Natural Pet Health Education

Probiotics for Pets

Probiotics for Pets

Probiotics are beneficial bacteria, the “good” or “friendly” bacteria that populate the entire digestive tract and play an important role in digestion, nutrient assimilation and immune system function. Unfortunately, many people have been lead to believe that all bacteria are harmful, but the reality is that we live in symbiosis with beneficial bacteria throughout our environment, and arguably the most important being our friendly intestinal bacteria. The average animal, depending on size, can have up to four pounds of bacteria in his body with the majority residing in the digestive tract. Your pet would become very ill or die without the right intestinal bacteria, and unfortunately this actually happens more often than most people realize. Many holistic veterinarians believe that imbalances in intestinal bacteria are a major factor in many of the chronic disorders that we see in our animals today. Our experience with animals leads us to believe this is very true! I. Why are probiotics referred to as “friendly” bacteria? Probiotics are referred to as “friendly” because they are a benefit to the body in many important ways, as opposed to pathogenic or “unfriendly” bacteria that can cause illness. II. What are some of the roles probiotics play in the body? 1). Help the digestive tract function properly by producing enzymes that aid digestion and the assimilation of nutrients. 2). Manufacture B vitamins. 3). Help lower cholesterol. 4). Keep levels of pathogenic bacteria (E. coli, Salmonella and Helicobacter pylori) and pathogenic fungi (Candida albicans) in check by competing for available space and nutrients. In addition, beneficial bacteria produce antibiotic like substances and acidify the intestinal tract by producing lactic acid, both of which inhibit harmful bacteria growth and the toxins they produce. 5). Protect against tooth decay and gum inflammation. 6). Help to maintain a healthy mucous lining (mucosa) in the intestinal tract. This assists in the prevention of bacteria, food particles and toxins from entering the blood stream. The results of a damaged mucosa are often referred to as ‘Leaky Gut Syndrome” which contributes to allergy like symptoms, skin conditions, systemic infections, arthritis and other disease processes. 7). Maintain or increase immune system health. Since 70% of the immune system in animals is found in the gastrointestinal tract, a healthy mucosal lining populated by beneficial bacteria is very important to preventing and fighting infection. In addition, beneficial bacteria are also found in the respiratory system where they help guard the body against invasion by harmful germs. 8). Aid in the absorption of magnesium that is used for hundreds of different functions throughout the body. A magnesium deficiency can result in asthma and migraines and have other dramatic impacts on a person's health. 9). Synthesize vitamin K that is needed to clot the blood and keep bones strong. 10). Manufacture the milk digesting enzyme lactase that is needed to digest most dairy products. III. What are some symptoms of the lack of proper amounts of probiotics? An imbalance between friendly and unfriendly bacteria in the body plays a role in many of the chronic disorders we see today. Symptoms can include bad breath, diarrhea, constipation, excessive gas, foul smelling stool, allergies, autoimmune disease, skin conditions; poor vitamin K synthesis which can cause blood clotting problems and low bone density; magnesium deficiencies which can lead to asthma, migraines, fibromyalgia, anxiety, depression, urinary incontinence and other related disorders; B vitamin deficiencies which can lead to lowered blood pressure, abnormal gait, tingling of nerves, lowered uric acid levels and lowered hydrochloric acid levels which can lead to malabsorption issues; irritable bowel syndrome, celiac disease, dairy intolerance and the overgrowth of harmful bacteria which can lead to frequent vaginal, yeast, bladder and sinus infections. IV. What can reduce levels of probiotics in the body? Anything that places stress on the body can reduce levels of friendly bacteria. Common causes include poor diet, antibiotics, steroids, NSAIDs, surgery, medications, acute and chronic diarrhea, chlorinated water, artificial ingredients and preservatives in foods, toxins in food and the environment and stress. V. Who should supplement with probiotics? Everyone should supplement with probiotics on a continuous basis to ensure that a healthy, viable population of beneficial bacteria are always present in the intestinal tract. Probiotics would be specifically recommended in situations where there are symptoms of imbalance or in which healthy bacterial populations may be adversely affected making your animal susceptible to disease, such as with antibiotic or steroid use. Supplementing with probiotics is easy and safe and a great insurance policy because not only do friendly bacteria decrease naturally in the body as we age, but we and our animals come in contact with so many things in everyday life that reduce healthy intestinal flora. VI. Is it okay to supplement with one type of probiotic? No, supplementing with one type of probiotic can lead to imbalances within the body. Since different bacteria have different actions an overbalance of one type is not desirable. It is best to take a probiotic supplement with a variety of different species of beneficial bacteria. VII. When during the day should probiotics be provided? It is thought that certain species of beneficial bacteria flourish in the morning and some at night, so, in a perfect world, splitting daily supplementation into two equal dosages would seem to make the most sense. Also, some species of beneficial bacteria are susceptible to strong stomach acid, so supplementing away from meals, when stomach acid is weakest, may be helpful as well. Though, in recent years probiotic science has come a long way so current probiotic cultures are much more resilient to stomach acid. For this reason, and a matter of convenience, mixing probiotics in with you dog or cat's food is fine. In addition, probiotic formulas, like that found in our Digestive Enzyme and Probiotics or our Daily Multi Plus, provide additional quantities of probiotics to make up for any potential loss during that may occur during digestion. VIII. Is yogurt good enough? Unfortunately yogurt, especially commercial supermarket brands, is not a good source of beneficial bacteria. Many yogurt products do not contain living organisms and if they do, only in small amounts and a narrow range of beneficial organisms. In addition, they acidify over time killing bacteria so there is very little healthy bacterial content when they get to you. Natural, organic yogurt can be better, but using a probiotic supplement containing billions of viable healthy bacteria is preferable. IX. What about foods or other products marketed as containing probiotics? Unfortunately this is more marketing, maybe with good intentions, than benefit for your animal. Pasteurization is a process in which a product is heated to 145 degrees or higher (depending on the pasteurization process) to kill or inhibit the growth of bacteria. Pet foods are heated to a much higher degree during their processing effectively killing all bacteria, good and bad. To make up for this loss of friendly bacteria manufacturers add some in after processing, but because of exposure to oxygen and room temperature or higher during storage and delivery of the foods the potency of the probiotics is basically destroyed. This is kind of similar to the addition of fish oils to processed pet foods; heat and oxygen oxidize the healthy oils but even worse, carcinogenic compounds are also formed! Just for your information – the salmonella poisoning that has occurred from processed pet food is because of recontamination after processing. Remember (see ‘roles probiotics play in the body’ above) that one of the roles of beneficial bacteria is to keep the growth of undesirable bacteria in check. So, when pet food is heated effectively killing all bacteria and is recontaminated afterward with pathogenic bacteria, these potentially harmful bacteria thrive unchecked and can reach populations that can sicken and kill an animal! So much for being concerned with raw food where thriving populations of beneficial bacteria keep pathogenic bacteria levels in check! X. What are some examples of beneficial bacteria? Examples of beneficial bacteria include various species of Lactobacillus, Acidophilus, Bacillus, Streptococcus, Enterococcus, Bifidobacterium and even beneficial yeast like Saccharomyces cerevisiae. XI. What is the suggested dosage of probiotics? Because probiotics are not drugs, but living organisms, precise dosages are not so important. A typical daily dosage for a 150lb person (get the percentage of the adult dose by dividing your animal’s weight by 150) is 3-5 billion live organisms. Actual live count varies dramatically so make sure you purchase a reputable brand from a responsible retailer! XII. Should probiotics be refrigerated? Yes, when you get the probiotic supplement home place it in the refrigerator to maintain the viability of the beneficial bacteria. Products that contain bacteria in a theoretically stabilized form and are marketed as not having to be refrigerated will have a longer viability if refrigerated when you get them home, especially after they are opened. In addition to heat, bacteria are also sensitive to oxygen and moisture so close the container quickly when you are done and make sure your hands are dry when handling. XIII. How should a probiotic supplement be provided? The preferable way to provide a probiotic supplement is in powder form. The reason for this is that if you use a tablet or capsule you are restricting benefits to the bowels (the small and large intestines). By supplementing with a powder you will be benefiting the entire digestive tract from the mouth to the anus. Capsules may of course be opened and the contents emptied onto your animal’s food or placed into a small glass of water for human consumption. XIV. Why do probiotics sometimes cause nausea or vomiting? When the health of an animal has been compromised for some time, things can start out worse before they get better. This process is sometimes referred to as “cleansing” or a “healing crisis”. Experiencing digestive upset with probiotic use is most likely caused by the feeding of poor quality commercial pet food that is hard to break down and digest. Consequently, it moves slowly through the intestines allowing some fecal plaque to adhere to your dog’s intestinal walls. Once it gets a toehold, it thickens over time. Even fairly young animals can experience some blockage as a result of this build up. Probiotics will slowly begin to dissolve the fecal matter, and during this clearing/cleansing process, pathogens and microbes that were covered up with layers of fecal matter will be exposed and can cause episodes of diarrhea or vomiting. Depending on the buildup, it may take a few months before it is completely removed. To help restore your animal’s health and happiness we suggest a healthier, more digestible diet and reducing the dosage of probiotics to a level tolerated by your animal, building back up gradually as your animal begins to feel better. Also, a good fiber supplement with psyllium seed will help clear away the debris in your animal’s intestinal tract. XV. Should a probiotic supplement be provided when using antibiotics? Of course! Antibiotics kill friendly bacteria along with pathogenic bacteria. The colonies of beneficial bacteria must be maintained or populations of undesirable bacteria will flourish once the antibiotics are discontinued. This can result in the epidemic symptoms we see today ranging from itchy skin conditions to frequent infections to digestive problems as well as a population explosion of normally benign candida yeast that live throughout the body. When using antibiotics, supplement with probiotics at least two hours after the treatment and when the antibiotic treatment is complete double or triple the probiotic dosage for 7-10 days. Shop For Probiotics for Dogs and Cats

  • Cats
  • Dogs
  • Health
  • Nutrition
Undesirable Pet Dog and Cat Food Ingredients

Undesirable Pet Dog and Cat Food Ingredients

Animal Digest Related to meat by-products, being the dry or liquid by-product of the meat rendering process, and not fit for human consumption. The origin of the ingredients is unknown and can include zoo animals, road kill, what's often referred to as 4-D livestock (dead, diseased, disabled, dying) and even euthanized dogs and cats. This is a low-cost ingredient with little nutritional value and is not very digestible, usually being added to pet food as a palatability enhancer. Artificial Colors Added to food to make it more attractive to consumers. Generally, carnivores do not care about the color of their food (though it does play a role in human and bird behavior) because the flavor of food is largely determined by two senses, olfactory (odor) and gustatory (taste). Can be linked with liver and kidney problems, digestive disorders, aggravating behavioral disorders as well as increasing the risks of various cancers and tumors. Ex. FD&C Blue No. 1 and FD&C Red No. 40. Artificial Flavors A substance developed in a laboratory by a flavor chemist that mimics a natural flavor. These substances can often be quite powerful and are often designed to encourage over-eating or the consumption of items that would not be eaten under normal circumstances. Can be linked with liver and kidney problems, digestive disorders, aggravating behavioral disorders as well as increasing the risks of various cancers and tumors. Ex. Anything that gets carnivores to eat a corn or grain-based diet with a white powder of synthetic vitamins and think they are eating food. By-Products Consist mainly of animal parts that are the waste or by-products of the human food industry and are therefore not fit for human consumption; includes bones, organs, blood, fatty tissue and intestines. In the case of meat by-products this could include zoo animals, road kill, what's often referred to as 4-D livestock (dead, diseased, disabled, dying) and even euthanized dogs and cats. Some by-products that identify the species, such as chicken by-products, may come from adequate sources, but it's simply too hard to know what exactly is included in by-products, especially since these unwanted animal parts may contain unhealthy bacteria or even parts from cancerous animals. Chemical Preservatives Such as BHA, BHT, ethoxyquin and propylene glycol, which can be linked with liver and kidney problems, digestive disorders, aggravating behavioral disorders as well as increasing the risks of various cancers and tumors. Fillers Fillers are ingredients that have little to no nutritional benefit. These ingredients are added to provide bulk to the kibble, replace meat as a low-cost protein source or for other reasons such as adding bulk to form a firm stool. Fillers include ingredients such as peanut and soy hulls, brewers rice, cellulose, wheat or soy gluten, dried beet pulp, grains and glutens. Grain Fractions These are parts of the grain, usually after the healthy or useful stuff has been taken out for use in the human food chain. May include floor sweepings and other byproducts of the human food industry and are considered nutritionally inferior to whole grains because parts such as the germ, that is rich in fatty acids and essential nutrients that can go rancid quickly, has been removed. Ex. Wheat flour, wheat bran and brewers rice. Grain Splitting Listing two or more grain ingredients from the same source separately. Primarily done to allow meat ingredients to be placed higher on the ingredient panel leading consumers to believe there are more meat ingredients than grain. Ex. ground yellow corn and corn gluten meal instead of just corn. Low or Poor Quality Protein Carnivores require their protein to come from high-quality meat sources. This includes species specified sources such as chicken or high protein species specified sources such as chicken meal (although the quality of meal sources is very important; less expensive foods will generally have poorer sources). If the first ingredient is listed as a meat source (manufacturers are learning to do this to influence consumers) followed by several grains, this generally means that the bulk of the protein is being derived from grains and is not optimal for the health of your dog, cat or ferret. For healthy lean muscle development and maintenance as well as recovery from injury and proper immune system function, we like to see protein, from primarily or entirely meat sources, of 30% in kibble foods and 8% in canned foods (because of canned foods higher moisture content this would work out to a 36% dry matter protein level in the average canned food). Not Human-Grade If it isn’t specifically listed anywhere you can rest assured the ingredients in the bag are not fit for human consumption and that means they can be almost anything! This can include rendered meats from road kill, dead zoo animals, euthanized pets (yes, the drug sodium pentobarbital has been found in pet foods), spoiled meat from the supermarket (styrofoam wrap and all), the “4-D’s” of cattle (dead, dying, diseased and disabled), rancid restaurant grease (yes, those drums you see sitting outside restaurants) and byproducts of the human food industry such as chicken heads, feet, feathers and intestines, cow brains, tongues, esophagi, fetal tissue dangerously high in hormones, diseased and cancerous meat and even feces. Grains that are used have usually been deemed unfit for human consumption because of mold, contaminants, poor quality or poor handling practices and this can be made more obvious by the fact that many pet food recalls are the result of toxic grain products such as wheat or corn. In addition, many of these foods can include undesirable chemical preservatives used to preserve fats and rendering products and are not required to be listed on the label because the manufacturer themselves have not added them. Non-Species Specified Fats Usually comes from rancid restaurant grease. This grease sits in the back of restaurants sometimes for weeks and is then stabilized with powerful chemical antioxidants to prevent further spoilage. These fats are then often sprayed directly onto kibble to make an otherwise distasteful product more palatable to your carnivore. Concerns include the belief that these rancid fats become extremely carcinogenic and are extremely difficult for animals to digest, which can lead to a host of health problems for your companion such as diarrhea, gas, bad breath and other digestive problems. Ex. animal fat. Non-Species Specified Ingredients When the species of an ingredient is not specified you can be pretty sure that it is not fit for human consumption and you can never really be sure of the source. May include the rendered remains of zoo animals, road kill, what's often referred to as 4-D livestock (dead, diseased, disabled, dying) and even euthanized dogs and cats. Ingredients in which the sources are named, such as chicken meal, chicken fat or salmon oil, are generally going to be of a higher quality although sources vary, as do manufactures and copackers! Ex. meat meal, bone meal, fish oil and animal fat. Too Many Grains Grains are typically used as low cost fillers, low cost, inferior protein sources, fiber sources, sweeteners and binders. Carnivores such as canines, felines and ferrets need very little to no grains in their diet. Think of their evolutionary and natural eating patterns. They may get some grain, predigested, from the stomach of their prey. That’s it! Not only do grains very often cause digestive and food sensitivity problems, in addition, carnivores cannot derive adequate protein from plant sources such as grains.

  • Cats
  • Dogs
  • Nutrition
Top 10 Tips for Using Probiotics Supplements for Dogs and Cats

Top 10 Tips for Using Probiotics Supplements for Dogs and Cats

1). Provide a probiotic in powder or liquid form if possible The reason for this is that if you use a tablet or capsule you are generally restricting benefits to the deeper parts of the GI tract (the small and large intestines). By supplementing with a powder or liquid you will be benefiting the entire digestive tract from the mouth to the anus. Capsules may of course be opened and the contents emptied onto your animal’s food or placed into a small glass of water for human consumption. 2). Provide a probiotic supplement with meals This is because high levels of stomach acid can quickly kill many strains of bacteria and food can act as a stomach acid buffer. When you eat, stomach pH rises (becoming less acidic), which helps fragile live cultures survive the harsh digestive tract. Research suggests that pairing probiotics with meals containing fats helps protect the microbes as they move into the small and large intestines. An exception to this rule is if you wish the probiotics to get into the digestive tract quickly and avoid competition with food and digestion - perhaps in cases where there is damage to the digestive tract lining. In this case, taking probiotics on an empty stomach can be best first thing in the morning or right before bed. 3). Probiotic supplements should be refrigerated (with an exception) Many products are now being marketed as shelf-stable. They are freeze-dried and with such low levels of moisture are placed in a dormant stage. However, there will be more viability of the beneficial bacteria if they are refrigerated. For probiotics being shipped to you, refrigerate the supplement as soon as you receive your package. Many probiotics, like the supplements we provide for dogs and cats, are formulated with extra bacteria taking any potential loss during storage or shipping into account. In addition to heat, bacteria are also sensitive to oxygen and moisture so close the container quickly when you are done and make sure your hands and utensils are dry when handling. The exception to this rule is for spore bacteria such as Bacillus subtilis or Bacillus coagulans that when facing harsh condition - such as a lack of food, excessive heat, or dryness - forms a tough, dormant external structure called an endospore. Once conditions become favorable again, such as in the digestive tract, the spore germinates and turns back into a regular, active probiotic bacteria. 4). The quality of the product is more important than dosage Since probiotics are living organisms, not drugs, precise dosages are not as important. It also varies by individual because certain dogs and cats are subjected to different environmental toxins and fed diverse pet foods. A typical daily dosage for a 50lb dog is 1 billion or so live organisms. However, the number of viable organisms varies greatly by product, so this is where quality really counts. You could have a product that promotes 2 billion live organisms compared to another that offers only 1 billion. Yet, the one with the smaller probiotic count on the package may actually have more viable, or living, organisms that enter your pet’s digestive tract. 5. Provide your dog or cat with probiotics when using antibiotics or steroids This is actually the time when your pet needs a probiotic supplement the most. Antibiotics and steroids destroy the mucous lining of the gut and with it the abundance of beneficial flora. Antibiotics don’t discriminate between good and bad microorganisms, and unfortunately opportunistic organisms, like Candida albicans, will flourish once the antibiotics are discontinued. When using antibiotics, supplement your dog or cat with probiotics at least two hours after the treatment (right before bed is a great time) and when the antibiotic treatment is complete double or triple the probiotic dosage for 7-10 days. 6). When probiotics are first used they can cause discomfort Experiencing digestive upset with probiotic use is most likely caused by the feeding of poor quality commercial pet food that is hard to break down and digest. Consequently, it moves slowly through the intestines allowing some fecal plaque to adhere to your pet’s intestinal walls. Once it gets a toehold, it thickens over time. Even fairly young animals can experience some blockage as a result of this build up. Probiotics will slowly begin to dissolve the fecal matter, and during this clearing/cleansing process, pathogens and microbes that were covered up with layers of fecal matter will be exposed and can cause episodes of diarrhea or vomiting. Depending on the buildup, it may take a few months before it is completely removed. To help restore your animal’s health and happiness we suggest a healthier, more digestible diet and reducing the dosage of probiotics to a level tolerated by your animal, building back up gradually as your animal begins to feel better. Also, a good fiber supplement with psyllium seeds will help clear away the debris in your dog or cat’s intestinal tract. 7). Supplement with numerous strains of beneficial bacteria Many commercial brands of probiotics contain one or two strains of bacteria. That is not optimal because different microorganisms bring different benefits to the table and over supplementing with one type can lead to imbalances in the body. The most common strains found in probiotic supplements are Lactobacillus acidophilus and Bifidobacterium bifidum, and while they may supply a good match for what is found in your pet’s GI tract, there are many other probiotic species that would be beneficial. 8). Not only antibiotics kill beneficial flora Anything that places stress on the body can reduce levels of friendly bacteria. Common culprits include a diet with low-quality ingredients, NSAIDs, surgery, various medications, acute and chronic diarrhea, chlorinated water, artificial ingredients and preservatives in food, toxins in food and the environment, and stress. What can you do? Feed a high, quality, whole food diet (preferably raw). Filter your pet’s water, that chlorine was put in there to kill microorganisms, and unfortunately, even well water can be contaminated. Avoid the use of pharmaceutical drugs whenever possible. Much of what a vet prescribes antibiotics for can be accomplished with immune system support using herbs such as echinacea or olive leaf and wonderful antimicrobials like a silver hydrosol. 9). Those symptoms your dog or cat has can often be linked to dysbiosis Dysbiosis is an imbalance between the friendly and unfriendly bacteria in the GI tract and occurs when something damages the beneficial flora allowing opportunistic bacteria to gain a foothold. This imbalance where undesirable bacteria begin to flourish plays a role in many of the chronic disorders we see today. Symptoms in your dog or cat can include bad breath, diarrhea, constipation, excessive gas, foul smelling stool, allergies, autoimmune disease, skin conditions; poor vitamin K synthesis which can cause blood clotting problems and low bone density; magnesium deficiencies which can lead to asthma, migraines, fibromyalgia, anxiety, depression, urinary incontinence and other related disorders; B vitamin deficiencies which can lead to lowered blood pressure, abnormal gait, lowered uric acid levels and lowered hydrochloric acid levels which can lead to malabsorption issues; irritable bowel syndrome, celiac disease, dairy intolerance and frequent vaginal, yeast, bladder and sinus infections. 10). Fermented foods are a great source or probiotic cultures Functional foods like kefir, yogurt and sauerkraut can do a world of good for your dog or cat. Unfortunately, what is found in the supermarket are not real examples of these products. Kefir is a food derived from raw goat or cows milk and is rich in beneficial bacteria and yeasts (some yeasts are good!) and is generally made at home using kefir grains. Yogurt is another superfood derived from milk, however, most of the products found in the supermarket don’t resemble the real thing. Most yogurt nowadays is processed and then freeze dried cultures are added before packaging. Shelf life and taste is the real important thing here, so sugars predominate and the amount and variety of probiotic cultures provides little benefit. Sauerkraut can be a functional food powerhouse, however, the mass produced varieties are made with vinegar, again for shelf life and ease or manufacture, so they provide little of the health benefit real fermented cabbage and other vegetables provide. The only option, really, is to make these products at home, which can be fun if you have the time, or to use a high-quality probiotics supplement for your dogs and cats. Shop for Probiotics Supplements for Dogs and Cats

  • Cats
  • Health
  • Nutrition
Top 10 Tips for Using Herbs for Dogs and Cats

Top 10 Tips for Using Herbs for Dogs and Cats

1). Use herbs in their whole form Providing your dog or cat with an herbal remedy formulated from the whole herb, or the most commonly used portion of the medicinal plant, is almost always preferable to standardized extracts. When using herbs in this manner your pet not only gets the active constituent, or the phytochemical thought to have the most therapeutic value, e.g., silymarin in milk thistle, but they also receive the benefits of supporting constituents in the herb that can act as adjuncts, moderate potential side-effects and contain nutritious vitamins and minerals. 2). Purchase from a trusted retailer/manufacturer Along with the popularity of herbal remedies for dogs and cats comes the rise in the number of unscrupulous manufacturers. The potency and effectiveness of a specific herbal remedy is in direct correlation to its freshness and standards of manufacture. There are many remedies out there that are formulated with herbs that are past their useful life, along with remedies that contain little of what is indicated on the ingredient panel. The only thing a consumer can do is place trust in the retailer or manufacturer from which they purchase the herbs for their pets. A pet parent can help develop trust by asking questions about why a business carries a particular line of herbal remedies, or, if a manufacturer, what attention do they put into their ingredients and the manufacturing process, and make sure they receive a knowledgeable answer; if not, move on because you most likely will waste time and money. 3). Herbs alone are not a panacea Herbal remedies can be very powerful and provide help with many acute and chronic illnesses. However, they are not miracle workers. Using herbs for your pets must be viewed in a holistic fashion. This means that herbal remedies should be used as part of a wellness protocol that takes your entire animal into account. Your pet’s diet should be biologically appropriate, preferably raw, but at the very least containing foods as close to their natural, whole food form as possible. If you feed a kibble or canned diet you should feed an enzyme formula to help your dog or cat digest the gluten, starches and other processed ingredients found in dry and canned foods. A probiotic formula is highly recommended because if your pet is like many others, he has had his fair share of antibiotics and his beneficial intestinal flora has suffered as a result. Your dog or cat should also get daily exercise to help with lymphatic flow and the maintenance of lean muscle tissue and also to prevent boredom and lethargy. 4). Understand the medicine you are using The use of herbs can have very potent beneficial effects on your dogs and cats, and while not being drugs, they do form the basis of many of our pharmaceuticals and can have similar undesirable side-effects. For instance, many of us have heard of milk thistle and its useful effect on the liver; it can be detoxifying and hepatoprotective. However, there is also the belief that its over-use on a healthy liver can actually reduce liver function. What about licorice? It can be a very effective anti-inflammatory due to the constituent glycyrrhizin. However, this very beneficial phytochemical found in licorice, if abused, can also produce side effects similar to hydrocortisone and lead to hypertension and fluid retention. What to do? Find a retailer with an herbalist on staff, because that will be a clue that this is a company more dedicated than others to natural healing. In addition, purchase a book from a well-respected author and get on your way to becoming a knowledgeable user of herbal remedies for your dog or cat. 5). Select the philosophy of herbal medicine that suits you There are three principle philosophies of herbal medicine: Traditional Chinese Medicine (TCM), Ayurvedic Medicine and Western Herbalism. Traditional Chinese Medicine focuses on the use of herbal combinations or formulas to strengthen and support organ system function. Ayurvedic Medicine originated in India and the Middle East and involves a very holistic approach of using herbs, eating certain types of food and modalities like massage and yoga that nurture the mind, body and spirit. Both of these approaches are very holistic in nature and can be quite complicated for the average person. Western Herbalism is the youngest of the three and draws from herbal traditions of Europe and the Americas. It relies on the synergistic and curative properties of plants to maintain health and rebalance and tonify the body. Even though it is best to use Western Herbalism in a holistic fashion, which involves diet, supplementation and exercise, it is much easier to grasp and most of the herbs are available in organic form right here in the USA. So, out of the three philosophies, Western Herbalism is better suited for the average do-it-yourself pet parent. 6). Choose the best type of herbal formula for your pet Herbs are available for internal use in a variety of forms such as powders, capsules, tablets and tinctures. In addition, herbs can be brewed into teas or infusions for administration both orally and topically. Herbs in powdered form are easy to add to food and provide all the nutrients the herbs have to offer in their natural form. While easy to administer, some animals can be sensitive to their taste or smell, so if this is the case with your dog or cat, using capsules or tablets can be a good alternative. Just be aware that there are typically synthetic ingredients added to capsules and tablets that assist with the manufacturing process. A tincture is an herbal remedy derived by placing herbs in an alcohol or glycerin (called a glycerite) solvent to break down the plant material and release the active constituents into the liquid. An advantage here is that the body quickly and easily utilizes the concentrated active constituents of the herb, making them useful for both acute and chronic illness. Alcohol is generally considered to be the best solvent, meaning that more of the beneficial properties of the herb are removed, but glycerin is a good alternative and tastes better so it is easier to get into an animal and is preferred for dogs, cats and birds as well as those animals sensitive to alcohol or who suffer with liver or kidney disease. 7). Understand how to use herbs properly It is generally recommended to begin with only one herbal remedy at a time when possible. This is because you want to be able to witness any positive effects or signs of intolerance due to its use. It is much more effective to dose your companion with herbs two or three times per day, rather that in one large dose, to allow the herbs to remain and build up in the system. If your companion is currently on any conventional medications you should be aware of any possible contraindications. To do this check with a person educated in herbal medicine, like a Master Herbalist or a knowledgeable holistic veterinarian familiar with herbs. 8). What to do with signs of intolerance Depending on an individual animal’s response, suggested dosages may need to be adjusted. If signs of intolerance are seen, such as nausea, vomiting or diarrhea the remedy should be discontinued for a couple of days. After this pause, you may try again with 1/2 the original dosage to see if a lower dose may be tolerated. The opposite may also be true, where an animal is not responding to the recommended dosage, and in this case a VERY gradual increase in 10% increments up to 50% above the suggested dosage may be tried to see if any improvements are seen. The guidance of a good person/company with knowledge of the herbs being used may be helpful at this time. 9). Duration of use of the herbal therapy The duration of an herbal therapy varies by animal and in relation to the imbalance or symptoms you are confronting. Seasonal herbal cleanses generally last two weeks, the use of herbs to relieve allergy symptoms can run from two weeks before, and then throughout, the allergy season and an herbal therapy used to support a thyroid condition may have to be used over the course of an animal’s lifetime. When you are using herbs medicinally for an extended period of time, it is recommended that you take breaks in the schedule of herbal treatment. This is done to make sure an animal’s body does not develop a tolerance to the herbal remedy and to give the body a chance to eliminate any excesses that could produce undesirable symptoms over time. One recommended course of action is to take two days off from the herbal therapy every week - five days on, two days off. Another is to take one day off per week, one week off every six weeks and one month off every six months. After a couple of weeks or so on the maximum dosage, if no results are seen, it may be time to try another herb or holistic remedy or consult with a herbal specialist. 10. Practice patience We are all eager to see immediate results, but that is not how herbal remedies work. It takes time for herbs to build up in the system, and it may take several days or longer to see the effectiveness of a particular remedy. The difference between a successful herbal therapy and, for example, resorting to a steroid treatment, often amounts to a day or two of patient waiting. The severity of the condition and overall health of the animal will also play a role. However, the use of the correct herbal remedy can be very rewarding for your pet, allowing your dog or cat to avoid many of the potential drawbacks of pharmaceutical drugs. After all, you can always resort to medication as a last resort after more holistic and natural options have been failed to produce the desired results. Shop for Herbal Remedies for Dogs and Cats

  • Cats
  • Dogs
  • Health
  • Nutrition
Taurine for Dogs and Cats

Taurine for Dogs and Cats

  What is taurine for dogs and cats? Taurine is an amino sulfonic acid, but it is often referred to as an amino acid, a chemical that is a required building block of protein. Taurine is found in large amounts in the brain, retina, heart, and blood cells called platelets. The best food sources for taurine are meat and fish. In most animals it is a “conditional amino acid” in that it can be synthesized by the body. However, in members of the cat family, it becomes an “essential amino acid” because it can not be manufactured by the body and must be provided by the diet. Taurine is essential for cardiovascular function, the development and function of skeletal muscle, retinal health and the function of the central nervous system. If you feed a commercial processed pet food (canned or kibble diet) that is likely low in natural taurine, it will contain a synthetic substance produced in a laboratory by a chemical process but still misleadingly referred to as taurine on the label. Is taurine an essential amino acid for dogs and cats? For dogs taurine is a “conditional amino acid” meaning it can be manufactured by the body from other amino acids. However, for cats it is an “essential amino acid”. In the body the biosynthesis of taurine begins in the pancreas with the enzyme cysteine dioxygenase (CDO) converting the amino acid L-cysteine to cysteine sulfinate followed by the oxidation of hypotaurine to taurine. Cats lack the enzyme necessary to produce taurine and must therefore acquire it from their diet. The absence of taurine causes a cat's retina to slowly degenerate, causing eye problems and (eventually) irreversible blindness – a condition known as central retinal degeneration (CRD) as well as hair loss, tooth decay and feline dilated cardiomyopathy leading to heart failure. The availability of taurine is affected depending on how the food is prepared, with raw diets retaining the most taurine, and baking or boiling resulting in the greatest taurine loss. What is taurine good for in dogs and cats? Taurine plays a role in many physiological functions, however for the purpose of this answer we will describe what taurine is primarily used for with dogs and cats. Taurine plays a role in the maintenance of normal contractile function of the heart. Without sufficient taurine in the diet, or the essential amino acids that form taurine, an animal can develop dilated cardiomyopathy. This is a condition in which the heart's ability to pump blood is decreased because the heart's main pumping chamber, the left ventricle, is enlarged and weakened. This can lead to heart failure if taurine is not added to the diet soon enough. A taurine deficiency can also cause an animal’s retina to slowly degenerate, causing eye problems and (eventually) irreversible blindness. This condition, called central retinal degeneration (CRD), is not reversible with taurine supplementation. Because taurine aids in the movement of potassium, sodium, and calcium in and out of the cells, sufficient levels are important for the normal functioning of skeletal muscle contraction. What foods contain taurine for dogs and cats? The highest amounts of taurine can be found in shellfish, especially scallops, mussels, and clams. For dogs and cats the highest levels can be found in the dark meat of turkey and chicken but is found in all meat and fish.You can find particularly large amounts of taurine in the brain and heart; this is why we recommend a heart glandular that contains natural taurine for our clients with heart conditions. The availability of taurine is affected depending on how the food is prepared, with raw diets retaining the most taurine, and baking or boiling resulting in the greatest taurine loss. How much taurine for dogs and cats? Studies suggest taurine should be supplied at 10 mg/kg (5 mg/lb) of body weight per day for domestic cats. Supplementation is not necessary if cats are fed a raw meat diet. The story is similar for dogs as they obtain all they need from a raw meat diet. Dogs differ from cats because their body can synthesize taurine. However they need sufficient quantities of the amino acid methionine start the process. This can be found in sufficient quantities in meat and fish but must be supplemented in diets deficient in real meat like many processed pet foods. What does taurine do for dogs and cats? Taurine provides most animals with an important “conditional” amino acid (meaning it can be synthesized from other amino acids) that is extremely important to their cardiovascular health, the development and function of skeletal muscle, retinal health and the function of the central nervous system. For animals in the cat family taurine is even more important because it is an “essential” amino acid because it must be provided in the diet. Where can I buy taurine for dogs and cats? Synthetic taurine supplements can be found anywhere. However, if you would like a natural taurine supplement for your dog or cat you should try our Heart Glandular. This heart tissue is a superb natural source of taurine from grass-fed New Zealand cows that will help to keep your animal’s heart and eyes healthy. References Taurine: a very essential amino acid. Retrieved from: https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3501277/ Taurine. Retrieved from: https://www.webmd.com/vitamins/ai/ingredientmono-1024/taurine Taurine and skeletal muscle function. Retrieved from: https://www.ncbi.nlm.nih.gov/pubmed/25415270

  • Cats
  • Dogs
  • Nutrition

High Pressure Processing (HPP): is it Safe for Pet Dog and Cat Food?

High Pressure Processing (HPP) is a process in which food is subjected to high pressure (up to 100,000psi). This pressure is applied uniformly around and throughout the food product so as to maintain the characteristics of the fresh food. HPP is used to destroy pathogenic organisms and it is believed that this process does not diminish product quality, such as flavor, texture and color, as does heat processing. HPP is used by industry to extend shelf life. Its use is being spurred on by an environment of fear that is pervasive within our society, but at what cost and with what risks? Many of us are aware of the harm that pasteurization does to raw milk. Yes, it kills potentially harmful bacteria, but safe handling, sanitary conditions and stringent safety measures would prevent the presence of this bacteria in the first place. However, the effects of pasteurization on milk are even more insidious. The heat used during this process does kill bacteria and extend shelf life, but it also destroys heat sensitive nutrients like vitamin C and beneficial microorganisms, changes the structural form of lactose, makes calcium less absorbable, destroys iodine content and destroys other vital, health giving qualities that are found in raw milk. And this next part gives a clue to where I am going with HPP. When the lactic acid bacilli, found in raw milk, are killed by pasteurization, the milk does not sour, which is very widely used for its health benefits, but instead quickly decays and undesirable microorganisms multiply very quickly. So the process of pasteurization not only destroys vital nutrients, but can make milk more dangerous if it is not stored properly or gets re-contaminated by pathogenic bacteria at some point during the manufacturing process. While I acknowledge that HPP destroys pathogenic bacteria, a concern is the fact that the beneficial bacteria, enzymes and other functional proteins are known to be destroyed during this process. But what effects don’t we know about at this time? Well, one thing we do know is that the beneficial bacteria found on raw food products, as well as those found in your gastrointestinal tract, are responsible for keeping colonies of pathogenic bacteria from multiplying quickly through competitive inhibition (competing for growth). This leads to my primary concern, which is, once these friendly bacteria are destroyed along with the unfriendly bacteria, there is nothing to keep the pathogenic bacteria from growing out-of-control if the food product is re-contaminated during manufacturing. This is exactly what has happened with several popular brands of kibble dog food recently, as well as over the last several decades, and this re-contamination with pathogenic bacteria, like Salmonella, after the cooking process, without the presence of friendly bacteria, can make people and animals sick. I fear raw pet food manufacturers, like Nature’s Variety and Stella and Chewy’s, are opening up a Pandora’s Box by using HPP, I hope others don’t follow suit. I believe that HPP appears to be safe, according to the information we have available today. Do I support its use on raw pet food? No, for the reasons listed above, and I will tell you a quick story that applies to the use of HPP and supports my position. We always give our cats a little treat before bed, which consists of an ounce or so of their favorite raw cat food. Sometimes they would not finish it all and I would find them munching on it the next morning after it had sat out at room temperature for eight or nine hours or so. I would always rush to try to get the left-over before they ate it because I was concerned with it having sat out unrefrigerated for so long, until I realized that they never got sick. My nineteen year-old cat Lacy would do this every morning as she did for years, and never got sick a day in her life! Why do I tell you this story? Because it was the presence of the beneficial bacteria that existed on this unprocessed raw food that kept any pathogenic bacteria at bay by preventing their population from multiplying. Would Lacy have become ill if I fed her a raw food treated with HPP? Yes, I believe she would have, because all the friendly bacteria would have been destroyed during processing and pathogenic bacteria, prevalent in our environment, could have multiplied unimpeded and contaminated her food. Whenever people come to me concerned with the use of raw food, I remind them that it is kibble and canned pet food that has sickened or killed our dogs and cats over the last few decades, not raw food. I whole heartedly support the use of unprocessed raw food for three reasons: raw food contains whole-food nutrition in a natural form that an animal’s body can easily digest, absorb, metabolize and eliminate what isn’t used and it contains beneficial bacteria, that are not only healthy, but control the growth of pathogenic bacteria that could make our animals sick. In addition, and this is very important, cats and dogs have a gastrointestinal tract that has evolved to deal with the presence of bacteria that can be found in raw food, much more so than the human GI tract. HPP in effect turns raw food into a processed food, and there is potentially trouble down the road for raw pet food manufacturers that choose to proudly market this process, like the two mentioned above, or those that succumb to fear and ignorance.   References 1). From Armchair Science, London (April 1938); Raw Milk Vs. Pasteurized Milk; http://www.realmilk.com/rawvpasteur.html; 11/06/2010 2). High Pressure Dynamics, Inc.; http://www.highpressuredynamics.com/; What is High Pressure Pasteurization?; 7/30/2010 3). Ohio State University Extension; http://ohioline.osu.edu/fse-fact/0001.html; High Pressure Processing; 7/30/2010  

  • Cats
  • Dogs
  • Nutrition

Foundations of Healthy Pet Nutrition

The foundation for any healthy food plan for your animal companion includes: A nutritious Whole Food Diet A quality Vitamin/Mineral Supplement Digestive Enzymes Probiotics Healthy Fatty Acids Whole Food Diet In our opinion, a whole food diet is the most important part of the foundation for health and longevity. A diet consisting of unprocessed whole foods is rich in vitamins and minerals and associated nutrients, many of which science hasn’t even identified yet, that work synergistically in the manner nature intended and the body is designed to use. How can corporations and food scientists duplicate what nature originally created? The answer is they can’t! The nutrients in commercial diets are often degraded, molecularly changed or completely lost as a result of processing, which usually involves high heat and pressure. "Ninety per cent of the diseases known to man are caused by cheap foodstuffs. You are what you eat." -nutritionist Victor Lindlahr We focus on “species appropriate” diets. For carnivores that includes a raw diet consisting of muscle meat, organs and bones, preferably from human-grade, antibiotic and hormone-free, humanely-raised sources that have access to the outdoors, along with nutritious vegetables and fruits and minimal, if any, whole grains and deriving all, or the majority of their nutrition, from whole food sources. If you can’t, or do not wish to, feed a raw food diet you should focus on the highest-quality processed food diet you can afford that derives the majority of its nutrition from whole-food sources. For most birds a species appropriate diet would consist of sprouted seeds and grains, a premium seed mix with human-grade ingredients, a minimally processed, all-natural pellet diet, and a variety of fresh fruits and vegetables. For rabbits and other small pets the diet should consist primarily of a high-fiber hay (such as timothy), fresh vegetables, minimal fruits, and supplemented with the highest quality, all-natural pellet or seed diet (depending on the species) that you can find. Vitamin/Mineral Supplement Even the best quality diet benefits from the addition of a high-quality vitamin and mineral supplement. Because of agricultural practices, soil has become depleted of important minerals and shipping and storage often leave our fruits and vegetables depleted of nutritious vitamins. Research shows that the fruits and vegetables we enjoy today contain a fraction of the nutrition they did only several decades ago! In addition, contaminates and pollutants found everywhere today place an additional heavy burden on the body. In an attempt to make their foods nutritionally viable and make up for the destruction of nutrients during processing, many commercially prepared diets add synthetic vitamins –often incorporating a third of the ingredient panel or more! Synthetic vitamins do not provide the same benefits as nutrients found in their natural form because they differ molecularly so the body does not recognize them and they are not easily utilized. You may also find these synthetic products in powder, tablet or capsule form to be added to your animal’s diet. They are usually inexpensive, with good reason, and testing has often shown them to be contaminated and/or deficient in what is advertised on the label. Research is beginning to show the negative health consequences of consuming isolated synthetic vitamins and minerals and we are sure you will be hearing more about this in the future. We focus on whole food vitamin and mineral supplements, which consist primarily of nutritious foods in a natural form that your animal’s body can easily utilize. These supplements are rich in natural forms of vitamins and minerals, enzymes, coenzymes, phytochemicals and other substances, many of which science has yet to discover, that work together synergistically to provide your animal with balanced, easily assimilated nutrition. We recommend you use a variety of products and rotate so your animal companion receives a full range of balanced nutrition over time. Digestive Enzymes Digestive enzymes are the functional proteins that assist with the digestion of foods and the assimilation of nutrients. Without them the body, particularly the pancreas, must work harder to secrete its own enzymes and often malabsorption issues result. Raw and fermented foods contain the live enzymes needed for digestion so your animal receives the benefit of all available nutrients. However, once a food is processed at a temperature above 115 degrees, all enzymes are destroyed. This pertains to all kibble and canned dog and cat foods and pellet diets for birds and small pets (except cold-processed pellets). In nature, an animal’s diet is designed to provide a large majority of the enzymes from raw plant matter, sprouted seeds or the contents of an animal’s stomach (raw green tripe) in the case of carnivores. This is very important for the health of an animal, especially as an animal ages and the body produces less enzymes. We recommend the addition of enzymes with every meal. Doses can be reduced by half when feeding a primarily raw food diet. Fresh sprouted seeds and grains and raw fruits and vegetables can be used to supply birds and small pets with a rich supply of living enzymes. The more common digestive enzymes include: Proteases - aid in digestion and utilization of protein & other nutrients Amylase - digests carbohydrates and starch Lipase - digests fats Bromelain - a protease derived from pineapple Papain - a protease derived from papaya Cellulase & Hemicellulase - help the body break down and derive nutrients from plant cellulose Probiotics Probiotics are beneficial bacteria, the “good” or “friendly” bacteria that populate the entire digestive tract, and play an important role in digestion, nutrient assimilation, the production of certain vitamins and immune system function. These good bacteria can be depleted for a variety of reasons including poor diet, antibiotic and steroid use, NSAIDs (non-steroidal anti-inflammatory drugs), surgery, medications, acute and chronic diarrhea, chlorinated water, artificial ingredients and preservatives found in poor quality foods, toxins found in food and the environment, and stress. Examples of beneficial bacteria include various species of Lactobacillus, Acidophilus, Bacillus, Streptococcus, Enterococcus, Bifidobacterium, and beneficial yeast such as Saccharomyces cerevisiae. We recommend providing your animal companion with a probiotic supplement everyday, and doubling the dosage for two weeks following any antibiotic use. This will insure that a steady supply of beneficial bacteria is provided to replace those lost and ensure the colonies of “good” bacteria out-compete any “bad” or pathogenic bacteria. Make sure a supplement containing a variety of beneficial organisms is used, not just acidophilus for instance, or an imbalance will result. Essential Fatty Acids Essential Fatty Acids (commonly called EFAs) are fat based nutrients that every mammal needs to maintain healthy function and structure of smooth muscle organs and systems (heart/reproductive/digestive), to protect and build liver cells and to maintain healthy skin, coat and joint tissue. Scientifically speaking, when the term “essential fatty acid” is used it is referring to fatty acids that cannot be created by the body and must be obtained through the diet. The only two true essential fatty acids are an omega 3 polyunsaturated fatty acid called Alpha Linolenic Acid (ALA) and an omega 6 polyunsaturated fatty acid called Linoleic Acid (LA) from which all other fatty acids can be created within the body. Many of us focus on two omega 3 fatty acids called eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA) because of their anti-inflammatory health benefits. You may be wondering why we recommend EPA and DHA instead of the essential fatty acids ALA and LA since the body should just synthesize them anyway. Well, in a perfect world that would be true and you could just take the essential fatty acids and the body would produce all the rest. However, everything does not always work perfectly and often an animal’s body does not produce enough enzymes for the efficient conversion of all the other fatty acids. This deficiency can be caused by genetics, age or a liver problem. EPA, DHA and other anti-inflammatory omega 3 fatty acids take on more importance when taking into account the large amount of pro-inflammatory omega 6 fatty acids obtained through diets rich in grains or from meat sources fed a primarily grain-based diet (as is most of our meat in this country) or free-range meat sources finished on feed lots. You can reduce the need for supplementation by providing your dog or cat with true free-range meat from New Zealand as is found in K-9 Natural and Feline Natural raw pet foods. The ratio of omega 6’s to omega 3’s in a typical processed diet far exceeds the proper ratio range of 1:1 to 4:1 and requires the supplementing of omega 3 fatty acids. For most mammals we recommend supplementing with fish oil, rich in EPA and DHA, for healthy anti-inflammatory benefits for the skin, lungs, heart and joints. The majority of our products feature non-predatory fish species that contain less dioxin than salmon oils and are sustainably harvested and certified free of heavy metals and other toxins. It is also important that the fish oil contains natural vitamin E as an antioxidant because polyunsaturated oils oxidize quickly and can deplete the body of this important vitamin. Since fish oils can thin blood and reduce blood clot formation, speak with your veterinarian about reducing or eliminating these from the diet prior to any surgery. It appears that linoleic acid (omega 6) is the primary essential fatty acid for birds. They can receive plenty of this fatty acid from a diet that contains some seeds and grains (approximately 10% of the diet), preferably soaked or sprouted. In addition, your birds should receive some alpha linolenic acid (omega 3) from flax seeds and nuts, such as walnuts. A lot to know, but you have us! Please feel free to ask for assistance from The Pet Health and Nutrition Center Staff. We are happy to help you achieve the highest possible level of health and happiness for your animals using a holistic approach to wellness.

  • Cats
  • Dogs
  • Nutrition

Dictionary of Pet Food and Product Additives

A Artificial Flavor - Means any substance, the function of which is to impart flavor, which is not derived from a spice, fruit or fruit juice, vegetable or vegetable juice, edible yeast, herb, bark, bud, root, leaf or similar plant material, meat, fish, poultry, eggs, dairy products, or fermentation products thereof. Furthermore, most of the chemical compounds in artificial flavors are not recognized as food by our digestive systems and are not metabolized. That's why you won't find them listed in the Nutrition Facts chart; they are not nutrients. To make an artificial flavor, a flavor chemist (called a flavorist) in a laboratory has to create a molecule that mimics the molecule in a food that provides its flavor or select and blend the right chemical compounds in the right amounts to simulate the natural flavor. This is often done much more cheaply than trying to extract the flavor from a natural food in the quantity needed. Ascorbic Acid - A water-soluble sugar acid with antioxidant properties commonly known as vitamin C. Ascorbic acid is found in plants, animals, and single-cell organisms. All living animals either make it, eat it, or die from scurvy due to lack of it. Reptiles and older orders of birds make ascorbic acid in their kidneys. Recent orders of birds and most mammals make ascorbic acid in their livers where the enzyme L-gulonolactone oxidase is required to convert glucose to ascorbic acid. Humans, guinea pigs, and some other primates are not able to make L-gulonolactone oxidase because of a genetic defect and are therefore unable to make ascorbic acid in their livers so it must be provided by their diet. B Bisphenol A - Found in polycarbonateplastic type 3 & type 7 (located in the recycling symbol on the container). A hormone-disrupting chemical (endocrine disruptor)linked to Down's syndrome, early onset ofpuberty, obesity, hyperactivity, and breastand prostate cancer. Almost all plastic babybottles are made from polycarbonate plastic,as well as popular reusable water bottles(like some Nalgene brand bottles) and largewater cooler jugs. In addition, a resin madewith bisphenol A coats the inside of aluminumand tin food cans. Bisphenol A leachesreadily into food and liquids. There is no lawprohibiting its use, and currently, very fewmanufacturers have taken any action to stopusing polycarbonate plastic in their products. With the headlines in 2008 in which several governments issued reports questioning its safety that may change. C Cellulose - An organic compound that forms the structural component of the primary cell wall, or fiber, of green plants. Cellulose is not digestible by mammals, with the exception of ruminants, and is often referred to as 'dietary fiber' or 'roughage', acting as a water soluble bulking agent for feces. Powdered cellulose (Microcrystalline cellulose) is also used as an inactive filler in tablets and as a thickener and stabilizer in processed foods. We are not aware of any toxicity issues. Cetyl Alcohol - AKA Palmityl Alcohol - A solid organic compound whose name "cetyl" derives from the whale oil (Latin: cetus) from which it was first isolated. No longer primarily produced from whale oil, but instead either as an end-product of the petroleum industry, or produced from vegetable oils such as palm oil and coconut oil. Production of cetyl alcohol from palm oil gives rise to one of its alternative names, palmityl alcohol. Used in the cosmetic industry as a surfactant in shampoos, or as an emollient, emulsifier or thickening agent in the manufacture of skin creams and lotions as well as a lubricant for nuts and bolts. It has a low toxicity for both skin and ingestion and is sometimes used as a laxative. Can act as a skin irritant but has a "Low Hazard" rating of '1' (out of '10') at the Skin Deep Cosmetic Safety Database. Chemical Preservative - Any chemical that, when added to food, tends to prevent or retard its deterioration and spoilage. Examples include substances such as BHA, BHT, ethoxyquin and propylene glycol. These chemicals are also known as antioxidants because they prevent the oxidation of primarily fats and oils which go rancid quickly when exposed to oxygen. Many are linked with liver and kidney problems as well as increasing the risks of various cancers and tumors. Dramatically increase product shelf-life. Chicken - The clean combination of flesh and skin with or without accompanying bone, derived from the parts or whole carcasses of chicken exclusive of feathers, heads, feet and entrails. Whole chicken is preferable to meal because the source and quality of the product is more easily determined by concerning manufacturers. Because of the assumed higher quality and the higher moisture content that requires more chicken as opposed to drier, more concentrated chicken meal, chicken is much more expensive. Chicken Meal - The dry, rendered product from a combination of clean flesh and skin with accompanying bone, derived from whole carcasses of chicken, exclusive of feathers, heads, feet and entrails except in such amounts as may occur unavoidably in good processing practices. Basically, meal is dehydrated meat and a concentrated source of protein. As long as the species is defined, and not just “meat meal”, it is not necessarily inferior to whole, fresh meat. However, the source does matter because some product can have excessive bones or fat, come from chicken that has spoiled, be from low quality or diseased animals or can be poorly processed at excessively high temperatures that can ruin valuable amino acids. What source of chicken meal do you think those inexpensive supermarket or big box store brands use? Manufacturers use chicken meal because it provides a higher concentration of nutrients than whole chicken at a lower cost. It is never suitable for human consumption because it is rendered. Citric acid - Primarily used as a flavoring agent to add an acidic or sour taste to foods and drinks and a natural preservative. When used in certain household products its buffering action helps to control Ph. When used in soaps and shampoos its chelating effect (bonds with minerals and metals) helps soften water, allowing products to produce a foam and work better. Because of citric acid’s chelating ability, it can help to take certain minerals with citric acid (for example calcium supplements in the form of calcium citrate), since the body will more easily digest chelated minerals. Can be a skin and eye irritant and in high concentrations can damage hair and tooth enamel. Stomach sensitivity to citric acid can occur in some people. Occurs naturally in fruits and vegetables with the highest concentrations found in citrus fruits such as lemons and limes. However, today the majority of citric acid is derived from certain strains of mold fed an inexpensive sugary solution such as hydrolyzed cornstarch. More than 50% is produced in China. Rates a 4 out of 10 in the Skin Deep Cosmetics Safety Data Base and its use is restricted in Canadian cosmetics because of its skin, eye and lung irritant effects. Corn Gluten Meal - A byproduct of corn processing used for animal feed and corn sweeteners and corn syrup for the human food industry. Primarily used as a low-cost protein source for pet foods. Studies have shown that animals fed a diet consisting exclusively of corn gluten meal as the protein source had greater muscle loss in 10 weeks than dogs fed a similar diet containing chicken protein! Other studies have reported that corn gluten meal was not as digestible, reduced calcium and magnesium availability and did not improve urinary predisposition to crystal formation relative to meat meal. The only way this cheap protein source can be of any benefit to animals is when combined with meat protein, and unfortunately there is usually very little high-quality meat protein in the foods that use these types of ingredients! As a final thought, 1.35 million tons of corn gluten meal is currently consumed by the livestock market, so when you and your animals consume factory farmed or conventionally raised meats, you are consuming a lot of corn gluten meal. That is why we always recommend grass-fed or free-range meats and eggs as the healthiest and most nutritious protein sources (though you have to be careful of the source because beef can be “finished” on grain feed lots)! Cyanuric Acid - A non-protein nitrogen (NPN), a term used in animal nutrition to refer collectively to components including urea, biuret, and ammonia, which are not proteins but can be converted into proteins by microbes in a ruminant’s (ex. cow's) stomach. Due to their lower cost, compared to plant and animal proteins, their inclusion in a diet can result in economic gain, but at too high levels cause a depression in growth and possible ammonia toxicity (microbes convert NPN to ammonia first before using that to make protein.) NPN can also be used to artificially raise crude protein values in pet foods, which are measured based on nitrogen content, as protein is about 16% nitrogen, but, for example, urea is 47% nitrogen. The source of NPN is typically a chemical feed additive, chicken waste or cattle manure. D Decyl glucoside - See Decyl Polyglucose. Decyl Polyglucose - Derived from corn, coconut & palm kernel oils by reacting cornstarch glucose with a c6-c16 natural fatty alcohol. It can also be described as being made from corn, glucose & starch. Corn supplies the carbohydrates which are converted with fatty alcohols from native oils, such as coconut or palm kernel oil, into alkyl polyglycosides. Decyl Polyglucose is considered to be an effective, gentle, cleaner with no reported adverse effects and is fully biodegradable. The significance of its considered safety is appreciated when you realize that most of the cosmetic ingredients used for the same purpose such as Sodium Lauryl Sulfate (SLS) are believed to cause health problems. It is used as a mild non-ionic primary or secondary surfactant in cosmetic formulas including baby shampoo and in products for individuals with a sensitive skin. Many natural personal care companies use this cleanser because it is plant-derived, biodegradable, and gentle. It is considered safe but has virtually no safety testing. E F G H I Imidazolidinyl urea - An antimicrobial preservative used in cosmetics. It is chemically related to diazolidinyl urea which is used in the same way. Imidazolidinyl urea acts as a formaldehyde releaser. Some people have a contact allergy to imidazolidinyl urea causing dermatitis. May be derived from animals when excreted from urine and other bodily fluids. Is a human immune system toxicant and skin toxicant. Has a "Moderate Hazard" rating of '5' (out of '10') at Skin Deep Cosmetic Safety Database. K L M Microcrystalline cellulose - Cellulose derived from wood pulp. Because it is naturally occurring and thought to be stable, safe and physiologically inert (odorless and tasteless) it is typically used as an excipient (inactive substance used as a carrier for the active ingredients) in the formulation of tablets and capsules. An indigestible dietary fiber (99.5% dietary fiber) it works well as an anti-caking agent, a binding agent, due to its excellent compression properties, a disintegrant, so tablets dissolve quickly to increase the biological availability of a medicine and as a lubricant (seperating agent) to aid in the tableting procedure. GRAS. Magnesium Silicate - A silicate salt of magnesium used as an anti-caking agent and consisting of a fine, white, odorless and tasteless powder known as talc (finely powdered native magnesium silicate). Gives a slippery sensation to powders and creams. Prevalent in many vitamins, powders, makeups and creams. There may be links to it being a cancer-causing agent upon ingestion because of the high incidence of stomach cancer among the Japanese who like their rice treated with talc. Several studies have also established preliminary links between talc and pulmonary issues, lung cancer, skin cancer and ovarian cancer. This is a major concern considering talc's widespread commercial and household use. In 1993, a US National Toxicology Program report found that cosmetic grade talc caused tumours in animals, even though it contained no asbestos-like fibres. Scientists have been aware of the toxicity of talc since the late 1960s, and in 1971 researchers found particles of talc embedded in 75 percent of the ovarian tumors studied. However, the U.S. Food and Drug Administration (FDA) considers non-asbestiform talc, that is talc which does not contain potentially carcinogenic asbestiform amphibole fibers, to be generally recognized as safe (GRAS) for use in cosmetics. Further study has been recommended because ingestion causing kidney damage in dogs has been reported. Fibrous magnesium silicate, AKA asbestos and chrysotiis, is a chemically inert, white to gray powder used as an extender and/or a filler for high temperature resistance. Both Pleural Mesothelioma and Peritoneum Mesothelioma are primarily caused by the inhalation or exposure to asbestos, an incombustible fibrous mineral of impure magnesium silicate used in various industrial products. GRAS. Magnesium Stearate - A soft, tasteless, odorless white powder insoluble in water. This type of magnesium is the form that manufacturers use in vitamins. The stearate is a very inexpensive synthetic "salt" derived from stearic acid. Magnesium lactate is how it is found in whole foods and "natural vitamins". Because it is widely regarded as harmless, it is often used as a filling and lubricating agent (preventing ingredients from sticking to equipment) in the manufacture of medical tablets and capsules and as an emulsifying agent in cosmetics. When used as a filling agent in the manufacture of capsules and tablets, such as vitamins, the source of this ingredient is typically bovine. However, there is an increasing number of vegetarian options in which the product specifically indicates it contains magnesium stearate from vegetable sources. Stearic acid, from which stearates are derived has been shown to be a skin irritant, sensitizer for allergic people and has caused tumors in experimental animals. A bit of trivia - magnesium stearate is a major component of "bathtub rings". When produced by soap and hard water, magnesium stearate and calcium stearate both form a white solid insoluble in water, and are collectively known as scum. GRAS. Melamine - A high-nitrogen containing compound added by Chinese firms to wheat flour to mimic higher protein wheat gluten and rice protein concentrate, thereby avoiding the processing necessary to extract the wheat gluten. What people did not realize, and research has found evidence of, is that cyanuric acid, found in cattle feed and lower-quality pet foods, and used to artificially raise protein levels, when combined with melamine forms extremely insoluble crystals, leading to the formation of kidney stones and potentially causing kidney failure and death in animals. Most melamine today is derived from urea. See Cyanuric Acid above. N Natural – A product containing no artificial ingredient or added color and is only minimally processed (a process which does not fundamentally alter the raw product) may be labeled natural.” Most foods labeled natural are not subject to government controls beyond the regulations and heath codes. The official AAFCO definition for "natural" as the term relates to pet food is: A feed or ingredient derived solely from plant, animal or mined sources, either in its unprocessed state or having been subjected to physical processing, heat processing, rendering, purification extraction, hydrolysis, enzymolysis or fermentation, but not having been produced by or subject to a chemically synthetic process and not containing any additives or processing aids that are chemically synthetic except in amounts as might occur unavoidably in good manufacturing practices. The committee suggested that an exception be made for synthetic vitamin and mineral additives as long as the product is not used as a dietary supplement, so even in a “natural” pet food there still may be synthetic chemicals. Natural Flavor - A flavor-enhancing substance made from the chemical extracts of natural sources (animals, plants, etc.). Not often realized is the fact that all flavoring additives, natural or artificial, are made by humans. More directly, a natural flavor is defined as a substance extracted, distilled or otherwise derived from plant or animal matter, either directly from the matter itself or after it has been roasted, heated or fermented and whose significant function in food is flavoring rather than nutritional. Note also that a natural flavor need not come from the very food it is flavoring. For example, a flavor chemical derived from chicken -- and it need not taste like chicken -- can be used to flavor a can of beef pet food. "Natural" does not mean it is not a harmful food additive. "Natural" only means that the natural flavor ingredient originated from a natural source. For example, "natural" can mean a type of isolated natural chemical found in fruits, vegetables or meat that may not be good for you and even toxic or a food additive such as MSG which has been found to be a dangerous food additive ingredient for many of the people who consume this so-called natural additive. Why do companies hide ingredients under "natural flavors"? It's considered a way of preserving the product's identity & uniqueness. Sort of like a "secret recipe" - they worry that if people knew what the flavorings were, then someone would be able to duplicate their product. Furthermore, most of the chemical compounds in natural flavors are not recognized as food by our digestive systems and are not metabolized. That's why you won't find them listed in the Nutrition Facts chart; they are not nutrients. Here is something that confuses even me: the vanilla bean derives the majority of its natural flavor from its content of about 2 percent vanillin, known to chemists by its nickname, 4-hydroxy-3- methoxy benzaldehyde. If these natural flavors are extracted into alcohol, the product may legally be labeled Pure Vanilla Extract, that is, as a "natural" flavoring. But if the product contains synthetic vanillin, which can be made by any of several processes, it must be labeled Imitation Vanilla Flavoring. But get this: If the synthetic vanillin was made not by combining chemicals in a laboratory but by allowing bacteria to ferment ferulic acid, a chemical obtained from corn or rice, it may be labeled Natural Vanilla Flavor because fermentation is a "natural" process. The vanillin obtained by both methods, however, is absolutely identical. So, this past Easter when I did not buy that chocolate with vanillin because I thought that it was an artificial flavor, was I right or wrong? Was that vanillin a natural isolate from the vanilla bean or synthetic vanillin? O P Palmityl Alcohol - See Cetyl Alcohol Phosphoric Acid – An inexpensive, colorless, odorless mineral acid made from phosphate rock. Used as a sequestering agent (a preservative that prevents physical or chemical changes) for rendered animal fat as well as an acidifier, emulsifier (allows unblendable substances to mix), antioxidant (prevents oxidation and discoloration) and flavoring agent. Concentrated solutions are irritating to the skin and mucous membranes. Potassium Chloride – A chemical compound composed of potassium and chlorine creating a odorless, colorless crystalline powder with a salty taste. The majority is used for making fertilizer, but in the food industry it is used as a sodium-free substitute for table salt, to replenish potassium and treat hypokalemia (low blood potassium levels). Side effects can include small intestinal ulcers and at higher doses gastrointestinal discomfort including nausea and vomiting, diarrhea and bleeding of the digestive tract can occur. Overdoses cause hyperkalemia which can lead to paresthesia, cardiac conduction blocks, fibrillation, arrhythmias, and sclerosis. Just for trivia - potassium chloride is also used as the third of a three drug combination in judicial execution through lethal injection. Phthalates - Used in many plastics,especially PVC products, including vinyl dog toys, as a softening agent to make the plastic flexible. Phthalates are a group of chemicals,some of which can disturb normal hormonal processes, called endocrine disruptors, often at low levels of exposure. In addition exposure to phthalates is linked to birth defects of the genitals, reproductive problems like altered levels of reproductive hormones in baby boys, early onset of puberty, liver and thyroid damage, testicular cancer and an increased breast cancer risk is also suspected. Q R Rendering - The process generally considered to convert waste animal material or animal byproducts into a more usable form, such as meat & bone meal or poultry byproduct meal, by simultaneously drying the material and separating the fat from the bone and protein. The material used generally comes from slaughterhouses but also includes restaurant grease and butcher shop trimmings, expired meat from grocery stores, the carcasses of euthanized and dead animals from animal shelters, zoos and veterinarians. Rendered products are not fit for human consumption and include products commonly found in pet foods such as meat meals, bone meal and animal fats. The source used for rendering is very important, as some higher quality dog foods can use rendering to produce what is considered to be a higher quality product such as chicken meal. S Sodium Citrate - Sometimes referred to as trisodium citrate, a sodium salt of citric acid. See citric acid for more information. Sodium Tripolyphosphate - The sodium salt of triphosphoric acid. Commonly used as a preservative in seafood, meats and pet foods as well as a food texturizer, builder and moisture retainer. Also act as a water softener allowing toothpaste, soap and other surfactants to work better. Moderately irritating to skin and mucous membranes and ingestion may cause violent purging. In the environment it is assimilated into the natural phosphorous cycle which contributes to the eutrophication of many fresh water systems resulting in an increase excessive plant growth and decay and further effects including lack of oxygen and severe reductions in water quality, fish, and other animal populations. Stearic Acid - Sometimers referred to as octadecanoic acid, is a saturated fatty acid that occurs in many animal and vegetable fats and oils. It is usually prepared synthetically from the hydrogenation of some unsaturated vegetable oils and is commonly a mix of stearic acid and palmitic acid, although purified stearic acid is also available. Commonly used in butter and vanilla flavorings, as a hardener in soaps, candies, candles and dietary supplements (also used here as a parting compound for tablet molds), as a softener for chewing gum and rubber and in many cosmetics to produce a pearly effect. Findings may indicate that stearic acid is less unhealthy than other saturated fatty acids but at the same time it is implicated as being a sensitizer for allergic people, a skin irritant and has caused tumors in experimental animals. GRAS. T Titanium Dioxide - Occurs naturally in minerals. Primarily used as a white pigment, opacifier (makes opaque) and a thickening agent. Because of its high refractive index and its strong UV light absorbing capabilities titanium dioxide is commonly found in sunscreens. Titanium dioxide appears to be relatively safe when applied to the skin and we could not find evidence of ill effects when taken internally. However, there is evidence of respiratory irritation, damage and cancer when exposed to dust or products that may be aerosolized (airborne). Triethanolamine (often abbreviated TEA) - An organic chemical compound used as a pH balancer, surfactant and emulsifier in cosmetic preparations and a variety of other products and uses. Gross pathology has been found in the gastrointestinal tract in fatally poisoned guinea pigs. It is an irritant and skin sensitizer and as with any "amines", it may have the potential to create nitrosamines (powerful carcinogens). Has a "High Hazard" rating of '7' (out of '10') at the Skin Deep Cosmetic Safety Database. Trisodium Citrate - Sometimes referred to as sodium citrate, a sodium salt of citric acid. See citric acid for more information. U Urea - The major nitrogenous end product of protein metabolism, and the chief nitrogenous component of the urine of mammals and some other species. Used in fertilizers as a convenient source of nitrogen and as a non-protein nitrogen (NPN) as an economical replacement for protein fed to ruminants (cattle that can wind up in pet food) or added directly to pet food to artificially raise crude protein values which are measured based on nitrogen content, as protein is about 16% nitrogen, but, for example, urea is 47% nitrogen. The reason your dog can leave brown spots where he/she urinates is because the urea found in urine has a very high nitrogen content that decomposes into ammonia and eventually into nitrates. Concentrated nitrates burn plants and dog urine can be similar to over-fertilizing your lawn in spots. To prevent brown spots, after your dog urinates, especially first thing in the morning when urine is most concentrated, try watering the spot to dilute the “fertilizer”. V W Wheat Flour - A refined grain fraction (part of a grain) that is high in starch and low in nutrition having been significantly modified from its natural composition. Usually involving the mechanical removal of bran and germ and further refining that may include mixing, bleaching, and brominating. Additionally, thiamin, riboflavin, niacin, and iron are often added back in to nutritionally enrich the product. Because the added nutrients represent a fraction of the nutrients removed, refined grains are considered nutritionally inferior to whole grains. Can also contain "tail of the mill" which is the floor sweepings. Reducing whole grains to flour significantly increases the shelf life of the grain because the germ, rich in fatty acids that can go rancid quickly and, unfortunately, essential nutrients, has been removed. Investigation has recently shown that the melamine-contaminated cat and dog food ingredient imported from China was actually wheat flour disguised to make the flour appear more protein-rich and less starchy, thus mimicking a higher-protein product, such as wheat gluten. The question we feel people who are buying low-cost pet food from supermarkets and big box stores should be asking themselves is, “why am I purchasing pet food that uses cheap and potentially dangerous ingredients from China that can kill my beloved companion?”. X Y Z Use your browser's back button to return to previous page.

  • Nutrition
Is Fish Oil Healthy for My Dog or Cat?

Is Fish Oil Healthy for My Dog or Cat?

Fish oil is often recommended for dogs and cats for the omega 3 fatty acids it contains. Omega 3 fatty acids possess anti-inflammatory properties that can be useful for inflammatory conditions like allergies, arthritis and heart disease. However, there is more to this story than just ‘fish oil = healthy, anti-inflammatory qualities’, and our discussion on this topic will help to educate you and support our evolving, less than enthusiastic position on fish oil for general use as a supplement. The Health Benefits of Fish Oil The health benefits of fish oil that receive the most attention include its ability to aid in the treatment of various heart diseases, lower high cholesterol, reduce inflammation associated with arthritis, allergies, skin issues and inflammatory intestinal conditions, treat depression, help remedy eye disorders and help to prevent neurodegenerative diseases such as MS, Parkinson’s Alzheimer’s disease. Most of the health benefits of fish oil can be attributed to the presence of the omega 3 fatty acids Docosahexaenoic acid (DHA) that provides nutrients important for proper fetal development including the eyes, brain and nervous system and Eicosapentaenoic acid (EPA) that provides the primary anti-inflammatory, immune system boosting and platelet aggregation inhibiting properties. Contaminants in Fish Oil Fish oils can contain numerous different contaminants, however the ones most focused on include PCB’s, mercury and dioxin. These are generally the result of industrial pollutants that are directly discharged into waterways or washed into our oceans due to rainfall via runoff or by cleaning the air from this particulate pollution as it rains. A recent study provided some good news when it found that the majority of fish oil products tested contained only very low levels of mercury, ranging from one to six parts per billion per serving. That range is far below the upper safety limit of 100 parts per billion set by the Global Organization for EPA and DHA Omega-3s, or GOED, an industry trade group. What this means is that taking a fish oil supplement can be safer than eating the fish itself as companies use techniques such as molecular distillation to cleanse fish oil of impurities. However, this “cleansing” of fish oil can have its own drawbacks. That is because the EPA and DHA in fish oil are delicate, polyunsaturated oils that go rancid very quickly creating potentially harmful free-radicals when exposed to heat, light or oxygen. This is why it is so important that fish oil contains antioxidants like vitamin E or rosemary extract. Because of this potential for rancidity you should check something called the “peroxide value” on the fish oil’s Certificate of Analysis. This is a measure of rancidity reactions in the oil that have occurred during processing and/or storage and should be less than 5 meq/kg. Due to distillation you should also make sure that the fish oil you purchase is in its natural triglyceride form because that is how it is found in nature. This issue occurs because during the distillation process, in order to to purify the oil, it is necessary to add ethanol (an industrial alcohol) to form a synthetic substrate. In a vacuum, the mix is then distilled and the result is a concentrated omega-3 ethyl ester solution. The benefit is a pure fish oil, and the ability to concentrate the healthy omega-3’s like DHA and EPA. This is why almost all of the “highly concentrated” fish oils are in the ester form. Unfortunately, research is now showing that although this form of fish oil can yield higher concentrations of omega-3s, it is not absorbed nearly as well as natural fish oil. Manufacturers can in fact convert the omega-3 concentrated ester form back into the healthy triglyceride form, but most manufacturers do NOT do this because the costs are significantly higher.< Why Do Contaminants Accumulate in Fish? The consumption of fish is by far the most significant source of ingestion-related mercury exposure in humans and animals. Mercury is present in only very small concentrations in seawater. However, it is absorbed, usually as methyl mercury, by algae at the start of the food chain. This algae is then eaten by fish and other organisms higher in the food chain. Fish efficiently absorb methyl mercury, but only very slowly excrete it so mercury will accumulate in tissue, which is called bioaccumulation. The older that such fish become, the more mercury they may have absorbed. Anything that eats these fish also consumes the higher level of mercury that the fish have accumulated. This process explains why predatory fish such as swordfish and birds like ospreys and eagles have higher concentrations of mercury in their tissue than could be accounted for by direct exposure alone. Species on the food chain can amass body concentrations of mercury up to ten times higher than the species they consume. This process is called biomagnification. For example, herring contains mercury levels at about 0.1 parts per million, while shark contains mercury levels greater than 1 part per million. That is why in the past we have always recommended fish oils from smaller fish like sardine and anchovies that are closer to the beginning of the food chain. Is Fish Oil Necessary for my Dog or Cat’s Diet? When people typically talk about fish oil they are referring to the content of the omega 3 fatty acids EPA and DHA. So the answer to the above question would be no, a healthy dog or cat does not require supplementation with fish oil. DHA is important for proper brain, nervous system and eye development. Fortunately, nature take cares are of this by increasing DHA production in the mother that is transferred to puppies and kittens during pregnancy and lactation. As I mentioned previously DHA supplementation is not necessary, however it can be beneficial for pregnant females and also to help maintain the health of the eyes, brain and nervous system to treat various imbalances or weaknesses in this tissue. As far as EPA goes, this fatty acid has anti-inflammatory benefits that will be helpful for issues like arthritis, autoimmune conditions, allergies and so on. This does not need to be supplemented in healthy animals because they can derive what they need from a healthy diet that includes grass fed meats, free-range eggs, organ meats, organic greens and some fish. You may notice that I specifically said a “healthy” diet. That is because if you feed a typical pet food that uses factory farmed meat that is finished on feed lots, low-quality farm-raised fish, flours and grains, factory farmed eggs (well you get the picture), you will be feeding your canine or feline a diet that has an unhealthy, or pro-inflammatory, ratio of omega 6 to omega 3. In this case you can change the diet over to healthier foods or include fish oil supplementation in your pet’s diet. Are There Alternatives to Fish Oil? Since dogs and cats do not convert the essential omega 3 fatty acid alpha linolenic acid to EPA and DHA efficiently, supplementing your dog with oils like flax seed, hemp seed, chia seed and other similar oils will not do the trick. Even though those other oils do have various health benefits, fish oil has been the primary provider of the beneficial omega 3 fatty acids EPA and DHA up until recently. We have always been a proponent of algae for all their important nutrients, but they have suffered from the same problems as fish oil and that is pollutants. That was until we found BioPreparation, which is a balanced blend of four algae that is grown in indoor bioreactors where the environment can be isolated from outdoor pollutants. While these algae are a great source of fatty acids they are not a concentrated source. Fortunately, with all the issues related to sustainability and pollution, algae has started to be grown indoors for the purpose of providing a cleaner, more sustainable source of the omega 3 fatty acids EPA and DHA. This is wonderful news and makes algae oil the only real alternative to fish oil that is both less polluted and highly sustainable. In Conclusion Well, is fish oil good for your dog or cat? From what we discussed above, it really depends. It can be in the case of various disorders that can benefit from the addition of EPA and DHA, the omega 3 fatty acids found in fish oil. However, it depends strongly on the quality of the fish oil you decide to use in your supplement regimen. If you choose the cheapest fish oil, without doing further research on that brand, you may be doing more harm than good. For healthy dogs and cats fish oil is really not necessary, especially when you are feeding healthier grass fed foods naturally higher in omega 3 fatty acids. Though, as mentioned previously, if you feed a typical store bought brand of kibble pet food, your canine or feline could benefit from the increase in omega 3 fatty acids from fish oil. However, the issues of quality and sustainability will be spurring us to make the transition to obtaining our EPA and DHA from algae oil for ourselves and our customers in the future. References Health benefits of fish oil. Retrieved from https://www.organicfacts.net/health-benefits/oils/health-benefits-of-fish-oil.html Mercury in fish. Retrieved from http://en.wikipedia.org/wiki/Mercury_in_fish< Kresser, C. The definitive fish oil buyers guide. Retrieved from http://chriskresser.com/the-definitive-fish-oil-buyers-guide/

  • Cats
  • Dogs
  • Nutrition
You have successfully subscribed!