FilterMax F3 and F5 Multi-Mode Microplate Readers
Filter-based detection for absorbance, fluorescence, glow luminescence, and more
Filter-based detection for absorbance, fluorescence, glow luminescence, and more
The FilterMax™ F3 and F5 Multi-Mode Microplate Readers offer a wide set of features at an affordable price-to-performance ratio. They provide absorbance, fluorescence, glow luminescence, and other read modes for programmable endpoint, kinetic, multiple-wavelength linear scan and area scan measurements.
This reader provides visible absorbance, top-reading fluorescence intensity, and glow luminescence modes in 96- to 384-well plates with wavelength selection options from 340-650 nm.
This reader provides UV and visible absorbance, top and bottom fluorescence intensity, glow luminescence, FP, and TRF modes in 6- to 1536-well plates with wavelength selection options from 230-750 nm.
Learn all about absorbance detection – how it works, how it’s measured, and how it can be used to calculate concentration. We also provide information on common absorbance applications and assays including ELISAs, nucleic acid and protein quantitation, and microbial growth.
Cell line development requires the discovery of single cell-derived clones that produce high and consistent levels of the target therapeutic protein. A critical first step in the process is the isolation of single, viable cells. Single cells proliferate to form colonies that can then be assessed for productivity of the target therapeutic protein. Viability and growth rates of single cell-derived clones can be characterized on the CloneSelect Imager and the SpectraMax i3x microplate reader and imaging cytometer.
Enzyme-linked immunosorbent assays (ELISAs) are used to measure the amount of a specific protein, using a microplate format, and results are most often detected via absorbance in the visible wavelength range. Chemiluminescent and fluorescent ELISA formats offer enhanced sensitivity for accurate quantitation of less abundant analytes.
Learn all about fluorescence detection – what it is, how it works, and the instruments used to measure the fluorescence of a sample. We also cover many fluorescence-based assays including cell viability, GPCR activity, and fluorescent nucleic acid quantification.
Fluorescence polarization (FP) is a technique that is widely used to monitor binding events in solution. It can be used to assess biomolecular interactions, including protein-antibody binding and DNA hybridization, as well as enzyme activity, and it has been adapted to basic research as well as high-throughput screening.
Fluorescent proteins have become enormously popular as tools for monitoring biological events in vivo. In addition to green fluorescent protein (GFP) from the jellyfish Aequorea victoria, there are now numerous others available from other species of jellyfish and reef coral. These proteins can be expressed in a diverse range of cells and organisms, where they are used to track many cellular processes, including protein synthesis and translocation, gene induction, and cell lineage.
Learn about luminescence detection – what it is, how it works, and the advantages of luminescence over other detection modes. We’ll cover key luminescence-based assays including dual-luciferase reporter gene, chemiluminescent ELISA, cytotoxicity, and BRET.
Mycoplasma, the smallest and simplest of the prokaryotes, are common contaminants of cell cultures. Symptoms of mycoplasma contamination include a reduction in the rate of proliferation and changes in cellular responses, including gene expression. Mycoplasma cannot be detected by simply examining cell cultures under a microscope, so a variety of methods such as fluorescence- and luminescence-based assays have been developed to enable researchers to monitor for contamination.
Learn all about time-resolved fluorescence – TRF and TR-FRET including HTRF assays. We’ll provide applications resources to aid in your research, including kinase assays, cellular signaling pathways, protein-protein interactions, cell cytotoxicity, and more.
Application Note
CatchPoint SimpleStep ELISA kits give users a 90-minute ELISA workflow, a nearly two-thirds reduction in time compared to conventional ELISAs.
Application Note
Mycoplasma, the smallest and simplest of the prokaryotes, are common contaminants of cell cultures. Symptoms of mycoplasma contamination include a reduction in the rate of…
Customer Breakthrough
Viral vectors are specialized tools that are used to deliver target genetic material into cells. The main objective of the GIGA Viral Vectors Platform is to advance scientific resear…
Data Sheet
Learn how the F3/F5 Multi-mode microplate readers can utilize its filter sets to accurately perform measurements with up to five modes of detection.
Expanding Assay Applications with Multi-Mode Readers from ELISA to AlphaScreen
Latest Citations: For a complete list, please click here .
*Source: https://scholar.google.com/
Existing approaches to array fusion can deal with straight-line producer consumer pipelines, but cannot fuse branching data flows where a generated array is consumed by several different consumers. Branching data flows are common and natural to write, but a lack of fusion leads to the creation of an intermediate array at every branch point. We present a new array fusion system that handles branches, based on Waters's series expression framework, but extended to work in a functional setting. Our system also solves a related problem in stream fusion, namely the introduction of duplicate loop counters. We demonstrate speedup over existing fusion systems for several key examples.
Drug repositioning has been considered a promising approach to discover novel treatments against neglected diseases. Among the major protozoan diseases, leishmaniasis remains a public health threat with few therapeutic alternatives, affecting 12 million people in 98 countries. In this study, we report the in vitro antileishmanial activity of the imidazole drugs clotrimazole, and for the first time in literature, econazole and bifonazole and their potential action to affect the regulation of reactive oxygen species (ROS) of the parasites. The lethal action of the imidazoles was investigated using spectrofluorimetric techniques to detect ROS content, plasma membrane permeability, and mitochondrial membrane potential. The imidazoles showed activity against L.
From a previous screening of Brazilian biodiversity for antitrypanosomal activity, the n-hexane extract from twigs of Nectandra oppositifolia (Lauraceae) demonstrated in vitro activity against Trypanosoma cruzi.
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Product |
Product Number |
| FilterMax F3 Microplate Reader | F3 |
| FilterMax F5 Microplate Reader | F5 |
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FilterMax FLUORESCENCE EXCITATION FILTER 360NM BW 35NM
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6590-0042
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FilterMax FLUORESCENCE EXCITATION FILTER 485NM BW 20NM
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6590-0043
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FilterMax FLUORESCENCE EXCITATION FILTER 535NM BW 25NM
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6590-0044
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FilterMax FLUORESCENCE EXCITATION FILTER 430NM BW 35NM
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6590-0045
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FilterMax FLUORESCENCE EXCITATION FILTER 590NM BW 20NM
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6590-0046
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FilterMax FLUORESCENCE EXCITATION FILTER 320NM BW 25NM
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6590-0047
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FilterMax FLUORESCENCE EXCITATION FILTER 405 NM BW 30NM
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6590-0048
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FilterMax FLUORESCENCE EXCITATION FILTER 465NM BW 35NM
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6590-0049
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FilterMax FLUORESCENCE EXCITATION FILTER 500NM BW 25NM
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6590-0050
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FilterMax FLUORESCENCE EXCITATION FILTER 518NM BW 26NM
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6590-0051
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FilterMax FLUORESCENCE EXCITATION FILTER 525 NM BW 45NM
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6590-0052
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FilterMax FLUORESCENCE EXCITATION FILTER 540NM BW 25NM
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6590-0053
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FilterMax FLUORESCENCE EXCITATION FILTER 550NM BW 10 NM
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6590-0054
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FilterMax FLUORESCENCE EXCITATION FILTER 585NM BW 10NM
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6590-0055
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Description
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FilterMax FLUORESCENCE EMISSION FILTER 465NM BW 35NM
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6590-0056 |
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FilterMax FLUORESCENCE EMISSION FILTER 535NM BW 25NM
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6590-0057 |
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FilterMax FLUORESCENCE EMISSION FILTER 595NM BW 35NM
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6590-0058 |
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FilterMax FLUORESCENCE EMISSION FILTER 625NM BW 35NM
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6590-0059 |
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FilterMax FLUORESCENCE EMISSION FILTER 430NM BW 35NM
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6590-0060 |
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FilterMax FLUORESCENCE EMISSION FILTER 650NM BW 40NM
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6590-0061 |
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FilterMax FLUORESCENCE EMISSION FILTER 485NM BW 20NM
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6590-0062 |
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FilterMax FLUORESCENCE EMISSION FILTER 500 NM BW 25NM
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6590-0063 |
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FilterMax FLUORESCENCE EMISSION FILTER 550NM BW 10NM
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6590-0064 |
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FilterMax FLUORESCENCE EMISSION FILTER 574 NM BW 25NM
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6590-0065 |
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FilterMax FLUORESCENCE EMISSION FILTER 585NM BW 10NM
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6590-0066 |
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FilterMax FLUORESCENCE EMISSION FILTER 635NM BW 35NM
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6590-0067 |
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FilterMax FLUORESCENCE EMISSION FILTER 660NM BW 32NM
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6590-0068 |
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FilterMax FLUORESCENCE EMISSION FILTER 668NM BW 12NM
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6590-0069 |
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FilterMax FLUORESCENCE EMISSION FILTER 670NM BW 40NM
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6590-0070 |
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Product Name
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Product Number |
| FilterMax FLUORESCENCE POLARIZATION (FP) Excitation Filter Visible | 6590-0071 |
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FilterMax FLUORESCENCE POLARIZATION (FP) Emission Filter Visible (QTY 2)
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6590-0072
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Product Name
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Product Number |
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FilterMax TIME RESOLVED FLUORESCENCE (TRF) Excitation Filter 370NM BW80 NM
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6590-0073
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Product Name
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Product Number |
| FilterMax ABSORBANCE FILETER 280NM BW 5,5NM | 6590-002 |
| FilterMax ABSORBANCE FILTER 260NM BW 5,5NM | 6590-001 |
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FilterMax ABSORBANCE FILTER 320NM BW 5,5NM
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6590-0003
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FilterMax ABSORBANCE FILTER 420NM BW 8NM
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6590-0004
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FilterMax ABSORBANCE FILTER 450NM BW 8NM
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6590-0005
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FilterMax ABSORBANCE FILTER 465NM BW 8NM
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6590-0006
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FilterMax ABSORBANCE FILTER 470NM BW 8NM
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6590-0007
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FilterMax ABSORBANCE FILTER 480NM BW 8NM
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6590-0008
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FilterMax ABSORBANCE FILTER 490NM BW 8NM
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6590-0009
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FilterMax ABSORBANCE FILTER 492NM BW 8NM
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6590-0010
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FilterMax ABSORBANCE FILTER 510NM BW 8NM
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6590-0011
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FilterMax ABSORBANCE FILTER 515NM BW 8NM
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6590-0012
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FilterMax ABSORBANCE FILTER 520NM BW 8NM
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6590-0013
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FilterMax ABSORBANCE FILTER 532NM BW 8NM
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6590-0014
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FilterMax ABSORBANCE FILTER 540NM BW 8NM
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6590-0015
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FilterMax ABSORBANCE FILTER 548NM BW 8NM
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6590-0016
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FilterMax ABSORBANCE FILTER 550NM BW 8NM
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6590-0017
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FilterMax ABSORBANCE FILTER 560NM BW 8NM
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6590-0018
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FilterMax ABSORBANCE FILTER 562NM BW 8NM
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6590-0019
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FilterMax ABSORBANCE FILTER 570NM BW 8NM
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6590-0020
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FilterMax ABSORBANCE FILTER 575NM BW 8NM
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6590-0021
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FilterMax ABSORBANCE FILTER 580NM BW 8NM
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6590-0022
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FilterMax ABSORBANCE FILTER 590NM BW 8NM
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6590-0023
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FilterMax ABSORBANCE FILTER 595NM BW 8NM
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6590-0024
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FilterMax ABSORBANCE FILTER 600NM BW 8NM
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6590-0025
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FilterMax ABSORBANCE FILTER 610NM BW 8NM
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6590-0026
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FilterMax ABSORBANCE FILTER 620NM BW 8NM
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6590-0027
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FilterMax ABSORBANCE FILTER 630NM BW 8NM
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6590-0028
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FilterMax ABSORBANCE FILTER 640NM BW 8NM
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6590-0029
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FilterMax ABSORBANCE FILTER 645NM BW 8NM
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6590-0030
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FilterMax ABSORBANCE FILTER 650NM BW 8NM
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6590-0031
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FilterMax ABSORBANCE FILTER 340NM BW 10NM
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6590-0032
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FilterMax ABSORBANCE FILTER 350NM BW 10NM
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6590-0033
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FilterMax ABSORBANCE FILTER 360NM BW 10NM
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6590-0034
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FilterMax ABSORBANCE FILTER 370NM BW 10NM
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6590-0035
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FilterMax ABSORBANCE FILTER 380NM BW 10NM
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6590-0036
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FilterMax ABSORBANCE FILTER 405NM BW 10NM
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6590-0037
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FilterMax ABSORBANCE FILTER 414NM BW 10NM
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6590-0038
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FilterMax ABSORBANCE FILTER 260NM BW 12NM
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6590-0039
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FilterMax ABSORBANCE FILTER 280NM BW 12NM
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6590-0040
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FilterMax ABSORBANCE FILTER 320NM BW 12NM
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6590-0041
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Learn all about absorbance detection – how it works, how it’s measured, and how it can be used to…
Cell line development requires the discovery of single cell-derived clones that produce high and…
Enzyme-linked immunosorbent assays (ELISAs) are used to measure the amount of a specific protein,…
Learn all about fluorescence detection – what it is, how it works, and the instruments used to…
Fluorescence polarization (FP) is a technique that is widely used to monitor binding events in…
Fluorescent proteins have become enormously popular as tools for monitoring biological events in…
Learn about luminescence detection – what it is, how it works, and the advantages of luminescence…
Mycoplasma, the smallest and simplest of the prokaryotes, are common contaminants of cell cultures…
Learn all about time-resolved fluorescence – TRF and TR-FRET including HTRF assays. We’ll provide…
SUCCESS STORY
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