INSIGHTS ON DRUG DEVELOPMENT

DRUG DEVELOPMENT SOLUTIONS

  • DSC and ITC offer deep insights into molecular binding and structural stability, which help researchers uncover thermodynamic drivers and domain-level behavior essential for protein characterization.

  • Optical microscope Leica DM2500 LED

    Leica DM2500 LED optical microscopes are tools for demanding tasks in life science routine and research applications. With their transmitted light illumination, optical performance, and state-of-the-art accessories, they are especially well-suited for challenging life science research tasks that require differential interference contrast or high-performance fluorescence.

  • Leica DM750 Binocular

    For a Student Friendly Classroom Environment

    The Leica DM750 is the ideal microscope for the versatile needs of advanced college and university life science courses and professional training in medical, veterinary and dental schools.

  • Leica DM300

    For slightly more advanced students in biology or 2-4 year college life science classrooms, the Leica DM300 compound microscope is compact, maintenance-free and easy to use to provide trouble free operation each day.

    Equipped with a mechanical stage to accommodate two specimen slides and labelled Abbe condenser, the DM300 can be configured with rotatable monocular or binocular tubes for shared viewing and easy storage. Trinocular tube is also possible to go digital.

    With 165 years of microscope design and manufacturing experience, the Leica DM300 student microscope provides students with the capabilities they need to study the finest details in all the Life Sciences.

  • The THUNDER Imager Tissue allows real-time fluorescence imaging of 3D tissue sections typically used in neuroscience and histology research. Acquire rich, detailed images of thick tissues free of haze from out-of-focus blur.

    Even fine structures deep in tissues can be resolved thanks to Computational Clearing, an innovative Leica technology. Image detailed morphological structures like axons and dendrites of neurons in a brain slice. The high image quality, even with thick tissue sections, is combined with the well-known speed, fluorescence efficiency, and ease of use of widefield microscopes.