Common Causes of Dog Diarrhea
By Anne Ming
People that own dogs usually know how diarrhea in dogs works, since it’s quite common. The real reasons of diarrhea, the causes and the different varieties are known by fewer people.
A diet change is one of the things that causes diarrhea. If you give your dog food that is especially made for him, and then you change his diet and you give him table scraps, he will probably get diarrhea as a result. Another possible cause for diarrhea is changing the type of water he gets, especially if you’re travelling.
Dietary changes are especially problematic for puppies, since they have sensitive intestinal tracts. If the puppy was bought from a breeder, he probably told you that he should be fed similarly to what he got in the past. You should find out what the dog ate before, if you were not told when you bought him, especially if you got him from a friend or from a newspaper ad. Either way, you should talk with a vet about the diet of the dog, so you’re sure that the puppy gets the proper food for his breed and age.
If your puppy received a diet of raw meet in the past, and you are going to give him food that is commercially available, you need to make a gradual transition, from the old food to the new one. For starters, you can put some commercial food in the raw meat, mixing it up a bit. Each day, increase the amount of food you put in the meat, while reducing the old type of food. Gradually changing the diet will prevent diarrhea in dogs.
Underfeeding and overfeeding are two other possible causes for diarrhea. Both dogs that get too much or not enough food can be susceptible to illnesses. A dog that doesn’t eat enough, will stuff himself when he finally finds food. Chances are that dogs are less susceptible to diarrhea if they get fed twice each day, instead of getting all the food in a single meal. Both veterinarians and breeders will recommend that you use self-feeding, which means that dogs get a dish full of food, which he chooses when to eat. You do this with dry food usually, so the diarrhea is quite rare.
Drinking too much water is another possible reason for diarrhea in dogs. If it happens when it’s not warm outside, over-drinking of water can point to another issue, so visit a vet to find out what the problem is.
Visit us at DiarrheaInDogs.Net and find information and resources about diarrhea in dogs, bloody diarrhea in dogs and about treating diarrhea in dogs.
Article Source: Common Causes of Dog Diarrhea
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Dietary goals for dogs and cats with Type 1 diabetes (also referred to as insulin-dependent diabetes or IDDM) are to improve regulation of blood glucose by delivering nutrients to the body during periods when exogenous insulin is active and to minimize postprandial fluctuations in blood glucose levels. Dietary management does not eliminate the need for insulin replacement therapy, but it can be used to improve glycemic control.
Dietary treatment for pets with Type 2 diabetes (also referred to as non-insulin-dependent diabetes or NIDDM) can be instrumental in improving glycemic control and preventing the need to institute exogenous insulin therapy. Factors that must be considered when developing an appropriate diet for a diabetic pet include the consistency and type of diet, its nutritional adequacy and nutrient composition, and the pet’s caloric intake and feeding schedule.
Dogs and cats with diabetes should be fed food that contains consistent amounts and source of nutrients. Specifically, the type and quantity of nutrients that are delivered to the body should remain consistent from day-to-day, and the proportions of calories in the diet that are supplied by carbohydrate, protein, and fat should stay constant.
For pets with IDDM, the provision of a consistent diet allows the insulin dosage to be adjusted to closely fit the needs of the animal. Similarly, if pets with NIDDM are being treated with oral hypoglycemic agents, the provision of a consistent diet is helpful in maintaining normal blood glucose levels.
Changes in the ingredients or nutrient composition of a diet can disrupt the tight coupling of blood glucose levels with insulin activity that is needed for proper glycemic control. Therefore, only pet foods that are prepared using a fixed formulation should be selected for diabetic pets.
Manufacturers that use fixed formulations ensure that the nutrient composition and ingredients of a food remain consistent between batches. In contrast, manufacturers that use variable formulations will change ingredients depending on the availability and market prices. If information about the formulation type is not readily available, it can be obtained by contacting the manufacturer directly. Homemade diets should also be avoided with diabetic pets because of difficulties with maintaining nutrient consistency.
The type of commercial product that is fed is also of importance. Semimoist pet foods or snacks should not be fed to diabetic pets. Postprandial blood glucose and insulin responses have been shown to be highest when dogs are fed either canned or dry pet foods. This increase appears to be because of the high level of simple carbohydrate found in semimoist products. These nutrients require minimal digestion in the small intestine and are rapidly absorbed following a meal.
In contrast, the digestible carbohydrates found in dry and canned foods are made up primarily of complex carbohydrates (starch). Starches require enzymatic digestion to simple sugars before they can be absorbed into the body.
This process slows the rate of delivery of glucose to the bloodstream. Complex carbohydrates and certain types of fiber also affect the rate of food passage through the gastrointestinal tract and the absorption of other nutrients in the diet. Dry pet foods generally contain higher levels of both complex carbohydrates and plant fiber than semimoist or canned foods do.
Diabetes mellitus is a chronic endocrine disorder that occurs in both dogs and cats. It is caused by the relative or absolute deficiency of the hormone insulin, which is produced by the beta cells of the pancreas. Insulin stimulates the transport of glucose and other nutrients across cell membranes for cellular use and is involved in a number of anabolic processes within the body.
A lack of insulin activity leads to elevated blood glucose levels (hyperglycemia) and an inability of tissues to receive the glucose that they need (glucoprivation). Primary clinical signs include polyuria, polyphagya, polydipsia, and weight loss. Diagnosis is usually made using the initial signs of the disorder, which are the presence of a persistent hyperglycemia and a persistent or concurrent glycosuria.
It is estimated that diabetes has an incidence between 0.2% and 1% in dogs and cats seen at small animal clinics. A large proportion of these diabetic pets are obese at the time of diagnosis. In dogs, other factors that appear to be related to the development of diabetes are hormone abnormalities such as hypothyroidism and Cushing’s syndrome, recurrent episodes of pancreatitis, pancreatic islet-cell destruction, stress, and genetic predisposition.
In cats, the most significant risk factor for the development of diabetes is increasing age. Between 70% and 90% of diabetic cats are 7 years or older and more than 65% are 10 years or older. Other predisposing factors for cats include inactivity, presence of pancreatic neoplasia, long-term administration of progesterone or progestin, and possibly, genetics.
All of the clinical signs observed in pets with diabetes are associated with the short or long-term effects of hyperglycemia. The microvascular effects of diabetes contribute to the development of cataracts and renal disease. Polyneuropathy develops in some cases and can manifest as weakness, depression, or uninary and bowel incontinence. Bacterial infections are common in animals with poor glycemic control. All of these complications can be minimized or prevented through stringent control of blood glucose levels in diabetic animals.
The general therapeutic goals in diabetes management are to minimize post-prandial (after-meal) hyperglycemia, prevent hyperglycemia when insulin is being administered, resolve and minimize clinical signs, prevent or delay long-term complications, and improve overall health. These goals can be achieved through exogenous insulin administration, oral hypoglycemic agents, diet, weigh loss (if indicated) exercise, and the control of concurrent illness.
Diabetes diagnosis in dogs and cats
A diagnosis of diabetes mellitus is based on persistent fasting hyperglycemia and glycosuria. The normal fasting value for blood glucose in dogs and cats is 75-120 mg/dL. In cats, stress-induced hyperglycemia is a frequent problem, and multiple blood and urine samples may be required to confirm the diagnosis. Measurment of serum glycosylated hemoglobin or fructosamine (or both) can assist in differentiating between stress-induced hyperglycemia and diabetes mellitus. In all cases, a search should be made for drugs or diseases that predispose to diabetes.
The feeding schedule of pets receiving insulin should be planned so that nutrients are delivered to the body during peak periods of exogenous insulin activity. This span will be determined by the type of insulin used and the time of day it is administered. Several small meals should be provided throughout the period of insulin activity, as opposed to feeding a single large meal. Feeding several small meals helps minimize postprandial fluctuations in blood glucose levels. Other factors that affect the degree of hyperglycemia that occurs following a meal include the composition of the food and the type of insulin administered.
If insulin is administered early in the morning, the first meal should be given immediately before the insulin injection. If the pet refuses to eat on any occasion, the insulin injection can be withheld, thereby preventing the subsequent possibility of hypoglycemia. The remaining three or four meals in the day can be given at equally spaced intervals, depending on the action of the insulin used.
Taking blood samples and measuring blood glucose levels every 1 to 2 hours throughout a 24-hour period will indicate if the feeding schedule coincides adequately with insulin activity. If postprandial blood glucose levels rise above 180 milligrams, (mg)/deciliter (dl), the interval between feeding and insulin administration should be decreased. If hyperglycemia still occurs, the size of the meal should be decreased and/or the number of meals provided per day should be increased. Likewise, a meal should always be provided within 1 to 2 hours following the lowest blood glucose level.
Once an appropriate pet food and feeding schedule have been selected, the management program should be strictly adhered to. Pets that have previously been fed free-choice should be gradually switched to the new regimen. Although most dogs will adapt quickly, cats can be very resistant to changes in their feeding routine and in the type of food that is fed. This resistance can make dietary management of a diabetic cat difficult for some owners.
Mixing the new food into the cat’s previous food and changing to a meal-feeding regimen over a period of several weeks can help decrease these problems. Allowing cats to nibble over the period of insulin activity is also effective in some cases. Supplemental food should not be given, and feeding times should vary as little as possible. Periodic monitoring of blood glucose levels can be used to adjust the diet as the pet loses weight, changes the amount of exercise it gets, or requires adjustments in insulin dosage.
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