Clients generally start with a 2-hour comprehensive assessment with the nurse practitioner, Carla Peppler. The assessment includes a review of symptoms, medical and surgical history, pharmaceutical medications and natural supplements, lifestyle choices, job history, exposure to potential toxicities, diet history, previous blood work and test results, BIA and blood pressure lying and standing. Depending on the client’s health goals and symptoms, a number of specialized assessments may be done to enhance the data gathering process including blood work, live blood cell analysis, arterial screening with the CASPro, hormone saliva testing, food allergy testing, heavy metal challenge test, etc. Based on the information gathered and the client's desired health goals, a treatment plan is jointly developed.
One out of two people have some form of heart disease. Every 34 seconds someone suffers a fatal heart attack. Knowing your personal risk profile for cardiovascular disease will allow you to take the proactive steps necessary to slow down or stop the progression of this leading killer. The good news is that heart disease is a life style disease that can be prevented and reversed. The science behind this reversal is a combination of cardio pulse wave detection and analysis and treatment. The source of intense study that resulted in the awarding of the Nobel Prize in 1998 has resulted in this new detection methodology and treatment. The Hearftul Wellness Centre has this technology.
We use a machine called the CASPro to determine blood pressure, arterial pulse wave and central aortic systolic pressure. The arterial pulse wave corresponds to a blood pressure change caused by the contraction of the heart. When the heart contracts, it ejects a bolus of blood into the already pressurized aorta. The pressure rises further so the vessel, being elastic, becomes locally distended and the blood in it is set into motion, resulting in a pressure wave propagating along the aorta and then the arteries. The arterial pulse wave pressure may be reliably measured at the radial artery by applanation tonometry.
The arterial pulse waveform has two components: the first is the forward traveling wave when the left ventricle contracts and the second is the reflected wave returning from the periphery. Ideally, for a young person whose arterial tree is generally soft and compliant, the reflected wave coincides with the diastole phase of the cardiac cycle and augments perfusion of the coronary arteries. The propagating speed of the pressure wave is significantly dependent on the stiffness of the arterial wall. As a person ages, the arterial tree begins to stiffen. This increases the pulse wave velocity, causing the reflected wave to return faster and with a higher amplitude. This reflected wave eventually coincides with the systole phase, resulting in a prolonged systole and a corresponding reduction in coronary artery perfusion. The heart now has to work harder but the supply of oxygen and nutrients is compromised. For the elderly, the reflected wave may occur very close to the systolic peak, resulting in an augmented wave and further prolonging the systole. The presence and amplitude of the reflected wave in the arterial pulse are reflected in the radial pulse waveform. Therefore, by performing pulse wave analysis, we can obtain useful information about a client’s cardiac health.
We also evaluate the central aortic systolic pressure (CASP). This is the blood pressure at the root of the aorta or the largest artery in the body, as the blood is being pumped out of the heart. CASP has been shown to be an important factor in relation to strokes and cardiovascular events, more than the brachial pressure or commonly known as the pressure at the arm. CASP is different and usually lower than the brachial pressure in normal people. When we are young, below 40 years old, the difference between CASP and the brachial pressure can be significant (up to 30mmHg). However, as we age, the aorta gets stiffer and the compliance reduces. As a result, the CASP increases and comes much closer to the brachial pressure. In persons with high blood pressure, the CASP can be abnormally high for their age, showing “pre-mature” stiffing of the aorta. It has also been shown that certain class of drugs used in the treatment of high blood pressure can also have an adverse effect on the CASP, increasing it instead of reducing, as shown in the CAFÉ study. (B. Williams et al, Differential Impact of Blood Pressure-Lowering Drugs on Central Aortic Pressure and Clinical Outcomes: Principal Results of the Conduit Artery Function Evaluation (CAFÉ) study. Circulation 2006; 113; 1213-1225.) Therefore it is important to show that treatment aimed at reducing the CASP is in fact reducing the risks of stroke and heart events.
Research has shown that body composition correlates directly to a continuum of health, ranging from mortality and morbidity to immunity, longevity, high function and athletic performance. Body composition analysis is the clinical assessment of tissue and fluid compartments in the human body. These include: fat mass; fat-free mass; body cell mass; extracellular mass; total body water; intracellular water; and extracellular water. A normal distribution of tissue and fluid in the body is associated with immunity, high function and longevity. An abnormal distribution of tissue and fluid in the body is associated with susceptibility, effects of disease and aging, low function, morbidity and mortality.
We are all exposed to heavy metals. Lead, mercury, arsenic, cadmium and aluminum are among the most toxic and prevalent. They have multiple and overlapping mechanisms of toxicity: They increase free radical production; they poison enzyme systems; they directly damage DNA; they disrupt the endocrine system; and they damage mitochondria and cell walls. There are several ways to determine one's exposure to heavy metals and estimate the body burden of heavy metals. Hair, blood and/or a provocation urine test may be used.
Saliva tests measure “free” hormones (2 to 5% of the hormones in a person’s body), which are the hormones that are available to go to work for you – stimulating receptor cells and carrying out the tasks they are designed to perform. In contrast blood testing generally measures the “total” hormones, which includes those hormones already bound to protein and unavailable for your cells to use.
Live blood cell analysis is a blood test carried out by extracting a minute amount of capillary blood from the finger tip, placing it on a slide and then observing it through a high-powered microscope. This technique has been in use since the 1920's and provides observable data via a video screen.
Allergies and other hypersensitivity reactions to foods and aeroallergens are characterized by elevated allergen-specific antibody levels in the affected individual’s blood. IgE antibodies are found primarily in mucous secretions. An IgE reactions occurs immediately after exposure to the allergen – a food or inhalant. IgG antibodies represent the most prevalent class found in the blood. The inflammatory process is gradual and may take anywhere from several hours to several days which is why this type of reaction of called delayed.
IgA antibodies can provide additional information to identify suspected food or inhalant triggers. IgA represents a primary immune reaction with a half-life of about 5 to 6 days when compared to IgG – which has a half-life of 20 to 24 days. We take a small blood sample and analyze IgG and/or IgA reactions to determine food and/or inhalant sensitivities. For more information go to www.fluidsiq.com