A complete basic mouse fear conditioning test chamber package for the Actimetrics FreezeFrame behavioral test system.

A complete set of CANTAB applications plus WhiskerServer™. Sold as one license copy per Intellistation.

The versatile Rat cNOR-OL Experiment and Holding Chamber has a choice of Floor type and Gate type. Additional options of scoring camera and food reward dispenser are available.

LumiCycle performs high-throughput luminometry on self-luminous tissues, such as those from transgenic animals containing the luciferase gene.

LumiCycle 96 performs high-throughput luminometry on self-luminous tissues, such as from PER-LUC mutants.

Designed with flexibility in mind, this touchscreen''s compact form fits seamlessly into cages or any controlled testing space.

Test Station for the Cambridge Neurological Test Automated Battery equipped with Pellet Reward.

Test Station for the Cambridge Neurological Test Automated Battery equipped with Liquid Reward.

A flat display and touch screen with signal light and speakers. This style of unit, first designed for use with dogs, has since been used with primates and swine.

The 300E-I mechanical stimulator is an automated electronic von Frey device with the added capability to measure and control both force and length at a single application point. The 300E-I takes the variability and awkwardness out of applying force with a handheld von Frey filament or with other handheld mechanical stimulators.

The 200C miniPID photo-ionization detector combines small size, fast response, and high sensitivity in an easy-to-use, competitively priced package. Designed for olfaction experiments, the sensor has a true frequency response of 330 Hz with a rise time of 0.6 msec. The detection limit is 100 ppb (parts per billion) propylene in air and the full-scale measurement range is 500 ppm.

The 220A Olfactometer provides reliable odor generation for demanding olfaction experiments. The 220A can be configured with 4, 8, 12 or 16 odor vials for maximum flexibility. Careful fluid design ensures repeatable odor profiles generated with minimum delay time between activation and arrival of the odor at the subject.

ALZET Osmotic Pumps are small, implantable pumps for research in mice, rats, and other laboratory animals. Sold empty and filled by the researcher, these minipumps deliver drugs, hormones, and other test agents at continuous and controlled rates without the need for external connections or frequent handling. With durations ranging from one day to six weeks, the pumps unattended operation eliminates the need for repeated nighttime or weekend dosing by lab personnel. Their use has been described in thousands of studies.

LumiCycle In Vivo is designed to record PER-LUC light emissions from awake behaving animals placed in a standard mouse cage and infused with luciferin analogues.

This single door sound attenuating cubicle is designed for use with either rat or mouse fear conditioning test chambers.

This Shocker-Scrambler features a bipolar shock stimulus with eight pole scrambled output suitable for most behavioral applications.

The iPRECIO Programmable Pump is an advanced infusion device for drug delivery applications in mice, rats and larger animals. With versatile programmable functions and a refillable reservoir, this implantable infusion pump enables full control over dosing studies and empowers researchers to execute even the most complex dosing protocols, including multiple bolus dosing, variable/constant delivery, escalating drug administration, and more.

The ALZET Brain Infusion Kits are designed specifically for use with ALZET pumps for targeted delivery to the central nervous system. This can be done through infusion into the cerebral ventricles which exposes a wide variety of brain regions to the infusate via the cerebrospinal fluid that bathes the brain. Alternatively, they can be used through direct microperfusion of discrete brain structures resulting in localized distribution of infusate in the target tissue.

ALZET offers a range of specialized catheters, compatible with ALZET Pumps, to enable targeted delivery to a variety of sites. Via a catheter, ALZET Osmotic Pumps can deliver substances into vessels, spinal cord, cerebral ventricles and brain parenchyma, and other organs or tissues.