Using electrocardiography (ECG), alterations in the activity of the sympathetic nervous system can be measured using HRV analysis.
Recording peripheral nerve traffic is a main component of many autonomic studies as these signals reveal how the nervous system directs organ regulation and function. Using either acute, anesthetized preparations or implanted wireless telemetry - and whether recording from the vagal, splanchnic, lumbar or another nerve location - LabChart can help isolate SNA bursts from background noise and electrical and movement artifacts.
If your research looks at the neural control of respiration, our gas analyzer is ideal for studies using rodents.
With flexible research solutions, you can analyze your nerve recordings in depth and in conjunction with any additional physiological data, all on one platform.
Record multiple
signals at one time
Compare nerve
recordings with physiological
function
Mix and match
products for a custom solution
Integrate your data
streams in one place
In conjunction with our solutions shown below, any device with an analog output (+/- 10V) can be connected to a PowerLab data acquisition system for synchronization of the event in LabChart, giving you even more flexibility and the ability to integrate your data streams in one place.
All of our hardware is backed by the appropriate safety certification standards. More information on safety standards.
Ideal base package to build a tailored solution for your chosen combination of pressure, biopotential, activity and/or temperature telemetry recordings in small animals.
An ideal base package to build a tailored solution for your chosen combination of biopotential, glucose, activity and/or temperature telemetry recordings in small animals.
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One Channel Differential Amp (2mm pin & Alligator clip)
A low noise, high input impedance, one channel AC/DC differential pre-amplifier ideally suited for extracellular recordings. It has a voltage gain of x100, x1000 and x10,000 and a CMR of 100 dB...
One Channel Differential Amplifier (Unterminated)
A low noise, high input impedance, one channel AC/DC differential pre-amplifier ideally suited for extracellular recordings. It has a voltage gain of x100, x1000 and x10,000 and a CMR of 100 dB...
Four Channel Differential Amp (2mm pin & Alligator clip)
A low noise, high input impedance, four channel AC/DC differential pre-amplifier ideally suited for extracellular recordings. It has a voltage gain of x10, x100, x1000 and x10,000 and a CMR of 120...
Four Channel Differential Amplifier (Unterminated)
A low noise, high input impedance, four channel AC/DC differential pre-amplifier ideally suited for extracellular recordings. It has a voltage gain of x10, x100, x1000 and x10,000 and a CMR of 120...
Engineered for precise, consistent, reliable data acquisition of a wide range of physiological signals. PowerLab gives you the reproducible data you need while meeting the strictest international standards.
Hypertension
Neural respiratory control
Autonomic reflex sensitivity
HRV
Sleep studies
Magnetic stimulation
Peripheral motor neural activity
Neurophysiology
Autonomic regulation/dysfunction
Motor control
Sensory functions
Obesity
Phenotyping
Using electrocardiography (ECG), alterations in the activity of the sympathetic nervous system can be measured using HRV analysis.
Record the electrical activity of the brain that occurs between pairs of electrodes in contact with an animal's scalp and which represents the underlying neural activity.
Measure electrical stimulation and pacing in animal subjects.
Electromyography (EMG) is the study of muscle electrical activity. Quantify muscle movement, activity, effort, and fatigue.
Extracellular recordings are recordings of electrical potentials produced by a cell, either in extracellular fluid near the cell of interest, or non-invasively. These types of recordings can be divided into three main groups; single/multiple unit recordings, whole nerve recordings, and field potentials.
HRV analysis is ideal on an ECG recording but any recording that picks up a subjects pulse will work i.e: NIBP, Finger Pulse, Pulse Oximetry.
Record blood pressure directly at the source to analyze a wide range of pressures - including systolic, diastolic and mean arterial pressure alongside heart rate and interbeat interval - for comprehensive cardiovascular and physiological research.
Automatically calculate and display ventilatory parameters from measurements of O2, CO2 and air flow. The changes in gas mixture between inhalation and exhalation, combined with a measurement of respiratory flow, can be used to estimate metabolic rate and measure calorimetry.
ADInstruments systems provide an integrated solution to advance life science research. With the combination of LabChart analysis software and a PowerLab data acquisition unit you have the flexibility to collect and synchronize a wide range of signals for analysis. We also offer a range of LabChart compatible solutions able to stream directly in LabChart.
Enabling Discovery
LabChart data analysis software creates a platform for all of your recording devices to work together, allowing you to acquire biological signals from multiple sources simultaneously and apply advanced calculations and plots as your experiment unfolds.
Data with Integrity
High-performance data acquisition hardware designed for life science research. PowerLab is engineered for precise, consistent, reliable data acquisition, giving you the reproducible data you need while meeting the strictest international safety standards.
LabChart software is designed specifically for life science data and provides up to 32 channels for data display and analysis options that are powerful and easy to use. With auto-recognition of ADI and LabChart Compatible hardware, multi-window views, one touch recording, simultaneous recording from multiple devices, specialized preconfigured settings, easy sharing options and an interface that can be customized to show only the features you want to use.
Phrenic Nerve
One of the great features of combining DSI PhysioTel™ Implants with LabChart is the ability to simultaneously sample from a PowerLab. Your data is synchronized (+-20ms) with your telemetry implants, allowing you to combine implanted signals with other physiological parameters such as respiratory signals.
×Additional acquisition and analysis features and add-ons to support your Nerve Recording studies:
Our most powerful channel calculation allows you access to LabChart's calculation engine, allowing customized formulae, detection, and analysis.
Arithmetic
HRV
MLS310/8
Pre-process incoming signals to detect cycles and analyze waveforms in real-time.
Cyclic Measurements
Display, overlay, average and analyze periodic or evoked waveforms in real time. Ideal for finding that time from stimulus to response in repeated evoked potential recordings.
Scope View
The Peak Analysis Module for LabChart provides automatic detection and analysis of multiple, non-overlapping, signal peaks.
Peak Analysis
MLS380/8
The Spike Histogram Module for LabChart provides the ability to record and analyze extracellular spike data in real time.
Spike Histogram
MLS062/8
PhysioTel CONNECT enables direct communications between DSI PhysioTelTM small animal telemetry hardware and LabChart analysis software (Windows only).
PhysioTel CONNECT
LCD010
Neuroscience Fundamentals: Using Scope, Peak Analysis and Spike Histogram
Three of the most widely utilized and complimentary tools to LabChart all have one common...
Thank you for your interest in Nerve Recording. Please complete and submit the form below and an ADInstruments representative will aim to get in touch within one working day. If you’d like to speak to someone immediately, office contact information is available from the contact page.
×Thank you for your interest in Nerve Recording. Please complete and submit the form below and an ADInstruments representative will aim to get in touch within one working day. If you’d like to speak to someone immediately, office contact information is available from the contact page.
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