#How to measure your height portable

The participant stepped off the stadiometer between each measurement, and height was manually recorded in centimeters to the nearest tenth.

#How to measure your height portable

Three consecutive measurements were made using a mobile stadiometer (Seca 213 Portable Measuring Rod, Seca Corporation, Hanover, MD). Seventy-seven percent of participants were measured outdoors. The purpose of this study was to examine the feasibility of a laser device for measuring height in children and adults and to compare these values with those recorded using a stadiometer.ДЄ single experimenter completed all height measurements on a hard, flat surface, and for each measurement, shoes were removed, heals were positioned against a wall, and the head was positioned with the Frankfurt plane parallel to the ground. In comparison to a conventional measuring stick, a laser device for measuring height at the withers of horses and ponies was demonstrated to be reliable and accurate. Although, lasers are not used in the medical field to measure height, veterinarians use laser devices to measure animal height. In these applications, lasers are easy to operate and possess high measurement reliability. Lasers are commonly used in the medical field for measurement including facial imaging, corneal thickness, and limb length. In research settings, height is typically measured with a stadiometer, a portable device composed of a vertical backboard and adjustable head piece, with a reported measurement error of 0.2вЂ“0.3 cm. Height is also used to assess growth and nutritional adequacy in children, and it is used in predictive equations to estimate other health parameters including metabolic rate and lean body mass. Height is used to calculate body mass index, the most commonly applied metric for placing individuals and populations in weight categories.

Although refinement is needed, the laser device for measuring height merits further development. These data demonstrate that laser technology can be adapted to measure height in children and adults. The average differences between the two styles of measurement (e.g., stadiometer minus laser) were significantly different from zero: +0.93 and +0.45 cm for the younger and older groups respectively. However, the measurement techniques were highly correlated ( r 2вЂ‰=вЂ‰0.998 and 0.990 for the younger and older participants respectively), and the estimated reliability between measurement techniques was 0.999 (ICC 95 % CI: 0.998,1.000) and 0.995 (ICC 95 % CI: 0.993,0.997) for the younger and older groups respectively. Measurement error for the laser device was significantly higher than that for the stadiometer (0.35 and 0.20 cm respectively). In immediate succession, participant height was measured in triplicate using a stadiometer followed by the laser device. The purpose of this feasibility study was to examine the ease and accuracy of a laser device for measuring height in children and adults.

Although lasers are commonly used by health professionals for measurement including facial imaging, corneal thickness, and limb length, it has not been utilized for measuring height. In the medical practice and in research settings, height is typically measured with a stadiometer. Height is an important health assessment measure with many applications.