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Video system center

Manufactured by Olympus

The Video System Center is a versatile hardware component that allows for the capture, processing, and distribution of video signals. It serves as a central hub for video-related functions, providing connections and control mechanisms for various video sources and displays.

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3 protocols using video system center

1

Mouse Colonoscopy for Colitis Evaluation

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A flexible digital ureteroscope (URF-V), with an 8.5-French (2.8-mm) tapered-tip design, and motion range was used to perform mouse colonoscopies. The endoscope system included a video system center (Olympus America), a xenon light source (Olympus America), and a video recorder (MediCapture). Colonoscopies were performed on days 8 and 21 after DSS administration, and inflammation was evaluated using a previously validated scoring system (58 (link)). Mice were anesthetized by isoflurane United States Pharmacopeia USP (Butler Schein Animal Health) before performing an endoscopy. No colonoscopy preparations, such as fasting or laxatives, were required.
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2

Endoscopic Evaluation of Colonic Inflammation

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Mice were anesthetized with 4% isoflurane prior to endoscopy. Colonoscopy was performed on the 7th day of post DSS treatment and inflammation was evaluated by a previously validated endoscopic scoring system (33 (link)), which incorporates 4 different parameters to assess colonic inflammation: perianal findings (diarrhea, bloody feces or rectal prolapse), wall transparency (ability to observe colonic mucosal blood vessels), intestinal bleeding (spontaneous or procedurally induced by endoscope due to mucosal friability), and focal lesions (edema, erosions and ulcers). Colonoscopy was performed as described in Di Martino et al. (34 (link)) using a flexible digital ureteroscope (URF-V, Olympus America, Center Valley, PA) with an 8.5 Fr (2.8 mm) tapered-tip design and a motion range of 180° in an up angle and 275° in a down angle. The endoscope system includes a video system center (Olympus America), a xenon light source (Olympus America) and a video recorder (Medi Capture, Plymouth Meeting, PA). Sub scores for each parameter ranging from 0 (normal colonoscopy) to 3 (maximum severity of colonic changes) were used to evaluate colonic inflammation. The sum of these sub scores was used to define colonic health as follows: healthy (0–1), mild colitis (2–4), and moderate colitis (5–7).
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3

Colonoscopy Evaluation of Murine Colitis

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Colonoscopy was performed using a flexible digital ureteroscope (URF-V, Olympus America, Center Valley, PA) with an 8.5 Fr (2.8 mm) tapered-tip design and a motion range of 180° in an up angle and 275° in a down angle, as previously described [13 ]. The endoscope system includes a video system center (Olympus America), a xenon light source (Olympus America) and a video recorder (MediCapture, Plymouth Meeting, PA). Video images and pictures were recorded and archived to USB flash memory in an MPEG-2 format and JPG, TIFF, PNG, and DICOM formats, respectively, with a maximum resolution of 1,280 × 1,024 pixels. Colonoscopy was performed on days 1, 33 and 56 of treatment, and inflammation evaluated by a previously validated endoscopic scoring system [16 (link)], which incorporates 4 different parameters to assess colonic inflammation: perianal findings (diarrhea, bloody feces or rectal prolapse), wall transparency (ability to observe colonic mucosal blood vessels), intestinal bleeding (spontaneous or procedurally induced by endoscope due to mucosal friability), and focal lesions (edema, erosions and ulcers). Mice were anesthetized via inhalation of 4% isoflurane supplemented with 100% oxygen, USP (Piramal Critical Care, Bethlehem, PA) prior to performing endoscopy, and no colonoscopy preparations, such as fasting or laxatives, were required.
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