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Typhoon FLA 9000
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28-9558-08
Typhoon FLA 9000
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Typhoon FLA 9000
Typhoon FLA 9000 is a versatile laser scanner for biomolecular imaging applications, including sensitive and quantitative measurement of radioisotopic labels,chemifluorescent Western blots, 2-D DIGE, multiplex fluorescence (visible and near infrared excitation) and colorimetric stains (e.g., Coomassie blue and silver stained gels).
- High performance, flexible, and sensitive imaging for filmless autoradiography, fluorescence, chemifluorescence, 2-D DIGE and gel documentation
- Large 40 x 46 cm scan area for simultaneous imaging of up to two DIGE Gels or sixteen 10 x 8 cm blots facilitates comparisons, reducing workload and waiting time
- Use multiple imaging modes at any time with no system modifications, reducing effort
- 16-bit images at up to 10 μm pixel resolution give precise quantitation in gels, blots, tissue sections and arrays
- Storage phosphor technology delivers high-resolution imaging and accurate quantitation of 3H, 14C, 32P, 33P, 39S, and other sources of ionizing radiation
- Two- and three-color fluorescence scanning allows multiplex imaging (e.g., ECL Plex and 2-D DIGE), ensuring good quantitation. Flexible system can be adapted with stages, detectors, filters, and lasers to optimize performance in new applications. Optional near infrared excitation for imaging IRDye and other infrared excited dyes
Typhoon FLA 9000 is a variable mode laser scanner with modular access to the optical components, providing both versatile and flexible imaging for precise quantitation of proteins, nucleic acids, and other biomolecules.
The system provides several imaging modes at any time, including fluorescence and chemifluorescence, filmless autoradiography, and digitization of colorimetrically-stained samples (e.g., Coomassie blue and silver stain). It is also adequate for quantitative chemiluminescent imaging that does not require maximum sensitivity.
The system is optimized for 2-D DIGE imaging for differential protein expression studies, ECL Plus chemifluorescent imaging for quantitative protein detection by Western blotting, and multifluorescent ECL Plex imaging for precise quantitation of two or more proteins in the same blot.
The system accommodates four automated filters. Filters are easily accessed and exchanged without tools for attaining optimal imaging conditions.
Stages give the optimal imaging conditions for a range of samples. Samples include agarose and polyacrylamide gels, membranes, DIGE gels, radioisotope-labeled samples, as well as microplates and glass slides with the TP plug-in. The system can simultaneously scan two DIGE gels, each measuring up to 20 x 25 cm. The stages are easily removed from the system for cleaning.
A fast 1000 μm prescan function gives a rapid overview of the sample. The system provides a linear signal response over five orders of magnitude, providing a suitable basis for precise quantitation.
Lasers can be exchanged in the field to accommodate new applications and fluorophores.
Typhoon FLA 9000
| Complete Packsize | 1 Piece |
| Detection Modes | Fluorescence, chemifluorescence, filmless autoradiography, chemiluminescence and digitization |
| Radioisotopes | 3H, 14C, 32P, 33P, 39S and 125I |
| Dynamic Range | Five orders of magnitude |
| Bit Depth | 16-bit |
| Scanning Area | 40 x 46 cm |
| Pixel Size | 10, 25, 50, 100, 200 and prescan 1000 μm, selectable |
| Standard Filters | IP (Phosphorimaging), LPB (510LP), LPG (575LP), LPR (665LP), BPB1 (530DF20) and BPG1 (570DF20) |
| Height | 400 mm |
| Depth | 800 mm |
| Width | 900 mm |
| Weight | 97 kg |
| Frequency | 50/60 Hz |
| Operating Temperature | 15°C-30°C |
| Operating Humidity | 0.2-0.7 |
| Voltage | 100-200 VAC ± 10 % |
| Power Consumption | Approx. 0.3 kVA |
| Storage Conditions | 10 ROOM TEMPERATURE |
| Freight Conditions | ROOM TEMPERATURE |
| Min. Order Quantity | 1 |
| Certificate of Analysis | N |
| RoHS Compliance | Yes |
Typhoon FLA 9000
| Application note |
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A comparative evaluation of quantitative imaging of DNA and protein using stains and labels
Summary
Increasing demands within the field of protein analysis to detect low abundance
proteins have lead to higher requirements with respect to sensitivity and
linear dynamic range when using techniques such as gel-based quantitative
analysis. A wide linear dynamic range is particularly important in applications
where weak and strong signals are compared in the same experimental series.
Components of imagers such as the excitation source, lens, emission filter, and
detector all impact on linear dynamic range and image quality. Use of the most
appropriate label or stain for the detection will greatly enhance performance
in terms of both sensitivity and dynamic range.
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Biacore biosensor assays for quantitation of influenza virus and HCP
Summary
Biacore biosensor technology is used for the quantitation of virus
haemagglutinin (HA) and host cell proteins (HCP) in influenza vaccines.
Accurate quantitation of influenza virus is achieved using an inhibition assay,
while the HCP concentration is determined in a direct binding assay. The HA
method shows higher sensitivity, precision, and recovery as compared to
single-radial immunodiffusion (SRID) which is the main method used today. In
addition, the analysis time is shorter. The HCP method demonstrates higher
sensitivity and is more specific compared with the Bradford total protein
assay. Assays performed on Biacore systems have the potential to significantly
improve vaccine development and manufacturing operations, as a complement to or
replacement of existing methodologies.
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Characterizing host cell protein patterns with 2-D DIGE improves process understanding
Summary
Two-dimensional Fluorescence Difference Gel Electrophoresis (2-D DIGE) was used
to study the effect of different culture conditions on cells expressing
monoclonal antibodies (MAb) in terms of individual host cell protein (HCP)
profiles and HCP patterns, independently of antibody recognition (by ELISA). It
was possible to quantitatively link upstream and downstream analyses by
normalization to internal standards. Significant differences were detected in
the low levels of HCP remaining after MAb affinity purification. This
proteomics approach increases process understanding and facilitates process
optimization and Quality by Design.
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| Data file |
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PM fact sheet Scanners
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Typhoon™ FLA 9000 biomolecular imager
Summary
Typhoon FLA 9000 is a versatile laser scanner for biomolecular imaging
applications including sensitive and quantitative measurements of radioisotopic
labels by storage phosphor, chemifluorescent Western blots, and multiplex
fluorescence as well as digitization of colorimetric stains (e.g., Coomassie
Blue and silver-stained gels).
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| Handbook |
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2-D Electrophoresis, Principles and Methods
Summary
This handbook is intended to provide guidelines for performing high-resolution
two-dimensional (2-D) electrophoresis.
It is divided into seven chapters:
Provides guidelines for sample preparation and protein quantitation
Details procedures for performing the first dimension of 2-D electrophoresis,
highlighting use of Ettan™ IPGphor™ II Isoelectric Focusing System.
Contains general directions for subsequent second-dimension electrophoresis of
immobilized pH gradient (IPG) strips using various vertical gel electrophoresis
systems.
Describes use of the flatbed Multiphor™ II Electrophoresis System for both
first- and second-dimension electrophoresis.
Discusses visualization and analysis of 2-D electrophoresis results.
Describes the advantages and use of the technique of 2-D Fluorescence
Difference Gel Electrophoresis (2-D DIGE).
Describes common problems in 2-D gel electrophoresis and their remedies.
Technique-specific troubleshooting guides are included in the relevant
chapters.
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Western Blotting - Principles and Methods
Summary
Western blotting, also known as immunoblotting, is a well established and
widely used technique for the detection and analysis of proteins. The method is
based on building an antibody:protein complex via specific binding of
antibodies to proteins immobilized on a membrane and detecting the bound
antibody with one of several detection methods. The Western blotting method was
first described in 1979 and has since become one of the most commonly used
methods in life science research.
The aim of this handbook is to guide and inspire beginners as well as experts
toward successful Western blotting. It provides expertise and support, taking
you through the complete Western blotting workflow, from sample preparation to
detection and analysis. Chapters 2 to 8 follow the Western blotting workflow
step by step and describe theoretical as well as practical aspects of the
technique together with useful hints and tips. Examples of typical applications
as well as some new approaches to Western blotting are described in Chapter 9.
Moreover, protocols and recipes are provided in Chapter 11, including a
recommended standard Western blotting procedure, to help you design and run
your experiments. Over the past decade, improved detection methods and software
have brought quantitative analysis to Western blotting and this handbook
provides examples and protocols to help you adapt your methods and obtain more
quantitative data from your Western blots. Finally, a troubleshooting guide is
provided in Chapter 10, just in case!
A series of methodology handbooks is available from GE Healthcare, many of
which cover topics closely connected to Western blotting, such as sample
preparation or 2-D gel electrophoresis. Where appropriate, we refer to these
handbooks in the text and provide links to the PDF versions in the on-line
version of this handbook.
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| Magazine |
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Discovery Matters issue 11
Summary
Discovery Matters is a quarterly GE Healthcare magazine targeted towards R&D
customers in academia, biotechnology, and biopharmaceutical companies.
This issue includes the latest round-up of product launches (Q4 2009 to Q1
2010) and several articles featuring previously unpublished work using GE
Healthcare products.
The featured articles in issue 11 include: (1) Using IN Cell Analyzer 2000 for
challenging high-content analysis; (2) investigating the role of specific
binding concentration in a structure-function study using Biacore™ X100; (3) an
improved method of on-matrix, histidine-tagged protein refolding; (4) analysis
by 2-D DIGE of host-cell protein (4) and a sensitive labeling method for
challenging array CGH samples; Issue 11 also contains news on the GE & Science
Prize competition 2009, as well as the prize winning article. The technical
tips section of this issue describes a method for detergent screening upstream
of membrane protein purification and all the latest products for
electrophoresis and 2-D DIGE are described.
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| Magazine article |
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Screening of extraction buffers for 2-D DIGE analysis of plant proteins - article from Discovery Matters 13, May 2011
Summary
Sample preparation is a crucial part of the 2-D electrophoresis workflow to
achieve a large number of well-resolved protein spots. Plant tissue is a
challenging material to work with due to the high content of interfering
components and low protein content. A novel workflow for common bean leaves was
developed using 2-D Protein Extraction Buffer Trial Kit in combination with 2-D
Clean-Up Kit. The purified protein fractions were analyzed by 2-D DIGE and
DeCyder™ image analysis software. All tested buffers resulted in overall
well-resolved gel images having the majority of relative spot intensities at
similar levels. However, some spot intensities depended on the extraction
buffer used.
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Synchronized solutions for 2-D electrophoresis and 2-D DIGE (from Discovery Matters 11, April 2010)
Summary
Two-dimensional electrophoresis (2-D electrophoresis) is a powerful technology
for comparing complex protein mixtures from biological samples in proteomics
research. Two-dimensional fluorescence difference gel electrophoresis (2-D
DIGE) takes 2-D electrophoresis to another level, allowing you to analyze
differences in low-abundance proteins with unparalleled statistical confidence.
2-D DIGE is also a valuable tool for process characterization and host cell
protein detection in biopharmaceutical manufacturing. This guide describes the
significant improvements that GE Healthcare have made across the entire
workflow, from sample prep and separation to data analysis.
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| User manual |
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Typhoon FLA 9000 Getting Started
Summary
The Operating Instructions provide you with the instructions needed to handle
the Typhoon FLA 9000 system in a safe way.
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Typhoon FLA 9000 Quick start guide
Summary
This document helps you to get started using Typhoon FLA 9000 biomolecular
imager for phosphorimaging, fluroescence imaging and digitization.
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Typhoon FLA 9000 User Manual
Summary
Typhoon FLA 9000 employs solid-state lasers of wavelengths suitable for
excitation of fluorescent dyes. It combines several lasers of different
wavelengths with many types of filters and can be used to read gels, membranes,
etc. dyed with fluorescent dyes. In addition, Typhoon FLA 9000 reads Storage
phosphor screens.
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Typhoon FLA 9000
Accessories
Select to expand the desired collection of accessories.
For accessories not displayed in this section, please contact your local GE Healthcare sales representative.
Individual Accessories
| # | Product Name | Product Code | Price | Qty | |
|---|---|---|---|---|---|
| 1 | BPFR700 Filter for FLA 9000 | 28-9564-06 |
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| 2 | BPFR800 Filter for FLA 9000 | 28-9564-07 |
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| 3 | Filter Tray for FLA 9000 | 28-9564-08 |
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| 4 | IP Filter for FLA 9000 | 28-9564-09 |
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| 5 | LPB Filter for FLA 9000 | 28-9564-10 |
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| 6 | LPG Filter for FLA 9000 | 28-9564-11 |
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| 7 | LPR Filter for FLA 9000 | 28-9564-12 |
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| 8 | BPB1 Filter for FLA 9000 | 28-9564-13 |
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| 9 | BPG1 Filter for FLA 9000 | 28-9564-14 |
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| 10 | DBR1 Filter for FLA 9000 | 28-9564-15 |
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| 11 | DBR1 Filter for FLA 9000 | 28-9564-16 |
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| 12 | Phosphor Stage for FLA 9000 | 28-9564-20 |
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| 13 | Filter Expansion Box for FLA 9000 | 28-9564-22 |
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| 14 | Slide Attachment for FLA 9000 | 28-9564-23 |
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| 15 | LF Glass Plate Stage for FLA 9000 | 28-9564-24 |
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Laser upgrades
| # | Product Name | Product Code | Price | Qty | |
|---|---|---|---|---|---|
| 1 | Laser Upgrade 685 nm | 28-9610-22 |
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| 2 | Laser Upgrade 785 nm | 28-9610-25 |
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| 3 | Laser Upgrade 685 and 785 nm | 28-9610-32 |
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| 4 | BPFR700 Filter for FLA 9000 | 28-9564-06 |
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| 5 | BPFR800 Filter for FLA 9000 | 28-9564-07 |
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Sets
| # | Product Name | Product Code | Price | Qty | |
|---|---|---|---|---|---|
| 1 | Fluor Stage Set for FLA9000 | 28-9589-04 |
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| 2 | Membrane Weight for FLA | 28-9564-33 |
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| 3 | 4 Filter Box for FLA 9000 | 28-9564-21 |
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| 4 | Filter Tray for FLA 9000 | 28-9564-08 |
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| 5 | IP Filter for FLA 9000 | 28-9564-09 |
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| 6 | LPB Filter for FLA 9000 | 28-9564-10 |
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| 7 | LPG Filter for FLA 9000 | 28-9564-11 |
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| 8 | LPR Filter for FLA 9000 | 28-9564-12 |
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| 9 | Multi Stage Set for FLA 9000 | 28-9564-19 |
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| 10 | LF Glass Plate Stage for FLA 9000 | 28-9564-24 |
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| 11 | Phosphor Stage for FLA 9000 | 28-9564-20 |
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Accessories, complete list
Consumables
Select to expand the desired collection of consumables.
For consumables not listed in this section, please contact your local GE Healthcare service representative.
Fluorescent markers and stains
| # | Product Name | Product Code | Price | Qty | |
|---|---|---|---|---|---|
| 1 | ECL Plex Fluorescent Rainbow Markers | RPN850E |
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| 2 | ECL Plex Fluorescent Rainbow Markers | RPN851E |
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| 3 | Deep Purple Total Protein Stain | RPN6305 |
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| 4 | Deep Purple Total Protein Stain | RPN6306 |
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Spare Parts
Select to expand the desired collection of spare parts.
For spare parts not displayed in this section, please contact your local GE Healthcare service representative.
Spare parts, Control unit
Figure. Control Unit.
| # | Product Name | Product Code | Price | Qty | |
|---|---|---|---|---|---|
| 1 | CPU Board (CPHC3) | 28-9605-97 |
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| 2 | Main Drive Board (DVHC3) | 28-9605-99 |
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| 3 | Power Relay Board (PWHC3) | 28-9606-01 |
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Spare parts, Light receiving unit
Figure. Light receiving unit.
| # | Product Name | Product Code | Price | Qty | |
|---|---|---|---|---|---|
| 1 | Photomultiplier (R1924A-23) | 28-9605-90 |
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| 2 | Photomultiplier(R1925A) | 28-9605-91 |
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| 3 | Photomultiplier Board (PMHC3) | 28-9605-92 |
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| 4 | Photomultiplier Board (IADHC3) | 28-9605-93 |
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Spare parts, Sub scanning unit
Figure. Spare parts, Sub scanning unit.
| # | Product Name | Product Code | Price | Qty | |
|---|---|---|---|---|---|
| 1 | Sub Scanning Motor | 28-9605-85 |
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Spare parts, Cover Unit
Figure. Spare parts, Cover unit.
| # | Product Name | Product Code | Price | Qty | |
|---|---|---|---|---|---|
| 1 | Top Cover | 28-9605-80 |
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| 2 | Front Upper Cover | 28-9605-81 |
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| 3 | Left Side Cover | 28-9605-82 |
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| 4 | Right Side Cover | 28-9605-83 |
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| 5 | Front Lower Cover (with door) | 28-9605-84 |
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| 7 | LED Board | 28-9605-88 |
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| 8 | Top Front Cover Plastic Protective Material (side length) | 28-9605-94 |
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| 9 | Top Front Cover Plastic Protective Material (Left Back) | 28-9605-98 |
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| 10 | Top Front Cover Plastic Protective Material (Left Center) | 28-9606-00 |
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| 11 | Top Front Cover Plastic Protective Material (Left Front) | 28-9606-03 |
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| 12 | Top Front Cover Plastic Protective Material (Right Back) | 28-9606-05 |
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| 13 | Top Front Cover Plastic Protective Material (Right Center) | 28-9606-08 |
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| 14 | Top Front Cover Plastic Protective Material (Right Front) | 28-9606-11 |
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| 15 | Stage Set Door | 28-9606-14 |
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| 16 | Stage Set Door Inner Cover with Sponge | 28-9606-18 |
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| 17 | Stage Set Door Handle Assembly | 28-9606-21 |
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| 18 | Stage Set Door Lock Plastic | 28-9606-22 |
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| 19 | Stage Set Door Hinge | 28-9606-23 |
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| 20 | Filter Door Lock Knob | 28-9606-25 |
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| 21 | Filter Door Lock Latch | 28-9606-27 |
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Spare parts, Main scanning unit
Figure. Spare parts, Main scanning unit.
| # | Product Name | Product Code | Price | Qty | |
|---|---|---|---|---|---|
| 1 | MDVHC3 Board | 28-9606-29 |
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| 2 | Main Scanning Motor (with pulley) | 28-9606-31 |
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| 3 | Main Scanning Belt | 28-9606-32 |
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| 4 | Main Scanning Encoder Film | 28-9606-33 |
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| 5 | Main Scanning Encoder Board (ENHC3) | 28-9606-34 |
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| 6 | Main Scanning Relay Board (IFHC3) | 28-9606-35 |
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| 7 | Main Scanning Driven Pulley | 28-9606-36 |
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| 9 | Main Scanning Optical Head | 28-9606-37 |
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| 10 | Main Scanning Unit | 28-9605-79 |
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Spare parts, Main body
Figure. Spare parts, Main body.
| # | Product Name | Product Code | Price | Qty | |
|---|---|---|---|---|---|
| 2 | With Stage Guide (left) Plunger | 28-9606-04 |
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| 3 | With Stage Guide (right) Plunger | 28-9606-06 |
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| 4 | Stage Holder | 28-9606-07 |
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| 5 | Stage Detection Micro Switch | 28-9606-09 |
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| 6 | Air Intake Fan | 28-9606-10 |
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| 7 | Power Supply Assembly | 28-9606-12 |
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| 8 | Air Filter | 28-9606-13 |
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Spare parts, Optical unit
Figure. Spare parts, Optical unit.
| # | Product Name | Product Code | Price | Qty | |
|---|---|---|---|---|---|
| 1 | Light Source LD473 | 28-9606-15 |
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| 2 | Light Source LD635 | 28-9606-16 |
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| 3 | Light Source LD685 | 28-9606-17 |
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| 4 | Light Source LD785 | 28-9606-19 |
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| 5 | Light Source Second Harmonic Generation laser SHG532 (without board) | 28-9606-20 |
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| 6 | Second Harmonic Generation Laser SHGHC3 Board | 28-9606-24 |
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| 7 | Laser Shutter Assembly | 28-9606-26 |
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Service Tools
| # | Product Name | Product Code | Price | Qty | |
|---|---|---|---|---|---|
| 1 | Service tool for interlock | 28-9606-28 |
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| 2 | Service tool for intlk(w ctr) | 28-9606-30 |
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