It is the first device that can easily and objectively assess the body fluid status (i.e., measure the water load in the body) and body composition, which improves the management of hypertension and fluid status and provides a basic basis for assessing the nutritional status, and which assists the physician in conveniently evaluating many clinically relevant parameters, such as measuring the load on the intracellular milieu in the fluid status, the total amount of immune complexes in the body, the assessment of body The BCM-Body Composition Analysis is a powerful tool for assessing many clinically relevant parameters, such as measuring the intracellular environmental load in body fluids, the total amount of immune complexes in the body, and assessing the mass of muscle tissue, the amount of creatinine produced by muscle metabolism, and the mass of fat tissue. In addition to this, the BCM-Body Composition Analysis System can help to study the relationship between fluid status and renal disease, therefore allowing for a more rational prescription of ultrafiltration and dosage of endo-environmental modifying drugs. Nowadays, this instrument is most often used to observe and estimate kidney lesions, treatments, healing, and conditions, and can also be conveniently applied to the majority of patients with chronic kidney disease who receive or do not receive renal dialysis, and can also accurately determine the degree and extent of damage to the diseased cells of the renal area, which can be based on the results of the determination of the cause of the disease, and to give the symptomatic treatment, giving the therapeutic effect of the conventional drugs that can not be achieved. It is of high clinical research and application value. Advantages of Clinical Analysis Achieving ideal fluid balance, especially when there are a series of complications, remains a clinical challenge. Although significant progress has been made in recent years in terms of the quality and effectiveness of dialysis treatments, cardiovascular disease due to renal problems remains the leading cause of death in dialysis patients, in which fluid-loading overload exists quite commonly in dialysis patients and is also one of the major contributors to mortality. At the same time, the subjective assessment of an individual's fluid status by the physician has become a limiting factor in the control of fluid balance in various clinical settings, and the increasing number of patients and the limited time available to physicians have further reduced the opportunity to assess the quality of dialysis. Therefore, after a long period of research and testing by nephrologists and scholars around the world, improving the treatment of hypertension and correcting body fluids can effectively delay left ventricular hypertrophy and thus prolong the survival of dialysis patients, effectively reducing the morbidity and mortality of cardiovascular diseases in patients undergoing dialysis for kidney disease. The BCM-Body Composition Analysis System is a non-invasive, very precise method that is easy to use and provides results in a very short period of time, with an accuracy rate of 99.9%. With the arrival and application of BCM-Body Composition Analysis System and its affiliated series of extensive monitoring tools and treatment modes, the clinical treatment can be based on the patient's specific performance to formulate a specialized and precise treatment plan, and the BCM will be implemented to follow up the cooperation, to promote the repair of damaged glomerular cells, and to improve the immune function of the kidneys. The maintenance process at the end of the treatment also plays a vital role in ensuring that the kidney disease will not recur due to unscientific lifestyle at the end of the treatment. Accurate measurement of the "V" value in the dialysis dose The European best practice guidelines recommend a target dialysis dose of eKt/V ≥ 1.2 (KT/V is the urea clearance index) for three times weekly dialysis treatments. In other words, there is no need for time-consuming urea kinetic modeling or the use of error-prone anthropometric formulas when the total body water (TBW) is comparable to the urea distribution volume (V). Instead, the BCM Body Composition Analysis System is able to provide a method to accurately determine TBW and has been validated for validity against the gold standard dilution method of measurement. The BCM Body Composition Analysis System can therefore be used for dialysis dosage prescription development as well as the input of its component "V". So how is the output data from the BCM Body Composition Analysis System validated? Firstly, clinical researchers take measurements from a patient or a healthy individual and validate these real data against the gold standard controls in various studies, including: extracellular fluid - dilution, intracellular fluid - total body potassium (TBK), total body water (TBK), muscle tissue mass - dilution, and muscle tissue mass - dilution, and total body water (TBK). -dilution method, muscle tissue mass-dual energy x-ray absorptiometry (DEXA), adipose tissue mass-(quadruple compartment model, DEXA, air displacement method, and underwater weighing method), somatic cell mass-(NMR*** vibration, TBK), body water load - assessment by clinical experts, and finally in the extension of the measurement range to more than 500 patients and healthy people, resulting in validated conclusions, i.e. valid and practical, precise and concrete. It is well known that excess water in the body often leads to high blood pressure, but this association in many patients can be seriously affected by the disease they are suffering from.**** For example, certain diseases of the vasculature can lead to hypertension. For example, some patients with high blood pressure due to vascular disease exhibit normal or even low blood pressure despite a significant body water load. The Body Fluid Status Reference Chart is displayed on a chart that suggests a relationship between excess body water and blood pressure. (See accompanying figure.) The easiest way to determine whether a patient has an abnormal condition is to compare the patient's results with a set of reference populations. Measurements of healthy individuals in reference range N have been compared with patient data. The second set of reference ranges shows a portion of typical patient data. They are all patients who were well managed and had the highest weight gain of 2.5 L when measured before dialysis. Both sets of reference ranges have been corrected for age and gender. And the patient's position in the chart indicates the status of that patient as measured at the time of treatment, which can help the physician to take possible necessary measures. Body Composition Analysis Curves The Fluid Management Software (FMT) shows trends over time in three basic components of body composition: adipose tissue mass (ATM), muscle tissue mass (LTM) and body water load (OH).
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