Pre-clinical and Clinical evidence associated with infertility in Men: Future aspects

Ankul Singh S, Mohammad Nezamuddin Khan, Anusruthi Mallela, M. Nishanthi, Lakshmi Chandran
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Abstract

Infertility in men is more than 50% of cases and the real cause of infertility cannot be determined by various factors and lack of technology. Infertility in males is a rising health concern across the globe affecting around 7 percent of the total male population in the world. Various risk factors are associated with several diseases’ outcomes and those involved have been shown to cause Infertility with male background due to their prone habits. Assisted Reproductive Technology (ART) has evolved so far as treatment options for Infertility by manipulating sperm or egg for a woman to conceive being the only hope of bearing a biological child. Ancient medical techniques could be enhanced using augmented reality with additional metrics to include orientation, 3D location of speculations, and proximity to adjacent structures. With image-guided surgery, the need to integrate medical imaging with surgery has promoted the research for new visualization modalities based on AR, as surgical guidance or tool for surgical planning/ diagnosis. Moreover, AR has its advantage in high-quality data curation which establishes the fact that both AI and AR can be associated together and make it useful in the imaging of Infertile Men. At present, research focuses on improving sperm retrieval and assisted conception methods and perhaps in the future less invasive procedures like AI and AR may be an option that provide Insight into data curation and enhanced intelligence in the Imaging of cells.
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与男性不孕症相关的临床前和临床证据:未来方面
男性不育症占50%以上,由于各种因素和技术的缺乏,无法确定不育症的真正原因。在全球范围内,男性不育是一个日益严重的健康问题,影响着全球约7%的男性人口。各种风险因素与几种疾病的结果有关,这些因素已被证明会导致男性背景的不育症,因为他们有倾向的习惯。迄今为止,辅助生殖技术(ART)已经发展成为一种治疗不孕症的选择,通过操纵精子或卵子,让女性怀孕,这是生育孩子的唯一希望。古代的医疗技术可以通过增强现实技术来增强,增加额外的度量,包括方向、推测的3D位置和邻近结构的接近程度。随着图像引导手术的出现,医学成像与手术相结合的需求推动了基于AR的新型可视化模式的研究,作为手术指导或手术计划/诊断的工具。此外,增强现实在高质量的数据管理方面有其优势,这表明人工智能和增强现实可以结合在一起,并使其在不育男性的成像中发挥作用。目前,研究的重点是改进精子提取和辅助受孕方法,也许在未来,人工智能和增强现实等侵入性较小的程序可能会成为一种选择,为细胞成像提供数据管理和增强智能的见解。
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