ing plate can be scanned within five minutes at 16 bits. And this high throughput is achieved without sacrificing superior sensi- tivity and quantitative accuracy.
The BAS-2500’s range of recommended applications includes Molecular Biology (1D electrophoresis, 2D electrophoresis, DNA & Protein blots and Macro Arrays); Pharmacokinetics & Toxicology (whole body autoradiography and thin layer chro- matography); and Physical and Material Structural Analysis (X-ray crystallography, semiconductor wafer check and non- destructive testing).
Reusable Imaging Plate is 100x more sensitive than X-ray film
The Fujifilm IP is a reusable two-dimen- sional sensor for the detection and storage of ionizing radiation energy in photostimulable phosphor crystals. Fujifilm IPs are approxi- mately 100 times more sensitive than X-ray film, and have greater quantitative accuracy. When Fujifilm IPs and the BAS-2500 sys-
tem replace standard X-ray film and process- ing, your results are available from 10 to 100 times faster. And because Fujifilm IPs are more sensitive than X-ray film, they capture information unobtainable using X-ray film autoradiography. And all of these advantages can be enjoyed without the need for process- ing chemicals or a darkroom. While other phosphor imaging systems have appeared, Fujifilm scanners and imaging plates remain the standard by which others are measured.
Fully networkable
All Fujifilm research imaging systems are easily networked for
seamless integration into multi-user laboratory envi- ronments. Ask your repre- sentative for details.
The BAS-2500 incorporates Fujifilm’s proprietary light guide and is manufactured to ISO 9002 standards for maximum efficiency and quality.
Data Images, left to right:
1.Fast thin film phase and orientation analysis of Ta on Si with an exposure time of 3 seconds. Sample courtesy of Dr. Sabrina Lee, Watervliet Arsenal, Professor Toh-Min Lu and Dr. Donald Windover, Rensselaer Polytechnic Institute, Troy, N.Y., U.S.A.
2.Dot blot. Sample courtesy of Assistant Professor Kuniya Abe, Kumamoto University, Faculty of Medicine, Institute of Molecular Embryology and Genetics, Department of Developmental Genetics.
3.Thin film phase and orientation analysis of Ta on Si with an exposure time of 10 minutes. Sample courtesy of Dr. Sabrina Lee, Watervliet Arsenal, Professor Toh-Min Lu and Dr. Donald Windover, Rensselaer Polytechnic Institute, Troy, N.Y., U.S.A.
4.Whole-body rat slice. Fujifilm file image.