1st Protein mass, Mineral mass, Mass of body fat, Total body water, Intra cellular water, Extra cellular water, Soft lean mass, Skeletal muscle mass, Lean body mass, Weight, B.M.I., Percent body fat, Age matched of body, Basal metabolic rate, Total Energy expenditure, Body type, W.H.R. (Waist to Hip Ratio), Visceral fat level, Subcutaneous/Visceral fat mass, Visceral fat area, Prediction of abdominal fat, Body cell mass, Edema index(whole body), Segmental soft lean mass and its dual bar graph, mass of body fat and segmental edema index, Segmental impedance and reactance classified by frequency, Optional: Height meter & Blood pressure monitor.

2nd Segmental Assessment (M.B.F, S.L.M, Edema index) & individual explanation, Assessment upper, lower, left and right body development and balance.
Abdominal analysis (subcutaneous fat type/visceral fat type) & Individual explanation

Protein mass, Mineral mass, Mass of Body Fat, Soft Lean Mass, Total Body Water, Lean Body Mass, Weight, B.M.I., Percent Body Fat, Age matched of Body, Basal Metabolic Rate, Total Energy Expenditure, Body Type, Segmental Soft Lean Mass and Mass of Body Fat, Target to Control (Mass of Body Fat, Soft Lean Mass, Weight), Individual explanation of synthetic assessment, W.H.R.(Waist to Hip Ratio), Impedance

 

The Imp™ XCA is a valuable new tool for assisting in the clinical assessment of unilateral lymphoedema of the arm using patented technology. The Imp™ XCA is an accurate bioimpedance analyser that measures impedance and resistance at a single low frequency below 30 kHz. These measurements are used to determine the subclinical changes in the extracellular fluid volume between the affected and unaffected limbs and to calculate the Lymphoedema Ratio.The L-Dex ranges from -10 to +10and defines the normal range of L-Dex values for a patient without lymphedema. The presence or absence of lymphedema is assessed by comparing the patient’s L-Dex to this range.
References

Cassely-Smith JR, and Casely Smith JR (1989) Physical therapy for lymphoedema. Med. J. Aust. 15:542-3.

Cornish BH, et al. (2001) Early diagnosis of lymphoedema using multiple frequency Bioimpedance. Lymphology. 34:2-11.

Ward LC, et al. (1992) Multi-frequency bioelectrical impedance augments the diagnosis and management of lymphoedema in post-mastectomy patients. Eur. J. Clin. Invest. 22:751-4.

Cornish BH, et al. (1996) Bioelectrical impedance for monitoring the efficacy of lymphoedema treatment programmes. Breast Cancer Res. Treat. 38:169-76.

Parker-Pope, T. (2004), Efforts mount to combat lymphedema, Wall Street Journal, 1 June.

Cornish BH, et al. (2000) Early diagnosis of lymphoedema in post surgery breast cancer patients. Ann. NY Acad. Sci. 904:571-5.