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Do's and Dont's of Pet Adoption What do those blood results really mean ?
Do's and Don'ts of Pet Adoption
As rewarding as adopting a pet can be, there is a right way and a wrong way to approach pet adoption. Before signing any papers, consider the following do's and don'ts of pet adoption.
DO Know why you're adopting a pet. Before beginning the process, prospective parents should determine the reason for adoption. If the reason is viable, continue with the process. An impluse adoption at the holidays, or a gift for a young child may not be appropriate.
Honestly assess your lifestyle. Just because you love animals does not mean your lifestyle is suited to having a pet. Today's busy schedule may not be the most suited to having the kind of pet that needs lots of attention and affection, regardless of how busy your schedule may be.
Choose the right pet. Choosing the right pet involves more than finding the friendliest puppy or the cutest kitten. Compatability is important, but so is adequate space, children, and amount of time spent in the home. A large breed dog would not be a good fit for an apartment dweller, while someone who is not home much may be better suited to a cat who prefers solitude.
Be willing to train the pet if need be. The ASPCA notes that lack of training is one of the most common reasons cite when returning an animal to a shelter. Citrus and surrounding counties offer many training options.
DON'T Adopt on a whim. Adopting on impulse, without carefully considering all the pros and cons is a sure way to find yourself returning the pet to a shelter. Shelter animals are most often victimized by adopting on a whim, as the greatly reduced cost of shelter adoptions makes it easier to write off the initial investment and simply return the animal if things do not work out. This is creul to the animal and can be easily avoided if people take careful consideration of everything it takes to be a good pet owner, as opposed to adopting on a whim after a weekend visit to the shelter or flea market.
Adopt if finances are not great. Pets make great companions, but they can also be expensive. If you are considering adoption, make an honest assessment of your finances! The cost of pet ownership extends well beyond the initial adoption fee. Pets need food, shelter, occasionally medications long term , regular veterinary care, and sometimes emergency medical treatment. Look into pet insurance options BEFORE you get that new family member. Prospective adopters can go to the ASPCA "Pet Care Costs" chart at www.aspca.org/adoption/pet-care-costs.aspx to get a better idea of how much caring for a pet will cost.
Consider pet adoption a minor commitment. Adopting a pet rquires a significant commitment that can considerably alter a person's lifestyle. If your are not willing to change your lifestyle to encompass the needs of your new pet or commit fully to that animal, DO NOT ADOPT.
What do those blood results really mean ?
At Homosassa Animal and Bird Hospital, performing pre-anesthetic blood work and wellness checks are part of our standard of care. Here are some descriptions of blood chemistries and complete blood cell count (CBC) to help you interpret your results. Please be reminded abnormal levels are not limited to the diseases listed below. A diagnosis also depends on other testing and a physical exam. These values apply to dogs and cats(mammals), only.
Electrolytes: Cl- (chloride) - maintains water distribution in the body and helps stomach digestion by forming hydrochloric acid. High: dehydration, Addison’s disease, kidney disease Low: loss during vomiting and/or diarrhea
K+ (potassium) - important in the function of muscular and cardiac tissues
High: cardiac arrhythmias, kidney disease, Addison’s disease, kidney obstruction, dehydration Low: possible cancer, insulin overdose, Cushing’s disease, vomiting and/or diarrhea, starvation, overuse of diuretics
Na+ (sodium) - plays an important role in water distribution throughout the body High: Cushing’s disease, dehydration, diabetes Low: kidney disease, Addison’s disease, vomiting and/or diarrhea, hypothyroidism
Chemistry Profiles:
ALB (albumin) - produced by the liver and is the major binding and transport protein in blood High: dehydration Low: liver disease, kidney disease, blood loss, gastrointestinal disease
ALKP (alkaline phosphatase) - present in several tissues such as bone, cartilage, intestine, placenta, and liver
High: active bone growth in young animals or healing bones, liver abnormalities, use of phenobarbitol or steroids, Cushing’s disease, fatty deposits in the liver Low: malnutrition
ALT (alanine aminotransferase) - a liver-specific enzyme in dogs, cats, and primates
High: can indicate liver cell damage, Cushing’s disease, toxic exposure Low: malnutrition
AMYL (amylase) - primarily produced in the pancreas, but also in the salivary glands and small intestine. Main function is to break down sugars and starches.
High: pancreatitis, kidney disease, obstruction of the intestines or pancreatic ducts Low: malnutrition
AST (aspartate aminotransferase) - present in liver cells, red blood cells, muscles, kidneys, and pancreas High: released when the liver is severely damage, strenuous exercise, muscle inflammation, toxic exposure, arthritis Low: malnutrition
Bile Acids - produced by the liver and stored in the gall bladder until ready for use in fat absorption and to regulate cholesterol High: liver disease, bile duct obstruction, blood flow abnormalities to the liver Low: malabsorption in the intestines
BUN (blood urea nitrogen) - the end product of amino acid breakdown High: kidney disease, dehydration, after strenuous exercise, high-protein diet, urinary obstruction, shock, heart disease Low: starvation, liver disease
CA+ (calcium) - 99% is found in bones, while the other 1% plays vital roles in the body. It is responsible for maintaining muscular tone, maintains enzyme activity, and facilitates blood coagulation.
High: certain cancers, excess vitamin D, Addison’s disease, kidney disease, parathyroid disease, certain toxicities Low: certain parathyroid diseases, insufficient vitamin D, unbalanced diet, Cushing’s disease
CHOL (cholesterol) - produced in the liver and ingested from food High: associated with hypothyroidism, very high fat diets, diabetes, breed specific to Schnauzers Low: kidney disease, poor nutrition, liver insufficiency, intestinal disease CK (creatine kinase) - created mainly in muscle and some in the brain High: when muscle is destroyed or damaged, after seizures, strenuous exercise, surgery Low: not a significant finding
Cortisol - a major hormone that is a natural steroid in the endocrine system, produced by the pituitary and adrenal glands
High: Cushing’s disease, certain medications, stress Low: Addison’s disease
CREA (creatinine) - part of muscle metabolism. It is filtered through the kidneys and eliminated in urine High: kidney disease, dehydration, urinary obstruction, shock, toxic exposure Low: starvation, liver disease
GGT (gamma glutamyl transferase) - found in several tissues such as mammary, renal, bilary; and primarily liver
High: liver disease, pancreatitis, bile duct obstruction Low: malnutrition
GLOB (globulin) - a complex group of proteins produced in the liver. Responsible for transport, binding, and immunity
High: chronic infection, inflammation, and may indicate a viral disease Low: immune deficiencies, blood loss, gastrointestinal disease
GLU (glucose) - the end product of carbohydrate metabolism and is a source of energy for the body. High: diabetes, Cushing’s disease, stress, pancreatitis, certain medications Low: liver disease, hypothyroidism, Addison’s disease
HCT (hematocrit) as known as PCV (packed cell volume) - the percentage of red blood cells in plasma
High: dehydration, kidney disease Low: anemia, toxic exposure
HGB (hemoglobin) - the protein in red blood cells that carries oxygen
High: diseases that involve increased production of red blood cells, dehydration Low: anemia, parasitic disease
LIPA (lipase) - an enzyme of the pancreas that functions in the breakdown of fats
High: progressive or chronic pancreatitis, renal and liver dysfunction, administration of steroids Low: unclear
MCH (mean corpuscular hemoglobin) - the average weight of hemoglobin contained in red blood cells
High: suggests the presence of red blood cell destruction (hemolysis) Low: decreased concentration of hemoglobin which can be related to anemia, chronic blood loss, and iron deficiency
MCHC (mean corpuscular hemoglobin concentration) - the concentration of hemoglobin in the average red blood cell
High: red blood cell destruction (hemolysis) Low: anemia, chronic blood loss, iron deficiency
MCV (mean corpuscular volume) - the average size of a red blood cell
High: indicates the release of large, young red blood cells which can be a sign of anemia Low: indicated the presence of small red blood cells which can be associated with chronic iron deficiency or blood loss
PHOS (phosphorus) - important in metabolism High: kidney disease, increased release when tissues are damaged, can be normally increased in growing puppies/kittens, unbalanced diet Low: unbalanced diet, insulin overdose, diabetes, parathyroid disease
PLT (platelets) - function to help minimize blood loss by adhering to an injured area and beginning the clotting process High: could indicate an artifact from the blood sample Low: bone marrow failure, infection, immune-mediated disease, increased usage from injury or inflammation
RBC (red blood cell) - created in bone marrow and functions to carry oxygen in the body High: diseases that involve increased production of red blood cells, dehydration Low: anemia, parasitic disease, kidney failure, some cancers
RETIC (reticulocytes) - immature red blood cells High: an increased demand for red blood cells; regenerative anemia Low: indicates that the body is unable to respond to the need of red blood cells; non-regenerative anemia
T4 (thyroxine) - a hormone released from the thyroid gland that affects metabolism; it also has a secondary affect on blood pressure High: hyperthyroidism (cats) Low: hypothyroidism (dogs)
TBIL (total bilirubin) - a component of bile High: liver disease, certain types of anemia, gall bladder and bile duct obstruction, jaundice, red blood cell destruction Low: insignificant finding
TP (total protein) - affected by the animal’s hydration status and liver function High: dehydration, inflammation Low: kidney and gastrointestinal loss, liver disease, blood loss
TRIG (triglycerides) - releases fatty acids and also stores fat High: hypothyroidism, Cushing’s disease, diabetes, pancreatitis, breed specific to Schnauzers Low: malnutrition
WBC (white blood cells) - the body’s main defense system, High: leukemia, stress, inflammation, excitement, infection Low: bone marrow failure or inflammation, viral infection
Listed below are the several different types of WBC’s that serve a specific function:
NEU (neutrophils) - increased due to inflammation or infection, decreased due to viral disease or stress
LYM (lymphocytes) - occasionally associated with chronic infection, but mostly related to stress
MONO (monocytes) - associated with the inflammatory response of tissue repair
EOS (eosinophils) - associated with the inflammatory response to allergies, and parasitic disease
BASO (basophils) - associated with the chronicity of disease
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