Data Sciences International

Signal conditioning hardware and amplification options for physiological signal acquisition to support high‑quality recording from various sensors and implants.

Software platforms for acquisition, synchronization and analysis of physiologic, respiratory and behavioral data from preclinical studies, with support resources and lifecycle management.

Implantable telemetry device with extended battery life featuring temperature and activity monitoring for larger subjects.

Implantable telemetry device with 2 biopotential channels, temperature, and activity monitoring for larger rodents.

Implantable telemetry device with 1 biopotential channel, temperature, and activity monitoring for larger rodents.

Extra small implant series featuring options for temperature, activity, biopotential, and pressure measurements.

Digital telemetry implants designed for large animal models, giving researchers the power of acquiring and analyzing physiologic data from animals in group-housed settings.

Implantable telemetry system to capture, analyze, and report physiological data effortlessly in conscious, freely moving lab animals.

Telemetry implants most commonly used in small animals such as mice, 25 grams or larger, to collect pressure, temperature, and activity endpoints.

Dual Thermistor Telemetry Transmitter for Small Animals designed for remote measurement of temperature in rodents such as rats.

The PA-C10 model is the smallest of the PhysioTel pressure transmitters, completely implantable for measuring pressure and activity in mice.

A small design telemetry receiver for specialty applications that accommodates various specialized cage configurations such as metabolic cages, running wheels, and treadmills.

Provides reliable reception of data transmitted via digital telemetry for a wide variety of species, animal sizes, and housing types.

Single pressure, single biopotential implant designed for small animals, capable of measuring pressure, biopotential lead (ECG, EEG, or EMG), temperature, and activity simultaneously, available in two frequencies.

PhysioTel Digital implant with single pressure, biopotential, respiration rate, temperature, and activity, available in two frequencies.

Small pair housing capable pressure, biopotential, temperature, and activity implant, available in 18 MHz frequency.

PhysioTel Digital implant with pressure, biopotential, temperature, and activity monitoring.

The HD-S10 enables researchers to continuously collect multiple physiologic parameters from small animals, specifically measuring pressure, temperature, and activity.

Designed for large animal studies, Jacketed External Telemetry is capable of providing continuous, high quality data for short or long durations.

Software powering DSI telemetry for real-time analysis of freely interacting animals, acquiring, analyzing, and reporting diverse physiological data.

Derives respiration values from the cardiac cycle when used in conjunction with the BP module.

Analyzes arterial and venous pressures.

Powerful and easy-to-use platform for collecting, analyzing, and reporting life science data, built with Microsoft technologies and SQL Server.

Whole Body Plethysmography system allowing conscious, unrestrained respiratory endpoints to be obtained.

Non-invasive Airway Mechanics station using Allay restraint and double chamber plethysmography for conscious follow up studies.

Hardware to measure an animal's airflow and lung pressure using an anesthetized approach for direct pulmonary function measurement.

Hardwired instrumentation system capable of obtaining 12 simultaneous surface ECG leads from restrained animals.

Analyzes ECG signals to provide single and multi-lead calculations.

Ponemah is a complete physiologic data acquisition and analysis software platform used by researchers to collect, analyze, and summarize study data for preclinical research.

Implantable telemetry device featuring 2 biopotential channels, temperature, and activity monitoring.

Advanced implantable telemetry system delivering trusted quality while enabling social housing of freely moving animals and reducing stress.

Implantable telemetry device featuring 1 biopotential channel, temperature, and activity monitoring.

Wireless implants offered in a variety of models, shapes, and sizes to optimize data collection, maximize lab space, and simplify studies.

Automated telemetry system that monitors and collects continuous glucose data from conscious, freely moving mice and rats.

An implantable continuous glucose telemetry system for preclinical research studies to measure glucose, temperature, and activity in rodents.

Implantable telemetry device featuring temperature and activity monitoring for small animals.

Mouse implantable telemetry device allowing researchers to simultaneously record systemic blood pressure, biopotential signal, body temperature, and animal activity from a single mouse.

Smaller telemetry implant with glucose, temperature, and activity monitoring.

Biopotential telemetry implant capable of recording two biopotential channels, typically EEG and EMG for neuroscience studies in rats and mice.

Small implant for rats, ferrets, marmosets, guinea pigs, and others. Available in two frequencies.

Digital implant for large animals measuring pressure, biopotential, respiratory rate, temperature, and activity.

The HD-X10 enables researchers to continuously collect multiple physiologic parameters from transgenic mouse models, hamsters, and juvenile rats, measuring pressure, temperature, and activity.

The ETA-F10 is the smallest of the single channel biopotential implant offered by DSI, designed to measure biopotential (ECG, EEG or EMG), temperature and activity data in mice.

PhysioTel Digital implant with dual pressure, biopotential, temperature, and activity monitoring.

Telemetry implants most commonly used in small animals such as rats, ferrets, or guinea pigs, 200 grams or larger, to measure multiple pressure endpoints and biopotential signals.

Rat HD implant model with specialized temperature and biopotential configuration.

Temperature only implants are designed for use in a range of research models, from mice to non-human primates, enabling real-time monitoring of core, subcutaneous, and local temperatures in conscious, freely moving laboratory animals.

Biopotential telemetry implant capable of recording two biopotential channels, typically EEG and EMG for neuroscience studies in mice.

Implantable biopotential telemetry device for small animals.

Smaller telemetry implant with pressure, glucose, temperature, and activity monitoring.

Implantable telemetry device for biopotential sensing in mice.

Small Animal External Telemetry ideal for rats and similar sized animals, capable of measuring cardiovascular endpoints and activity without surgery.

Small implant for rats, ferrets, marmosets, guinea pigs, and others.

Digital implant for medium and large animals measuring biopotential, respiratory rate, temperature, and activity.

Digital implant for large animals measuring 3 biopotentials, respiratory rate, temperature, and activity.

Digital implant for medium and large animals measuring pressure, biopotential, respiratory rate, temperature, and activity.

Digital implant for large animals measuring 4 biopotentials, respiratory rate, temperature, and activity.

Small implant for rats, ferrets, marmosets, guinea pigs, and others. Available with an external thermistor probe if desired.

Large implant providing pressure, respiration, biopotential, temperature, and activity.

Implantable pressure telemetry device for small animal models such as rats and guinea pigs.

Digital implant for medium and large animals measuring pressure, respiratory rate, temperature, and activity.

Small implant for rats, ferrets, marmosets, guinea pigs, and others with 3 biopotential channels.

Extra-small implant for use with mice and other similarly sized animals.

The PhysioTel Matrix 2.0 (MX2) is a next-generation telemetry hardware system offering simultaneous sampling from up to 8 implants, Ethernet-based connectivity, and automatic receiver detection.

Respiration add-on telemetry components.

Digital implant for medium and large animals measuring temperature and activity.

External telemetry device for small animals to collect ECG data.

Large pressure, temperature, and activity implant.

Digital implant for large animals measuring pressure, biopotential, respiratory rate, temperature, and activity with respiratory volume.

Large temperature and activity implant.

Large pressure and activity implant.

Large animal external telemetry device supporting 7 ECG vectors, 1 respiratory impedance plethysmography vector, blood pressure, temperature, and activity.

Large pressure, biopotential, temperature, and activity implant.

Large pressure, dual biopotential, temperature, and activity implant.

Large animal external telemetry device supporting 9 ECG vectors, 7 respiratory impedance plethysmography vectors, blood pressure, temperature, and activity.

Large biopotential and activity implant.

Large animal telemetry implant designed for chronic physiologic monitoring research with pressure and biopotential channels.

Pressure-only telemetry implant typically placed in the femoral or carotid artery to enable direct blood pressure measurement.

Large animal external telemetry device supporting 1 ECG vector, blood pressure add-on, and activity monitoring with a rechargeable 27-hour life battery.

Small animal external telemetry emitter providing 1 ECG vector and activity monitoring with a 12-hour life battery.

Signal conditioning hardware for laboratory telemetry.

Glucose monitoring meter designed for laboratory use.

Expand on Jacketed External Telemetry (JET) capabilities with the JET BP Add-On to acquire accurate, continuous blood pressure data from a minimally invasive implant.

Telemetry receiver most often used with 4ET implants for monitoring rats and other animals housed in plastic cages.

A dual-pressure, single biopotential implant enabling precise measurement of various physiologic signal combinations such as left ventricular pressure, blood pressure, and biopotential in small animals.

Respiratory Inductive Plethysmography (RIP) technology used to monitor respiration externally in a non-invasive manner for free roaming animals.

Telemetry receiver most often used for monitoring mice, rats, and other animals housed in plastic cages that can be placed on top of the receiver.

Comprehensive program delivering healthy, pre-implanted small and large animals ready for physiological research.

Communication manager designed to manage communication between the chosen implant and Ponemah software for small animals.

Analyzes the electrical activity of muscle tissue.

Nova Biomedical StatStrip Xpress accurately monitors blood glucose levels free from interferences in laboratory animals, serving as the preferred reference for calibration of continuous glucose telemetry.

Small implant designed for sympathetic nerve activity monitoring in small animals.

Telemetry receiver most often used for pair house studies involving rats and other small animals housed in plastic cages.

Pods for the 7700 series signal conditioning system.

Analyzes diaphragmatic EMG signals to provide respiratory endpoints.

Expert surgical alteration services performed at your facility to maximize high quality signals and animal welfare.

Communication manager designed to manage communication between the chosen implant and Ponemah software for large animals.

Telemetry receiver most often used for monitoring primates, dogs, rabbits, ferrets and other animals housed in metal cages.

Manages communication between the PhysioTel Digital implants and the acquisition computer, maintaining digital data integrity from implant to acquisition computer.

Powerful software platform designed to collect, analyze, and manage telemetry data tightly integrated with PhysioTel Digital implants.

Required when measuring pressure via telemetry implants in order to compensate for absolute measurements, measuring atmospheric pressure and providing dynamic corrections.

Takes the guesswork out of setting up studies by ensuring your implants are on, configured, and ready for data collection.

Analyzes any pulmonary signal derived from a plethysmography chamber, pneumotach or Jacketed External Telemetry (JET™) Respiratory impedance bands.

A hardwired acquisition device enabling high channel count and bandwidth configurations for tethered, acute, or high-throughput studies.

Integration tool to automatically trigger dosing, stimulation, and other events based on physiologic parameters.

Analyzes pulmonary volume signals to derive respiratory endpoints obtained from respiratory impedance transmitters.

Preclinical software solution for Safety Pharmacology and Toxicology studies designed to acquire, analyze, and report data within a regulated environment.

Used to acquire and synchronize non-telemetric analog and digital signals with telemetry data in Ponemah v6.x.

Treadmill and telemetry combined system for forced exercise and physical exhaustion assessment alongside synchronized physiologic signals.

Analyzes signals obtained from unrestrained whole body plethysmography chambers with environmental compensation.

Easily bring up to 32 channels into Ponemah using standard laboratory BNC connections. Select uni-polar, bi-polar, single-ended or differential measurements.

12 Channel Isolated Bio-potential POD designed for versatility in tethered, acute, or invitro settings where biopotentials or electrogram recordings are monitored.

Analyzes any volume from the circulatory system and can derive values relative to cardiac performance.

Forced immobilization board and restrainer combined with telemetry receiver to study psychological stress in small laboratory animals.

Analyzes pulmonary signals from a plethysmographic chamber or pneumotachometer with pressure in animal models.

Education and training on best practices for the implantation of DSI telemetry devices to increase surgical proficiency.

Analyzes pressure signals from the left ventricle and serves as a reference signal for other analysis modules.

Video synchronization tool for connecting up to eight cameras with physiologic signals.

Analyzes any type of input signal that has no specific analysis module.

Analyzes action potentials focusing on regions such as plateau, recovery time, and upstroke velocity.

Barometer that measures atmospheric pressure during dynamic corrections via a digital signal to the computer, required when monitoring pressure.

Automated, customizable searches to locate patterns and anomalies in telemetry data.

Analyzes R-R intervals or Inter-Beat-Intervals to convert time-based calculations to the frequency domain.

Conscious, restrained plethysmography system for respiratory research.

Template-based analysis tool to improve the precision of ECG analysis.

Analyzes pressures resulting from non-voiding bladder contraction cycles or longer time-scale pressure changes.

Analyzes signals from isotonic or isometric transducers from spontaneously or repetitively beating preparations.

Permits the display and analysis of LVP cycles plotted against cardiac volume cycles.

Whole Body Plethysmography (WBP) system allowing for unrestrained, non-anesthetized single animal exposure while measuring respiratory endpoints.

Analyzes systemic blood flow from the circulatory system and eliminates drift resulting from certain types of flow meters.

System monitoring tool providing peace of mind by tracking subject health and system functionality.

Signal conditioner designed for hemodynamic flow, volume, pressure, PV Loop Langendorff preparations, isolated heart, lung Environmental light, temperature, pressure sensors.

All-purpose or Universal input for a wide variety physiologic sensors and transducers, including those requiring excitation.

Export tool to convert Ponemah data into EDF format for third-party compatibility.

System for non-invasive airway mechanics in restrained subjects.

Provides a communication link with the external 12 Channel Isolated Biopotential Pod and the Multi-Lead ECG Pod.

Validyne DP-45 differential pressure transducer with +/- 2.25CMH2O range.

System for anesthetized, direct measurements of respiratory parameters.

Used to assign IP addresses on a dedicated network for telemetry hardware.

An exposure cavity restraint designed to ease animal acclimation and loading time while improving animal welfare and data quality.

Designed specifically for use with the Validyne DP-45 and DP-250 Differential Pressure Transducers for accurate pulmonary pressure, volume and flow measurements.

Programmable, refillable micro infusion pump specifically designed for mice and small rodents.

Software designed to streamline CNS data analysis using frequency analysis tools and automated modules.

A stackable, flow-past inhalation tower primarily used for oral and nasal exposure in animal models using a variety of substances including dry and wet aerosols, dust, smoke, or steam.

Validyne DP-45 differential pressure transducer with +/- 22.5CMH2O range.

System for anesthetized lung function and pulmonary maneuvers.

Cost-effective Validyne DP-250 differential pressure transducer with +/- 22.5CMH2O range.

A single port nose-only exposure device allowing uniform exposure one subject at a time, supporting a variety of substances including dry and wet aerosols, dust, smoke, or steam.

Cost-effective Validyne DP-250 differential pressure transducer with +/- 2.25CMH2O range.