SoHo Telemetry System

Transform your studies with an advanced implantable telemetry system designed to break free from traditional constraints with the quality you trust. The SoHo telemetry system empowers you to design and execute studies on your terms.

Ignite innovation with a versatile system designed to fuel creativity and adapt to your evolving research needs.
The SoHo telemetry system seamlessly integrates physiological monitoring in high-density setups, such as ventilated racks and environmental chambers, while also supporting behavioral endpoints like mazes, treadmills, and behavioral boxes.

Streamline your research with user-controlled implant power management to extend battery life and operate on your terms.
Remote power management and real-time status notifications minimize physical interactions, reducing stress artifacts while enhancing animal welfare and researcher safety.

Promote animal welfare with a system that reduces stress, supports social housing, and minimizes the number of animals required per study—all while adhering to the highest ethical and regulatory standards.

Components of the SoHo System

Collect real-time, 24/7 physiologic data collection without disturbing the animal.
Deliver clean, reliable data with higher statistical power.
Support high-density and socially housed setups for natural animal behavior.
Optimize implant battery life with user-managed remote power modes.

Communicates with the implants so there is no disruption to the study.
Collect data from up to 16 implants per SoHub and 96 implants per environment.
Simple setup with fewer components using USB communication & power.
Quick identification with matching color-coded labels on the device and in Ponemah.
Save space with a compact design and versatile mounting options.

Wherever your experiments take you, the mobile Ponemah acquisition station can follow.
Lab ready, corrosive resistant materials.
No-mess cable management and integrated power cord for simplified mobility.

Confidently collect, accurately analyze, and quickly summarize your telemetry data.
Comply with GLP and 21 CFR Part 11 regulations with data security & electronic record features.
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Specifications

Model	Biopotential	Temperature	Activity	Warranted Battery Life (Continuous)	Implant Weight (g)	Implant Volume (cc)	Minimum Animal Weight (g)
SoHo-X00		1	1	3 months	2.2	1.2	25 (IP), 17 (Sub Q)
SoHo-X01	1	2	1	1 month	2.6	1.5	25 (IP), 17 (Sub Q)
SoHo-X02	2	2	1	1 month	2.6	1.5	25 (IP), 17 (Sub Q)
SoHo-S00		2	1	12 months	6.0	4.2	175
SoHo-S01	1	2	1	4.5 months	6.0	4.2	175
SoHo-S02	2	2	1	4.5 months	6.0	4.2	175

Applications for the SoHo System

Real-time brain activity monitoring in longitudinal studies with the same subject, allowing for quantification of behavioral and physiologic change over time
Diagnosis of neurological disorders, including epilepsy, sleep, and brain tumors
Cognitive and behavioral studies, including attention, memory, and decision-making
Emotional and stress responses for mental health conditions, including anxiety and depression

Heart rate and ECG are used as biomarkers of ischemia and myocardial infarction (MI)
Monitoring heart rate and rhythm to detect arrhythmia, ischemia, and other cardiac conditions
Analyzing variations in heart rate variability (HRV) to assess autonomic nervous system function and its impact on cardiovascular health

Critical to circadian rhythm and infectious disease studies including onset and trigger to treat
Confidently acquire real-time data from challenging Biological Safety Level (BSL) environments with a miniature hardware footprint.

Integrate with behavioral and metabolic equipment to study the connection between physiological and behavioral responses in various disease models; valuable for research in areas such as sleep, stress, anxiety, learning, memory, social interaction, drug effects, pain, neurological disorders, and exercise.
Add telemetry to respiratory solutions to investigate the link between cardiovascular or neurological function and respiratory function in studies on cardiovascular interactions, sleep apnea, neural control of breathing, and stress or anxiety.