FT-IR (Fourier Transform Infra Red” spectroscopy) “The gold standard for kidney stone analysis”An infrared spectrum shows which bonds absorb radiation (wave length) and absorption efficiency (intensity). Thecombination of wavelengths and intensities generates a unique fingerprint Molecular fingerprint” for each compound. This enables accurate quantitative and qualitative analysis of kidney stones.
Advantages of FT-IR(Fourier Transform Infra Red” spectroscopy) are determine the relative percentage content of the various components with high accuracy (mixed stones), rapid analysis and very small amount of sample material is adequate for analysis.
Advantages of FT-IR(Fourier Transform Infra Red” spectroscopy) over Wet chemical methods (old conventional method) Qualitative or quantitative detection of a variety of ions, Can identify crystal structures, Can distinguish between, for example, calcium oxalate mono- and dihydrate, or, different calcium phosphate compounds, Xanthine, 2,8-dihydroxyadenine, or drugs
can be identified.
Kidney stone analysis of high quality is an essential part of the basic evaluation to :
Identify patients at high risk of recurrent stone disease.
Is necessary to reveal –Underlying disease and to be able to offer stone-specific treatment and individualized treatment to prevent stone recurrences “Infrared spectroscopy can be used to determine – The relative percentage content of the various components with high
You need a kidney stone analysis if you have symptoms of a kidney stone. These include Sharp pains in your abdomen, side, or groin. Back pain.
Kidney stone analysis is a test done on a kidney stone to see what chemicals are in it. The test is done on a kidney stone that has been passed in the urine or removed from the urinary tract during surgery.
Family or personal history. If someone in your family has had kidney stones, you’re more likely to develop stones, too. If you’ve already had one or more kidney stones, you’re at increased risk of developing another.