The Life Technologies Spectraviewer is an online digital tool designed to assist researchers in selecting and optimizing fluorophores and filters for fluorescence-based experiments. It primarily covers the extensive offering of fluorophores from Life Technologies (now part of Thermo Fisher Scientific). This interactive tool allows users to visualize excitation and emission spectra of various fluorescent dyes. A key feature is the ability to customize filter specifications, enabling researchers to design or select appropriate filter sets that match their chosen fluorophores and experimental setup. This helps in minimizing spectral overlap and maximizing signal detection. By providing a comprehensive database of fluorophore characteristics and an intuitive interface for spectral analysis, the Spectraviewer aids in experimental planning for flow cytometry, fluorescence microscopy, quantitative PCR, and other applications requiring precise fluorophore and filter selection. It is an invaluable resource for optimizing multi-color experiments and ensuring high-quality data acquisition.

Faculty of Medicine and Health Sciences
Research lab focused on advancing scientific knowledge and innovation.
The Life Technologies Spectraviewer is an online digital tool designed to assist researchers in selecting and optimizing fluorophores and filters for fluorescence-based experiments. It primarily covers the extensive offering of fluorophores from Life Technologies (now part of Thermo Fisher Scientific). This interactive tool allows users to visualize excitation and emission spectra of various fluorescent dyes. A key feature is the ability to customize filter specifications, enabling researchers to design or select appropriate filter sets that match their chosen fluorophores and experimental setup. This helps in minimizing spectral overlap and maximizing signal detection. By providing a comprehensive database of fluorophore characteristics and an intuitive interface for spectral analysis, the Spectraviewer aids in experimental planning for flow cytometry, fluorescence microscopy, quantitative PCR, and other applications requiring precise fluorophore and filter selection. It is an invaluable resource for optimizing multi-color experiments and ensuring high-quality data acquisition.

Faculty of Medicine and Health Sciences
Research lab focused on advancing scientific knowledge and innovation.
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