MICROTIMA SERIES 5 CONTROLLER

The integration of STED into the system has been driven towards highest robustness and ease-of-use. This versatility is given in the MicroTime , a time-resolved confocal fluorescence microscope system. Super-resolution permits the clearer distinction of the filamentous structures in the STED image. Combination with optical tweezers As a joint development, PicoQuant and Ionovation combine time-resolved microscopy and optical tweezers in a single system. Example for exploiting the fluorophore lifetime dependence on the local environment Cockroach glands are a well-established model system for studying epithelial ion transport. The laser power and repetition rate can be flexibly adjusted by the laser drivers of the PDL Series. The Series 5 Timer is the leading programmable controller for road traffic applications.

Detailed specifications are available for download as a PDF document. Depending on the context of the experiment, a defined part of the fluorescence is utilized to acquire the spectral information. Fluorescence Correlation Spectroscopy FCS is a well established method for studying the diffusion behavior of molecules in solution or membranes. Once the intensity contributions are separated, even cross-correlation is straightforward. The Series 5 Timer is the leading programmable controller for road traffic applications. An alternative incoupling port at the MicroTime can accommodate additional excitation sources such as Ti:

Such a wide field of controllr requires a flexible instrument, which can be adapted to the individual needs. Furthermore, with its high precision and sensitivity, the FLIMbee scanner is optimally suited for super-resolution microscopy via STED, enabling imaging down to the single molecule level.

At high STED powers, however, increases in intensity will result in slower shrinking until a diameter below 50 nm can be reached. The images shown in this example were obtained from single ATTO molecules bound to a glass coverslip, imaged under STED and confocal conditions with polarization- and time-resolved data acquisition.

Versatile and easy-to-use camera control unit provides effortless camera control and microscope operation via mouse or touch panel operation.

NIKON – Microscope Camera Digital Slight Series & Controller

New Android Tablet complete with pre-installed Series 5 programming app. Bluetooth programming with the Series 5 is the quickest, safest and most cost effective method of programming a variety of road safety electronics including school signals, temporary speed limit lights and vehicle activated signs.

The system is well suited for molecular interaction studies, force spectroscopy, cell trapping, vontroller and many other applications. Both, the observation of spectral changes as a function of time, serids the comparison of spectra from different molecules are possible with this combination.

A galvo scanner for quick image 55 or piezo devices for maximum flexibility mcrotima terms of usable wavelengths. Thanks to the FLIMbee scanner add-on and rapidFLIM approach, multiple FLIM images per second can be acquired, making it possible to accurately observe and analyze both unilamellar vesicles as well as processes occurring in their membranes.

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For the first time, this development grants access to the effects of precise physical impact on biomaterials like cells and its effects simultaneously measured by fluorescence parameters.

MicroTime STED | PicoQuant

The vesicle membranes contain the dyes rhodamine and NBD. Intensity fluctuations, fluorescence decay properties and spectral data cobtroller a single molecule can be obtained simultaneously.

Example for exploiting the fluorophore lifetime dependence on the local environment Cockroach glands are a well-established model system for studying epithelial ion transport. AFM reveals the structure of macromolecular complexes with nanometer resolution, while fluorescence can facilitate the identification of their constituent parts.

This mirror configuration minimizes vignetting of the image field and ensures a constant focal volume over a wide scan range.

The great versatility of the MicroTime platform is seriess by the FLIMbee galvo scanner which can provide scanning speeds ranging from very slow to fast while maintaining high precision. The two y-axis galvo mirrors ensure that the laser beam is stationary at the entrance of the objective. Specifications and external appearances are subject to change without notice.

Series 5 programming app for Android devices is available through the Google Play Store here: Thank you very much in advance for your kind co-operation.

In the recent years, super-resolution microscopy has gained more and more attention. The available wavelengths range from to nm. A collection of rapidFLIM applications. Completely removes health and safety risks of ladder work, live electricity and the proximity of a busy carriageway. Combination with optical tweezers As a joint development, PicoQuant and Ionovation combine time-resolved microscopy and optical tweezers in a single system.

By using Pulsed Interleaved Excitation PIESTED and confocal data can be acquired quasi simultaneously, making the analysis of blinking and bleaching of single seriee straightforward. An alternative incoupling port at the MicroTime can accommodate additional excitation sources such as Ti: This versatility is given in the MicroTimea time-resolved confocal fluorescence microscope system.

FLCS can be used as quasi-multichannel detection scheme even if only one laser wavelength and one detector is used. Shrinking the detection volume helps in overcoming averaging issues in long transit paths and also enables determining the type of hindered diffusion behavior of fluorophores in lipid membranes.

This creates a credible message at the critical periods micrktima disrupting traffic at other times. Detection subsystem with single photon sensitivity The MicroTime was specially designed for single molecule studies and thus offers unique optics with vastly reduced light absorption.

In when Microtima Ltd ceased trading, Sheriff Technologies Ltd acquired the intellectual property behind the popular Bluetooth Series 5 Timer for school patrol signals. Different filters cover the wavelength from nm to nm with a fixed spectral bandpass around 17 nm.

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This 3-day event consists of lectures as well as instrumentation and software hands-on training. This can also be seen in the ccontroller lifetime microtims histogram. However, it was questionable if very small crystals in the range below 10 nm would still be photostable. The robust interfocal distance provides an intrinsic length scale to study diffusion in solution, which allows to overcome various uncertainties and limitations of single-focus FCS that arise because the analysis relies on knowledge of the size and shape of the confocal volume.

STED microscopy uses the principle of stimulated emission depletion. The optics will be pre-aligned by PicoQuant, and re-alignment can be performed by the user, should it be necessary. The combination of atomic force microscopy AFM with single-molecule-sensitive confocal fluorescence microscopy enables a fascinating investigation into microotima structure, dynamics and interactions of single molecules or their assemblies.

In total four different components contribute to mcirotima signal:. All Information given here is reliable to our best knowledge. Here, as a proof of principle experiment the individual autocorrelation curves cntroller a The emission was detected in four spectrally separated channels Fig. Hence, numerous applications are possible with this instrument, including:. All of these applications desire the availability of sub nm particles that show bright and stable photoluminescence.

Intensity fluctuations, fluorescence decay properties and spectral data of a single molecule can be obtained simultaneously. Scientific guidance and user training PicoQuant annually holds the European short course on “Time-resolved Microscopy and Correlation Spectroscopy”. The measurement of fluorescence lifetimes and FLIM is feasible with this upgrade. MicroTime – demonstration of single molecule microscopy. The detectors offer ideal solutions depending on the wavelength to be detected, the signal brightness and the excited state lifetime of the investigated emitters.

Especially, nonfluorescing relaxation miccrotima can be investigated, because the lifetime senses this as a quenching of the radiative channels. Both instruments retain their individual functionalities and can also be used together, thus enabling customers to carry out time-resolved fluorescence controlle e.

The tunable bandpass filters offer wavelength tunability over a wide range of wavelengths by manually adjusting the angle of incidence.