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Who We Are
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- VayTek provides digital imaging systems, including cameras, deconvolution software, 3-D volume visualization, measurement and presentation software; and digital control for microscope peripherals.
- VayTek specializes in integrated hardware and software systems for science, research, microscopy, and engineering.
ReelView to be released to customers 2nd Quarter 2007
On the 23rd
of April, 2007 VayTek, Inc. of Fairfield, Iowa announced the imminent release of
their surveillance video review software. ReelView gives the user the ability to
review up to 4 streams of digitized images simultaneously at a rate of 1 million
images per hour. This high speed review capability allows users to locate useful
images from a large image database quickly and easily.
NEW VayTek Image (TM) --
VayTek Image is an image processing and data acquisition
software. It allows scientists to capture images in real time
from their microscope and process the images to bring out the
relevant features. This free download of VayTek Image provides
software that can only use existing images to perform its functions.
VayTek Image is designed to capture images from various digital
cameras. Customers can contact VayTek
to purchase and activate the camera controls.
Download
VayTekImage, 17.3 MB.
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In this space, VayTek highlights current research, featuring images processed with VayTek's proprietary software.
Mature white fat cell expressing EGFP among non-expressing adipocytes within intact adipose tissue.
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EGFP cDNA was introduced into fat cells of adipose tissue
by electrotransfer. Tissue was fixed, and placed intact into
a Leiden chamber and visualized using an Olympus IX81 with a
mercury lamp and a 20x lens. VayTek's software VolumeScan was
used for image acquistion and MicroTome for deconvolution.
VolumeScan description
Deconvolution Software description
"The goals of our research are to study the cellular
organization of adipose tissue and tissue
remodeling/plasticity that is induced by anti-diabetes drugs.
We are developing fluoresence imaging techniques that will allow
analysis of structure-function relationships of fat cells within
intact tissue. "
J.G. Granneman, Ph.D.
Departments of Pathology and Psychiatry
Wayne State University School of Medicine
Detroit, MI
Image courtesy of:
Jim Granneman, Ph.D., and J. Kesterson
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