![]() ![]() ![]() A stoichiometric equation was used to calculate the fat oxidation rate, while the metabolic thresholds were defined by analyzing ventilation gases. Each of them was submitted to two incremental exercise tests on an electromagnetically braked cycle-ergometer-STEP (50 W♳ min-1) and RAMP (~0.278 W Our study comprised 57 young road cyclists who were tested in random order. The main aim of the study was to determine whether the progressive linear RAMP test can be used to assess the maximal fat oxidation rate along with the intensities that trigger its maximal (FATmax) and its minimal (FATmin) values. The Spiropalm 6MWT (6 minute walk test) has all the features of the Spiropalm spirometer and can also perform a 6 minute walk test in real-time.The incremental exercise test is the most common method in assessing the maximal fat oxidation (MFO) rate. Dimensions: 180 x 75 x 30mm weight 390gm.USB connection to PC or external printer and RS232 connection to PC.Alpha-numeric keypad and navigation control button for easy entry of patient data and settings.Test quality data, interpretation (according to ATS guidelines) and estimated lung age included.Tests parameters available include: FVC, IVC, VC, MVV, VT, FEV1,FEV6, FEV1/FEV6, FEV6/FVC, PEF, PIF, FEV1/FVC, FEF 25-75 and many more.Heart rate and SpO2 monitoring options available.Includes comprehensive PC software for data management and real time testing.Available with a turbine flowmeter or flowsafe disposable pneumotach to prevent cross contamination.Bright, backlit LCD display (320 x 240 pixels) for monitoring test performance and results.Uses a turbine flow sensor, which doesn’t require regular calibration. Alternatively, Spiropalm+ uses disposablepneumotach sensor tubes which are calibration free and have no risk of cross-contamination. ![]()
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