generated in Step 1, is sufficient for this process. This process can take 6 to 8 hours.
6. If you are making Greek style yogurt, carefully transfer or pour the yogurt into the EuroCuisine strainer (or use cheesecloth) and refrigerate at least 4 hours. If you are making regular style yogurt, you can put the yogurt in mason/glass jars, and refrigerate at least 4 hours or overnight. If you are making Greek style yogurt, you will place the “finished” yogurt in glass jars, preserving the whey.Dehydrator Yogurt Method
Yet another sure fire way to make yogurt is using a dehydrator. Following the same cooking steps in the “heating pad” method of heating the milk, cooling it, and inoculating it with a yogurt starter, the next step is to pour the milk into glass jars, cover each with a lid (the plastic mason jar lids work well) and place them on the bottom shelf of a dehydrator, first removing the other shelves. Many dehydrators have a temperature setting for yogurt. Place the cover back on the dehydrator and incubate for 8 to 10 hours at 115 degrees (or following the setting on your dehydrator). Similar to the other methods, after the yogurt has set, refrigerate at least 4 hours. You will be amazed at how different (thicker) the yogurt becomes after it has been refrigerated.
If you are making Greek style yogurt, strained it either using cheese cloth in a strainer or the Euro Cuisine GY50 Greek Yogurt Maker method, first in the refrigerator, and then putting it into jars. Yogurt keeps for about a week.What is Whey?
Whey is the by-product of the yogurt making process, especially when you strain yogurt to produce a thicker, i.e. Greek style product. Whey protein is considered a complete protein and contains all 9 essential amino acids and is low in lactose content, so do not throw this precious liquid away! If you do not use it within a week or so, you can freeze it for later use.
Here are some of the endless ideas for using whey protein:
• For making smoothies (2 g of protein in one cup)
• In baking muffins, pancakes, breads, dog treats.
• Soaking beans or lentils (great to add to your dog’s meals)
• Use as a “topping” for your dog’s food. *
• As a substitute for buttermilk in recipes.
• Use in salad dressings (it is as acidic as a citric juice).
• Protein Shake
Making A Super Protein Shake For Dogs
One of my favorite uses for whey is to make a super protein “shake” for the dogs, that I mix into their meals or as a mid afternoon “slurp” snack. I was recently introduced to “nutrient extraction” super-blender appliances, such Nutribullet and Ninja. They make blending delicious and nutritious drinks and sauces so easy. For the dogs’ nutri-blasts, I use a handful of whatever leafy green vegetable, kale, spinach or chard, we have on hand, a few blueberries, a mix of goji berries, hemp and chia seeds, whey, and, for extra thickness, a tablespoon or so of yogurt—you can also add pulverized egg shells for more calcium. The Nutribullet grinds and mixes all these ingredients up in less than a couple of minutes. The dogs simply love it. If I have some cooked sweet potato, I add that too. The ingredient mixes are endless, plus it makes digesting vegetables easier for a dog’s digestive tract too.
For more information about the other possible health benefits of whey protein, see dogcancer.net.au
Yogurt is a wonder food, packed with probiotics, protein, calcium, B-12, and other nutrients, and oh so easy to make yourself. Being an ardent yogurt consumer (I like mine plain, thick and very sour), I had recently become dissatisfied with the batches I made using a standard yogurt maker that incubates the yogurt in little individual jars. So I went back to the drawing board (aka the Internet), and much to my amazement, there are at least three other methods (slow-cooker, dehydrator and heating pad) that produce perfect yogurt easily, each and every time. The one that I use is the heating pad method. So for that method you’ll need a heating pad, a large two-quart size glass vessel (with lid), a digital kitchen thermometer, a wooden spoon, whisk, spatula—a couple of large bathroom towels—and then the secret to making flawless Greek-style yogurt, a Greek-yogurt strainer from Euro-Cuisine (see below). That inexpensive utensil has become indispensable in my kitchen, so it’s hard not gush about it—also excellent for making homemade ricotta and other soft cheeses like quark.
Just follow these simple steps:
1. Heat ½ gallon of pasteurized milk (I typically use 2% but you can use whole milk as well) in a heavy pot slowly until it reaches around 185 ˚ on low to med-low heat. Be careful that you do not burn the bottom of the pot, stir occasionally but when it gets close to 165˚, stir more often. (Cooking time depends on the type of pot but can take at least 30 mins.)
2. Remove the pot from the stove and then cool the milk to 110˚. It is extremely important that it is cooled down, any higher temperature can kill the yogurt starter. This also can take at least 30 mins.
3. As the milk is cooling, remove 2 to 3 tablespoons of yogurt from the fridge (either from your previous batch, or store bought, but be sure to use plain yogurt with active bacteria, with no fillers) to get it to room temperature.
4. Using a ladle, pour about a cup of milk into a bowl or measuring cup and stir in the yogurt you’ll be using for your “starter”. Whisk to totally get it blended, add the rest of the milk and whisk again.
5. Place the container(s) on top of a pre-heated heating pad set to Medium. If you are using a pad that has a 2-hour automatic shut off (as many do), you will need to shut it back on at least 3 times during this incubation period. Or purchase a pad that does not have that shut-off feature (that type is actually less expensive). Put a top on the container, and then cover it with two thick bathroom towels, tucking the towels around the whole thing so it keeps to a reliable temperature.
Now sit back and relax, yogurt making should take 7 hours, do NOT disturb it during this time. But at the end of 7 hours, give a peak (but not before) and see if it looks like it has thickened, if it hasn’t just cover it back up and wait another hour or so.
6. For Greek style yogurt, carefully pour the thickened milk into the strainer (as explained above) or use cheese cloth placed inside of a colander or strainer and refrigerate for at least three hours. If you like a thinner style yogurt you can also just transfer it directly into pint Mason jars (with lids), but you will also need to refrigerate that for at least 3 hours to let it set.
The longer you keep the yogurt in the strainer, the more whey is produced and the thicker the yogurt will be. I typically let it strain overnight, or 8 hours or longer, but that also produces a more “sour” yogurt. You can always add some of the whey back into the yogurt if you want to thin in down. Depending on the length of straining time, it will produce at least 4 cups of thick yogurt (right) and an equal portion of whey (left). Do not throw out the nutritious whey! There are numerous uses for whey, including baking with it (substituting any recipe that calls for buttermilk, such as muffins, pancakes and waffles). Good to pour a little on your dog’s food too.
* You can halve this recipe using only a quart of milk, but use the same amount of starter, 2 to 3 tbsps.
See here for more recipes and directions on different preparation methods including using a slow cooker or dehydrator.
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