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FloAcq Vessel Flow Characteristics Module

2019-11-09T22:09:35-05:00

IonOptix’ FloAcq acquisition and recording module provides real-time indicators of arterial flow dynamics. The endothelial response to flow-induced stress (e.g., the generation and secretion of nitric oxide) is an important modulator of vascular tone and function, linking vasodilation and constriction to the dynamics of fluid flow. IonWizard’s FloAcq acquisition module is the first to perform real-time calculations of important indicators of arterial flow, including shear stress. By acquiring the [...]

FloAcq Vessel Flow Characteristics Module2019-11-09T22:09:35-05:00
  • MyoTak

MyoTak

2019-11-06T18:57:48-05:00

MyoTak IonOptix MyoTak is a specially-formulated biocompatible adhesive that permits the attachment of cells to surfaces that are smooth or otherwise difficult to adhere to. Developed and patented by researchers at the University of Maryland, IonOptix MyoTak provides a bond strong enough to allow direct force measurements from single primary cardiac myocytes yet is non-cytotoxic and will not damage cell membranes or otherwise affect cellular physiology (B. Prosser, [...]

MyoTak2019-11-06T18:57:48-05:00

MultiAcq Calcium & Contractility Acquisition Module

2019-11-09T21:18:11-05:00

MultiAcq gives you the speed and ease of microscope control needed to achieve high throughput in your experiments. With this new interface, you can: Focus on your sample, either manually or automatically Quickly move around the dish using buttons or keyboard shortcuts for maximum speed Digitally rotate, saving time and effort Mark cell position and rotation for repeated measurements [...]

MultiAcq Calcium & Contractility Acquisition Module2019-11-09T21:18:11-05:00
  • Olympus IX73 Microscope

Olympus IX73

2019-11-11T10:29:34-05:00

Olympus IX73 Microscope The IonOptix-configured Olympus IX73 inverted microscope provides an ideal platform for combined photometry and dimensioning measurements.  Offering a stabler platform than the IonOptix-spec'd Motic AE31, the IX73 enables more precise measurements with the highest quality components. Olympus UIS2 infinity-corrected optics ensure high optical transmittance with objectives that transmit well down into the deeper UV, while providing chromatic correction and high resolution. This microscope has been engineered [...]

Olympus IX732019-11-11T10:29:34-05:00

IonWizard – Core and Analysis

2019-11-09T21:20:11-05:00

IonWizard integrates the presentation of fluorescence traces and images, analog voltages, and cell length data under an intuitive interface. It analyzes raw data by performing ratio, ion, or linear calibration calculations. Fluorescence calculations include a comprehensive selection of background subtraction techniques.  Specialized functions such as trace averaging, composite images, and transient analysis eliminate common extra work. Clipboarding and exporting of trace and image data eases integration with other programs. [...]

IonWizard – Core and Analysis2019-11-09T21:20:11-05:00

MultiClamp / Work Loops Module

2019-11-09T21:25:18-05:00

The cardiac work cycle consists of four well-defined isometric and isotonic phases. The IonOptix MultiClamp software enables fast feedback control of pre- and after-load force levels. Together with the IonOptix MyoStretcher OptiForce force transducer and fast piezo motor, we can modulate the force development by rapidly changing the length of the myocyte in response to changing force load. By clamping the diastolic and systolic force levels (pre- and after-load), [...]

MultiClamp / Work Loops Module2019-11-09T21:25:18-05:00
  • IonOptix OptiForce

OptiForce

2019-11-11T10:36:34-05:00

Optical Force Transducer Designed as a core part of our MyoStretecher system, the IonOptix OptiForce is a revolutionary optical fiber interferometry-based force transducer specially designed to detect the nanoscopic forces from single isolated cardiac cells.  It offers two major advantages over existing technologies: sensitivity and speed, with detection limits down in the low nanoNewtons and a frequency response above 3kHz. How it [...]

OptiForce2019-11-11T10:36:34-05:00

PMTAcq Fluorescence Photometry Acquisition Module

2019-11-12T12:39:10-05:00

The PMT Acquisition Add-on module (PMTAcq) extends the IonWizard module into a full-featured ratiometric PMT acquisition system while allowing access to the analysis features of IonWizard during data collection. PMTAcq integrates seamlessly with the IonOptix PMT Sub-System to provide a coherent photometry solution. It provides integrated support for continuous ratiometric sampling using any IonOptix dual-excitation light source (HyperSwitch or µStep). PMTAcq displays raw and background-subtracted counts. For single wavelength [...]

PMTAcq Fluorescence Photometry Acquisition Module2019-11-12T12:39:10-05:00
  • Real Time Acquisition of Sarcomere Length

SarcLen Sarcomere Length Acquisition Module

2019-11-09T21:57:56-05:00

SarcLen enables IonWizard to acquire high resolution sarcomere length measurements. The accompanying image to the right shows IonWizard during data acquisition as extended by SarcLen. SarcLen performs an average of the lines within the area of interest to create a well resolved striation pattern (grey). A fast Fourier transform (FFT) is then calculated and the peak within the power spectrum (red) represents the average sarcomere spacing, measured in real [...]

SarcLen Sarcomere Length Acquisition Module2019-11-09T21:57:56-05:00
  • IonOptix Photomultiplier Tube

PMT Sub-System

2019-11-11T10:37:43-05:00

PMT Sub-System The new PMT400 sub-system offers true photon counting using an end-on bialkali PMT tube with integrated high-voltage power supply and amplifier discriminator. This combined package increases reliability and decreases cost. The PMT400 is directly powered and controlled by the IonOptix model FSI700 Fluorescence System Interface under software control. PMT recording occurs at rates as high as 1000Hz through IonWizard and PMTACQ, our PMT module add-on. For stand-alone applications, a separate [...]

PMT Sub-System2019-11-11T10:37:43-05:00
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