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Tissue optical window

Fig. 1 Left. Absorption profiles (logarithmic scale) of water (solid line) and two typical pigments found in biological tissue (dotted line oxyhaemoglobin, dashed line melanin), demonstrating the optical window existing in the near-infrared (NIR). Right Example of NIR transparency in biological tissue. Absorption spectra of the female breast on 44 year (filled squares) and 24 year (open squares) old volunteers. Reproduced from [1] with permission of The Royal Society of Qiemistry for the European Society for Photobiology, the European Photochemistry Association and the RSC... Fig. 1 Left. Absorption profiles (logarithmic scale) of water (solid line) and two typical pigments found in biological tissue (dotted line oxyhaemoglobin, dashed line melanin), demonstrating the optical window existing in the near-infrared (NIR). Right Example of NIR transparency in biological tissue. Absorption spectra of the female breast on 44 year (filled squares) and 24 year (open squares) old volunteers. Reproduced from [1] with permission of The Royal Society of Qiemistry for the European Society for Photobiology, the European Photochemistry Association and the RSC...
Figure 6.4 Optical windows in biological tissues. Top effective attenuation coefficient versus wavelength bottom sensitivity curves for typical cameras based on Si, InGaAs, or HgCdTe sensors. Reproduced by permission from Macmillan Publishers Ltd. Nat. Nanotechnol Copyright 2009. Figure 6.4 Optical windows in biological tissues. Top effective attenuation coefficient versus wavelength bottom sensitivity curves for typical cameras based on Si, InGaAs, or HgCdTe sensors. Reproduced by permission from Macmillan Publishers Ltd. Nat. Nanotechnol Copyright 2009.
Chen DC, Agopian VG, Avansino JR, I ee JK, Farley SM, Stelzner M. Optical tissue window a novel method for optimizing engraftment of intestinal stem cell organoids. Journal of Surgical Research 2006, 134, 52-60. [Pg.111]

Polarimeter, with one or more optical cells (complete with windows, caps, and Teflon or neoprene washers) constant-temperature control for range 10 to 50°C pycnometer 25-mL pipette for filling the pycnometer and a small pipette for filling the cell rubber bulb for pipetting 0 to 50°C thermometer 250-mL beaker gum-rubber tubing lint-free tissues for wiping cell windows 50-mL polyethylene bottles for PEG solution and excess solvent. [Pg.334]

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See also in sourсe #XX -- [ Pg.344 ]



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