Description
VISQUE
® InVivo Smart-LF is an in vivo imaging system and offers bioluminescent and fluorescent imaging and analysis. The high-sensitive scientific CMOS camera with cooling technology which is developed solely for VISQUE
® InVivo Smart-LF, maintains the operating temperature of the CMOS sensor at up to 50°C below ambient temperature. Thus, the camera provides high sensitivity imaging and lowers the noise level so that it can detect the very weak signals in bioluminescent and fluorescent imaging in quantum efficiency up to 94% a 550nm.
VISQUE
® InVivo Smart-LF has an exclusive analysis software, CleVue™, which has developed since 2010. CleVue™ is a result of researchers' efforts to develop a convenient software for image analysis and quantification for a long time and offers more than 10 algorithms for analyzing kinetics using the time-lapse imaging, which is the only one in the world. The figures analyzed using CleVue™ had been published to SCI journals.
VISQUE
® InVivo Smart-LF in compact size will allow you to simply do your preclinical experiments in any time and any place.
High-sensitivity Bioluminescent & Fluorescent Imaging - Scientific CMOS camera with cooling technology: Cooling -50°C below ambient temperature
- High-sensitivity imaging sensor with quantum efficiency of Max. 94% @ 550 nm
- Fast-speed imaging acquisition up to 37 frames per second
The exclusive viewer and kinetic analysis program: CleVue™ - Fast and convenient tools: one-click ROI analysis, one-drag window-level adjustment, multi-images comparison, report mode, removal of autofluorescence, merge of multi-images, etc.
- Support more than ten algorithms to analyze pharmacokinetics or vascular function.
Refined Design & Optional Accessories to Enhance Usability - Compact product design with the light weight of 22kg
- Fine focus & zoom adjustment while viewing the real-time screen of the subjects
- Extra optional accessories for convenient operation
Applications - Imaging tumor with fluorescent and/or bioluminescent signals
- Assessment of cardiovascular and/or lymphatic structures and functions using fluorophores
- Evaluation of therapeutic efficacy for new drugs on the cancer, arthritis, atherosclerosis, autoimmune diseases, and angiogenesis etc.
- Pharmacokinetic and biodistribution analysis of new drugs and/or drug delivery system.