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Optical characterization of human plasma, and the 405-nm light exposure system for the treatment of prebagged human plasma. a Optical transmission of human plasma measured between 300 and 500 nm using a UV–Vis spectrophotometer. Analysis shows the slight variation in transmissibility of samples from different batches (n = 8). b Optical emission spectrum of the 405-nm LED arrays used in the light unit, captured using a high-resolution spectrometer (HR4000, Ocean Optics Inc, Germany) and <t>SpectraSuite</t> software (Version 2.0.151). c Irradiance profile across the blood bag surface with an average irradiance of ~ 16 mW cm −2 measured, taking account of the loss of light transmission through the blood bag material (plotted using OriginPro 2018 software)
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Optical characterization of human plasma, and the 405-nm light exposure system for the treatment of prebagged human plasma. a Optical transmission of human plasma measured between 300 and 500 nm using a UV–Vis spectrophotometer. Analysis shows the slight variation in transmissibility of samples from different batches (n = 8). b Optical emission spectrum of the 405-nm LED arrays used in the light unit, captured using a high-resolution spectrometer (HR4000, Ocean Optics Inc, Germany) and <t>SpectraSuite</t> software (Version 2.0.151). c Irradiance profile across the blood bag surface with an average irradiance of ~ 16 mW cm −2 measured, taking account of the loss of light transmission through the blood bag material (plotted using OriginPro 2018 software)
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Optical characterization of human plasma, and the 405-nm light exposure system for the treatment of prebagged human plasma. a Optical transmission of human plasma measured between 300 and 500 nm using a UV–Vis spectrophotometer. Analysis shows the slight variation in transmissibility of samples from different batches (n = 8). b Optical emission spectrum of the 405-nm LED arrays used in the light unit, captured using a high-resolution spectrometer (HR4000, Ocean Optics Inc, Germany) and <t>SpectraSuite</t> software (Version 2.0.151). c Irradiance profile across the blood bag surface with an average irradiance of ~ 16 mW cm −2 measured, taking account of the loss of light transmission through the blood bag material (plotted using OriginPro 2018 software)
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Optical characterization of human plasma, and the 405-nm light exposure system for the treatment of prebagged human plasma. a Optical transmission of human plasma measured between 300 and 500 nm using a UV–Vis spectrophotometer. Analysis shows the slight variation in transmissibility of samples from different batches (n = 8). b Optical emission spectrum of the 405-nm LED arrays used in the light unit, captured using a high-resolution spectrometer (HR4000, Ocean Optics Inc, Germany) and <t>SpectraSuite</t> software (Version 2.0.151). c Irradiance profile across the blood bag surface with an average irradiance of ~ 16 mW cm −2 measured, taking account of the loss of light transmission through the blood bag material (plotted using OriginPro 2018 software)
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Optical characterization of human plasma, and the 405-nm light exposure system for the treatment of prebagged human plasma. a Optical transmission of human plasma measured between 300 and 500 nm using a UV–Vis spectrophotometer. Analysis shows the slight variation in transmissibility of samples from different batches (n = 8). b Optical emission spectrum of the 405-nm LED arrays used in the light unit, captured using a high-resolution spectrometer (HR4000, Ocean Optics Inc, Germany) and <t>SpectraSuite</t> software (Version 2.0.151). c Irradiance profile across the blood bag surface with an average irradiance of ~ 16 mW cm −2 measured, taking account of the loss of light transmission through the blood bag material (plotted using OriginPro 2018 software)
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Optical characterization of human plasma, and the 405-nm light exposure system for the treatment of prebagged human plasma. a Optical transmission of human plasma measured between 300 and 500 nm using a UV–Vis spectrophotometer. Analysis shows the slight variation in transmissibility of samples from different batches (n = 8). b Optical emission spectrum of the 405-nm LED arrays used in the light unit, captured using a high-resolution spectrometer (HR4000, Ocean Optics Inc, Germany) and SpectraSuite software (Version 2.0.151). c Irradiance profile across the blood bag surface with an average irradiance of ~ 16 mW cm −2 measured, taking account of the loss of light transmission through the blood bag material (plotted using OriginPro 2018 software)

Journal: AMB Express

Article Title: Microbial reduction of prebagged human plasma using 405 nm light and its effects on coagulation factors

doi: 10.1186/s13568-024-01725-0

Figure Lengend Snippet: Optical characterization of human plasma, and the 405-nm light exposure system for the treatment of prebagged human plasma. a Optical transmission of human plasma measured between 300 and 500 nm using a UV–Vis spectrophotometer. Analysis shows the slight variation in transmissibility of samples from different batches (n = 8). b Optical emission spectrum of the 405-nm LED arrays used in the light unit, captured using a high-resolution spectrometer (HR4000, Ocean Optics Inc, Germany) and SpectraSuite software (Version 2.0.151). c Irradiance profile across the blood bag surface with an average irradiance of ~ 16 mW cm −2 measured, taking account of the loss of light transmission through the blood bag material (plotted using OriginPro 2018 software)

Article Snippet: Analysis shows the slight variation in transmissibility of samples from different batches (n = 8). b Optical emission spectrum of the 405-nm LED arrays used in the light unit, captured using a high-resolution spectrometer (HR4000, Ocean Optics Inc, Germany) and SpectraSuite software (Version 2.0.151). c Irradiance profile across the blood bag surface with an average irradiance of ~ 16 mW cm −2 measured, taking account of the loss of light transmission through the blood bag material (plotted using OriginPro 2018 software)

Techniques: Transmission Assay, Spectrophotometry, Software