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首页> 外文期刊>IEEE journal of selected topics in quantum electronics >Holographic medical imaging: the laser as a visual scalpel-issues and observations on 3-D display
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Holographic medical imaging: the laser as a visual scalpel-issues and observations on 3-D display

机译:全息医学成像:将激光作为手术刀,并在3-D显示器上进行观察

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Holographic techniques are being applied to medical imaging with greater focus and increasing benefit than ever before. Exploratory uses for the hologram in medicine go back more than 15 years, but the recent increased appreciation of three-dimensional (3-D) rendering of medical radiological data has provided the opportunity to employ holographic rendering as an additional means of displaying the radiological volume. Our work in this area is described. With the increasing availability and use of 3-D in radiology, and especially the more advanced technology of the hologram, a number of issues have emerged which bear directly on the 3-D radiological image and precede the utilization of holography in the practice of medicine. These issues may well affect the acceptability and adoption of true 3-D radiology as a beneficial part of the medical practice. Issues include: resolution of the image; clarity of the image; usefulness of the third dimension; incremental cost in terms of time and reimbursement; and the means to evaluate the clinical effectiveness of the volumetric image in medical practice. Discussions include: limitations derived from the holographic transformation; a review of the underlying "data" from which the radiological imagery is derived; factors that enhance or degrade the apprehension of the image; and the assumptions that guide the interpretation of the radiological image. Conclusions indicate that the limitations of holographic 3-D radiological image is due more to the underlying data rather than by the holographic transformation. Further, an initial evaluation protocol for 3-D versus 2-D formats of radiological imagery is referenced, and clarification of issues regarding the evaluation of safety, effectiveness, reliability and appropriateness of the holographic rendering of 3-D radiology for use in medicine are encouraged, so that this important technique can benefit the practice of medicine and enhance the quality of health care.
机译:全息技术正被用于医学成像,其焦点越来越集中,收益越来越大。全息图在医学上的探索性用途可以追溯到15多年以前,但是最近对医学放射数据的三维(3-D)渲染的欣赏日益增加,提供了将全息图作为显示放射线量的附加手段的机会。 。描述了我们在这一领域的工作。随着3-D在放射学中的可用性和使用的增加,尤其是全息图的更先进技术的出现,出现了许多问题,这些问题直接关系到3-D放射学图像,并且在医学实践中先于全息术得以应用。 。这些问题很可能会影响真正的3D放射学作为医学实践的有益部分的可接受性和采用率。问题包括:图像的分辨率;图像清晰度;第三维的实用性;时间和报销方面的增量成本;以及在医学实践中评估体图像的临床有效性的方法。讨论内容包括:全息变换带来的局限性;对得出放射图像的基础“数据”的审查;增强或降低图像理解度的因素;以及指导放射影像解释的假设。结论表明,全息3-D放射图像的局限性更多是由于基础数据,而不是全息变换。此外,参考了针对放射影像的3D与2D格式的初始评估协议,并澄清了有关3D放射学用于医学的全息渲染的安全​​性,有效性,可靠性和适当性的评估问题。因此,这项重要的技术可以使医学实践受益,并提高医疗质量。

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