%0 Journal Article %1 doi:10.1021/ac504235e %A Reyes-Reyes, Adonis %A Horsten, Roland C. %A Urbach, H. Paul %A Bhattacharya, Nandini %D 2015 %J Analytical Chemistry %K QCL diabetes spectroscopy %N 1 %P 507-512 %R 10.1021/ac504235e %T Study of the Exhaled Acetone in Type 1 Diabetes Using Quantum Cascade Laser Spectroscopy %U http://dx.doi.org/10.1021/ac504235e %V 87 %X The acetone concentration exhaled in the breath of three type 1 diabetes patients (two minors and one adult) and one healthy volunteer is studied using a quantum cascade laser-based spectroscopic system. Using the acetone signature between 1150 and 1250 cm–1 and a multiline fitting method, the concentration variations on the order of parts per billion by volume were measured. Blood glucose and ketone concentrations in blood measurements were performed simultaneously to study their relation with acetone in exhaled breath. We focus on personalized studies to better understand the role of acetone in diabetes. For each volunteer, we performed a series of measurements over a period of time, including overnight fastings of 11 ± 1 h and during ketosis–hyperglycemia events for the minors. Our results highlight the importance of performing personalized studies because the response of the minors to the presence of ketosis was consistent but unique for each individual. Also, our results emphasize the need for performing more studies with T1D minors, because the acetone concentration in the breath of the minors differs, with respect to those reported in the literature, which are based on adults.

@article{doi:10.1021/ac504235e, abstract = { The acetone concentration exhaled in the breath of three type 1 diabetes patients (two minors and one adult) and one healthy volunteer is studied using a quantum cascade laser-based spectroscopic system. Using the acetone signature between 1150 and 1250 cm–1 and a multiline fitting method, the concentration variations on the order of parts per billion by volume were measured. Blood glucose and ketone concentrations in blood measurements were performed simultaneously to study their relation with acetone in exhaled breath. We focus on personalized studies to better understand the role of acetone in diabetes. For each volunteer, we performed a series of measurements over a period of time, including overnight fastings of 11 ± 1 h and during ketosis–hyperglycemia events for the minors. Our results highlight the importance of performing personalized studies because the response of the minors to the presence of ketosis was consistent but unique for each individual. Also, our results emphasize the need for performing more studies with T1D minors, because the acetone concentration in the breath of the minors differs, with respect to those reported in the literature, which are based on adults. }, added-at = {2015-01-13T17:21:05.000+0100}, author = {Reyes-Reyes, Adonis and Horsten, Roland C. and Urbach, H. Paul and Bhattacharya, Nandini}, biburl = {https://www.bibsonomy.org/bibtex/248aa5ec8510fdd5d5083587ab11bcc38/olavg}, doi = {10.1021/ac504235e}, eprint = {http://dx.doi.org/10.1021/ac504235e}, interhash = {57a12fb903b8f881085d12a3c34fd2d0}, intrahash = {48aa5ec8510fdd5d5083587ab11bcc38}, journal = {Analytical Chemistry}, keywords = {QCL diabetes spectroscopy}, note = {PMID: 25506743}, number = 1, pages = {507-512}, timestamp = {2015-01-13T17:21:05.000+0100}, title = {Study of the Exhaled Acetone in Type 1 Diabetes Using Quantum Cascade Laser Spectroscopy}, url = {http://dx.doi.org/10.1021/ac504235e }, volume = 87, year = 2015 }