• Laser & Optoelectronics Progress
  • Vol. 55, Issue 11, 111701 (2018)
Jianing Zhang1, Zhenning Guo1、*, Jieben Lin2, Jianpeng Li1, Zhonghang Chen1, and Dongdong Xue1
Author Affiliations
  • 1 Fujian Key Laboratory of Optical Beam Transmission and Transformation, College of Information Science and Engineering, Huaqiao University, Xiamen, Fujian 361021, China
  • 2 Fujian Quanzhou Sigo LED Lighting Technology Co., Ltd., Quazhou, Fujian 362302, China
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    DOI: 10.3788/LOP55.111701 Cite this Article Set citation alerts
    Jianing Zhang, Zhenning Guo, Jieben Lin, Jianpeng Li, Zhonghang Chen, Dongdong Xue. Effect of Various Neonatal Jaundice Therapeutic Light Sources in Degradation of Bilirubin in Vitro Blood[J]. Laser & Optoelectronics Progress, 2018, 55(11): 111701 Copy Citation Text show less
    Absorption spectrum of the bilirubin in extracorporeal blood
    Fig. 1. Absorption spectrum of the bilirubin in extracorporeal blood
    Photo-electric measurements system. (a) YF1000 light-color electricity integrated system; (b) ATA-500/1000 auto-temperature photoelectric analysis and measurement system
    Fig. 2. Photo-electric measurements system. (a) YF1000 light-color electricity integrated system; (b) ATA-500/1000 auto-temperature photoelectric analysis and measurement system
    Relative spectral power distributions of monochromatic LEDs with different peak wavelengths
    Fig. 3. Relative spectral power distributions of monochromatic LEDs with different peak wavelengths
    Matching figure of fitting spectrum
    Fig. 4. Matching figure of fitting spectrum
    Pictures. (a) Arrangement of LED lamps on Al substrate (b) manufactured light source in jaundice therapeutic device
    Fig. 5. Pictures. (a) Arrangement of LED lamps on Al substrate (b) manufactured light source in jaundice therapeutic device
    Luminescence spectrum of manufactured light source in jaundice therapeutic device and the absorption spectrum of the bilirubin in extracorporeal blood
    Fig. 6. Luminescence spectrum of manufactured light source in jaundice therapeutic device and the absorption spectrum of the bilirubin in extracorporeal blood
    Luminescence spectra of four light sources and the absorption spectrum of the extracorporeal bilirubin
    Fig. 7. Luminescence spectra of four light sources and the absorption spectrum of the extracorporeal bilirubin
    Change of concentration of bilirubin solution with irradiation time
    Fig. 8. Change of concentration of bilirubin solution with irradiation time
    EmittingcolorPeakwavelength /nmFWHM /nmForwardcurrent /mAForwardvoltage /VLuminousflux /lm
    Lake blue44521.320-303.0-3.21.1-1.5
    Blue46522.620-303.0-3.22.2-2.5
    Blue47520.020-303.0-3.22.0-3.2
    Blue-green49529.320-303.0-3.26.9-7.1
    Table 1. Photoelectric parameters of four kinds of LEDs
    LightsourcePhototherapy time /h
    1248
    A2.6842.1461.7711.299
    B3.4312.4592.4691.229
    C5.4293.8652.4441.521
    D39.13124.06317.4996.526
    Table 2. Concentration of the bilirubin solution after irradiationμmol/L
    LightsourcePhototherapy time /h
    1248
    A97.9598.3698.6599.01
    B97.3898.1298.1199.06
    C95.8597.0598.1398.84
    D70.1181.6286.6495.02
    Table 3. Effects of each light source on degradation rate of the bilirubin%
    Jianing Zhang, Zhenning Guo, Jieben Lin, Jianpeng Li, Zhonghang Chen, Dongdong Xue. Effect of Various Neonatal Jaundice Therapeutic Light Sources in Degradation of Bilirubin in Vitro Blood[J]. Laser & Optoelectronics Progress, 2018, 55(11): 111701
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