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Virtual Morris Water Maze Full Package
$5,290.00The virtual reality environment can be created as per the need of the experiment. In the Simian version multiple environments can be configured.
The Morris Water Maze (MWM) is a widely used behavioral task developed by Richard G. Morris in the year 1981 as a response to the Radial Arm Maze (RAM). As opposed to the Radial Arm Maze, the Morris Water Maze doesn’t provide the subject with a choice point. Further, the task utilizes the fear of drowning to motivate the subject to learn the location of the escape platform quickly. The navigational task is effective in the assessment of spatial learning, and over the course of years has seen modifications and adaptations such as the Water T-Maze, the Water Y-Maze, and the Water RAM.
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Virtual Morris Water Maze Offline Software
$1,590.00The virtual reality environment can be created as per the need of the experiment. In the Simian version multiple environments can be configured.
The Morris Water Maze (MWM) is a widely used behavioral task developed by Richard G. Morris in the year 1981 as a response to the Radial Arm Maze (RAM). As opposed to the Radial Arm Maze, the Morris Water Maze doesn’t provide the subject with a choice point. Further, the task utilizes the fear of drowning to motivate the subject to learn the location of the escape platform quickly. The navigational task is effective in the assessment of spatial learning, and over the course of years has seen modifications and adaptations such as the Water T-Maze, the Water Y-Maze, and the Water RAM.
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Virtual Reality Morris Water Maze Software
$4,900.00The virtual reality environment can be created as per the need of the experiment. In the Simian version multiple environments can be configured.
The Morris Water Maze (MWM) is a widely used behavioral task developed by Richard G. Morris in the year 1981 as a response to the Radial Arm Maze (RAM). As opposed to the Radial Arm Maze, the Morris Water Maze doesn’t provide the subject with a choice point. Further, the task utilizes the fear of drowning to motivate the subject to learn the location of the escape platform quickly. The navigational task is effective in the assessment of spatial learning, and over the course of years has seen modifications and adaptations such as the Water T-Maze, the Water Y-Maze, and the Water RAM.
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Visual Patching Imaging Chamber
Visual patching and imaging chamber is a temperature control device employed to maintain the specimen temperature, thereby preserving it in optimal conditions for a longer duration during imaging or electrophysiological experiments.
A visual patching imaging chamber is a device used in neuroscience research to study the activity of neurons in the brain. It typically consists of a chamber that is used to hold an animal, such as a mouse or a fly, in place while a microscope is used to image the brain. The chamber is designed to allow researchers to selectively “patch” or stimulate specific areas of the brain while also being able to observe the neural activity in that region. This technique is known as “in vivo patch-clamp” and it is used to understand the function of individual neurons and neural circuits.
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Wachenfeldt Clip Applying Forceps
$238.00The WACHENFELDT Clip Applying Forceps, is a precise and durable tool for any medical or veterinary practice. These forceps feature a 12cm length and are designed to apply surgical clips securely to tissue or vessels during procedures. The forceps are made from high-quality stainless steel, ensuring durability and resistance to corrosion. The design of the forceps allows for accurate and secure clip application with minimal tissue trauma. The ergonomic design of the forceps provides comfortable handling and easy maneuverability during procedures. Whether you’re a medical professional or a veterinarian, the WACHENFELDT Clip Applying Forceps are an essential addition to your medical tool kit.
WACHENFELDT Clip Applying Forceps-12cm
1 unit = $26/unit
1 package of 10 units = $23.8/unit
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Waveform Generator: 20MHz
$1,990.00Key performance specifications 20 MHz sine, 10 MHz pulse waveforms provide coverage for your most common applications 250 MS/s sampling rate and 14-bit vertical resolution enable the creation […]
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Website Basic Plan
$499.00Features Website Basic Setup 1:1 Interview to understand your Lab and Needs Domain of your choice SSL Certificate Basic Security, Firewall protection Login and Blog […]
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Website Gold Plan
$1,999.00Features Website Basic Setup 1:1 Interview to understand your Lab and Needs Domain of your choice SSL Certificate Basic Security, Firewall protection Login and Blog […]
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Website Setup (Custom Item)
$400.00 -
Website Silver Plan
$999.00Features Website Basic Setup 1:1 Interview to understand your Lab and Needs Domain of your choice SSL Certificate Basic Security, Firewall protection Login and Blog tools […]
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Wecker Micro Scissors
$133.00 – $141.00These small scissors are commonly used in ophthalmologic procedures such as iridectomy and iridotomy. They are ideal for intraocular surgery of the iris and lens capsule.
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Wecker Scissors
$149.00They are commonly used in ophthalmologic procedures such as iridectomy and iridotomy. They are ideal for intraocular surgery of the iris and lens capsule.
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Weight Drop TBI Model for Mice and Rats
$1,790.00The Weight Drop TBI apparatus generally consists of two main parts: the U-shaped Plexiglas box and a collection sponge.
The typical weight drop mTBI equipment consists of a U-shaped Plexiglas stand, a plastic guide tube, brass weights, a clamp stand, a fishing line, and a collection sponge. The lightly anesthetized rodent is placed supine on a scored tin foil with its head directly in the pathway of the falling weight.
ConductScience offers the Weight Drop TBI apparatus.
