The Thermal Place Preference test can be considered an evolution of the Hot/Cold plate test and it allows monitoring of temperature preferences by measuring the time spent in two compartments set at two different temperatures.

This two temperature nociception test can be used in a mouse or rat and is composed of a standard hot/cold plate and of an hot plate, connected by a corridor. It...

The Ugo Basile Pellet Dispenser works with pellets between 10-20 mg for mice and 22-45 mg for rats. It has an extremely high delivery accuracy thanks to the redundant photobeam check.

An embedded electronic board manages the DC motor and the photodiodes. An ethernet cable connects the Pellet Dispensers to the 8 channel control unit to independently manage up to 8 pellet...

Provides simple, reliable and precise calibration for Ugo Basile Plantar Test & Tail Flick and other infrared (I.R.) analgesia meters.

In the late ‘80s Dr. Hargreaves invented a method to assess thermal pain sensation in unrestrained rodents by stimulating the single hind paw and thus allowing for unilateral/contralateral experiments. Ugo Basile made a science-grade instrument to perform this stimulation and automatically measure response, it became a gold-standard with more than 2,000 publications in 2022.

A thermal...

Used to measure the paw withdrawal reflex when the mouse or rat paw is unexpectedly touched. For evaluating mechanical allodynia and cutaneous sensation levels. Popular non-invasive technique.

Set of 20 monofilaments based on the Semmes Weinstein monofilament set. An ascending series of increasingly stiff filaments (from 0.008 to 300 grams). Features retractable head to protect the...

The LUX Infrared (IR) illuminator allows for illumination from below of all the Ugo Basile IR mazes, which are made of an IR translucent plastic. This has the double advantage of: making experiments in the darkness easy and enhancing the contrast for better detection, no matter the animal color

The lux is available in 3 sizes, it guarantees a uniform illumination and incorporates IR...

Touch sensitivity in unrestrained animals is traditionally tested with Von Frey filaments, which is a tedious and experimenter-dependent assay.

The Electronic Von Frey system solves the multiple measurement (i.e. multiple filaments) issue and the experimenter bias by using a hand-held force sensor with a rigid metal. The scientist gradually increases the force applied to the animal...

Touch sensitivity is traditionally tested with Von Frey filaments, which is a tedious and experimenter-dependent assay.

The Dynamic Plantar Aesthesiometer is a unique system, which fully automates the amount of force applied by an electromagnetic, silent motor exerting from 0 to 100 grams at a rate adjustable from 0 to 50 seconds.

When the animal responds, by withdrawing its...

Accurately measures the nociceptive threshold to infrared heat stimulus on the rat or mouse tail. Used for rapid screening of analgesic drugs by measuring reaction time to heat, even in anesthetized animals, crucial for repeated tests, thanks to the reflexive nature of the tail flick response.

Adjustable I.R. intensity, bright touch-screen display with intuitive controls. Comfortable...

Measures the weight distribution difference between an injured and unaffected hind paw of a mouse or rat. For the assessment of spontaneous pain in osteoarthritis, bone cancer, nerve injury and post-operative pain studies. Automatic operation reduces operator bias, optimizes repeatability and saves time. Easy to set up. Data visualization to monitor trends. Fast and easy cleaning...

Climbing behavior can be of interest for the most diverse applications.

The Ugo Basile automated system replicates its first manual application in the Pain field, for measuring Pain-Depressed behavior. It showed that, while mild analgesics block pain-depressed climbing, strong analgesics fail to alleviate depression of climbing (Santos et al. 2023, “Climbing behavior by mice as an...

Best choice for thermal preference phenotyping

Now available for tethered and non-tethered Mice

The state-of-the-art thermal preference assay designed with a circular shape. Fully automatic, up to 36 scientific publications

The TGR can clearly discriminates temperature-dependent phenotypes or temperature dependent drug...

A simple Y-shape design provides rodents with a single choice point with only two alternatives. Widely used to measure preference and spatial memory and learning tasks in laboratory animals.

High quality maze with rat and mouse versions. Provides optimal results with video tracking software (high contrast, non reflective). Surface texture selected for rodent comfort. Easy to set up,...

A simple Y-shape design provides rodents with a single choice point with only two alternatives. Widely used to measure preference and spatial memory and learning tasks in laboratory animals.

High quality maze with rat and mouse versions. Provides optimal results with video tracking software (high contrast, non reflective). Surface texture selected for rodent comfort. Easy to set up,...

A test for spatial learning and long-term memory in rodents. For research into neurocognitive disorders and treatments, aging, drug-abuse, neural systems, neurotransmitters and brain development.

High quality, strong and low weight. Embedded wheels for easy movement. Easy to drain and clean. Add optional Atlantis System to extend test capabilities. Different colors available.

A test for spatial learning and long-term memory in rodents. For research into neurocognitive disorders and treatments, aging, drug-abuse, neural systems, neurotransmitters and brain development.

High quality, strong and low weight. Embedded wheels for easy movement. Easy to drain and clean. Add optional Atlantis System to extend test capabilities. Different colors available.

A test for spatial learning and long-term memory in rodents. For research into neurocognitive disorders and treatments, aging, drug-abuse, neural systems, neurotransmitters and brain development.

High quality, strong and low weight. Embedded wheels for easy movement. Easy to drain and clean. Add optional Atlantis System to extend test capabilities. Different colors available.

A test for spatial learning and long-term memory in rodents. For research into neurocognitive disorders and treatments, aging, drug-abuse, neural systems, neurotransmitters and brain development.

High quality, strong and low weight. Embedded wheels for easy movement. Easy to drain and clean. Add optional Atlantis System to extend test capabilities. Different colors available.

The Thermal Place Preference test can be considered an evolution of the Hot/Cold plate test and it allows monitoring of temperature preferences by measuring the time spent in two compartments set at two different temperatures.

This two temperature nociception test can be used in a mouse or rat and is composed of a standard hot/cold plate and of an hot plate, connected by a corridor. It...

The Thermal Place Preference test can be considered an evolution of the Hot/Cold plate test and it allows monitoring of temperature preferences by measuring the time spent in two compartments set at two different temperatures.

This two temperature nociception test can be used in a mouse or rat and is composed of a standard hot/cold plate and of an hot plate, connected by a corridor. It...

An essential optional tool for Your TGR experiments. This cabinet is made to efficiently control the inside temperature from -10° up to 100° and can hold up to two TGR apparatus.

In TGR experiments temperature is critical; to perform the test (which normally takes 1 hour) You need to ensure the TGR apparatus is placed into an environment having the average temperature between the...

An essential optional tool for Your TGR experiments. This cabinet is made to efficiently control the inside temperature from -10° up to 100° and can hold up to two TGR apparatus.

In TGR experiments temperature is critical; to perform the test (which normally takes 1 hour) You need to ensure the TGR apparatus is placed into an environment having the average temperature between the...

Antidepressant drugs and depression animal model genetic screening are commonly conducted by using the Tail Suspension Test (TST). This test is based on the aversive effect of hanging a mouse of rat by the tail, which elicits its struggling moving upwards in an attempt to escape (which is obviously not possible).

The struggling attempt tends to be shorter in duration and translates...

Widely used to measure preference and spatial memory and learning tasks in laboratory animals. The simple T-shape design provides a single choice point with only two alternatives. Especially for CNS disorder studies.

High quality maze with rat and mouse versions. Provides optimal results with video tracking software (high contrast, non reflective). Surface texture selected for rodent...

Widely used to measure preference and spatial memory and learning tasks in laboratory animals. The simple T-shape design provides a single choice point with only two alternatives. Especially for CNS disorder studies.

High quality maze with rat and mouse versions. Provides optimal results with video tracking software (high contrast, non reflective). Surface texture selected for rodent...

Widely used to measure preference and spatial memory and learning tasks in laboratory animals. The simple T-shape design provides a single choice point with only two alternatives. Especially for CNS disorder studies.

High quality maze with rat and mouse versions. Provides optimal results with video tracking software (high contrast, non reflective). Surface texture selected for rodent...

Pre-pulse inhibition of the Startle reflex (PPI) is a phenomenon in which a weak stimulus (sound or light, or air-puff) suppress the startle response to a subsequent stronger startle stimulus (of the same kind).

The interest in this technique is mainly due to the fact that impairment in PPI is normally linked to a dysfunction in the sensorimotor mechanism, which has been shown in...

Pre-pulse inhibition of the Startle reflex (PPI) is a phenomenon in which a weak stimulus (sound or light, or air-puff) suppress the startle response to a subsequent stronger startle stimulus (of the same kind).

The interest in this technique is mainly due to the fact that impairment in PPI is normally linked to a dysfunction in the sensorimotor mechanism, which has been shown in...

Pre-pulse inhibition of the Startle reflex (PPI) is a phenomenon in which a weak stimulus (sound or light, or air-puff) suppress the startle response to a subsequent stronger startle stimulus (of the same kind).

The interest in this technique is mainly due to the fact that impairment in PPI is normally linked to a dysfunction in the sensorimotor mechanism, which has been shown in...