以色列实用光谱影像公司 Applied Spectral Imaging (ASI)  www.spectral-imaging.com 
全世界唯一专利采用频谱分析技术的多色染色体核型分析的公认领先者
ASI染色体核型分析系统 实用光谱影像公司（ASI）成立于1993年，发展了一个著名的图像工艺平台（SPECTRACUBE）,可以分辨那些在表面上一样的材料。 1997年，鉴于ASI的spectra cube在遗传基因学领域的临床和科研上的成功的商业运作,并在该领域取得了革命性成就， ASI被授予欧洲信息技术商标奖的荣誉。 ASI在研究发展和制造产品的可靠性，被国际标准品质组织 (FAD,CE,ISO9000-3) 所认可。
SKY（光谱染色体核型分析系统 – Spectral Karyotyping）技术已经成为超过200家的科学杂志的研究工具，其中包括一系列高水平的学术刊物，比如：Science，Nature，The Lancet 等等。
ASI ( Applied Spectral Imaging ) 来自以色列, 具有独家专利的 Spectral Imaging ( 频谱影像 ) 技术, 能有效分辨出每一图像像素 ( Pixel ) 的光谱 ( Spectrum ), 所以能解决多重荧光影像最困扰的杂染重迭噪声 ( Cross-Talk ), 应用于染色体核型比对, 即是目前全世界公认最有效的染色体频谱比对技术 – Spectral Karyotyping ( SKY ), 能简单且成功的分辨出染色体异位, 取代目前所有市面上 “ 滤镜切换式 “ 的比对仪.
※ 实验数据管理器 ( Case Data Manager ) 对图像数据库具有强有力的的档案备份和探索搜寻能力
※ BandView的细胞核组型系统提供您自动比对G / R / Q / DAPI染色
※ FishView可以获取和分析FISH系统地信息
※ CGHView具有良好的解决CGH系统的能力
※ SpectraView的整体光谱图像系统对病理和细胞生物应用领域进行有力的多色分析

以色列ASI公司染色体分析软件，包括：CASE DATA MANAGER 数据库软件，BANDVIEW 染色体核型分析软件，FISHVIEW 荧光原位分析软件，SKYVIEW 光谱核型分析系统，CGH比较基因组杂交软件，为染色体分析提供完整的解决方案，是遗传实验室的最完整软件。

染色体核型分析软件 BandView　

染色体核型分析软件, 优质图像和快速灵活的软件，使染色体中期的观察和染色体排序的整个工作简化。
BandView 配合 ASI 公司出品的功能强大的 Case Data Manager 软件，大大简化了染色体的分拆，生成报告和管理所有案例数据。作为 ASI 公司产品的一部分，整个系统可在原有的软硬件基础上升级到SKY,FISH,CGH和自动扫描等系统。






 APPLIED SPECTRAL IMAGING Ltd. (ASI) is a leading provider of
cytogenetics systems to prestigious clinical and research labs
all over the world. Its CytoLabView suite offers a complete
solution for all imaging needs in the lab and includes
applications for karyotyping, FISH, CGH, multi-color karyotyping
and general spectral imaging.
The Company will continue to develop products to expand its
competitive offerings in the market to include its new automatic
scanning platform, ScanView. ScanView is created on an open and
modular platform on which common hardware allows the use of
different software modules for a variety of applications in
genetics, hematology, pathology and much more.

Applied Spectral Imaging LTD (ASI) has developed a light related
platform imaging technology called SpectraCube. Patented
worldwide, SpectraCube can distinguish between materials that
appear identical and provides qualitative and quantitative
analysis of light in the visible and NIR spectrum. In 1997, ASI
was awarded the European Information Technology Grand Prize for
successful commercialization of SpectraCube -an achievement which
revolutionized the entire fields of clinical and research
cytogenetics.

Applied Spectral Imaging, Ltd. founded in 1993, develops and
markets state-of-the-art imaging systems for the life sciences
and health care markets. The company commercialized its patented
technology for both the qualitative and quantitative analysis of
light in the visible spectrum. ASI's patented technology can
separate overlapping waveforms and light and display them in a
two-dimensional image.
ASI Ltd. is responsible for the research, development and
manufacturing of ASI's products and is compliant with
internationally recognized quality standards (FDA, CE, ISO
9000-3).

ASI offers a complete line of cytogenetics imaging products
called CytoLabView: which includes its FDA approved BandView
EXPO, automated karyotyping systems; FISHView EXPO, FISH imaging
systems; SKYView EXPO, spectral karyotyping; its newly released
CGHView EXPO, High-Resolution Comparative Genomic Hybridization;
Multi-Species, Multi-Species automated karytoyping.

ASI's patented technology uses interferometry and/or filters to
acquire an image in which every pixel of that image contains
information on the intensity of each wavelength of light over the
visible spectrum. These images can be of either microscopic
structures (e.g. cell organelles) or macroscopic subjects (an
entire array). ASI's SpectraCube technology is based on spectral
imaging, which combines two existing technologies, CCD-imaging
and spectrometry. CCD imaging produces a finely detailed
monochrome image of an object. Spectrometry, on the other hand,
measures the spectrum of selected areas on the object and then
displays each spectrum as a separate graph. The SpectraCube
system is made up of an interferometer, a CCD-camera, a computer,
and spectral image analysis software. The spectral imaging system
has two viewing modes: Interferometer mode and Direct View mode.