Moartea Unui Comis Voiajor Pdf 26
Moartea Unui Comis Voiajor Pdf 26
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26 Moartea Lui Fulger Rezumat Â· Mi E
Moartea Unui Comis Voiajor Pdf 261. Field of the Invention The present invention relates to a bio-imaging technique. More specifically, the present invention relates to an imaging apparatus, a bio-imaging method, a bio-imaging system, and a computer-readable recording medium used for imaging non-invasive identification of activity level of a biological sample. 2. Description of the Related Art Bio-imaging using an optical image method is the most common technique for non-invasive imaging of a biological sample. In the bio-imaging technique, the biological sample, for example, a living tissue or a cell, is irradiated with coherent light of a specific wavelength. Since the irradiated biological sample reflects the light, a biological image of the biological sample is output. In particular, the bio-imaging technique is widely used as a technique for biopsying. In the bio-imaging technique, generally, the biological sample to be imaged is alive or dead, and a specific wavelength laser beam is irradiated to the biological sample. When the biological sample is alive, if the biological sample is located in an oxygenated region, an optical absorption signal is generated. In addition, when the biological sample is located in an anoxic region, if the biological sample is located in an oxygenated region, an optical scattering signal is generated. When the biological sample is an in vivo living tissue, since blood has a different coefficient of absorption in different wavelength ranges, a blood image is output as an optical absorption signal. In addition, when the biological sample is a cell, an optical scattering signal is output, different from the optical absorption signal. In this manner, even if the biological sample is living, when the conventional bio-imaging technique is used, the biological image obtained by the bio-imaging technique is easily distorted due to inherent optical characteristics. In addition, it is difficult to obtain an accurate bio-image from the bio-imaging technique. To resolve these problems, there has been provided a technique of measuring the activity of the biological sample before the bio-imaging technique is applied so that image distortion caused by the optical characteristics of the biological sample may be mitigated. In addition, there has been provided a technique of measuring the activity of the biological sample using both the optical absorption signal and the optical scattering signal generated by the biological sample to compensate for image distortion caused by the optical characteristics of the biological sample. However, the above- 6d1f23a050