Wintv 7 Or Wintv 8 Serial Number
Hedy Madrid
Installation on multiple computers: the WinTV application can be installed on as many PCs as needed as long as you use the same Hauppauge device. We link the serial number of your TV tuner (sometimes it's the MAC address) with the Activation code. So as long as you use the same Hauppauge device, you can install the WinTV application on more than one computer.
Prodinfo.exe is a program you can run which will extract information about the WinTV product you have installed such as model and serial number, MAC address, revision, and features which can be used to identify the exact model of your product. The driver for the device must be installed in order to run Prodinfo.exe
Hauppauge product codes on WinTV internal boards are normally found on the TV tuner. This is a five digit number normally followed by a revision (REV). You need to look at the first two numbers to determine the product type. The other numbers are related to the accessories which are on the product.
We can try to look it up with your serial number. To find your serial number, run Prodinfo and copy and paste the results in the Problem description field below. We will email the Activation Code to you.
Installation on multiple computers: the WinTV application can be installed on as many PCs as needed as long as you use the same Hauppauge device. We link the serial number of your TV tuner (sometimes it's the MAC address) with the Activation code. So as long as you use the same Hauppauge device, you can install on more than one computer.
i hope someone here can help me. I have exact the same problem but i want to run the tvheadend-version on my raspberry. Actually just for testing. Later it should work on my Synology DS414 where the tvheadend installation don't see the wintv soloHD-Stick.
During the late 1980s and early 1990s, Hauppauge produced motherboards for Intel 486 processors. A number of these motherboards were standard ISA built to fairly competitive price points. Some, however, were workstation and server-oriented, including EISA support, optional cache memory modules, and support for the Weitek 4167 FPU.
I- BrdU-DAB staining to detect the number of BrdU+ newly divided cells, located adjacent to or in the granule cell layer of the dentate gyrus. a. Free floating sections are washed in TBS and then treated with 0.6% hydrogen peroxide. b. Washed brain sections are pre-treated with 50% de-ionized formamide, 10% 20XSCC buffer, 2N hydrochloric acid, 0.1 M Boric acid to denature DNA for BrdU detection. c. Denatured brain sections are initially blocked with a solution of 0.3% Triton-X and 3% goat serum in TBS-X plus. d. Then the brain sections are incubated in primary antibody (anti-BrdU) for 72 hrs at 4C, washed with TBS, and then treated with TBS-X Plus for 30 min. e. Brain sections are then incubated in secondary antibody (goat anti-rat) for 100 min at room temperature. f. Tissue sections are then treated using Avidin-Biotin Complex (ABC) system for enzyme-mediated immunodetection, commonly referred to as immunoperoxidase labeling. g. To generate a brown-colored polymeric oxidation product used to visualize newly divided neurons, the sections are treated with diaminobenzidine (DAB), which is the substrate for the ABC system. h. After color development, slide-mounted sections are rapidly dehydrated and cover-slipped for microscopic evaluation and morphometry.
I. BrdU-DAB a. The entire granule cell layer (bilateral) of the dentate gyrus in the hippocampus, represented in the 1-in-6 series is photographed by systematically advancing the field of view of the Zeiss brightfield light microscope, and taking multiple photographs of BrdU-DAB stained sections, via camera interfaced to computer, under 10X (total 100X) magnification. b. Positively-labeled cells in these photographs are automatically counted using ImageJ software. To generate unbiased estimates of total number of BrdU-labeled cells in the dentate gyrus, the counted cells are first multiplied by 0.85 (assuming 15% of nuclei intersect the plane of the section, based on the observation that the average size of nuclei are 6 microns, which is 15% of a 40-micron section). Secondly, the number of cells per section is multiplied by 96, the average number of sections per dentate gyrus. c. The total volume of the granule cell layer of the dentate gyrus represented in the series is estimated.
N = (t x f) / v Where t = total number of BrdU+ cells in the DG [1] f = fraction of BrdU+ cells that are also positive for the neuronal cell marker (BrdU+ NeuN+) [2] v = volume of DG (estimated by serial sections) [1] [1] determined by BrdU-DAB staining [2] determined by double-fluorescent labeling (BrdU, NeuN)
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