Foothold construction behaviours were observed through a transparent plastic board in videos recorded using the Stylus Tough digital camera (Olympus Co.).
Stylus tough
Manufactured by Olympus
Sourced in Japan
The Stylus Tough is a compact, waterproof, and shockproof digital camera designed for use in outdoor and rugged environments. It features a durable, weatherproof body and can withstand water pressure up to 15 meters, as well as drops from up to 2.1 meters.
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Lab products found in correlation
4 protocols using stylus tough
1
Transparent Board Foothold Observation
2
Colonic Motility Analysis in Kif7 KO Mice
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The colons of 3- to 4-week-old Kif7 KO mice and those of their control littermates were dissected out, pinned to a chamber through which a flow of oxygenated physiological saline solution was maintained, and equilibrated at 37°C for 30 min. Mouse stool was then inserted into the oral end of the colon, and time-lapse cinematography of gut motility was performed at 30 frames/s using a digital camera (Stylus Tough, Olympus Inc.). The video recordings were converted into spatiotemporal plots using ImageJ software and used to characterize the CMMCs, which constitute the recurrent ENS-mediated contractions propagating along the colon preparations. Stool movement speed was calculated as the time required to expel a fecal pellet inserted at the oral end of the colon preparation from its anal end divided by the length of the colon preparation. At least six samples from each experimental group were examined; the mean values of stool movement speed ± SEM are shown in the bar charts.
3
Silk Footholds Microscopy Evaluation
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Silk footholds constructed on various substrates were observed using a Stylus Tough digital camera (Olympus Co.) in microscope mode or a scanning electron microscope (JSM-6301F; JEOL Ltd., Japan).
4
Fiber Surface Morphology Characterization
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Observations of the fibre surface morphology were made using a digital camera (Stylus Tough, Olympus Co., Japan), fluorescence microscope in optical microscopy mode (BZ-X700, Keyence Co., Japan), and scanning electron microscope (SEM) (JSM-6301F, JEOL Ltd., Japan).
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