Zebrafish Vestibulo-Ocular Reflex Tester LVOR-A11

Name: Zebrafish Vestibulo-Ocular Reflex Tester LVOR-A11
Brand: Labtron
SKU: LVOR-A11
Rating: 5 (998 reviews)

Zebrafish Vestibulo-Ocular Reflex Tester LVOR-A11 assesses vestibular function in juvenile zebrafish without anaesthesia, avoiding nerve damage. It suits zebrafish aged 5–30 days post-fertilization, with a rotating platform accurate to 0.2°. The system includes a near-infrared LED lighting setup with an adjustable illumination angle. Its high-resolution camera captures 1280×1024 p images at up to 170 frames per second. Our system offers key insights into human vestibular function, serving as a vital tool for developmental biology.

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Platform	Zebrafish fixed platform without anaesthesia
Accommodates	Zebrafish aged 5-30 days post-fertilization (dpf)
Rotating platform	Rotation accuracy 0.2
The rotation swing frequency	Adjustable from 0.1Hz to 1Hz
Vestibular Stimulation System	Control panel with membrane keys and LED display; customizable rotational swing stimulation.
Eye Tracking Lighting	Near-infrared LED light with adjustable illumination angle; rotational synchronous LED pulsed light for phase calculation.
Camera resolution	1280 × 1024 pixels
Frame rate	Up to 170 frames per second
Eye Tracking and Vestibular Function Analysis Software	Capable of analysing eye movement gain and phase; provides rapid and accurate test data.
Pupil Dilation Capability	Equipped to dilate zebrafish pupils, enhancing the accuracy of eye movement analysis

High Rotation Accuracy
Adjustable Swing Frequency
Eye Movement Analysis Software
Pupil Dilation Capability
Wide Research Applications

Our Zebrafish Vestibulo-Ocular Reflex Tester LVOR-A11 is used to assess balance, study neurodegenerative diseases, and evaluate drug/environmental responses. It supports developmental biology research, including cell lineage, mutation, gene transfer, and mapping.

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Zebrafish Vestibulo-Ocular Reflex Tester LVOR-A11 Catalog

Models of Animal Vestibulo-Ocular Reflex Tester

Labtron offers specialised devices designed to assess the Vestibulo-Ocular reflex in different species. This device's compensatory eye movement stabilizes retinal images during head motion, ensuring clear vision. They utilize controlled environments to induce head movements and employ recording equipment to monitor eye movements. These testing systems share the objective of quantifying to assess vestibular functions. Our models are vital for understanding the vestibular system's role in balance and orientation.