iWorx Cardiovascular
Research Solutions
iWorx offers complete systems to study
physiological function for a variety of
scientific research applications. Our
cardiovascular products are used to
assess cardiac performance and
hemodynamics both in vivo and in vitro.
We offer transducers, accessories,
amplifiers, data recorders and software
for in situ experiments, isolated heart
preparations and isolated tissue
protocols.
Applications
„ Blood pressure
„ ECG
„ Blood flow and cardiac output
„ Pressure-Volume
„ Sonomicrometry dimension and volume
„ Isolated Langendorff and working heart models
„ Isolated tissue studies
Data Acquisition and Analysis
for the Life Sciences
LabScribe2 Software
LabScribe2 software is a powerful recording and analysis
software package offered by iWorx. LabScribe2 has an
intuitive, user-friendly interface for setting up acquisition
screens, calibrating signals and analyzing data. Up to 128
channels of data can be displayed simultaneously at sampling
rates as high as 100,000 samples/second.
A comprehensive set of analysis routines have been
preconfigured making data analysis and interpretation quick
and easy. Specific analysis modules for cardiovascular
research are available to analyze pressure signals, blood flow
data, ECG recordings, ventricular pressure-volume loops and
sonomicrometry dimension data.
LabScribe2 interface showing data being acquired in real-time.
LabScribe2 includes a scripting function for use if the built-in
analysis tools fall short of what is required for your application.
Scripting languages currently supported include: Dadisp,
Python, MatLab, LabView, and C++.
Features
Display
LabScribe2 software displays data through a customizable,
user-friendly, and intuitive interface. The number of input and
computed channels, the display time, and scaling of the X and
Y axes are just a few of the parameters that can be saved to a
viewing template. Simply click one button to change from one
view to another.
Changing how data is displayed can easily be accomplished by
setting up different views.
Real-time Online Calculations
Monitor and observe functional parameters during an
experiment with an array of real-time calculations and
user-defined computed channels. Labscribe2 software can
calculate rates, min/max/mean values, systolic/diastolic values
as well as derivatives and integrals in real-time. A unique
channel math function allows users to create their own
formulae for viewing signals in real-time.
Data Reduction
Data can be analyzed and reduced in the Analysis window.
Selections of data can be averaged and written to the
LabScribe2 Journal or directly to a text file. For example, the
software can be instructed to break a file up into five-minute
pieces, determine the average heart rate for the data in each
segment, and write those values to a report.
Data can be saved for several hours in one file. Marks can be entered
to easily navigate to specific time points for data viewing and
reduction.
LabScribe2 Software
Real-Time Annotations
Mark data during an experiment with free-form text notes.
These marks are searchable and appear in the field of data to
which they apply. Marks are time locked to the record and can
be used to “Go To” any marked region of the data. Marks can
be preset and assigned as keyboard shortcuts for quick and
easy annotation.
Advanced Analysis
Specific time points and features of a signal can be
AutoMarked for further analysis and validation. For example,
the ECG AutoMark feature will place marks at the Q, R, S, T,
and P waves. The blood pressure AutoMark will place marks at
systolic and diastolic points, dichrotic notch and max/min dP/dt.
Data from Automarks are sent to the journal from where they can be
exported easily to Excel or another analytical program for further
analysis.
XY Window
Any two channels can be displayed in XY format, online or
offline. LabScribe2 software supports area measurements and
segment slopes from such plots. And, of course, you can save
the plots as pictures or text.
Settings files
Settings files can be created for different experimental
protocols. The number of input channels, calibration
parameters, graph settings, computed channels, views and
analysis protocols are all saved to a settings file.
FFT analysis
LabScribe2 includes a Fast Fourier Transform feature for
frequency analysis of any signal.
Complex mathematical calculations are available for analyzing any
cardiac signal. Examples include some of the pressure-volume loop
algorithms included with LabScribe2.
Input/Output
LabScribe2 supports various pacing and stimulation protocols
with a built-in stimulator interface which allows delivery of a
single, continuous, or train of pulses. Pulse durations,
frequencies and amplitudes can be changed as the protocol is
being delivered. The software also offers full control of digital
I/O lines that can be used to count events, or control devices in
the lab environment.
Export
All recorded data can be exported to either a text file or a
picture (.png, .jpg) making reports or posters much easier to
create. Of course, you can always print your data from any
window at any scale.
Import
An optional import module is available so that data acquired
from other acquisition systems can be analyzed with
LabScribe's powerful analysis routines.
FFT analysis can be performed on any signals. For example, heart
rate variability can be calculated using either ECG or Blood pressure
from this menu.
Blood Pressure Measurement
Proper assessment of cardiac function and hemodynamic
performance requires a measurement of pressure from within
the heart and the peripheral arteries. iWorx offers several
solutions for measuring pressure including fluid-filled pressure
transducers, catheter-tipped micro pressure sensors and
non-invasive tail cuff pressure systems.
Systems and Components
Fluid-Filled Catheter Transducer
The BP-100 blood pressure transducer is an economical and
accurate device used to measure direct arterial or venous
pressure in animals using the fluid-filled transducer technique.
A precision laser-trimmed chip provides accurate and linear
measurements over a broad range of pressures. Pressure
changes in the vessel are transmitted within the fluid-filled tube
to the pressure transducer and acquired for monitoring and
further analysis. Tubing is available as small as 1 mm in outside
diameter making this technique well-suited for measuring
pressures in very small vessels.
Catheter-Tipped Transducers
iWorx offers catheter-tipped solid-state pressure catheters in
sizes ranging from 1.2F to 1.6F. These catheters are
recommended for measuring pressure in small vessels as well
as ventricular pressures in small rodents. Solid-state
transducer-tipped catheters offer superior sensitivity and
temporal resolution compared to fluid-filled catheters and are
generally more suitable for measuring intra-cardiac pressures
from animal species with high intrinsic heart rates.
BP-100 and BP-100RE Intravascular Blood
Pressure Transducers measure direct
arterial or venous pressure in animals.
FTM-1211B-0018 1.2F Mouse Pressure Catheter
FTM-1611B-0018 1.6F Rat Pressure Catheter.
Non-invasive Blood Pressure
Invasive measures of pressure are not always possible and, as
a result, there is a need for non-invasive methods to detect
pressure. The most widely accepted technique for animals is
the tail-cuff method.
iWorx offers the IITC noninvasive blood pressure systems for
mice and rats. The IITC Life Science amplifier with built-in
inflation outputs systolic pressure, mean pressure, diastolic
pressure and heart rate as analog signals which can be
acquired by iWorx data recorders. Systems include the amplifier
with built-in cuff pump, sensor and restrainer, cables,
sphygmomanometer and accessories. Warming chambers are
available so that no heating pads are required.
IITC-229M Noninvasive Blood Pressure System Single Mouse and IITC-229R Noninvasive Blood
Pressure System – Single Rat.
Blood Pressure Analysis
Arterial pressure calculations:
„ Heart Rate (HR)
„ Maximum Pressure (Pmax)
„ Minimum Pressure (Pmin)
„ Mean Arterial Pressure (MAP)
„ Systolic and diastolic pressure
„ Maximum dP/dt (dP/dtmax)
„ Minimum dP/dt (dP/dtmin)
„ Pulse Height
„ Notch Pressure
„ Systolic Duration
„ Diastolic Duration
„ Cycle Duration
„ Time To Peak
„ Election Time
„ Percent Recovery
Ventricular pressure calculations:
Heart Rate (HR)
„ Maximum Pressure (Pmax)
„ Minimum Pressure (Pmin)
„ Mean Pressure (Pmean)
„ End-systolic Pressure (Pes)
„ End-diastolic Pressure (Ped)
„ Maximum dP/dt (dP/dtmax)
„ Minimum dP/dt (dP/dtmin)
„ Developed Pressure
„ dP/dt@
„ Contractility Index
„ Relaxation Index
„ Systolic Duration
„ Diastolic Duration
„ Cycle Duration
„ Tension Time Index
„ Relaxation Time
„ Isovolumetric Time
„ Tau (Weiss, Logistic, Glantz, Mirsky)
Acquire and analyze data from blood pressure transducers. Data can be analyzed from ventricular
and arterial signals in real-time.
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The blood pressure module automatically calculates common indices of function from the blood
pressure signal where it can easily be exported to another program for further analysis.
Electrocardiograms (ECG/EKG)
The cardiac cycle involves a sequential
contraction of the atria and ventricles
which is triggered by the coordinated
electrical activity of the myocardial cells in
the heart. These electrical currents can be
recorded non-invasively through electrodes
producing what is known as an
electrocardiogram or ECG. The ECG can
be measured in 3 dimensions by looking at
the electrical signals from different views
or leads. iWorx offers complete systems
for humans and animals to study ECG in
some of the most common lead
configurations - 3 lead ECG, 6 lead ECG,
12 lead ECG.
ECG calculations:
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Record and AutoMark the ECG, sending the calculations to the journal from where they can be
exported easily to Excel or other analytical program for further analysis.
Heart rate
Time at R
R-R Interval
Delta R-R
PR Interval
P Duration
QRS Duration
QT Interval
QTc Interval
ST Segment
T Duration
T-P Duration
Heart Rate Variability (HRV*)
calculations:
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Delta R-R
Low Power
High Power
Mean Power at low band
Mean Power at high band
*Note: HRV can be derived from
either an ECG trace or a blood
pressure trace.
Electrodes
„ C-ISO-255 3-Lead Isolated wide band
width cable for ETH-256C Amplifier
„ C-ISO-104 3-Lead Isolated ECG
Amplifier Cable
„ A-NE-300 Set of 3 Needle Electrodes
with Safety Pin Connectors
„ A-NE-500 Set of 5 Needle Electrodes
with Safety Pin Connectors
„ C-WT-100 The Wilson Terminal Cable
allows simultaneous recording of
periodical leads and one chest lead
when used with iWorx 214 Recording
Interface and a C-ISO-104 3-Lead
Isolated ECG Amplifier Cable.
Amplifier/Signal Conditioner Options:
„ ETH-256C Two Channel Combination
Bridge/ECG/EMG/EEG Amplifier
„ SAE-100 Small Animal ECG Amplifier
„ SAE-200 Small Animal ECG Amplifier
Data Recording Options:
„ IX-300 series
„ IX-400 series
Intracardiac Electrical Potentials
iWorx offers minimally invasive 8-electrode
catheters for studying intracardiac
electrical potentials in the rodent.
Intracardiac electrophysiology catheters
allow for in depth analysis of biopotential
propagation through the heart. Up to 4
regional intracardiac electrograms can be
recorded simultaneously. The same
catheter can be used to pace the heart
while recording electrical activity.
Applications
„ His Bundle characterization
„ SA node characterization
„ General signal propagation
„ Endocardial ECG assessment
„ Regional atrial assessment
„ Conduction studies
„ Qualification of cardiac insult
Intracardiac electrical potentials look similar to a surface ECG. Multiple signals from different
locations can be recorded simultaneously and analyzed from a single catheter.
Amplifier/Signal Conditioner Options:
„ ETH-256C Two Channel Combination
Bridge/ECG/EMG/EEG Amplifier
„ SAE-100 Small Animal ECG Amplifier
„ SAE-200 Small Animal ECG Amplifier
Data Recording Options:
„ IX-300 series
„ IX-400 series
Sensors/Electrodes:
„ A-NE-100 Subdermal Ground
Electrode
System Components:
„ FTS-1113A-0518 1.2F Cardiac
Electrogram Catheter
„ FTS-1913A-1018 1.9F Cardiac
Electrogram Catheter
„ FI893B Catheter Interface Box
(includes extension cable)
FI893B Catheter Interface Box with
FTS-113A-0518 Catheter.
Pressure Volume Loops
Pressure-volume loops have become the
gold standard for studying myocardial
contractility, compliance, muscle energetic
and other quantitative measures of cardiac
function. iWorx offers a comprehensive
acquisition and analysis solution for PV
loop experiments. Our LabScribe2 PV
loop module can be used to analyze PV
data from any source including
conductance catheters, admittance
catheters or sonomicrometry dimension
crystals.
Elastance and compliance curves can be
generated in real-time from within the
acquisition interface providing instant
feedback on the quality of the occlusions
being performed. Unlike other software
offerings for PV analysis, all the acquisition
and analysis takes place within one
program providing seamless and time
saving options for generating data for
publication.
PV Loop Calculations:
„ Maximum and Minimum Volume
„ Diastolic and Systolic Volume
„ Stroke Volume
„ Cardiac Output
„ Ejection Fraction
„ End-Systolic Pressure Volume
Relationship (ESPVR)
„ End-Diastolic Pressure Volume
Relationship (EDPVR)
„ Preload-Recruitable Stroke
Work (PRSW)
„ Pressure-Volume Area (PVA)
„ Arterial Elastance
„ Time-Varying Elastance
„ Maximum Power
„ Preload-Adjusted Maximal
Power
„ Potential Energy
„ Cardiac Efficiency
„ Heart Rate Variability (HRV)
Calculations
Plotting:
PV Loops
„ PRSW
„ Max dp/dt vs EDV
„ PVA vs EDV
„ PVA vs ESP
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Typical screen configuration for acquiring PV data in the rodent. Signals being displayed are LVP,
LVV, Phase, Magnitude and dP/dt as well as an XY plot depicting LVP vs. LVV. A PV Loop
AutoMark feature can be used to display key delineators and write data to the online journal in realtime.
Complete Systems
iWorx offers the Scisense ADVantage
system for rodents which yields the most
accurate, reliable and repeatable
measurements of pressure-volume data.
Scisense catheters range in size from
1.2F to 1.6 F and can acquire both
pressure and volume data from a single
catheter. Typical applications include
heart failure studies, gene therapy and
manipulation protocols, and pharmacology
studies.
Benefits of the ADVantage system include:
„ No Saline bolus required
„ Real-time measurement of parallel
conductance
„ Absolute ventricular volumes
„ Lower standard deviations
„ Accurate, reliable, and reproducible
data
Data Recording Options:
„ IX-300 series
„ IX-400 series
Scisense FV897B Pressure-Volume System
Components
„ FV897B ADVantage PV System
„ FTS-1212B-4518 1.2F mouse PV
catheter
„ FTS-1912B-8018 1.9F rat PV catheter
„ FC-ADV-PK Cable package
„ FM-1287-1 mouse myocardial probe
„ FM-1987-1 rat myocardial probe
„ HI76301ADV Conductivity probe
„ LS20/PVL software module
Isolated Heart Preparations
The isolated perfused heart system, as
originated by Oscar Langendorff more than
a century ago, has become a mainstay of
pharmacological and physiological
research. The system allows the
examination of cardiac inotropic (cardiac
contractile strength), chronotropic (heart
rate), and vascular effects without the
complications of an intact animal model.
The original design has evolved to
encompass both constant pressure and
constant flow models in recirculating or
non-recirculating modes, as well as
working heart models. iWorx provides
transducers, accessories and data
acquisition hardware and software to be
used in any of these configurations.
Record and AutoMark LDEVP, systolic and diastolic from a blood pressure curve, sending the
calculations to the journal and a spreadsheet file in real-time.
Modes
„ Langendorff:
„ Constant pressure recirculating
„ Constant pressure
nonrecirculating
„ Constant volume recirculating
„ Constant volume non-recirculating
„ Working Heart
Pacing
For pacing the heart during a Langendorff
preparation, the built-in digital stimulator of
an iWorx data acquisition unit can be used.
iWorx stimulators have very flexible
controls, which even allow real-time
changes in stimuli parameters to be made
(with the touch of a button) through
LabScribe2 software.
Force, Pressures, Flow, and Volumes
Contractile forces, pressures, flow, and
volumes can be measured using any
combination of recording electrodes,
strain-gage transducers and amplifiers
which are available from iWorx. K+, Ca2+,
Cl- and pH can also be measured directly
from the perfusate by using electrodes
connected to an iWorx signal conditioner.
O2 consumption can be measured by
placing an O2 electrode in the inflow and
in the effluent and calculating the
difference in concentration.
ECG
Electrocardiograms can also be recorded
from the isolated heart using electrodes
connected to any of our low noise
biopotential amplifiers.
Transducers
„ BP-100 Blood Pressure Transducer
„ FT-302 Force Transducer
„ ISE-100 pH Electrode
„ DO2E-200 Oxygen Electrode/various
ion electrodes
„ TM-100 Temperature Electrode
Amplifier/Signal Conditioner Options:
„ ETH-256C Two Channel Combination
Bridge/ECG/EMG/EEG Amplifier
„ SAE-100 Small Animal ECG Amplifier
„ SAE-200 Small Animal ECG Amplifier
„ ETH-401 4 Channel Transducer
Interface
Data Recording Options:
„ IX-300 series
„ IX-400 series
Recorders
iWorx offers rugged, high speed, high resolution data acquisition systems suitable for teaching and research applications.
iWorx recorders include easy-to-use LabScribe2 data acquisition software in both a teaching and research version. LabScribe2 for
Teaching is easy-to-use and includes courseware for more than 125 exercises in cardiovascular, respiratory and neuromuscular
physiology. LabScribe2 for Research allows advanced analysis capabilities as well as scripting.
All recorders are protected by a three-year warranty.
iWorx 300 Series Research Grade Recorders
iWorx 400 Series Recorders
The iWorx 300 Series
Research Grade
Recorders come in 4,
8 and 16 channel
configurations. These
systems provide the
high resolution and
sensitivity required for
300 Series Recorders
cardiovascular and
hemodynamic research as well as organ and tissue bath
studies, Oocyte clamp and epithelial voltage clamp applications.
All 300 series recorders include stimulator outputs for each input
channel, LabScribe2 Data Acquisition and Analysis Software for
Windows and Macintosh computers, USB Cable and manuals.
The recorders are available with or without galvanic isolation.
iWorx 400 series are
economical, high performance
4, 8 and 16 channel data
recorders for use with a broad
range of amplifiers. The
recorders offer 16-bit
resolution at maximum data
collection speeds up to 10
KHz, making them
appropriate for most research
400 Series Recorders
applications. All 400 series
recorders include LabScribe2
Data Acquisition and Analysis Software for Windows and
Macintosh computers, USB Cable and manuals. The 408 and
416 recorders include a low voltage stimulator output.
Input
Number of Inputs 4, 8 or 16, with or without galvanic
isolation
Input Range
+ 10 VDC
Stimulator Outputs
Number
4, 8 or 16
Resolution
16 Bit
Output Range + 10 VDC
Modes
Pulse, Train, Constant, Step,
Ramp,Triangle
A/D Converter
Sample Speed
Interface
Power
Input
Analog Inputs
Input Range
Stimulator Outputs
Number
1
Resolution
16 Bit
Output Range + 10 VDC
Modes
Pulse, Train, Constant, Step, Ramp,
Triangle
A/D Converter
Sample Speed
up to 5 kHz
USB 1.1 / 2.0 full speed
120 V/220 V, 50/60 Hz
iWorx 300 Series Part Numbers
IX-304Ti (isolated with transducer amplifier)
IX-304T (with transducer amplifier)
IX-308Ti (isolated with transducer amplifier)
IX-308T (with transducer amplifier)
IX-316Ti (isolated with transducer amplifier)
IX-316T (with transducer amplifier)
4, 8 or 16
+ 10 VDC
Interface
Power
10 kHz simultaneously (404)
100 kHz aggregate (408, 416)
USB 1.1 / 2.0 full speed
USB
iWorx 400 Series Part Numbers
IX-404
IX-408
IX-416
Recorders
iWorx 228S Recorder
IX-228 Recorder
The iWorx 228S Recorder has 10 input channels and both a
low voltage and a high voltage stimulator output. Channels 1
and 2 can be configured for isolated recording of biopotentials
or as DC coupled inputs. Channels 3 through 10 each include a
transducer amplifier. These recorders exhibit the high resolution
and low noise required for small animal cardiovascular
research, Oocyte clamp and high end metabolic research
applications. The IX-228S Recorder includes LabScribe2 Data
Acquisition and Analysis Software for Windows and Macintosh
computers, USB Cable and manuals.
Part Number
IX-228S
Transducer Inputs
Number of Transducer Inputs:
Input Range:
Resolution:
Isolation:
Excitation:
Connector:
Gain:
8
+ 10 VDC
16 Bit
No
+ 5 VCD, 100 mA
DIN
Programmable with
Input Resistor
Biopotential Inputs
Number of Biopotental Inputs:
Input Range:
Resolution:
High Pass Filters:
Low Pass Filters:
Isolation:
Connector:
2
Software Configurable
16 Bit
Software Configurable
Software Configurable
3 kV
AAMI Safety
High Voltage Stimulator Output
Number:
Resolution:
Connectors:
Output Range:
Compliance:
Max. ON Time:
1
12 bit
HV Safety
0 - 20 mA
150 VDC
10 msec.
Low Voltage Stimulator Output
Number:
Resolution:
Connectors:
Output Range:
Modes:
1
16 bit
BNC
+ 10 VDC
Pulse, Train, Constant,
Step, Ramp, Triangle
A/D Converter
Sample Speed:
100 kHz Aggregate
Interface
USB:
1.1/2.0 Full Speed
Power:
5 VDC 2.6A
Enclosure:
Plastic
Warranty:
Protected by 3 year
warranty
Software:
LabScribe2 Recording
and Analysis Software
Components
Amplifier/Signal Conditioner Options
Complementary Products
ETH-256C Two Channel Combination Bridge/ECG/EMG/EEG
Amplifier
A high performance, generalpurpose research amplifier with high
input impedance and high CMR to
allow reliable low noise recording of
biopotential (ECG,EMG,EEG)
signals, as well as outputs from
strain gauge type transducers, such
ETH-256C
as force, displacement and
pressure.
Pulse Oximeter for Animals
PO2-300D Pulse Oximeter measures blood
oxygen saturation (SpO2) in animals using a
lingual or animal wrap sensor. Sensors are
sold separately.
ETH-401
A dedicated bridge amplifier for
iWorx-brand transducers that
provides four channels of excitation
power, gain, and noise filtration. It
exhibits low system noise and offset,
making it suitable for use with high
resolution data acquisition systems.
ETH-401
SAE-100 and SAE-200 Small
Animal ECG Amplifiers
3-lead signal conditioner optimized
for high quality, low noise recording
of small animal (rat and mouse)
ECG. The SAE-100 has a DIN
SAE-200
connector and is powered by the
300 series recorder. The SAE-200
has a BNC connector and includes an external power supply.
Sensors: PO2-200-AWC Animal Wrap
Sensor
PO2-200-ALC Animal Lingual Clip
Sensor
Animal Respiration Monitor
RM-204 (Animal) Respiration
Monitor with BNC connector
employs piezo technology to follow
the relative depth and frequency of
breathing. The measuring element
is mounted in a belt that straps
around the chest of the subject.
PO2-300D
RM-204
Temperature Sensor
The TM-100 is a self-contained
temperature transducer with a
range of 0o C to 50o C. The sensor
is a rugged epoxy-sealed pellet
measuring only 3.0 mm in length
and 1.0mm in diameter. The small
mass of the sensor gives the TM100 a fast response time. The
TM-100
sealed enclosure makes cleaning
and/or sterilization easy. The TM-100 requires a transducer
conditioning amplifier such as the ETH-256 or ETH-401 or an
iWorx computer interface equipped with transducer inputs.
Cardiovascular Research Systems
Tissue Bath Systems
iWorx offers two, four, and eight channel
tissue bath systems. Systems are provided
with stands, tissue tensioners, heated
circulating pumps, and everything you
need to set up an organ bath. The
chambers are available in 5, 10, 25, and
50 ml sizes. The iWorx Web-site allows
you to customize the system that best
meets your needs by selecting the
appropriate tensioner, tissue bath, tissue
holder, data acquisition system,
transducer, stimulator, and heating
circulator.
Myograph Systems
iWorx offers offers 4-channel (M4) or
single-channel (M1) Myograph systems
from Radnoti Glass Technology. These
systems are designed for researchers
performing contractile force studies on
small ring samples with sizes ranging from
60 µm to over 1 mm in diameter.
Examples include mouse aortic rings and
small intestinal ring samples as well as
micro-vessel preparations like mesenteric
arteries.
The Myograph systems include myograph
chambers with transducers and amplifiers,
a base with sliding wrist rest, temperature
controllers, stands, tubing kits and all other
essential items to conduct an experiment.
Blood Flow Systems
iWorx offers a range of blood flow meters
and probes through a distribution
arrangement with Transonic Systems.
Transonic Systems’ transit time technology
has become the gold-standard in volume
flow measurements. Probes range in size
from several centimeters in diameter to
less than 1 mm in diameter and can be
used to accurately measure flow in large
animals (renal arteries, aortic flow,
coronary flow) as well in small animals
(cardiac output in mice and rats).
Flow data can be acquired and analyzed in
LabScribe2 providing measurements of
stroke volume, heart rate, flow rate, mean
flow, frequency, derivatives and integrals.
iWorx offers a myograph normalization
module (LS-20NM) which calculates the
optimal pretension settings for each
sample prior to conducting an experiment.
Want to Learn More?
Contact us by email at info@iworx.com or
by phone at (800) 234-1757.
iWorx Systems, Inc.
One Washington Street, Suite 404
Dover, New Hampshire 03820
(T) 800-234-1757 / 603-742-2492
(F) 603-742-2455
info@iworx.com
www.iworx.com
Data Acquisition for
the Life Sciences
LabScribe is a trademark and iWorx is a registered trademark of iWorx Systems, Inc.
©2009 iWorx Systems, Inc.