1.Development of Terahertz Imaging Technology in the Assessment of Burn Injuries.
Xinjian ZHU ; Xuan HE ; Pin WANG ; Dandan GAO ; Yan QIU ; Qinghua HE ; Baoming WU
Journal of Biomedical Engineering 2016;33(1):184-187
Terahertz waves have unique properties and advantages, which makes it gain increasing attention and applications in the biomedical field. Burns is a common clinical trauma. Since the water-sensitive and non-destructive characteristics of terahertz, terahertz imaging techniques can be used to detect burns. So far, terahertz imaging technology in the assessment of burn injuries has been developed from ex vivo to in vivo, and high-resolution images can be obtained through the gauzes and plasters. In this paper, we mainly introduces the application of terahertz imaging technology and development in the assessment of burn injuries.
Bandages
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Burns
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diagnosis
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Humans
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Terahertz Imaging
2.New Proposals for Application of Terahertz Imaging Technique in Chinese Medicine.
Chinese journal of integrative medicine 2022;28(4):366-373
The rapid development of terahertz technology promotes the realization of various terahertz imaging systems. Terahertz technology features terahertz waves as good non-invasive illumination sources due to their high spectral resolution, penetration and safety. The terahertz imaging technique (TIT) has gradually been extended from the biomedical field to the field of Chinese medicine (CM), and it has become a powerful tool for seeking scientific evidence for CM theories with the use of modern science and technology. This paper reviews the current application of TITs in the field of CM research, and most importantly offers novel proposals for the application of TITs in CM research from the perspective of CM syndrome objectification and acupuncture research and cites existing reports as reference to the feasibility of these new proposals.
Acupuncture
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Acupuncture Therapy
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Medicine, Chinese Traditional
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Moxibustion
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Terahertz Imaging