Feline HTMA Laboratory Test
An HTMA (Hair Tissue Mineral Analysis) test uses hair tissue for analysis. One of the main reason why hair is used is because unlike blood or urine, it is stable over a long period of time and provides several months of biochemical activity in one sample. Collecting a sample is non-invasive and can be done without the need for veterinary intervention.
Physical, emotional and biochemical stressors deplete the body of many essential nutrients. Chronic illnesses, in many cases will develop in stages over time, and environmental illness is the result of exposure to environmental toxicity, which no a days we see more and more. These combined with other health assaults will result in the accumulation of toxins that build up in the tissue and disrupt normal body functions.
The feline HTMA test identifies deficiencies or excesses in essential mineral levels and ratios plus will bring to light toxicities that may be of concern. The HTMA comprehensive lab report profiles charts, bar graphs, and supportive documentation to show us the metabolic status of the canine and provides recommendations to address mineral imbalances, reverse physical degeneration, and revitalize their cellular metabolism (energy).
Non-Invasive Method for Felines
An HTMA test is considered a standard test used around the world for the biological monitoring of trace elements and toxic metals in human and animal species (including canines, felines and equine). This diagnostic test uses the same analytical technology as is used for soil testing and testing of rock samples to detect mineral levels. Why hair, well hair is one of the defining characteristics of mammals; much like other bodily tissues, it contains minerals that are deposited as the hair grows. The “living” portion of the hair is found in the follicle and the hair that is visible is the hair shaft, which exhibits no biochemical activity and is considered “dead.” The mineral composition within the cortex remain intact indefinitely as the hair continues to grow. A 1 to 1-1/2 inch sample of hair cut from as close to the skin as possible provides information about the mineral activity in the canine over a 3 to 4 month period.
A Feline HTMA test provides detailed information about your dog’s health. It includes nutritional elements, additional elements, significant ratios, and endocrine and performance indexes. HTMA is an effective toxicity screen, indicating toxic elements, as well as toxic ratios. Soil scientists have understood the importance that trace minerals play in plant health for 100 years. Forensic anthropologists use hair analysis extensively in understanding diet and environmental conditions of animals dating as far back as prehistoric times.
The Feline HTMA Report
- Toxic Elements
- Toxic Ratios
- Nutritional Elements
- Significant Ratios
- Supplement recommendations
This chart shows a measurable level of lead, mercury, aluminum and arsenic. Arsenic is number one on the ATSDR’s 2011 Priority List of Hazardous Substances (mercury is #3). Arsenic is also a known carcinogen and affects the skin, digestive system, liver, nervous system, and respiratory system. Arsenic compounds can create reaction in the body that disrupt enzymes that are involved in respiration of cells, fat and carbohydrate breakdown and their metabolism. The accumulation of toxic levels of arsenic can result in paralysis, coma, cardiovascular issues, and death.
Aluminum is the most common toxic element found at high levels in animal HTMA assessments. Aluminum has been described as a protoplasmic poison and a persistent neurotoxin. While the body can excrete aluminum in its natural form, the element, like mercury, is toxic to all life forms when in their tissues. It will accumulate in the brain, as well as nerve tissues and in the bones and teeth. A follow up canine HTMA test revealed that dietary and supplement changes that were made brought tissue toxin levels down and notable health improvements in the dog were seen.
All animals are exposed to toxic metals to some degree. The retention of these toxic metals, however, is dependent upon the animal’s susceptibility and potential exposure. The balance of the protective nutrient minerals within the body in relation to these heavy metals can frequently be the determining factor to this susceptibility. By examining the toxic metal levels in relation to the protective minerals, the extent to which the heavy metals may be involved in abnormal chemistry can frequently be seen. Each toxic metal ratio result should be in the upper white area of the graph, and the higher the better. Toxic ratios that fall within the darker red area may indicate an interference of that toxic metal upon the utilization of the nutritional element.
Toxic Ratios: This chart indicates adequate levels of all protective nutrient minerals, at least in relation to toxic metals that have been noted as accumulated. This means that the dog does have enough of theses nutrient minerals to protect against tissue accumulation of heavy metals.
Extensively studied, the nutrient minerals have been well defined and are considered essential for many biological functions. They play key roles in such metabolic processes as muscular activity, endocrine function, reproduction, skeletal integrity and development. This section of the report shows nutritional mineral levels that may reveal moderate or significant deviations from normal. The optimal mineral levels are identified by the horizontal black lines which represent the established levels as determined from statistical analysis of healthy felines. A mineral level that is above or below the reference range can be identified as dysfunctional showing up as an excess, loss or deficiency.
Nutrient Minerals: This chart shows severely depleted calcium, magnesium, iron and manganese.
If the synergistic relationship (or ratio) between certain minerals is disturbed, studies show that normal biological functions and metabolic activity can be adversely affected. The optimal ratios are identified as the Mean Ratios which represent the established optimal numbers determined from from statistical analysis of healthy felines. A mineral ratio that is above or below the Mean Ratio is easily identified. Even at extremely low concentrations, the synergistic and/or antagonistic relationships between minerals still exist, which can indirectly affect metabolism, cellular energy, the stress response and more.
Significant Ratios: This example shows several ratios above and below the optimal Mean Ratios. A healthy cat will have all ratios near the Mean . The report will identify and explain any ratios that are outside of the reference range and provide recommendations for correcting the imbalance.
Endocrine Index: The thyroid gland is responsible for the rate of sustained cellular energy production and release. This graph reflects thyroid activity within the normal range. The adrenal gland produces a number of vital hormones, many of which have an effect upon energy production. This graph reflects low adrenal activity.
The endocrine index is a graphic presentation of the pituitary-adrenal-thyroid relationship, or P.A.T. axis. These endocrine glands influence energy production on a cellular level and ultimately the health and performance of the dog. Ideally, there should be a balance within the P.A.T. The levels need to not be at the ideal range as this range is used only as a reference point. However, they should be balanced above, below or a the “ideal” point. A major deviation between the P.A.T. axis can be indicative of a tendency or trend toward an adverse health condition. In the performance animal, a major deviation of the P.A.T. axis is reflective of an adverse affect upon speed and/or stamina.
A balanced P.A.T. would appear on the above index with all three bar graphs extending the same length to the right. Ideally, all three would extend to the mid-way point, but as mentioned previously, a balance anywhere within the box is acceptable.
Performance Index: This example reflects the domination of the thyroid gland over the adrenal glands. This indicates endurance over long distances or for longer periods of time. However, speed, quickness and power over short time periods or distances are affected negatively.