Typhoon™ is the platform of choice to support efficiency by reducing the risk of unexpected HCP. Typhoon™ mitigates HCP risk through 2D DIBE coverage analysis and approach bridging studies that provide more confidence in late clinical trial phases.

The right filter and laser configuration minimize cross talk between wavelength channels. Combined with a Fujifilm optical design, they generate high image quality with a dynamic range of up to five orders of magnitude. The large scan area of 40 x 46 cm allows coverage on a large gel format, increasing spot discrimination to help avoid missed HCP.

IQ/OQ validation available on request.

Base models are available with different standard configurations including IP, RGB, NIR, NIR Plus, and 5.

To offer more flexibility, Typhoon™ has a wide range of upgrade kits and a custom filter box – meaning you won’t be limited by fluorescence dyes in visible fluorescence.

Whether you want just the basics or all the latest features, you can always configure your system to support the experiment at-hand or work on the cutting edge.

Storage Phosphor Screen BAS-IP is a film-like radiation image sensor designed to trap and store radiation energy in a stable state.

• Rapid: Up to one-tenth the exposure time required with traditional autoradiography film.
• High Sensitivity: Up to 100 times more sensitive than film, depending on isotope and sample type.
• Wide dynamic range: A linear dynamic range over five orders of magnitude enables quantitation and visualization of both weak and strong signals in a single exposure.
• Quantitative: Results are digitized and quantitated using a storage phosphor imaging system.
• Safe and economical: Reusable screens do not require chemicals, a darkroom, or other special treatment for use.
• Convenient: You can perform each step at the lab bench in normal lighting conditions and at room temperature.

Storage Phosphor Screen BAS-IP retains energy produced by ionizing radiation from isotopes including 14C, 3H, 125I, 131I, 32P, 33P, 35S, and 99mTC.