AI-powered “Sample Navigation” simplifies image acquisition! Improved reproducibility and streamlined information sharing
Automated image acquisition of multi-well plate samples requires specialized knowledge and experience to obtain optimal images, including development of autofocus and autoexposure routines. The advantage of ECLIPSE Ji is that its artificial intelligence (AI)-based automatic setting support reduces the training time required to learn how to operate the instrument. The built-in “Sample Navigation” function has the ability to automatically scan multi-well plates, dishes, or slides to identify the location of samples. AI automatically detects the well plate and optimizes the focus and exposure settings. This allows even first-time users to quickly learn how to operate the system and capture high-quality data. This application note introduces a workflow for automated image acquisition using “Sample Navigation” and a method for streamlining information sharing via automatic acquisition setup based on image metadata.
Keywords: Artificial intelligence (AI), automation of image acquisition, automatic settings, optimization of image acquisition conditions
Sample Navigation Features and Workflow
Ability to find samples, acquire, and view images
1. Streamlines multi-well plate imaging workflows
2. Intuitive operation that is easy to understand, even for first-time users
3. Simple and versatile features assist with wide variety of samples
4. Autofocus options are Brightfield AI-AF and fluorescent AF.
5. The “Built-in Job” is a pre-built, multi-well acquisition routine ready for immediate use.
6. “Custom Job” allows you to select highly customizable automatic imaging sequences (assembled within NIS-Elements Job Definition)
"Reuse Experiment" feature improves reproducibility of experiments and streamlines information sharing across multiple facilities
By selecting "Reuse Experiment" on the image (ND2 file), you can reuse the imaging conditions used to acquire the image, such as 1) objective, 2) aperture, 3) filter, 4) wavelength, 5) LED power, and 6) exposure time. With one click, imaging conditions can be retrieved from previously acquired images and the same conditions can be automatically set, improving the reproducibility of experiments. In addition, sharing images enables scanning under the same conditions across multiple facilities, contributing to the streamlining of information sharing between collaborators. This maintains the consistency of experiments and improves the reliability of research.
Sample Navigation is compatible with a variety of containers such as slides and dishes
Full:
Scanning of the entire area of a slide sample.
Scan:
Scan areas specified by "Auto Detect" or manually drawn boundaries. Performs high resolution “large image” (tiled) acquisitions across “Region of Interest (ROI)”.
Summary
● “Sample Navigation” function
✓ Automatic configuration support using artificial intelligence (AI) reduces the training time required to learn how to operate the device.
✓ Automatically scan and locate samples in multi-well plates, dishes, and slides.
✓ AI automatically detects the well plate and optimizes autofocus and exposure settings.
✓ Streamlined, multi-FOV scans (tiled images) of "Auto Detect" or manually-drawn features, even for samples of complex shapes mounted on slides.
● Image (ND2) file reuse function
✓ "Reuse Experiment" feature streamlines replication of experimental conditions.
✓ The “Reuse Experiment” feature allows you to readout of previous imaging conditions with one click, improving the reproducibility of experiments.
✓ Sharing images (ND2 files) among multiple facilities enables scanning (image acquisition) under the same conditions.
Product Information
ECLIPSE Ji Digital Inverted Microscope
ECLIPSE Ji is an AI-Driven automated imaging system.
Artificial intelligence (AI) automatically adjusts focus and sets exposure conditions. This significantly reduces the number of settings and optimization steps, making it easy for anyone to obtain images.
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