Mätning av ultrasvag fotonemission som ett icke-invasivt diagnostiskt verktyg för att upptäcka typ 2-diabetes i tidigt skede: ett steg mot individanpassad medicin
- 01Ultrasvagt ljus från kroppen mättes hos personer med prediabetes
- 02Ljusmönstren korrelerade med diagnoser från traditionell kinesisk medicin
- 03Kan erbjuda en icke-invasiv metod för att upptäcka subtyper av prediabetes
- 04Kan stödja en mer individanpassad strategi för att förebygga diabetes
Kroppens svaga ljusutstrålning kan erbjuda ett icke-invasivt sätt att identifiera olika subtyper av prediabetes för mer individanpassad vård.
The global prevalence of type 2 diabetes is estimated to reach 4.4% by 2030, placing a significant burden on our healthcare system. Therefore, the ability to identify patients in early stages of the disease is essential for both prevention and effective management, and diagnostic methods based on traditional Chinese medicine (TCM) may be suitable for identifying patients with early-stage type 2 diabetes. Here, a panel of three physicians trained in TCM classified 44 pre-diabetic subjects into three syndrome subtypes using TCM-based diagnostics. In addition, ultra-weak photon emission (UPE) was measured at four anatomical sites in each subject. Ten properties encompassing 40 parameters were then extracted from the UPE time series. Statistical analyses, including multinomial logistic regression, were performed using the results of each parameter measured at the four sites. Sixteen UPE parameters were then selected and used to discriminate between the three subtypes of pre-diabetic subjects. Next, Spearman's correlation coefficient was used to quantify the correlation between the 16 UPE parameters and the TCM-based diagnoses. The resulting correlation networks accurately reflected the differences between the three syndrome subtypes. These results suggest that UPE is a suitable tool for detecting subtypes in early-stage type 2 diabetes. In addition, our results provide evidence that TCM may represent an important step toward personalized medicine.
- APA
- Mengmeng Sun, Eduard Van Wijk, Slavik Koval, Roeland Van Wijk, Min He, Mei Wang, Thomas Hankemeier, & Jan van der Greef (2017). Mätning av ultrasvag fotonemission som ett icke-invasivt diagnostiskt verktyg för att upptäcka typ 2-diabetes i tidigt skede: ett steg mot individanpassad medicin. https://fasciaresearchdatabase.com/measuring-ultra-weak-photon-emission-as-a-non-invasive-diagnostic-tool-for-detecting-early-stage-type-2-diabetes-a-step-toward-personalized-medicine/
- MLA
- Mengmeng Sun, et al. "Mätning av ultrasvag fotonemission som ett icke-invasivt diagnostiskt verktyg för att upptäcka typ 2-diabetes i tidigt skede: ett steg mot individanpassad medicin." 2017, https://fasciaresearchdatabase.com/measuring-ultra-weak-photon-emission-as-a-non-invasive-diagnostic-tool-for-detecting-early-stage-type-2-diabetes-a-step-toward-personalized-medicine/.
- Chicago
- Mengmeng Sun et al. 2017. "Mätning av ultrasvag fotonemission som ett icke-invasivt diagnostiskt verktyg för att upptäcka typ 2-diabetes i tidigt skede: ett steg mot individanpassad medicin.". https://fasciaresearchdatabase.com/measuring-ultra-weak-photon-emission-as-a-non-invasive-diagnostic-tool-for-detecting-early-stage-type-2-diabetes-a-step-toward-personalized-medicine/
