Micronuclei are small nuclear bodies formed from chromosomal fragments or whole chromosomes that are not incorporated into the main nucleus during cell division. The presence of these structures is an important indicator of genomic instability and DNA damage, widely used in toxicological studies, genotoxicity assays, occupational monitoring, cancer research, and the evaluation of exposure to […]
These flat objectives provide flat images with high transmission up to the near-infrared region of the spectrum. With a high signal-to-noise ratio, excellent resolution, and high-contrast images, these objectives are especially suitable for brightfield observation. The UPLFLN-PH series has been optimized for phase contrast observation.
Designed to deliver excellent resolution and contrast, the Plan Apochromatic objectives reduce chromatic aberration to a minimal level. Available magnifications include 1.25X and 2X.
Suitable for a variety of clinical and research applications, these high-quality objectives offer excellent flatness (up to FN 22) in transmitted brightfield (phase contrast) observations. The PLNPH series is designed specifically for phase contrast observation.
Olympus objectives without cover glass are designed to be used with glass slides that do not have cover slips, for example, to observe samples with blood smears.
With the touch panel controller, switch between different observation methods and magnifications with just a tap. Simplify microscope operation by using the guidance mode to navigate only through relevant parameters, or use the full operation mode to access the complete set of settings.
The stage controller (U-MCZ) can be detached from the microscope frame and optimally positioned. Used together with the XY controller for our precision ultrasonic stage, it creates an intuitive workflow that mimics manual focusing stage operations. The convenient switches on the controller allow selection of the observation method, objectives, and mirror unit, as well as adjustment of light intensity and image capture.