Stanford researchers have prototyped a portable device that controls many aspects of dipstick assays that are currently plagued by user error.
Stanford researchers have prototyped a portable device that controls many aspects of dipstick assays that are currently plagued by user error. The device utilizes commercial dipsticks to perform the assay. User error is reduced due to tightly controlled volume, timing and lighting conditions of dipstick assays. This device will easily integrate with a portable image reader such as a cell phone or other standalone chip, making at-home routine urinalysis attainable. The results obtained with this device for urinalysis are as accurate and consistent as the dip-and-wipe method, the industry gold standard.
Urinalysis diagnostic tool for point-of-care, including at home.
Can analyze diseases that currently uses dipstick testing (e.g. urinary tract infection, various kidney diseases and diabetes)
Can potentially use other dipstick assays (e.g., blood) instead of urine
Device performs urinalysis
High quality control over urinalysis assay conditions (volume, timing, and lighting control and color differentiation)
More reliable results due to higher quality control
Simple to use, even by untrained users
Easy integration with current dipsticks thus can be commercialized in the near term
Can integrate with cell phones for low cost imaging
Overcomes many of the limitations of current dipstick technologies