FUJIFILM VisualSonics产品代理

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FUJIFILM VisualSonics产品代理

20+ 年的创新! FUJIFILM VisualSonics 设计和制造超高频体内成像系统,用于研究和临床用途。
FUJIFILM VisualSonics 特别专注于开发已扩展到比当今市场上许多传统超声系统中常见的频率高得多的超声技术。因此,我们的超声平台以远远超过市场上任何其他系统的分辨率提供图像;细至 30 微米,使我们公司与竞争对手明显区分开来。
我们最初在临床前研究领域引入了我们的技术作为微超声,特别是在人类疾病的小动物模型(例如小鼠或大鼠模型)中。这恰逢人类基因组计划的爆发(大约 2000 年),其中在小动物中开发了许多人类疾病的遗传模型。
这些疾病模型的研究受益于使用成像技术在体内跟踪疾病进展,而不是使用组织学等离体方法。通过使用超高频,研究人员能够使用我们的技术实时、纵向地研究他们的活体动物,并且没有安全性或副作用问题。
我们的临床前客户主要是学术研究人员,通常涉及心血管和癌症研究领域。神经生物学和发育生物学是其他关键领域,它们的应用越来越多。对于这些客户,购买固定设备的资金主要来自赠款。获得资金通常是一个挑战,资金来源可能会不时发生变化,因此我们需要不断了解这些动态并帮助潜在客户度过难关。
2016 年初,我们推出了用于临床的新型超高频超声系统。临床空间对我们来说是新的,因此我们正在创造一个全新的市场。这对我们来说是一个激动人心的时刻,因为我们处于这个新领域的最前沿。我们的超高频超声系统临床使用的初步应用包括新生儿科和儿科、血管、小部件、MSK 和皮肤科。
除了超声波,我们还开发了一种独特的光声技术,以扩展我们成像解决方案的能力。光声学是光学和声学成像的结合,为单独使用超声波所见提供了额外的补充信息。这方面的例子包括血液氧合水平的评估、其他组织(如黑色素或脂质)的检测,或超声无法检测到的光学染料或造影剂的可视化。
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20+ Years of   Innovation! FUJIFILM VisualSonics designs and manufactures ultra high   frequency in vivo imaging systems, for both research and clinical use.

   

FUJIFILM VisualSonics specifically focuses on developing ultrasound technology that has been scaled to much higher frequencies than commonly found in many of the conventional ultrasound systems on the market today. As a result, our ultrasound platform provides images at resolutions that far exceed any other system available on the market; as fine as 30 micrometers, clearly differentiating our company 

from our   competitors.

We   originally introduced our technology in the area of preclinical research as   micro-ultrasound, specifically in small animal models of human disease (e.g.   mice or rat models). This coincided with the explosion of the human genome   project (circa 2000), where numerous genetic models of human disease were   developed in small animals.

Study of   these disease models benefited from the use of imaging techniques to follow   the disease progression in vivo, as opposed to using ex vivo methods such as   histology. By using ultra high frequency, researchers were able to use our   technology to study their live animals in real-time, longitudinally, and with   no issues of safety or side effects.

Our   preclinical customers are mostly academic researchers, often involved in the   fields of cardiovascular and cancer research.    Neurobiology and developmental biology are other key areas that are   among an ever growing number of applications. For these customers, funding   for purchasing capital equipment comes mainly through grants. Obtaining   funding is often a challenge and sources of funding may change from time to   time so we constantly need to be aware of these dynamics and help potential   customers navigate through this.

   

Early in 2016, we launched a new ultra high frequency ultrasound system for clinical use. The clinical space is new to

us and   therefore we are creating a whole new market. This is an exciting time for us   as we are at the forefront of this new field. Initial applications for   clinical use of our ultra high frequency ultrasound system includes   neonatology and pediatrics, vascular, small parts, MSK and dermatology.

   

Beyond ultrasound, we have also developed a unique photoacoustic technology to expand on the capabilities of our imaging solutions. Photoacoustics is the combination of optical and acoustic imaging, and provides additional and complementary information to what can be seen with ultrasound alone. Examples of this include assessment of blood oxygenation levels, detection of other tissues such as melanin or lipids, or visualization of optical dyes or contrast agents not detectable with ultrasound.


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