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DMi8 S Platform Life Science Research

Inverted Microscope Solution DMi8 S Platform

Live Cell Imaging

Shifting perspective from single microscope components to a full working live cell imaging solution, Leica Microsystems integrates microscope, LAS X imaging software, cameras, and dedicated third-party components into a complete live cell imaging system.

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Leica photomanipulation

Photomanipulation

The term photomanipulation encompasses a range of techniques that utilize the properties of fluorescent molecules to initiate events and observe how dynamic complexes behave over time in living cells. Whether bleaching, activating, converting, ablating or combining techniques, researchers need to have a system fully capable of performing and capturing events in high resolution.

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Micromanipulation

Witness automated, fast micromanipulation with this easy and convenient system from Leica Microsystems. Fully equipped with inverted research microscope and electronic micromanipulators, these complete solutions provides safer operation, reduced system vibration and time-savings during both routine work and training.

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Fluorescence Microscopy

Fluorescence is one of the most commonly used physical phenomena in biological and analytical microscopy, mainly because of its high sensitivity and high specificity. Find out how fluorescence microscopes support your research.

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Factors to Consider When Selecting a Research Microscope

An optical microscope is often one of the central devices in a life-science research lab. It can be used for various applications which shed light on many scientific questions. Thereby the configuration and features of the microscope are crucial for its application coverage, ranging from brightfield through fluorescence microscopy to live-cell imaging. This article provides a brief overview of the relevant microscope features and wraps up the key questions one should consider when selecting a research microscope.

 

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Infinity Optical Systems

“Infinity Optics” refers to the concept of a beam path with parallel rays between the objective and the tube lens of a microscope. Flat optical components can be brought into this “Infinity Space” without influencing image formation, which is critical for the utilization of contrast methods such as DIC or fluorescence. Modern microscopy techniques require the addition of multiple optical instruments, such as light sources or laser devices, into the infinite light path. Different approaches to fulfill this need have emerged and are described here.

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What Makes sCMOS Microscope Cameras so Popular?

sCMOS cameras are more sensitive and are capable of much higher acquisition speed than cameras with other sensor types. Even though CCD cameras are widely used in live cell imaging and time-lapse recordings, researchers are often concerned that their camera does not detect faint signals. In this interview, Dr. Karin Schwab, Product Manager at Leica Microsystems, talks about the characteristics of sCMOS cameras and how researchers benefit from the latest camera sensor technology.

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Applications of TIRF Microscopy in Life Science Research

The special feature of TIRF microscopy is the employment of an evanescent field for fluorophore excitation. Unlike standard widefield fluorescence illumination procedures with arc lamps, LEDs or lasers, the evanescent field only penetrates the specimen by about 100 nm starting from the coverslip/medium interface.

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