Tucan Live Cells Real-Time Monitoring And Analysis System
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- Commodity name: Tucan Live Cells Real-Time Monitoring And Analysis System
Tucan is a live cell real-time monitoring and analysis system developed by Newtonoptic, which is built into an CO2 incubator. It collects dynamic image information of cell activity, allowing for long-term observation and recording of individual samples.
Bright field dynamic observation function
Tucan relies on a 10x long working distance objective lens and a single bright field imaging mode, which can clearly capture the adhesion efficiency, morphological details. For example, by using the time sequence diagrams of adherent cells at 0, 24, and 36 hours, the quality of cell culture can be intuitively judged, providing morphological monitoring basis for basic cell experiments.
Multi scene time series collection
Tucan supports automatic photography at custom intervals (such as 5 minutes, 1 hour), enabling long-term dynamic data collection from several hours to several days without the need for manual monitoring. The system can automatically record continuous images of cell growth, differentiation, killing, and other processes.
Dynamic recording
Tucan covers complex scenarios such as immune killing, immune cell differentiation, tumor ball invasion, and chemotaxis detection, presenting the dynamic changes at the cellular functional level, providing intuitive experimental evidence for fields such as immune research and tumor research.
Quantitative analysis function of cell growth and migration
Tucan has three core algorithms: convergence rate warning, growth curve analysis, and scratch analysis. It can calculate the convergence degree of adherent cells in real time and automatically generate growth curves to quantify proliferation rates; By dynamically calculating the equivalent width changes of scratches, the migration speed of cells can be derived without manual measurement.
Compact size, suitable for various culture containers
The imaging host is only 147mm x 127mm x 90mm, with an ultra small volume, and can flexibly place 55 units in the incubator. Running in an incubator can avoid interference from environmental fluctuations on cells. Tucan is compatible with various culture containers such as 2-well to 96 well plates, 35mm/60mm petri dishes, T25/T75 culture bottles, culture bags, microfluidic chips, etc.
Multi format data output
Tucan supports automatic generation of JPG/Tiff static images, full resolution MP4 continuous videos, and CSV raw data; The data is automatically stored in a calendar based database, allowing for quick retrieval of historical data by experiment date and sample name, while fully preserving experimental records.
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General Nane Live Cell Real-Time Monitoring and Analysis System Dimensions of imaging host 127mm×147mm×90mm Weight of imaging host 1.35kg Imaging host configuration Fully automatic control optical imaging host Dimensions of control host 206mm×152mm×32mm Weight of control host 1.05kg Storage Standard 64GB solid-state drive, can be connected to a portable hard drive Technical parameters Imaging mode Bright field, single hole single point recording, time series Objective magnification 10x TempContTM Effectively control system heating to avoid affecting cell growth Field of view size 1.0×0.8mm Phase difference Customizable Resolution and pixel size 5Mega(2592x1944)，2.2μm×2.2μm Environment CO2 Incubator，5-95%RH，28-42℃ Cultivation containers 2-hole, 4-hole, 6-hole, 24 hole, 48 hole, 96 hole plate, 35mm/60mm petri dish, T25，T75， Culture bags, microfluidic chips, etc Power <24w Output format JPG、Tiff、MP4、CSV Features Interval photography, convergence rate warning, scratch analysis, growth curve analysis, automatic generation of continuous playback videos Application Quality control of adherent and suspended live cell culture, organoid culture, batch quality control of culture medium, dynamic recording and analysis of cell proliferation, dynamic recording of cell apoptosis, process recording of cell toxicity, dynamic recording of cell cycle, dynamic recording of immune cell activation and proliferation, process recording of immune killing, dynamic recording of immune cell differentiation, phagocytosis, and phagocytosis, dynamic recording and analysis of scratch, dynamic detection of chemotaxis, dynamic recording of tumor sphere and invasion process Item number Tucan Live Cell Real-Time Monitoring and Analysis System E1TCX01（Imaging host and control host）
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Newton optical cell counter can realize the bright field, fluorescence fast automatic counting, analysis, we apply intelligent imaging technology and image analysis technology, create a multi-field sampling analysis, the results are more accurate and reliable. If you have a purchase demand or cooperation intention for our products, you can fill in some contact information on this page, and our technical support will contact you within 48 hours.
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