Here at My Pet Nutritionist, we know how important your pet’s diet is, and how their diet can have a huge effect on their health and longevity. As part of their balanced diet, there are many vital macronutrients and micronutrients required in the correct quantities to ensure optimum health. One of the essential micronutrients required in the diet of both dogs and cats, is Choline; but why is it so important? Read on to find out! What is choline? Choline is an essential micronutrient; however it is neither a mineral nor a vitamin! It is a water soluble organic compound. Essential nutrients are nutrients the target species MUST consume within their diet. These nutrients are needed by the body, but the body cannot produce enough; meaning the diet needs to include them. As nutritional science has evolved over the years, move and more essential nutrients have been discovered. Choline is one of the newest discoveries in the nutrition world, being recognised as an essential micronutrient only since 1998 by the Institute of Medicine! When reading literature, you may find Choline is grouped with B Vitamins due to its similar functions within the body. Another important nutrient is Betaine, which is a metabolite of Choline. When Choline is metabolised, Betaine is formed, which has many health benefits such as protecting cells from osmotic stress (keeping cells perfectly hydrated, and stopping them from shrinking or swelling), and acting as a methyl donor, which plays a vital role in liver health, and is heavily involved in other major internal systems. Findings Here Findings Here Why is Choline Important? Choline, as an essential nutrient, is extremely important. It plays a huge role in many systems within the body from cells to metabolism, to DNA, to the nervous system. Let’s take a closer look at the roles it plays in the body: Cell Membranes: Choline is largely responsible for supporting the integrity of cell membranes, due to its ability to create the necessary fats to keep cell structure strong. Cell messengers: there are a number of compounds that act as cell messengers – passing signals between cells to allow them to ‘communicate’. Choline helps to produce these compounds. DNA Synthesis: like Vitamins B9 (Folate) and B12 (Cobalamin), Choline is involved in the synthesis of DNA. DNA is the body’s genetic code, so it is incredibly important to keep it healthy. Metabolism and transport of fat and cholesterol: this mainly improves the health of the liver. Choline helps to remove cholesterol from an individual’s liver by producing the responsible substance. If your pet is deficient in Choline, fat and cholesterol can build up in the liver, which would dampen it’s functionality. Benefits the nervous system: when Choline combines with an acetyl group, a reaction occurs using an enzyme called choline acetyltransferase as the catalyst. The result of this reaction is the production of Acetylcholine – an important neurotransmitter. Acetylcholine plays a major role in many aspects of health including muscle movement, memory/cognitive alertness and heartbeat regulation. Essential for healthy pancreas: studies show that a deficiency in Choline can be linked to pancreatitis. These studies suggest that supplementation with Choline can protect pancreatic cells, and reduce the risk of pancreatitis flares. One of the main pancreatic issues in those lacking a sufficient amount of Choline, is disruption to the exocrine system. Methylation: probably one of the most important roles of Choline in the body is Methylation. Methylation is incredibly important as it is the process which creates the Myelin sheath; the protective layer coating nerves in the body. These nerves affect brain health, and general nervous system health throughout the body. Benefits during pregnancy: during pregnancy and foetal development, choline is extremely important as it aids cognitive development in the maturing foetus – this sets young puppies and kittens up for better cognitive function when born and ageing. Findings Here Findings Here Findings Here Findings Here How Much Choline Does My Pet Need? Cats and dogs require different amounts of choline – in fact every species has different requirements for almost every nutrient, so it’s important that we tailor our pet’s nutrition to suit their species. With that in mind, how much choline is required for cats, and how much for dogs? Studies suggest that adult cats require a minimum of 800mg of Choline per kilogram of FRESH food per day, and that there is no upper tolerable limit in cats. in terms of dry food matter, this is around 3500mg/kg. Kittens may require a little more than this recommendation. Dogs require a different amount of Choline in their diet to cats. Adult dogs require at least 474mg per kilogram of FRESH food in their diet per day. in terms of dry matter, this value is around 2500mg/kg. Our nutritionists recommend around 800mg per kg of fresh food! Puppies may require a little extra. Sources of Choline When it comes to looking at pet foods on the market, most will contain Choline – however the form the choline is given in, may affect it’s efficacy. Ultra processed foods, such as dry extruded foods, may not be the best source of Choline for your pet; during the manufacture of these foods, the whole food ingredients are subject to high temperatures and multiple processing techniques which can damage nutrient quality and bioavailability. These foods are often sprayed with synthetic vitamins at he end of manufacture in order to reach minimum guidelines. At My Pet Nutritionist, we advocate for a fresh diet, where nutrients are sought mainly through the fresh ingredients included in the recipe. Some fresh food ingredients, rich in Choline, include: Liver – 209mg per 50g Eggs (especially egg yolk!) – 147mg per egg Kidney – 105mg per 50g Cod – 74mg per 50g Beef – 70mg per 50g Pork – 43mg per 50g Poultry – 36mg per 50g Brussels Sprouts – 31mg per 50g Shiitake Mushrooms – 29.7mg per 50g Cauliflower – 22mg per 50g Broccoli – 16mg per 50g Salmon – 11mg per 50g Nuts
Here at My Pet Nutritionist, we use a combination of healthy diets tailored to your pet’s needs, alongside beneficial gut-friendly herbs, and nutraceuticals. These supplementary additions often come with hosts of benefits, when used in the correct way, for a specific purpose. We often get asked about the various herbs and nutraceuticals we recommend in various blog posts and in our recipes and supplements – you can learn more about some of these here! What Are Gut Healing Herbs? Herbs high in mucilage are often known as the ‘gut healing herbs’. These herbs are usually considered to be a source of prebiotics – food for probiotics; however these herbs have another very important function when it comes to gut health! Mucilage is a soluble dietary fibre, which produces a mucus-like substance which lines the gut wall. When the gut wall is lined with this slimy textured substance, it forms a protective barrier to reduce the risk of further gut damage, and allow the gut to heal. Inflammation is then reduced due to lack of irritation. Mucilage has a fantastic soothing effect on the digestive tract too – those with acid reflux, or having recovered from illnesses like kennel cough which may cause throat irritation may find a powdered form best, due to the soothing effect of the mucilage in these herbs. As an additional benefit of these popular gut healing herbs, the mucilage can increase digestive performance resulting in better stools; this is due to the mucilage adding bulk to the stool (reducing constipation), aiding water absorption, and increasing gut motility. Some studies also suggest that mucilage rich herbs may reduce the build up of cholesterol, and aid the regulation of blood sugar levels. Frequently used mucilage herbs include slippery elm, marshmallow root, and deglycyrrhizinated liquorice root – we will look closer at these later. Findings Here Findings Here What Are Nutraceuticals? Nutraceuticals are components of foods that bring benefit to health. You may often come across plant based supplements for pets; these are packed full of nutraceuticals! Functional foods are also classed as nutraceuticals. Many nutraceuticals enhance basic nutrition, whereas some provide medicinal properties. Some benefits of using carefully selected nutraceuticals include improved overall health, prevention of chronic disease, increased longevity and all round structural support for the body. The term ‘nutraceutical’ is a combination of the words ‘nutrition’ and ‘pharmaceutical’ – meaning they share the same properties as pharmaceuticals, but are acquired through nutrition Functional herbs, antioxidants, probiotics, vitamins and minerals are all examples of the categories most commonly encountered in the world of pet nutrition. We will delve into these categories in terms of nutraceuticals later. Findings Here Findings Here When Should We Use Gut Healing Herbs and Nutraceuticals? A question we often hear at My Pet Nutritionist, is “should we be giving any supplements?” – and our answer is always “if your pet could benefit from a carefully selected supplement, then absolutely!”. It is important not to needlessly add lots of different nutraceuticals and gut healing herbs to your dog’s diet, unless they require/could benefit from it. When it comes to giving mucilage herbs, these can be incredibly beneficial in situations where gut damage is apparent. Situations a mucilage herb may be beneficial include: Allergies: due to an immune malfunction Intolerances: due to gut damage or leaky gut syndrome Following vaccines, worm or flesa treatment: these products are very damaging on the gut, so gut healing may be necessary. Acid reflux: soothes the digestive tract and reduces the risk of acid reflux Upset stomach or constipation: these herbs help to rectify loose or solid stools when needed. Great to have in the first aid cupboard! When looking at nutraceuticals, we need to look at the symptoms your dog or cat is displaying, alongside gaining a diagnosis from your veterinarian. Some types of illnesses you may use nutraceuticals for include: Joint issues Skin issues Digestive issues Cognitive health issues (anxiety etc) Vision issues As brilliant as nutraceuticals can be as part of your pet’s health regime, many do come with some contraindications with pharmaceuticals your pet may need. Contraindications are negative interactions with drugs – these interactions can often cause downregulation of the drugs themselves, leaving your pet vulnerable to disease progression. An example of this is curcumin – the active compound in turmeric. It is fantastic for joint support/arthritis, cardiovascular function, reducing inflammation, eradicating free radicals, immune support, cognitive ability and cancer prevention. The reduction in pain in those who take curcumin is vast; however some individuals may require pain pharmaceutical pain relief for their condition. Curcumin is known to downregulate the effects of some pharmaceutical analgesics, as well as various other drugs. It is always best to check with your veterinarian before starting a new nutraceutical, if your pet is on pharmaceutical drugs. Findings Here Findings Here Popular Gut Healing Herbs The three most popular gut healing herbs can all be found inside our Gut Guardian supplement, along with probiotics and chamomile. Lets take a closer look at these mucilage herbs! Marshmallow Root: this is a sweet smelling and tasting herb derived from the Althaea officinalis plant. When combined with water, it immediately forms a thick, slimy substance due to it’s high mucilage content. Traditionally, marshmallow root is used in cases of digestive or respiratory issues, and also topically to soothe skin issues. As well as being high in mucilage, it also contains high amounts of antioxidants, anti-inflammatory properties, and antibacterial properties. slippery elm: like marshmallow root, slippery elm produces a slimy substance when combined with water. It originates from the inner bark of the slippery elm tree (Ulmus rubra), and is often used to treat digestive issues, and sore throats by lining the oesophagus. DGL (deglycyrrhizinated liquorice): this herb increases mucous production in the body, which helps line the stomach, reducing the risk of harm caused by acid. DGL is thought to have properties to treat ulcers too! Findings Here Findings Here Findings Here Popular Nutraceuticals There are many nutraceuticals used in the
Here at My Pet Nutritionist, we consult for a huge number of families with an enormous variety of health concerns in their pets. Once diagnosed by a veterinarian, our packages aim to support your pet with a more natural view. One of the conditions we are asked about a lot, is Hypophosphatemia. This is a condition that occurs in both dogs and cats, so this blog may be a handy read for both owners of cats and dogs. Hypophosphatemia is the clinical term for low phosphorous levels being present in the blood. This condition is far more common in dogs than it is in cats. Hypophosphatemia is associated with a host of other health conditions, and can cause a variety of health conditions in itself. Some of the conditions commonly caused by Hypophosphatemia include: Bone Diseases: Rickets is a bone disease often caused by low phosphorous levels, and is specifically a bone growth disease – it ultimately causes bone softening to occur, as well as deformities, especially in puppies and kittens! Another common bone disease caused by Hypophosphatemia is Osteomalacia which is a very similar bone softening disease, but found more commonly in adults. Muscle Weakness: muscles may become weaker, and the pet may become more physically unstable, and may appear slimmer with little muscle tone. Respiratory problems: in rare, severe cases, respiratory issues can occur as a result of low blood phosphorous. Heart Failure: another rare condition to come of low phosphorous levels, in the more severe cases. Seizures: again, while rare, seizures can occur as a direct result of severe Hypophosphatemia. Findings Here Findings Here Symptoms and Causes The clinical presentation of Hypophosphatemia changes depending on the severity of the deficiency in your pet. The trickier side of these symptoms, is that they are common in a variety of health issues, not just Hypophosphatemia! This can make diagnosis more difficult. If your pet has mild Hypophosphatemia, you can expect to see some of, or all of the following symptoms: Muscle weakness: a change in gait, difficulty climbing stairs, weakness when getting up from a bed or laying position, or difficulty standing for long periods. Reduced, or total loss of appetite: pets may have a reduced appetite, or stop eating all together. Lethargy: unwillingness to be active for usual periods of time. Pets may be less alert. Disorientation: leaning or wobbling when standing may occur Findings Here If your pet has severe Hypophosphatemia, you may see the above symptoms, as well as some of the following: Seizures: neurological activity can occur due to the lack of phosphorous in the blood. Ataxia: loss of coordination is another possible neurological symptom often seen in those with a severe deficiency of phosphorous in the blood. Constipation: this can occur due to paralysis of the intestines, meaning faecal matter cannot be pushed through the digestive system in order to be expelled. This condition is called Ileus. Irregular Heartbeat: arrythmias can be detected by your vet using a stethoscope. This is a symptom of severe blood phosphorous deficiency. Haemolytic anaemia and Haemolysis: abnormalities in red blood cell counts during bloodwork may show red blood cell destruction. These conditions are a symptom of severe Hypophosphatemia. Breathing difficulties: these often come hand in hand with heart conditions, and are a symptom of Hypophosphatemia. Findings Here When we look into the possible causes of Hypophosphatemia, there are a number of possible reasons for it’s onset. Let’s take a look at them: Dietary Deficiencies: if the pet’s diet is lacking in phosphorous, hypophosphatemia is a risk. This may be found in those fed a poor quality diet. Renal Disease: disease in the kidneys can cause hypophosphatemia through two pathways – increased excretion of phosphorous in urine, and reduced ability to reabsorb phosphorous in the kidneys. Hyperparathyroidism: when the parathyroid gland (which is involved in the calcium:phosphorous ratio) is overactive, phosphorous loss is increased. Cushing’s Disease (Hyperadrenocorticism): phosphorous imbalances are common in those with Cushing’s Disease. Fatty Liver Disease (Hepatic Lipidosis): this disease in cats is a contributor to phosphorous loss. Diabetic Ketoacidosis: severe phosphorous loss can be caused by this condition which occurs as a result of complications in diabetic animals. Poor Intestinal Absorption: in those with poor gut health, absorption of phosphorous in the gut can cause deficiencies. Phosphorous Redistribution: deficiencies in phosphorous occur when there is a shift from extracellular fluid (the blood) to intracellular fluid (the cells in the body) Specific Intravenous Therapies: some IV fluids can cause a reduction in phosphorous in the blood. Findings Here Findings Here Findings Here Diagnosis Diagnosis of Hypophosphatemia is a simple process. Your veterinarian will take a blood sample, and analyse it. The test is called a ‘Serum Phosphate Test’. Once this analysis is complete, your vet will inform you as to whether your pet’s phosphorous levels are within the ‘normal’ range of results. Findings Here Conventional Treatment When it comes to treatment your vet may offer, they will first and foremost look at underlying causes. Each individual cause will have a different treatment plan, so it is important to work with your vet on these. Depending on the severity of your pet’s Hypophosphatemia, phosphorous supplementation will be advised. More severe cases may have phosphorous supplementation intravenously, but most cases will be advised to give oral supplements. Some veterinarians will also advise on changing your pet’s diet to one with extra phosphorous. Frequent check ups will be carried out by your veterinary team to keep an eye on your pet’s blood phosphorous levels. Findings Here Findings Here A Natural Approach to Hypophosphatemia As always, our approach is often supported by veterinary care, so we tend to look at this as a complementary approach as opposed to alternative. Here are some of our considerations: Feed fresh: Poor dry food will most likely be lacking in various micronutrients despite its ‘complete and balanced’ label. Nutrient levels may be affected due to the numerous periods of exposure to high heat and the subsequent nutrient loss. Synthetic nutrients are often sprayed
Here at My Pet Nutritionist, we consult with dogs and cats with a huge variety of health concerns, from digestive problems to dental problems, and everything in between! One of the dental concerns we see, affects both cats and dogs – tooth resorption. It is estimated that around 60% of cats (pure-bred cats seem to suffer the most), and 40% of dogs will be affected by Tooth Resorption by the time they turn 6 years old! There are various layers to the tooth, starting from the outer surface to the very inside of the tooth, the layers are: Enamel: a thin, white, hard layer which protects the sensitive insides of the tooth Dentin: a tick, softer layer of tissues beneath the enamel, containing microscopic tubules which lead to the nerves in the tooth. Pulp chamber: the powerhouse of the tooth. The pulp creates dentin, and also provides the dentin with nutrients to keep it healthy. This chamber is commonly known as the ‘root canal’ as it extends to the root of the tooth. Cementum: a hard surface anchoring the tooth to the gum. The gum also has multiple layers. Starting from the outer surface visible to the eye to the inside of the gum, the layers are: Gingival Margin: this part keeps the teeth securely in place. Gingival Sulcus: attaches the gum to the tooth. Cemento Enamel Junction: the area where the tooth meets the gum. Periodontal Ligament: attaches the tooth to the jaw. Pets with Tooth Resorption suffer from erosion of their dentin, which ultimately becomes destroyed. This process cannot be reversed! Gradually, more and more of the tooth is affected, becoming destroyed, and appearing to absorb into the gum. Findings Here Findings Here There are many types of Tooth Resorption in both cats, and dogs. Types in cats Type 1: Normal density is maintained, and Periodontal Ligament is unchanged. Resorption is in the Cemento Enamel Junction. Destruction occurs toward the root, or in a side to side direction. Type 2: Narrowing at the Periodontal Ligament area, and the tooth root becomes as dense as the surrounding bone. Type 3: a combination of Types 1 and 2 – teeth also become multicoloured. Types in Dogs External Replacement Resorption: most common form in dogs. The ligament space and root of the tooth change dramatically. External Inflammatory Resorption: the tooth roots are very inflamed. External Cervical Root Surface Resorption: lesions are present around the Cemento enamel junction. External Surface Resorption: the very edges of the tooth root may show on x-rays to be slightly uneven. No other clinical symptoms show. Internal Inflammatory Resorption: oval shaped swellings grow in the root of the tooth. Often caused by dental disease. Internal Surface Resorption: oval shaped swellings form further up the tooth root. May be caused by trauma, but are extremely rare. Internal Replacement Resorption: incredibly rare in pets. Progressive condition. Tunnel-like areas form as a result of tooth root fractures. Findings Here Findings Here Symptoms and Causes Outward symptoms are rarely noticeable in most cases of tooth resorption, making diagnosis often difficult. As pet owners, we need to be really vigilant when it comes to oral health. Regular teeth cleaning is important; and as part of your regular husbandry regime, practicing touching your dog or cat’s tooth may be more important than you may think! One of the few signs that your pet may be suffering with tooth resorption, is pain when the tooth is touched. Other signs include: Increase in drooling Head shaking Reduction of appetite (due to pain when eating) Gingivitis/bleeding from the mouth Face rubbing Gagging Frequent sneezing In progressed cases, tooth fractures are possible – this is largely down to potential damage to the crown of the tooth due to loss of structural tissues. As a result of tooth resorption, your pet may suffer with oral infections – this is due to lesions forming on the tooth crown making the inner tooth accessible by bad bacteria. Very little is known about causes of tooth resorption. While many studies have been carried out, no specific cause has been pinpointed. During these studies, it was found that cells known as ‘odontoclasts’ are responsible for breaking down the hard tooth tissues. Findings Here Findings Here Diagnosis The process of diagnosis is usually simple when a dog shows signs of tooth resorption. Firstly , your veterinarian will discuss your dog’s symptoms, and run a physical examination of your dog’s mouth/teeth. Some veterinarians will run an additional examination under general anaesthetic to be able to get a more thorough look/feel of your dog’s teeth and gums. Next, they will take X-rays of your dog’s teeth. The X-rays will enable them to tell if your dog does have tooth resorption, and how severe the individual’s case is. Conventional Treatment Once your cat or dog has received their diagnoses of Tooth Resorption, treatment must be prompt due to this condition being particularly painful. The treatment offered by your veterinarian will depend on the type of resorption your pet has, and also the severity. Some pets may be referred to a veterinary dentist for treatment. In the event that the condition has progressed rapidly, or too far for the tooth to remain stable, the affected unstable tooth/teeth will be removed. This is a surgical procedure carried out under anaesthetic. In some cases, only part of a tooth is removed, if the veterinary dentist, or veterinary surgeon feels this is in the pet’s best interest. If your pet’s condition is not so advanced, and their teeth are still stable in the gum, treatment mostly involves frequent oral health check ups to check if any intervention is needed yet. Another treatment offered in select cases whereby the tooth is saveable, is root canal treatment. Again, this is a procedure carried out under anaesthetic. During root canal treatment, pulp is removed from the root canal, which is then cleaned, and filled with dental material. The aim of this treatment is to slow the progression of tooth resorption. As this
We love our feline friends here at My Pet Nutritionist, and one of the most commonly asked questions we get from concerned cat owners, is ‘does my indoor cat need different nutrition to cats who free-roam outside?’. Many cat owners keep their cats indoors for many reasons, from expensive pedigree breeds, to moggies. Some cats may live indoors for their own safety away from main roads, some may live indoors to help control medical needs, and some may live indoors, simply down to their breed. So, are there any different needs for these cats, versus the ones you may encounter when out and about? We will discuss this in this blog post, and help to put your mind at ease! Nutritional Needs Cats Are Carnivores Our kitty companions are what we call ‘obligate carnivores’. There are two types of carnivore (meat eaters); facultative, and obligate. Facultative carnivores (the likes of dogs and other canids) eat primarily meat, but may benefit from a little plant matter. Obligate carnivores are meat eaters that eat, and thrive on a purely meat diet with no plant matter at all. Our cats do not need vegetables or fruits to thrive. This is very much the same for indoor and outdoor cats – those with outdoor cats may often find their cats will even catch their own prey; some may even eat it, but many will bring their owner a ‘gift’ – how kind of them! Calorie Content While indoor and outdoor cats require the same nutrients, many indoor cat owners may notice their pets need a smaller portion of food vs their outdoor counterparts. Outdoor cats often tend to be more active than those with a purely indoor lifestyle, which of course burns more calories, meaning outdoor cats, particularly those who are more active and enjoy hunting or walking longer distances, may need larger meals than those who live a more sedentary lifestyle in the home. Protein Both indoor and outdoor cats need a high protein diet. Protein is incredibly important in the diet of cats, as it is one of the main energy sources used to maintain blood glucose levels due to metabolic adaptations carried by the cat. Protein is not only used to maintain blood glucose levels, but for general energy too; even in those who are fed a diet lacking in protein, resulting in rapid weight loss. This is seen very frequently in older cats fed a commercial dry food diet, as these are very high in carbs, and lack quality meat proteins. Amino acids are the building blocks of proteins, and there are 11 amino acids that are absolutely essential for cats; but there is one of particular importance, and that is Taurine. Taurine is used throughout the feline body to maintain healthy vision, aid cardiac muscle strength and contractions, maintain a healthy reproductive system, and keep the immune system in tip top condition. The protein content of your cat’s diet should remain the same regardless of being an indoor, or an outdoor cat, the source of the protein may need to be tweaked though, depending on activity levels, due to different amounts of fat per protein, which brings us nicely onto fats in the diet of indoor vs outdoor cats. Fat Now, fat is one of the most important nutrients in your cat’s diet! Fat is the main energy source for general activity in cats. When seeking out a meat suitable for your cat, it is important to consider your pet’s lifestyle, age and activity levels. A more sedentary indoor cat, will need a protein lower in fat than an active outdoor cat, as feeding a cat that is not very active, a meat with a high fat content will result in the energy creates not being used, and your pet could end up overweight. Chicken, turkey or white fish may be a better option than beef, as an example, for those with a less active lifestyle. Regardless of your cat being and inside, or outside cat, omega 3 fatty acids are a very important part of your cat’s diet! With cats eating meat, and lots of it, their natural intake of pro-inflammatory omega 6 fatty acids will be high. We need to balanced this out with added anti-inflammatory omega 3 fatty acids, in order to reduce inflammation in the body. You can read more about choosing an ideal omega 3 for your cat here! Furball Control Due to being indoors, and away from environmental temperature changes that naturally occur throughout the year, indoor cats tend to shed noticeably more than outdoor cats, and all year around, too! This bring the higher chance of furballs – with the telltale retching noise our furry friends do when they have consumed too much fur through regular grooming! In order to help these furballs pass easily through the gut, indoor cats often require a diet higher in fibre than those who roam freely outside. Supplements high in insoluble fibre can be included in the diet of indoor cats, or outdoor cats prone to furballs, in order to help them pass through the digestive tract with ease, and reduce the risk of intestinal blockage. Although indoor cats are obligate carnivores, insoluble fibre can be sought through feeding a very small amount of plant matter, or a cellulose (the fibrous substance making the cell wall of plant cells) supplement. Stress In Indoor Cats It is thought that indoor cats may also be subject to stress, particularly when their owner leaves them. Indoor cats can be very loyal, and very much attached to their owner, leaving them with the chance of separation anxiety. While this concept isn’t set in stone, and more research is needed to confirm it, it certainly is a possibility. Outdoor cats may also come into stressful situations when they meet other cats, or environmental challenges. There are nutrients we can include in our cat’s diet to help reduce stress, such as: Vitamin B6 which helps the body create red blood cells
Omega oils are one of the most important components of your pet’s diet, but with such variety of products on the market, aimed both at animals and humans, how do we know which to opt for? Here at My Pet Nutritionist, we recommend a variety of different products from various different brands, and for many different reasons! This blog past aims to help you choose the right omega source for your pets, and explains how to tell one product from the next! What Are Omegas? Omegas are Fatty Acids with a huge variety of uses within the body. Cell membranes are partly formed by Omegas, which deems them an essential nutrient for all living beings. Brain and heart health are both aided by omegas, as well as weight management and cognitive development during puppyhood, and as seniors. Omegas also control part of the body’s inflammatory response, making them useful for joint health, as well as aiding the management of, prevention of, or treatment of many health conditions. Omega Fatty Acids come in three types: Omega 3 and Omega 6 fatty acids are both classed as ‘essential’ nutrients Omega 9 is classed as non-essential but is beneficial to include in the diet So how do the three types of omegas differ chemically? Each different type of omega has not only a different chemical structure, but they have a different amount of saturation of fat. Let’s take a look at their differences a bit more closely. Omega 3 Fatty Acids are ‘polyunsaturated’, which means there is more than one unsaturated carbon bond. In a diagram of chemical structure, you will see two or more ‘double bonds’ between carbon atoms, with a hydrogen atom missing. These polyunsaturated fatty acids cannot be produced by the body, and must be consumed in the diet. Omega 6 Fatty Acids are also ‘polyunsaturated’, however two of the Omega 6 Fatty Acids are able to be produced by the body, leaving the third needing to be consumed in the diet. Omega 9 Fatty Acids are ‘monounsaturated’, which means there is only one unsaturated carbon bond. In a diagram of chemical structure, you would see only one ‘double bond’ with no hydrogen attached to the carbon atoms. These fatty acids can be produced by the body, which makes them non-essential in the diet. We mentioned that some omegas play a role in the body’s inflammatory response, so let’s discuss which ones are inflammatory, and which are anti-inflammatory. Omegas 3 and 9 have some fantastic anti-inflammatory effects on the body, which aids joint health, and is also a contributor to the reduced risk of cancers. There is also one Omega 6 fatty acid which is anti-inflammatory. The names and health roles of these anti-inflammatory Omega 3, 6 and 9 Fatty Acids are as follows: Eicosapentaenoic Acid (EPA): Omega 3 Fatty Acid playing a role in general reduction in inflammation. Alpha-linolenic Acid (ALA): Omega 3 Fatty Acid playing a role in heart and immune health. Docosahexaenoic Acid (DHA): Omega 3 Fatty Acid playing a role in brain health and cognitive development. Gamma-linolenic Acid (GLA): Omega 6 Fatty Acid aiding the control of hormones. Oleic Acid (OA): Omega 9 Fatty Acid plays a large role in prevention of cancer and heart disease, and reduction of cholesterol. The other Omega 6 Fatty Acids are inflammatory, which negate the omega 3, and vice versa. It is very much a balancing act of omega 3 and 6 consumption, to receive the benefits of omega 6, but keep inflammation to a minimum. Linolenic Acid (LA): Omega 6 Fatty Acid which helps to prevent heart disease, keep a regular heartbeat, and potential to prevent blood clots. Arachidonic Acid (ARA): Omega 6 Fatty Acid which as an important signalling molecule, plays a huge role in the mediation of many cellular functions such as remodelling actin, a extremely important protein in some cells in the body, useful for protein-protein interactions. Findings Here Findings Here Findings Here Sources of Omega Where can we find these all important Omegas in order to add them into our pet’s diets? There are so many sources of Omegas, some good, some not so advisable. They are found in many forms, from fresh foods, to extracted oils which come in capsules, or in a large bottle, usually with a pump. There are meat based sources of omegas, and there are plant based sources of omegas. Some of the most popular sources of each type of Omega 3, 6 or 9 Fatty Acid we have discussed so far in this blog post, are: Eicosapentaenoic Acid (EPA): found in fatty fish and fish oils, as well as many algal oils. Alpha-linolenic Acid (ALA): found in flaxseed oil, chia seeds, walnut oil, perilla oil or oysters. Docosahexaenoic Acid (DHA): found in fatty fish , fish oils and algae oils, and eggs. Gamma-linolenic Acid (GLA): found in Hempseed oil, borage oil (to be given with caution, in small quantities only), and evening primrose oil (to be given with caution, and not to be given to epileptic pets) Linolenic Acid (LA): found in sunflower oil, some nuts, seeds, olive oil, flaxseed, avocado oil (though the amount here is low) and eggs. Arachidonic Acid (ARA): found in meat and poultry, particularly farmed. Oleic Acid (OA): found in olive oil, some fish oils, and some nuts. What to Look Out For When it comes to picking an omega source for our pets, as with anything, most of us want to make an informed decision to pick the absolute best for our furry friends! With such huge variety of Omega products on the market, how to we know what is best? How is one product different to another? As with many dietary additions, there are many qualities to look out for or avoid in different products. Not all products are equal in quality, so that’s where we come in handy – keep reading for pointers on selecting a source of omegas for your pets! Fresh Food Sources As with most things we
Here as My Pet Nutritionist, we see customers with pets with a host of different diagnoses. Diet and lifestyle play a huge role in the management of such conditions, and this is no different when your pet has been diagnosed with Hypokalaemia. Find out more about this condition in this blog post, where you can learn what it is, how to spot symptoms, conventional treatments available, and how you can help your dog by tweaking their diet and lifestyle. What is Hypokalaemia? Hypokalaemia is a deficiency of potassium in the bloodstream. We can break the word down into three parts; ‘hypo’ meaning there is not enough of something, ‘kal’ being related to the chemical formula of potassium, and ‘aemia’ meaning in relation to the blood. Potassium is an electrolyte, and is an essential mineral, stored mostly inside cells. It plays a huge role in the body, including keeping nerve function healthy, ensuring the muscles and heart function correctly, and aiding the transport of both nutrients, and waste around the body. Those with hypokalaemia are deficient in potassium, which plays havoc on nerve, muscle and heart function as the change in concentration of potassium disrupts electrical charges and cell signals from passing through the cells properly. Nutrient absorption and waste remove may also reduce. Hypokalaemia mostly affects the nervous system, the cardiovascular system (which is as a result of hypokalaemia of the nervous system, as the lack of electric signalling from the brain to the heart causes irregular heartbeat which can ultimately lead to death), and the musculoskeletal system. This condition can happen in both dogs and cats, but is more common in dogs than it is in cats. Symptoms of Hypokalaemia There are a variety of symptoms you may see in your pet prior to diagnosis, however milder cases may be symptom-free until the deficiency is severe, when symptoms start to show. These symptoms can include: Lethargy/fatigue Vomiting Severe constipation Increased thirst Increased urination Weight loss Muscle wastage Changes to gait (stiffness, posture/head position, and walking on the back of their feet, not the sole) Irregular heartbeat If your pet is showing any number of these symptoms, it is important you seek veterinary attention as soon as possible. Causes of Hypokalaemia So what causes hypokalaemia? This certainly isn’t a straight forward, one answer fits all situation, so let’s take a look at the potential causes of hypokalaemia in pets. In the event that too much potassium is lost from the body due to polyurea (excessively urinating), excessive defecating, vomiting or other bodily fluid loss, Hypokalaemia is a risk. This is often seen as a secondary health complication to chronic kidney disease (CKD), cardiac issues, or cancer, but most commonly with CKD. Those with CKD, cardiac issues or cancer may notice symptoms after some time, as the damage caused on cells in the body causes potassium loss, which is often not replaced in the diet. Findings Here As potassium can only be sourced through the diet, the lack of a properly balanced diet, low food intake (such as those with anorexia), or reductions in the amount of food eaten by the individual each day either due to illness, or weight loss where daily food allowances have been reduced too quickly, can all lead to Hypokalaemia. The recommended amount of potassium per day for a dog is 1g per 15kg (33lbs) bodyweight. For a cat, the recommended daily amount of potassium is 0.33g per 4kg (9lbs) bodyweight. Findings Here Findings Here Findings Here Dogs and cats with metabolic conditions may also be at risk of developing hypokalaemia. Those with diabetes mellitus are among the more common to experience a lack of potassium in the bloodstream. Findings Here The use of some medications such as most cardiac medications which are diuretics can lead to hypokalaemia too, however this is a tricky problem to solve, as the medications with the potential to cause hypokalaemia, are often life saving, and required. Findings Here Diagnosing Hypokalaemia As hypokalaemia is very often associated with other diseases, most commonly CKD, your veterinarian will run a urinalysis – this is where you take a sample of your dog or cat’s urine, which is then analysed in a lab to check your pet’s kidney function. abnormal function of the kidneys could point to hypokalaemia being the reason for your pet’s stiff gait, muscle wastage, or other symptoms commonly displayed by pets with the condition. Alongside a urinalysis, your veterinarian will take a sample of your pet’s blood, which will be analysed in a lab to determine current concentrations of potassium in the blood serum. Abnormal levels of potassium will be easily identified via this blood test. As cardiac issues often come hand in hand with hypokalaemia, due to the lack of ability to send electric signals to the muscle to encourage it to work, many veterinarians will also run an ECG on your pet to ensure their heart is in good working order. This is often carried out following diagnosis of hypokalaemia. Auscultation (listening to parts of the body with a stethoscope) will be carried out, as it should be with any veterinary appointment, regardless of reason. This will quickly check for any signs of arrhythmia, from where the veterinarian may proceed to using an ECG. Findings Here Conventional Treatment Options When treating, or managing hypokalaemia, the ‘conventional’ treatments are very much similar to the natural support you can provide your cat or dog. The ultimate goal, is to raise potassium levels! In the more severe cases, where the pet is extremely unwell, unable to walk, constantly vomiting, defecating and urinating, the pet will be given a potassium rich mixture via intravenous drip. Depending on the condition, and medical history of the pet in question, the veterinarian will be able to determine how fast the potassium drip should be administered – too fast, and the heart may be affected by an irregular heartbeat! Your veterinarian may recommend a specific diet, and will also recommend giving your dog daily potassium
Graves Disease is an autoimmune disease involving the endocrine (hormone) system, specifically the thyroid, which we see from time to time here at My Pet Nutritionist. It can be a worrisome diagnosis for any pet owner, and it’s important that owners of pets with Graves Disease understand what it is, and how they can tailor their pet’s diet and lifestyle to keep on top of symptoms; which ultimately extends their pet’s comfort. That’s where we come in, to provide you our Ultimate Guide to Graves Disease in Pets. What is Graves Disease? Graves Disease is the non-clinical, or common, name for autoimmune Hyperthyroidism. You may have heard about Hypothyroidism quite regularly on social media and other platforms where pet owners connect, particularly on dog based platforms; but you may not have seen much discussion on Hyperthyroidism. Graves Disease is rare, but possible, in dogs but tends to be more of a frequent trouble for our feline companions. It can be found in us humans, too! So what exactly is Graves Disease? What happens when your pet has it? If you want the short answer, the thyroid gland in your pet is overactive – it’s working over time! We feel it’s important to understand more about it though, so read on! Graves Disease is an autoimmune condition. Autoimmunity tends to occur due to a damaged immune system, or in individuals with a genetically compromised immune system. The body essentially attacks itself, as it recognises various proteins and other substances in the body, as foreign. The thyroid is a gland which produces various hormones, essential for a healthy life. The hormones produced and secreted by the thyroid are called triiodothyronine (T3), and thyroxine (T4) – these help regulate the body’s metabolic rate. When there is a deficiency in these hormones, important bodily processes slow down, which causes a host of health issues. Now, when these hormones are too abundant, effects on the body can be equally as disruptive. We will discuss symptoms next. Symptoms of Graves Disease There are various symptoms of Graves Disease which you may notice in your cat or dog. Let’s take a look at some of the main symptoms: Weight loss, often rapid Diarrhoea Nausea/vomiting Swelling of the neck and face Increased urination Increased drinking Increased appetite Difficulty swallowing Shortness of breath and increases heart rate Change in pitch of bark Reduced eyesight capabilities Behavioural changes, including anxiety depression, and/or hyperactivity. Causes of Graves Disease The cause of Graves Disease is very much unknown. There is very little research into the causes of Graves Disease. It is often describes as ‘idiopathic’, meaning there’s no known cause. Some studies suggest that one known cause of Graves Disease in dogs (though rare) is as a result of a rapidly spreading cancer, called thyroid carcinoma. In cats, some cases of Graves Disease are secondary to a non-cancerous tumour forming on the thyroid gland called Adenomas. Like in dogs, in rare occasions, malignant tumours known as adenocarcinomas can cause the development of Graves Disease by causing the over production of hormones. It is possible that deficiencies in the diet may contribute to onset of Hyperthyroidism, as well as exposure to chemicals and toxins absorbed by the body, including flea and tick products which are toxins, and end up in the bloodstream, which disrupts the normal functioning of the thyroid. Diagnosing Graves Disease The first step in a diagnosis of Graves Disease, is a physical examination of the neck area of your pet. The purpose of this, is to feel for an enlarged thyroid gland. Secondly, the vet will take a blood sample to test for hormone levels in the blood. If the reading comes back with a value higher than the ideal’ threshold for each hormone, it’s very likely your pet has Graves Disease. If the T3 readings are high, but the T4 readings are ideal, more tests may be required, which would be discussed with the vet. These tests may include further bloodwork, and a urinalysis, which will show potential secondary defects to the heart and kidneys. As the thyroid is involved hormonally with the vast majority of the body’s organs, imperfect bloodwork in relation to other organs, could help show a problem with the thyroid. Conventional Treatments As always, here at My Pet Nutritionist, we like owners to be able to make an informed choice with their dog’s health, and encourage the use of conventional treatments where necessary in life potentially endangering situations, and situations where quality of life becomes the biggest importance. This is of course, alongside as much natural support as possible, and feeding a fresh, therapeutic diet. More on this later – let’s take a look at the conventional treatments your veterinarian may offer. There are various approaches which may be taken. As carcinomas are one of the most common, treatable reasons a dog or cat may have Hyperthyroidism, most are based around treating the cancer. Radioactive Iodine Therapy Radioactive Iodine Therapy is fairly common in practices which offer it as a treatment. The radioactive iodine is injected into the bloodstream, which makes its way to the thyroid gland. The thyroid gland takes the iodine up, causing radiation to be emitted. The emitted radiation then destroys any cancerous tissues around the thyroid, but does not cause any damage further afield. This treatment often results in normal levels of hormone production within mere weeks of the injection, making it extremely effective in curing hyperthyroidism. This treatment option has to be undertaken in a specialist veterinary hospital with licencing to carry and use radioactive substances. The pet must also be kept in the surgery until their levels of radiation are safe for handling. Findings Here Findings Here Medication Some drugs may be offered, to inhibit the production and release of hormones from the thyroid. As the thyroid is overactive, slowing it down is imperative to managing Graves Disease. This method will not cure, but can support the pet in reducing flare ups and secondary health implications. Being the
There are so many aspects of health that we look at here at My Pet Nutritionist. Diet and lifestyle are considered, including vaccination schedules, chemical treatment exposure, the quality of water provided and the cleaning products/household products used in the pet’s environment. However there is another factor often overlooked when it comes to disease – stress! We often say disease is expressed according to how we interface with our environment. The main factors here being nutrition, toxins and stress. Stress can be mental, or physical. Mental stress and physical stress can also be linked. In this blog, we will look at the links between stress, and disease. What is Stress? We all know what stress feels like from time to time (and if you don’t, the rest of us are very jealous!), but how does it look from a biological standpoint? What actually happens in our and our pets’ bodies during stress? Stress responses start off in the part of the brain that deals with emotions; the Amygdala. The Amygdala sends a message to the ‘control centre of the body’; the Hypothalamus, the very centre of the brain. The Hypothalamus then interacts with the autonomic nervous system (the part of the nervous system that controls involuntary bodily functions such as breathing, heartbeat, blood pressure etc) to make adjustments in the body, to cope with the stress. The autonomic nervous system is the main system involved in stress responses, and branches into the sympathetic, and parasympathetic nervous systems. These systems are what give the tell-tale signs of stress in your pets (and yourself!), and what help reduce the effects of the stress response. Let’s take a look at some of the common symptoms of stress, caused by the different systems: The sympathetic nervous system Inhibits saliva production Increases heartrate Dilutes pupils Relaxes urinary bladder Inhibits digestive capabilities (read on to find out more on this!) Dilates bronchia The parasympathetic nervous system Promotes saliva production Decreases heartrate Constricts pupils Constricts urinary bladder Stimulates digestive functions Constricts bronchia Stress isn’t always emotional – it’s important to remember this! Common stressors include: Emotional: fear, mental trauma, anxiety Physical: over-exertion, injury, pain Environmental: allergens, pollutants, radiation and rapid temperature changes Biological: bacteria, viruses, parasitic burdens Chemical: pesticides/herbicides, toxins, heavy metals Consumable: ultra-processed foods You can read more about the stress response here! Findings Here Findings Here Calm Complex The Gut-Brain Axis Gut health plays a role in mental health, which means the health of your pet’s gut, is incredibly important to look at if your pet is frequently stressed. The gut is very much linked to every system in the body, and the nervous system is no exception! Bidirectional (both ways) occurs between the gut and the brain, so having a stressed pet, can be a little like a vicious circle, in that emotional stressors can affect the gut, and poor gut health can affect the pet’s emotions. Located in the peripheral nervous system, the main nerve associated with this bidirectional signalling between the gut and the brain, is the Vagus Nerve. Unlike other cranial nerves, which signal between the head and neck areas, the Vagus Nerve reaches all the way through the body, to connect the brain to the gut. The Vagus Nerve is responsible for various bodily functions, including: Allowing for swallowing and vocalisation in the larynx and pharynx Parasympathetic supply to the heart in the thorax, which reduces the heart rate during stressful situations Regulates smooth muscle contraction in the intestine, to enable normal defecation The Vagus Nerve is essential to link the central nervous system to the enteric nervous system to enable healthy digestion. You can read more about the Gut-Brain Axis here! Findings Here Emotional Stress and its Effects on the Body Having an anxious pet can be heartbreaking for the owner – not to mention hard work (which is very much worth it!). Due to the gut-brain axis, we know that emotional stress, doesn’t just stay within the brain! It can cause disease throughout the body, purely down to the fact the Vagus Nerve is an important part of so many systems in the body. The endocrine (hormone) system, and enteric nervous system are both massively affected by poor brain health, and prolonged periods of emotional stress can lead to a host of hormone-related diseases, and disease within the digestive tract. Of course, not all dogs with endocrine or digestive issues are stressed, nor can it always be put down to stress, but stress responses and brain health are very often overlooked – so here is your reminder to check your pet’s mental wellbeing. Think about things you could improve in their life to give them a calmer, more level mental state if they are typically easily overwhelmed, or provide them with a more stimulating routine or space if your dog’s mental health is poor due to boredom. It works both ways! Read on to find out more on how to keep your pet’s stress levels to a minimum. Findings Here Calm Complex Physical/Environmental Stress and its Effects on the Body When our pets go through some form of physical stress, whether it’s injury, or illness, the pressure on the body’s systems (which are already working harder than normal, in order to fight disease or heal injuries) can once again, cause a vicious circle. The added pressure on the body’s systems, makes for the potential for disease to worsen due to stress. We need to help our pets recover in a timely manner with as little emotional stress as possible, in order to reduce stress. Physical and environmental stress can cause emotional stress, which we know can lead to endocrine and digestive upset. Gut damage can then lead to numerous other diseases because 70-80% of the immune system lays in the gut. Chemical/Consumable Stress and its Effects on the Body Chemicals used on the pet, and around the pet as well as what you feed your pet can cause stress on the body, which leads to disease. This is
As a cat owner, you may have had the joy of dealing with furballs at some point during your cat ownership! The panic setting in when you here ‘that noise’ coming from your cat, the fear of stepping in one when the lights are off… it’s never the most enjoyable part of cat companionship! Here at My Pet Nutritionist, we thought it would be useful to have a short guide on furballs in cats – learn what they are, why they happen, how to help prevent them, and what to do to support the body when the cat has one! What are Furballs? Furballs, are literally as they are called – balls of fur! These balls of fur are forced up through the oesophagus, and expelled through the mouth. They are usually tubular in shape, but can be unformed balls of matted fur, much resembling felt. The scientific name for ‘furball’ is ‘trichobezoar’. Fur is made from a protein called Keratin, just like our hair, and nails. Keratin is indigestible for all animals. How Do They Happen? When your cat ingests a large amount of fur, there becomes a backlog due to it being indigestible. As the amount of fur in the digestive system builds up, the risk of intestinal blockages becomes higher, so the body tries to expel it from the digestive tract. Poor gut motility may make this more difficult. Why Do They Happen? There are many reasons furballs may occur in your pet. Let’s take a look at some of these. General Grooming of Long Fur Longer haired breeds of cat tend to suffer more with furballs, purely due to more hair being ingested during maintenance grooming. The cats tongue acts like a comb – it is covered in tiny hook-like barbs, which act as the teeth of a comb in order to remove knots, and dead fur. Shorter haired cats also ingest fur during grooming, but this tends to be less problematic than those with longer fur. Maine Coons, Ragdolls, Persians, and other long haired breeds are most commonly seen with recurrent furball issues. Over Grooming Over grooming is one of the main problems we see in cats. This is when the cat obsessively grooms itself. While grooming to keep fur separate (and therefore comfortable) is normal, excessively grooming can cause baldness, and massively increases the chances of furballs. Overgrooming can be caused by anxiety in cats, as well as allergies. Stressed cats will often self-soothe by licking/grooming their fur. Those with allergies will be itchy, so the cat will over groom, in an attempt to calm the itch. Pain is also a possible reason for over grooming – in these cases, the cat will usually lick the area of pain. Imbalanced Microbiome The gut microbiome is an important factor in nearly every health complaint, and furballs are no different! Poor gut health can lead to poor motility in the gut. We need gut motility to be fast in order to push fur through, and to reduce contact between pathogens and the gut wall. Poor gut health, and an imbalanced gut with missing or reduced proportions of some beneficial bacteria can contribute to inflammation in the gut. This presents clinically as Inflammatory Bowel Disease (IBD). When the gut is inflamed, it becomes even more difficult due to poor gut motility, to push fur through the intestines and out through the anus in faeces. How Can We Prevent Them? Groom your cat regularly! The more grooming you do with brushes, the less loose fur there is for them to ingest during self-grooming! Try to groom your cat daily, especially if long haired, and also during spring, when the coat is shedding more. Feed fresh! The moisture content of fresh, or high quality wet foods is essential for so many aspects of feline health. Feeding moist foods is also great for gut motility, as the gut requires moisture to move fur along faster. Offering bone broth to those who are unable to eat a high-moisture food may be beneficial to increase the moisture consumed by your cat. Get those omegas in. Omega 3 is very important to reduce inflammation in the body, aiding gut motility, as well as keeping fur soft. The better condition the coat is in, the less shedding that occurs, and therefore the less furballs! Feed probiotics to help the gut microbiome flourish. Keeping the gut microbiome well populated can help gut motility, and help push the gathered fur through the gut. Ensure your cat’s diet contains plenty of fibre! Wheatgrass is a great source of fibre for cats, and can be found in our balanced recipes for cats! Findings Here Supporting the Body If you find your cat has a furball, there are some things we can do to help support the body. Conventional Treatments When you take your cat to the vet, and furballs are found to be the issue, they will often prescribe a form of laxative paste. These often contain artificial sweeteners, malt extract (high in sugar, and made from grains) and other undesirable ingredients, including non-specific ‘hydrolysed animal protein’, or meat meal (ground and dried abattoir leftovers). High sugar dietary components are not suitable for cats, and laxatives may cause other gastrointestinal problems if used regularly. Take a look at some of the natural options below! Fibre While fibre isn’t generally required by cats in large amounts, a little fibre in the diet can go a very long way! Organic Wheatgrass (commonly sold as Cat Grass) is high in dietary fibre, as well as being packed full of vitamins and minerals! It can be offered fresh, or powdered. A tiny sprinkling of Psyllium Husk may also aid gut motility. Mucilage Herbs An important group of supplements for those suffering from furballs, is mucilage herbs. Deglycyrrhizinated Liquorice (DGL), Marshmallow Root, and Slippery Elm are all fantastic choices. Mucilage herbs can help soothe the oesophagus, and the rest of the digestive tract, which is important to keep your cat comfortable during
Here at My Pet Nutritionist, we strive to help you decide on the best diet for your pet, including all the add-ons! We advocate feeding a fresh food diet when at all possible, whether that is raw or cooked using one of our balanced recipes. The big question often asked by pet owners is – does my pet need vegetables? The answer depends on the species of pet, and the individual animal! Let’s discuss the feeding of vegetables to pets, which veggies are suitable, and how much and often they should be fed! Do Cats Need Vegetables? Our feline friends are obligate carnivores. This means their diet should consist of meat, offal and bone. Cats will not benefit from a portion of vegetables, as they don’t have the required enzymes for digestion of plants or starch. Cats undergo a process called gluconeogenesis, which turns fats and proteins into energy, unlike many other species whereby carbohydrates are used for energy. During gluconeogenesis, a series of enzymatic reactions occur to achieve the release of energy from protein and fat. Findings Here Cats may benefit from a little wheatgrass and kelp; these ingredients are a great source of fibre which helps digestion and gut motility. They also contain a plethora of nutrition, such as Vitamin E, Zinc, Manganese, Iodine and copper. Kelp can help with plaque control on the teeth, and wheatgrass is great to aid immune health, eye health and vision, and also helps keep oral and gastrointestinal health in check. Do Dogs Need Vegetables? Unlike cats, while dogs are also carnivores, our canine counterparts are facultative carnivores; not obligate. This means they can benefit from a small amount of plant matter. For a more detailed explanation of facultative carnivorism, have a read of our blog: Is My Dog a Carnivore or an Omnivore? A complete meal for dogs does contain vegetables and fruits (collectively known as ‘plant matter’), as well as omega rich meat, fish or algae based sources. Dogs struggling with itchy skin may not tolerate some, or all vegetables – in these cases, vegetables should be avoided. If your dog is on an elimination diet they should not have vegetables, but may include vegetables as part of their elimination trial once protein choices are exhausted. Let’s look at the benefits feeding plant matter can bring! Benefits of Vegetables for Dogs There are a range of benefits plant matter can bring to your dog’s diet. These benefits cannot be sought from a purely meat diet. Polyphenols Polyphenols work alongside antioxidants to protect the tissues in the body from oxidative stress. In turn, this helps prevent cancer, general inflammation in the body, and coronary heart disease. Polyphenols inhibit transcript factors for inflammation by positively interacting with proteins which are involved in expression of genes, which ultimately helps keep inflammation in the body down. Studies also show that supplementing the diet with polyphenols when a dog has diarrhoea is beneficial as it helps reduce inflammation in the intestines. Vegetables high in polyphenols include: berries, nuts, seeds, and leafy greens. Findings Here Findings Here Findings Here Antioxidants Antioxidants are a very important part of the diet, in order to keep your dog healthy. The body contains lots of free radicals – these are molecules which have an unpaired electron. These are extremely unstable, highly reactive, and can cause the onset of cancer, cataracts, heart disease, and inflammatory disease. They really are very damaging to healthy cells in the body, so we really need to work toward controlling levels of free radicals in the body, using antioxidants. When the diet is rich in antioxidants, free radicals are ‘eaten’ away from healthy cells in the body, which reduces the risk of oxidative stress. Not only is the reduction of oxidative stress a huge benefit to antioxidants, but eye health, cardiovascular health, and brain function are supported, as well as a reduction in inflammation in the body. Healthy ageing is largely down to reducing oxidative stress, so antioxidants are also very important for the ageing dog. Blueberries are excellent sources of antioxidants, as well as spinach, raspberries, and broccoli. Findings Here Findings Here Phytonutrients Phytonutrients bring wonderful anti-cancer and pro-heart health benefits. Studies show links between phytonutrient consumption, and longevity too! As well as these fantastic benefits, phytonutrients play a role in immune modulation, to keep the immune function strong, and prevent various diseases including skin cancer, internal cancers, inflammatory diseases, osteoarthritis, and others. It may also play a role in the management of diabetes, and allergies, as well as having anti-ageing effects. Findings Here Findings Here Choosing Suitable Vegetables for Dogs When choosing suitable plant matter for your dog, you need to consider the Glycaemic Index Rating of the vegetable in question. Glycaemic Index Rating Looking at the glycaemic index (GI) rating of plant matter is a very important part of choosing suitable options. The glycaemic index rates how quickly a food digests and causes a blood sugar spike. The lower the glycaemic index value, the longer it takes to digest that food, and the less likely it is to cause a spike in blood glucose. Higher GI foods digest quicker and cause a blood glucose spike. Try to feed lower GI foods more often, and only feeding higher GI foods occasionally, and sparingly. In general, the lower GI foods tend to be the most beneficial anyway! Findings Here Findings Here Some examples of Low GI foods include: Leafy green vegetables Broccoli Brussels Sprouts Cabbage Asparagus Spinach Peppers Mushrooms Avocado flesh Herbs Some medium GI foods include: Berries Pear Apple Some high GI foods include: Banana Melon Sweet potato Carrot Parsnip Pumpkin Butternut squash Introducing, and Serving Vegetables When introducing vegetables to your dog for the first time, you may wish to start by giving a little veg, of only one or two varieties to ensure they like the options given and so as not to put them off entirely. If your dog is itch-prone, or has allergies, avoid all medium and high GI
At My Pet Nutritionist, we understand the importance of hormones in the body, and how the slightest imbalance can lead to both minor, and major health issues. This guide will help you understand the role of hormones within the body. What are hormones? Hormones are found in all living organisms, from mammals to plants. They are substances found in the body which regulate bodily functions, including mental development, physical development, reproduction, and metabolism. What is the Endocrine System? The Endocrine system is comprised of all the organs and glands that produce and secrete hormones directly into the bloodstream and into the tissues and organs which use them. Thyroid Hormones Thyroid stimulating hormone While Thyroid Stimulating Hormone (TSH) is produced in the brain, by the Anterior Pituitary Gland, it is the most important hormone for thyroid function. TSH is the hormone which is needed to stimulate the production of other important hormones in the thyroid gland. Findings Here Dogs suffering from Hypothyroidism have been proven to have fluctuating amounts of TSH produced, which causes issues when trying to produce the relevant hormones in the thyroid itself, leading to Hypothyroidism. Findings Here Thyroxine Thyroxine, also known as T4, is the most important hormone produced in, and secreted by the thyroid gland. Tyroxine is essential for normal functioning of the heart and muscles, neurological development, digestion, metabolism and weight management, and bone repair/strengthening. Findings Here Findings Here Thyroxine supplements may help physical and cognitive abilities if used as a treatment for patients suffering with hypothyroidism. Findings Here Triiodothyronine Also known as T3, Triiodothyronine is another important hormone produced and secreted by the thyroid gland. It aids the control of metabolic rate, heart rate, neurological development, bone development, and digestion. It goes hand in hand with Thyroxine. Triiodothyronine is particularly important for skeletal development and function. Findings Here Calcitonin Calcitonin is the third important hormone produced by the thyroid, and is used in the regulation of calcium and phosphate levels in the blood. It also helps to protect the body against developing hypercalcaemia, by reducing the levels of calcium in the blood. Where the other thyroid hormones are stimulated by TSH, Calcitonin production is also stimulated by Gastrin; one of the gastric hormones, which aids muscle growth, and contributes to muscle health in aging individuals, as well as gut motility, and production of stomach acid. Findings Here Reproductive Hormones Oxytocin Oxytocin is produced in the brain, in the hypothalamus, and is released by the pituitary gland for use in the reproductive system. This is the hormone responsible for sexual arousal, and bonding between mother and infant. The uterus contracts when stimulated by Oxytocin, so it is an important hormone during labour too. Trust and recognition are also controlled by oxytocin, as well as the bond between the owner and pet. Findings Here Findings Here Progesterone Progesterone is responsible for the preparation of the uterus lining; the endometrium. Once fertilized, the eggs will embed themselves in the endometrium, where they will grow and mature. Relaxin Relaxin is utilised in both the musculoskeletal system, and the reproductive system. In the reproductive system, it aids the growth of the placenta, and also helps imbed the fertilized egg (embryo) into the endometrium. In the musculoskeletal system, Relaxin is involved in cartilage and tendon health, as well as bone and muscle repair Findings Here Findings Here Testosterone Testosterone is particularly important for males, however it is present in females too. In females it regulates breast tissue, and fertility. In males, testosterone not only aids sex drive, but also regulates distribution of body fat, bone density and muscle mass, and it also aids the production of Red Blood Cells, and sperm. When testosterone is taken away too early, through premature neutering, the risk of a huge variety of health problems can increase, including weight gain, arthritis, uneven bone growth, poor bone strength, various cancers, among other health issues. Findings Here Adrenal Gland Hormones Cortisol Cortisol has many functions in the body. It is produced in the Zona Fasciculata, which is in the very centre of the Adrenal Gland. It’s functions in the body include controlling the body’s intake and use of protein, fat and carbohydrates, increasing blood sugar levels, decreasing inflammation, and regulating blood pressure. Cortisol is also known as the ‘primary stress hormone’ – it’s the hormone which helps relax urges of stress or anger, and helps build the bond between owner and dog, alongside the aforementioned Oxytocin. Findings Here Adrenaline This one may be quite self-explanatory. When you think of what it feels like to have an adrenaline rush; this is the role of adrenaline! It causes an increase in blood pressure, expansion of passageways to and from the lungs, heightened pain threshold, more acute sensitivity to sounds and sights, and is also very important for distributing blood to muscles. Findings Here Findings Here Aldosterone Produced in the adrenal glands, Aldosterone is responsible for regulation of water to salt ratios in the body. The amount of salt to water in the body dictates blood pressure, so Aldosterone is essential in the regulation of normal, healthy blood pressure. Findings Here Noradrenaline Produced in the adrenal medulla, this is an important hormone used by the brain. It regulates cognitive function at all ages, and is also an important part of arousal and attention span. Findings Here Pancreatic Hormones Insulin This may be a hormone you most likely will have heard of. Insulin is a massive part of diabtetes. Why is this? The role of insulin is to lower blood glucose levels. Type 2 Diabetes is caused by a spike in blood glucose levels, where insulin is not present enough. This hormone is produced in the pancreas. Findings Here Glucagon Alongside Insulin, Glucagon is also produced in the pancreas, and also helps regulate glucose levels within the body. Glucagon regulates glucose homeostasis by stimulating the production of glucose form the liver. Findings Here Findings Here Somatostatin Produced in the pancreas, Somatostatin inhibits the secretion of insulin and glucagon, which is
