Short Description: iBright FL1500 Imaging System is a versatile fluorescence and chemiluminescence imaging device designed for gels and Western blots. It provides high-resolution imaging, automated exposure, multiple light sources (fluorescence, UV, white light), and intuitive software for fast and reliable analysis of DNA, RNA, and protein samples.
Produser: Thermofisher
Equipment Information:
Functions:
- High-resolution fluorescence and chemiluminescence imaging
- Automatic exposure, focus, and image optimization
- Multichannel detection for DNA, RNA, and proteins
- Integrated UV, blue, and white light illumination
- Advanced built-in tools for quantitative analysis
Capabilities:
- High sensitivity for detecting weak signals
- Compatible with multiple fluorophores and multiplex Western blots
- Suitable for imaging gels, blots, and various plate formats
Purpose / Usage:
- DNA/RNA gel visualization and documentation
- Protein detection in fluorescence and chemiluminescence Western blots
- Quantitative analysis of nucleic acids and proteins
Applications:
- Molecular biology and biochemistry labs
- Proteomics and genomics research
- Clinical and biotechnology laboratories
Operating Principle:
- The gel or blot sample is placed on the imaging platform.
- The system illuminates the sample with UV, fluorescence, or white light.
- A sensitive camera captures emitted or reflected signals.
- Software processes and optimizes the image.
- The user analyzes, quantifies, and exports the results.
Software: iBA Analysis Software
VU ID: 8152878
Location: BVI 123
Core Facility: Bioengineering
Equipment is operated by Personnel only: No
It is allowed to work with the equipment independently after familiarization with the work process on site: Yes
Only those with the appropriate certificate/certificate are allowed to work with the equipment: No
There is an opportunity to participate in equipment usage training: No
Contact Scientist (Leading Scientist):
Dr. Arūnas Šilanskas,
El.paštas:
Tel.: +370 600 09405
Information for the User: