LabScribe3 is a powerful recording and analysis software package developed by iWorx. LabScribe3 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.
New Features in LabSribe3 Software
The latest release, LabScribe3 includes a number of additional user-friendly acquisition features, user interface enhancements, powerful analysis capabilities and automated post-processing routines.
New features in this powerful recording and analysis software include:
- Faster loading and processing times, especially important for saving long data files, such as those found in telemetry studies
- New look and feel graphical user interface and function icons streamline graphical user interface
- New toolbar shortcuts provide easy access to Sequences and Views
- More display editing options provide flexibility in presenting various data components
- Added flexibility in organizing format and data, including tables, in the Lab Journal
- Ability to remove unneeded channel bars on the display to increase viewable area for signals
- Enhanced analysis and reporting with the ability to execute the mark dialog box and enter the associated text/comments after the analysis is complete
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. Additional modules are available for analyzing EEG data and metabolic function data.
LabScribe 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++.
Additional features inherent in LabScribe software:
LabScribe 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.
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.
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, to all channels or a specific channel, for quick and easy annotation. Marks can also be added and saved to files while analyzing data (post-processing).
Numerical data can be displayed in a meter window as a digital value during data collection. This feature enhances the acquisition experience by providing summary data from the traces being collected. User-defined settings provide the option to display various parameters from input traces such as mean, minimum, maximum, amplitude, rate, etc. The frequency with which the value updates can be set by the user.
LabScribe includes a Journal which is very similar to a text editor. Text can be entered and edited in the Journal area and images of traces and graphs from the raw data and computed channels can be copied to the Journal. In addition to images, data values from the Main and Analysis Windows can be added to the Journal. The Journal can be printed, and its contents can be copied and pasted into other applications. The Journal includes a table view and an editor view making it easy to organize numerical data (table view) and generate graphical reports (editor view). With the release of LabScribe V.3, the Journal can be undocked and free-floating or can be re-positioned and docked in different locations on the screen.
Any two channels can be displayed in XY format, online or offline. LabScribe supports area measurements and segment slopes from such plots. And, of course, you can save the plots as pictures or text. With the release of LabScribe V.3, XY windows can be undocked and free-floating or can be re-positioned and docked in different locations on the screen.
Real-time Online Calculations
Monitor and observe functional parameters during an experiment with an array of real-time calculations and user-defined computed channels. Labscribe 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 can be analyzed and reduced in the Analysis window. Selections of data can be averaged and written to the LabScribe 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.
Various modules have been designed to speed up and simplify the analysis of more complex sets of data. For example, our ECG module will automatically determine the location of the fiducial points of an ECG signal like the Q, R, S, T, and P waves. It will also calculate an array of parameters like based on these time points (durations, amplitudes, etc.). Analysis modules are available for many different applications including cardiovascular function (ECG, Pressure, Pressure-Volume), cognitive neuroscience (EEG), and metabolic function (O2/CO2 monitoring at rest and during exercise).
LabScribe includes a Fast Fourier Transform feature for frequency analysis of any signal.
LabScribe 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.
Binary File Structure:
A new binary file structure was introduced with LabScribe V.3 allowing for much faster loading and processing times for data files. This would, for example, be particularly beneficial for researchers who are saving considerably large data files. This might apply to investigators performing long-term telemetry studies as well as shorter protocols with large numbers of channels and high sampling rates.
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.
An optional import module is available so that data acquired from other acquisition systems can be analyzed with LabScribe’s powerful analysis routines.
LabScribe interface showing data being acquired in real-time.
Changing how data is displayed can easily be accomplished by setting up different views.
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.
Complex mathematical calculations are available for analyzing any cardiac signal. Examples include some of the pressure-volume loop algorithms included with LabScribe.
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.
|LabScribe Software Modules
LS-30 Data Acquisition and Analysis Software
LS-30BP Blood Pressure Analysis Module
LS-30ECG ECG Analysis Module
LS-30MC Metabolic Calculations Module
LS-30PVL Pressure-Volume Loop Module
LS-30TXT ASCII Text Import Module
LS-20NM Normalization Module
LS-20CM Cardiac Analysis Module
detailed information about using the modules is in the LabScribe Manual
Papers about LabScribe on Google Scholar
Tutorial 01b - The iWorx 214
Tutorial 01a - The iWorx TA
Tutorial 02 - Recording in LabScribe
Tutorial 03 - Making Marks in LabScribe
Tutorial 04 - Locating Marks in LabScribe
Tutorial 05 - Basic Measurements in LabScribe
Tutorial 05b - Basic Spirometric Measurements in LabScribe
Tutorial 05a - Basic ECG Measurements in LabScribe
Tutorial 06 - Change Display Time in LabScribe
Tutorial 07 - Units Conversion in LabScribe
Tutorial 08 - Computed Functions in LabScribe
Tutorial 09 - Writing Reports in LabScribe
Tutorial 10 - Advanced Analysis in LabScribe
Tutorial 11 - Adding Copy of Graph to Journal
Tutorial 12 - Using Standard Labs in LabScribe
MCSU 1 - Initial Flowhead Calibration
MCSU 2a - Setup for the iWorx TA and GA-200
MCSU 2b - Setup for the iWorx TA and GA-300
MCSU 2c - Setup for the iWorx 214 and GA-200
MCSU 2d - Setup for the iWorx 214 and GA-300
MCSU 3 - Setup - Flowhead Calibration
MCSU 4 - Setup - O2 / CO2 Calibration
MCA 1 - Online Calculations
MCA 2 - Offline Calculations
Keene State College Teaching and Learning Commons: VO2 Max test
MC1 - Rowing VO2max Test
Windows OS: Vista, Win7, Win8
Mac OS: OSX 10.9 and above
Linux: ( beta testers required )
Windows OS: winXP, Vista, Win7, Win8
Mac OS: OSX 10.5 and above
Minimum specs: Pentium IV level 1 GHz computer with at least 2 GB of RAM, at least 2 GB of free space on the hard drive, and 2 free USB ports.
Recommended specs: Quad Core 64 bit Processor, 4GB or greater memory,
Tablets running the full Windows 8 version such as Surface Pro, Dell Venue Pro, Asus Transformer Book, VivoTad, Toshiba Encore, etc
( windows RT is not supported)