Bio-1000F is an innovative, user-friendly, and cost-effective device that integrates image capture, gel preview, and gel extraction essential for routine nucleic acid gel electrophoresis. With the combination of high-sensitivity CCD system and Blue-LED illuminators, Bio-1000F is compatible with all EtBr-alternative fluorescent stain and provides the publication-quality image up to 0.008 ng per band, significantly enhancing the fluorescent signal expression over other gel documentation systems dependent on UV and Blue-LED light sources.
Incorporating removable filter plate and intuitive MiBioFluo software interface, users can visualize banding pattern and conduct gel extraction directly on Bio-1000F for more convenient operation without movement between trans-illuminator and gel imager. The compact design especially enables Bio-1000F fit in crowded laboratory space.
Bio-1000F features an integrated, environmental friendly, and ultra-sensitive gel imager for researchers, dedicating to improve the laboratory safety and gel electrophoresis process efficiency.
- With a patented optical design, sensitive CCD and flexible software, Bio-1000F is capable to capture faint fluorescence, which demonstrates more sensitive and better performance than UV and Blue-LED based gel imaging systems.
- Bio-1000F goes perfectly with global EtBr-alternative stain brands. The highest sensitivity of Bio-1000F can reach to 0.008 ng per band.
- Bio-1000F provides trans-illumination, imaging and gel extraction at one independent platform. Researchers and laboratory staffs can carry out gel-electrophoresis preview, image recording, or gel extraction without transition between trans-illuminator and gel-document system.
- The integrated filter plate and LED bar provides more convenience and stronger fluorescent signal.
- Equipped with blue-LED and filter plate, Bio-1000F provides multi-level protections from direct damages to eyes and skins. Concerning on the highly potential mutagenic combination of UV and EtBr, Bio-1000F especially pairing with EtBr-alternative stains is safer and friendlier to both researchers and environment.