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Leica LAS AF Details Page

Leica LAS AF

Integrated Platform for Advanced Life Science Research

Leica Application Suite Advanced Fluorescence ( ) is the easy to use software platform for advanced life science research with Leica Microsystems confocal and widefield systems. can be extended by High Content Screening Automation Packages, Leica HCS A, and by additional software packages to exactly match the userís needs. can be extended by High Content Screening Automation Packages, , and by to exactly match the userís needs. can be extended by High Content Screening Automation Packages, , and by to exactly match the userís needs.) is the easy to use software platform for advanced life science research with and . can be extended by High Content Screening Automation Packages, , and by to exactly match the userís needs. ) is the easy to use software platform for advanced life science research with and . can be extended by High Content Screening Automation Packages, , and by to exactly match the userís needs.

offers full control over the microscope hardware and at the same time minimizes the need for user interaction through intelligent automation, e.g. by opening and closing shutters according to the selected contrasting method or by moving matching DIC prisms into the light path when changing objectives. All system parameters can be applied to further experiments for maximum reproducibility. offers full control over the microscope hardware and at the same time minimizes the need for user interaction through intelligent automation, e.g. by opening and closing shutters according to the selected contrasting method or by moving matching prisms into the light path when changing objectives. All system parameters can be applied to further experiments for maximum reproducibility. offers full control over the microscope hardware and at the same time minimizes the need for user interaction through intelligent automation, e.g. by opening and closing shutters according to the selected contrasting method or by moving matching prisms into the light path when changing objectives. All system parameters can be applied to further experiments for maximum reproducibility.

A wide choice of hardware components e.g. the unique water immersion micro dispenser, high precision stages and live cell accessories can be added to obtain integrated and reliable system solutions dedicated to specific applications like screening, ratio imaging, FRET, colocalization studies, super-resolution, TIRF or electrophysiology.

The experiment data can be reviewed directly on the system or just on a separate PC with one of the offline packages.