1. Wasatch Photonics launches label-free angiography technique based on optical coherence tomography

    Wasatch Photonics launches label-free angiography technique based on optical coherence tomography

    Wasatch Photonics Inc., a leading provider for gratings, spectrometers and optical coherence tomography instrumentation, announced Monday (March 21), the launch of a new imaging device, WP MicroAngio, for high-resolution angiographic imaging for research and original equipment manufacturer (OEM) applications.

    MicroAngio technology allows visualization of blood vessels at a microscopic level without using external contrast agents. The device, based on a variation of optical coherence tomography (OCT), creates a three-dimensional profile of the micro vasculature. WP MicroAngio is to be used for several medical research applications related to animal model imaging in ophthalmology, dermatology, oncology and other areas.

    MicroAngio, the new imaging device launched by Wasatch Photonics allows visualization of blood vessels at microscopic levels without the use of any external contrast agents. Vasculature in mice ear and retina is shown with color encoded depth profile.

    MicroAngio’s technique could provide an advantage over other angiography techniques like optical fluorescence and X-ray fluoroscopy. Unlike such techniques, MicroAngio doesn’t require the injection of external contrast agents that can interfere with the physiology of the sample. In addition, the technique provides 3D localized information compared to the 2D data obtained from most other existing techniques.

    OCT-based angiography techniques are already finding use in clinical ophthalmology. MicroAngio is expected to provide the same capability for animal research applications in ophthalmology and extend it to other medical research applications.

    “MicroAngio is the result of our commitment to provide researchers and industry partners with the latest technology at an affordable price,” said Michael Sullivan, general manager at Wasatch Photonics. “It is very important that researchers have access to the same technology that is being used in clinics to correlate biological studies with the real-world pathology.”

    Nishant Mohan, director of Product Management and Marketing, systems division at Wasatch Photonics said the OCT-based angiography is likely to expand the application domain of this already fast growing technology.

    “Our goal with MicroAngio is to provide a flexible tool that can be used in an optimal fashion for a wide range of applications,” he said. “MicroAngio comes with customized probes and fixtures for small animal retinal, dorsal window chamber and brain imaging. We also provide a suite of algorithms for data analysis essential for angiographic imaging.”

    MicroAngio’s OCT angiography software allow users to choose from processing based on only intensity or phase of the signal, or a combination of both. The system will also provide techniques to allow for motion correction that is essential for artifact free imaging. See here for more information about MircoAngio.

    OCT was invented at the Massachusetts Institute of Technology in the early 1990s, and has become the largest revenue generator in the optical imaging market. The technique has gained wide acceptance in ophthalmology and intravascular imaging, particularly after the introduction of Fourier domain techniques in early 2000s. The addition of the angiography modality to OCT is expected to give the technology another quantum leap.

    Wasatch Photonics headquarters are in Logan, Utah. It also has locations in Research Triangle Park in North Carolina and Purdue Research Park of West Lafayette in Indiana.

      About Wasatch Photonics Inc.

    Founded in 2002, Wasatch Photonics Inc. designs, manufactures and markets high-performance Raman spectrometers, Optical Coherence Tomography systems, enhanced holographic optics for optical networking, spectroscopy, test and measurement, and medical imaging applications. Their high-performance Volume Holographic Optic Elements (HOEs) and gratings are used in a diverse set of industries, including those in the defense and security, chemical manufacturing, pharmaceutical, medical, energy, education, computer, and electronics markets. Their products are based on proprietary holographic recording media and Dickson grating technologies.

    About Purdue Research Park

    The Purdue Research Park is the largest university-affiliated business incubation complex in the country. The Purdue Research Park manages the Purdue Technology Centers in four sites in Indiana: West Lafayette, Indianapolis, Merrillville and New Albany. The more than 260 companies located in the park network employ about 4,500 people who earn an average annual wage of $63,000. The park is managed by the Purdue Research Foundation, which received the 2014 Incubator Network of the Year from the National Business Incubation Association for its work in entrepreneurship. For more information about funding and investment opportunities in startups based on a Purdue innovation, contact the Purdue Foundry at foundry@prf.org. Purdue Research Foundation Office of Technology Commercialization

     

     

    Login to comment.

  1. Categories

    1. Applications:

      Art, Cardiology, Dentistry, Dermatology, Developmental Biology, Gastroenterology, Gynecology, Microscopy, NDE/NDT, Neurology, Oncology, Ophthalmology, Other Non-Medical, Otolaryngology, Pulmonology, Urology
    2. Business News:

      Acquisition, Clinical Trials, Funding, Other Business News, Partnership, Patents
    3. Technology:

      Broadband Sources, Probes, Tunable Sources
    4. Miscellaneous:

      Jobs & Studentships, Student Theses, Textbooks
  2. Quotes

    1. Our goal with MicroAngio is to provide a flexible tool that can be used in an optimal fashion for a wide range of applications...MicroAngio comes with customized probes and fixtures for small animal retinal, dorsal window chamber and brain imaging. We also provide a suite of algorithms for data analysis essential for angiographic imaging.”
  3. Topics Mentioned

  4. Authors