The analyzer can be customized for detection methods selected from chemi/bioluminescence detection and a wide range of fluorescence detection by various light sources. ! 6 7 89 : &-/(/ " ' % $ "%& $ ()* $ +, ' 3 $ 0-12 "%& $ -*+* $ . A free combination of light source options. 4 $ $ $ /, 5 %4" 1 Easy, rapid and sophisticated imaging with high sensitivity Remote control from a computer Quicker response to reduce stress Easy filter exchange 5# # # # # 6 - 4 7 #8 # # # # " # 1 # 5 # # # User-friendly image capture software "LAS-4000 Image Reader" Mac ® OS X 10.4.4 or later / Windows ® XP Pro SP2 compatible ! " " ## # # " # # ## # $ # # " # # %& ' " # # " # " () # *! $ # # 54 /2 @@< & 0 ! = # 5 9$: 8 " 5 4 /2 # 8 5 >? @@< # !# # # # $ # ! # # # ; # # ! 12 " @@<? ! # = # # " # # = # 6 ! " " & 0 ! # #6 @@< 0 - ! @@< # 5 9$: * ; 510(<0 54 /2 :# ! " Binning function enabling sensitivity improvement and smoothing # # # %20&.%4-1 3&/.2%- High Resolution S tand a r d * High High Binning 0/1.-2& %,-.%-/ S upe r Resolution 043-.-41/ Ult ra Super Binning + + " Sensitivity Ultra Binning " ( ) ! ( ( ! # )# $ ' # ! " # $ % & ' & ) $ ' IR , Re d, Green , B l u e, U V ** ** *+ + * , ## Luminescence Example combination 1 An all-rounder, covering from chemi/bioluminescence to in-vivo imaging. ) ) $64 ./0 ) ) /:3 3/3');0 ) 9343 ) 1)2 340')40 ) 5 .03')60 Chemiluminescence Bioluminescence Fluorescence IR epi-illumination Red epi-illumination Green epi-illumination Blue epi-illumination UV epi-illumination Trans-UV Digitizing White epi-illumination White transillumination Luminescence Example combination 2 A multipurpose detector, covering from luminescence to RGB fluorescence. Re d, Green , B l u e 7 8 + *+ + * ( ) ./0 ) ) 3/3');0 Chemiluminescence Fluorescence Red epi-illumination 9343 ) 1)2 340')40 ) 5 .03')60 Green epi-illumination Digitizing " ( + ( White transillumination Luminescence Example combination 3 Blue Blue epi-illumination Trans-UV White epi-illumination A single light source system focusing on chemi/bioluminescence detection. Bioluminescence ) 9343 ) 1)2 340')40 ) 5 .03')60 Chemiluminescence Bioluminescence Fluorescence Blue epi-illumination Trans-UV Digitizing White epi-illumination White transillumination $/ ? # &: "@ Applicable reagents " ! ! #$ " ! % &# "'()( , % ! (*- : $/ $/= $ : "'()(; /< : $ 45 $/ > < : : 9 /9 / :< = $/ A $/ B : $/ # < # < A&&:::< ,< "')*+ , % ! )-- Near-infrared fluorescence image % & , % ! (00 / 3 .. ! 0 , % ! (03 ."#' ! (3-&((3 "". , % ! (5) "" / 0 21 " ."#' ! 3)(&3*7 % , % ! 304 6 ! " " 2 ' ! 11 ' . ! . % ' ! ' . ! % ' . ! 6 ! % & ' . ! .1 , % ! 35( // / Near-infrared fluorescence detection of DY676-labeled antibody distribution. A # %A # )*3 , A +- Digitized image % &$ ' ! 1 ' . ! $/ %# % Digitized image of a living mouse A : %A , A -<-+ % & 8 Overlapped image % & 8 "9 &: &: 1/ ; < & # * The reagents listed above are representative reagents with high performance results. Please contact us for other reagents. The two images were overlapped using "MultiGauge (Science Lab)" to enable easy quantitative analysis of DY676-labeled antibody distribution. External cable/tube insertion port /9 > & $ $< sample & + 5 ' 6 5) + E & 5 ' I Camera head UV 2020 Transilluminator set Computer ++* / 89 ++* : '! 0% -#0) 13 / #0- & / 0 !! m + / :( ( + / * ( #: '2 3 ( -,: 0) * /8 8 / 4 ; / !% 3 / < ' < < = < < == ) / < '! < ! # ) & / * > 4 4 4 0 6 / ? / 5 !- @? ' / 85A :88) / * ( # m @ / -! ! '- - ( ( = ( ) / 5? -0 B 5F : '#!-)4 ; 4 5F * 4 % *8 0 E White Transilluminator(470~740nm) set Analysis software Intelligent Dark Box Set Non-parallax tray B *C 3 4 4 5? +3 0 Optical Filter : Y515 Epi-Blue Illuminator set Epi-Green Illuminator set I ? Epi-IR Illuminator set B '"!) < 2 4 ", 0 Epi-UV Illuminator set B 5F'#% ) < 2 4 ! 0 B 5F * 4 ; ! : > 0 : 0 : 3 = ( 5F 0 Filter changer I ') (= ')0 : 3 = 0 / % D / ! -, : / # "G ' ) / ! -F / 0 0# >F / + D . * > ? . "#$ UV Dia-tray set !%! B '%#) < 2 4 %" 0 !*8! ;8& % *8 ? Operating conditions 6 : D F & ( + ' -) < 2 4 " *8- 0 3 3 3 ( ( 3 I Epi-Red Illuminator set / 85A1E1 F8#@* # ;@ 2 = ( =3 0 Gel documentation is available by digitizing B ? '%) < 2 4 J ! 0 Lens D = / @ H E C !00 2 (H C& & &/ 3 > B 2 : 4 2 * B ; ) 2 (H C& @ H E C Dimensions + > 3 / ! '2) $ 'D) , '*) I 3 * 4 * 4 * 4 = '5F) * 4 ') * I (= ( 0 2 0 = !*8!I ;8& 4 J % *8I ? 4 %" > ! =3 I =3 ! I ( " *8- 4 ", 4 4 4 http:// lifescience.fujifilm.com Specifications and system configuration subject to change for improvement without notice. All other product names mentioned herein are the trademarks of their respective owners. '( ) ! '*) '+%,- !. -/-!)0 1 / 2 ( 3 3 0 4 4 4 ( ( ( 3 FUJIFILM Corporation 7-3, Akasaka 9-Chome Minato-ku, Tokyo 107-0052, Japan, Tel: +81-3-6271-2158, Fax: +81-3-6271-3136, E-mail: sginfo@fujifilm.co.jp UK Distributor raytek Scientific Ltd., 26 Norton Park View, Sheffield, S8 8GS, U.K. Tel: +44-114-2749575, Fax: +44-114-2749919 E-mail: lifescience@raytek.co.uk IE Distributor Brennan & Company, 61 Birch Avenue, Stillorgan Industrial Park, Stillorgan, Co Dublin , Ireland Tel: +353-1-295-2501, Fax: +353-1-295-2333 E-mail: mburgess@brennanco.ie