A study of the organic compound composition of mouse male reproductive organs by high resolution NMR

Analyzing and Mapping Sweat Metabolomics by High-Resolution NMR Spectroscopy

“…Furthermore, one could find negligible quantities of lactate even in sealed vessels containing D 2 O manufactured by various companies running the experiments where the large number of accumulations is needed for the acquiring of the quantitative NMR spectra of the low concentration samples, such as a tear drop etc. [13], [14]. This unique property of lactate could be related to its hygroscopicity and its ability to admix with water at almost any ratios.…”

Looking at microbial metabolism by high-resolution2H-NMR spectroscopy

“…Typically, the term ‘biological fluids’ is taken as a synonym to ‘body fluids’ or ‘biofluids’ that correspond to liquids originating from inside the bodies of living people, such as urine, blood, saliva, sweat, cerebrospinal fluid, mucus, etc. However, this concept can be extended to include water washouts and aqueous extracts of the homogenates of various organs and tissues of animals (Kutyshenko et al, 2007; Kutyshenko et al, 2008a; Kutyshenko et al, 2008b) and plants (Molchanov et al, 2012). Addition of these somewhat artificial biological fluids leads to the noticeable increase in the variability of experimental material suitable for comprehensive analysis and produces substantial information related not only to the organs under study, but also to the interactions of these organs with the remaining organism and with specific microorganisms.…”

Peer Review #1 of "Looking at microbial metabolism by high-resolution 2H-NMR spectroscopy (v0.1)"

“…Typically, term 'biological fluids' is taken as a synonym to 'body fluids' or 'biofluids' that correspond to liquids originating from inside the bodies of living people, such as urine, blood, saliva, sweat, cerebrospinal fluid, mucus, etc. However, this concept can be extended to include water washouts and aqueous extracts of the homogenates of various organs and tissues of animals (Kutyshenko et al, 2007;Kutyshenko et al, 2008a;Kutyshenko et al, 2008b) and plants (Molchanov et al, 2012). Addition of these somewhat artificial biological fluids leads to the noticeable increase in the variability of experimental material suitable for comprehensive analysis and produces substantial information related not only to the organs under study, but also to the interactions of these organs with the remaining organism and with specific microorganisms.…”