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Application Notes

Advanced Live-Cell Analysis Using AI-Driven High-Content Screening Systems

Advanced Live-Cell Analysis Using AI-Driven High-Content Screening Systems

Monitoring Cell Cycle Dynamics During Stem Cell Differentiation Using the scanR System’s TruAI™ Deep-Learning Technology

Monitoring Cell Cycle Dynamics During Stem Cell Differentiation Using the scanR System’s TruAI™ Deep-Learning Technology

Quantification of C-Fos-Positive Neurons in Mouse Brain Sections Using TruAI™ Deep-Learning Technology

Quantification of C-Fos-Positive Neurons in Mouse Brain Sections Using TruAI™ Deep-Learning Technology

Predicting Multi-Class Nuclei Phenotypes for Drug Testing Using Deep Learning

Predicting Multi-Class Nuclei Phenotypes for Drug Testing Using Deep Learning

Rapid Automated Detection and Segmentation of Glomeruli Using Self-Learning AI Technology

Rapid Automated Detection and Segmentation of Glomeruli Using Self-Learning AI Technology

Automated Analysis of Label-Free Organoid Imaging Data

Automated Analysis of Label-Free Organoid Imaging Data

Accelerating and Optimizing the Segmentation and Analysis of Pancreatic Islets with the VS200 Research Slide Scanner and TruAI Deep-Learning Solution

Accelerating and Optimizing the Segmentation and Analysis of Pancreatic Islets with the VS200 Research Slide Scanner and TruAI Deep-Learning Solution

Label-Free Transmigration Assay Using scanR TruAI for Self-Learning Microscopy

Label-Free Transmigration Assay Using scanR TruAI for Self-Learning Microscopy

Perform Accurate and Efficient Microscopy Image Analysis Using TruAI based on Deep Learning

Perform Accurate and Efficient Microscopy Image Analysis Using TruAI based on Deep Learning

Digitizing Slides Using a Manual Microscope and Digital Camera

Digitizing Slides Using a Manual Microscope and Digital Camera

Blog

EVIDENT Workflow Solutions to Make Your Research More Efficient

EVIDENT Workflow Solutions to Make Your Research More Efficient

Whole Slide Imaging and Artificial Intelligence (AI) Accelerates Lupus Nephritis Evaluation

Whole Slide Imaging and Artificial Intelligence (AI) Accelerates Lupus Nephritis Evaluation

Multimodal Solution Supports Whole Slide Scanning and High-Content Screening in Neuroscience

Multimodal Solution Supports Whole Slide Scanning and High-Content Screening in Neuroscience

A Giant Leap in Automated Image Acquisition―Slide Scanning Driven by TruAI™ Deep-Learning Technology

A Giant Leap in Automated Image Acquisition―Slide Scanning Driven by TruAI™ Deep-Learning Technology

20 Examples of Effortless Nucleus and Cell Segmentation Using Pretrained Deep-Learning Models

20 Examples of Effortless Nucleus and Cell Segmentation Using Pretrained Deep-Learning Models

Instance Segmentation of Cells and Nuclei Made Simple Using Deep Learning

Instance Segmentation of Cells and Nuclei Made Simple Using Deep Learning

Microscopy Meets Microfluidics—Creating an Adaptable Imaging System for Modern Research

Microscopy Meets Microfluidics—Creating an Adaptable Imaging System for Modern Research

Label-Free Quantification You Can Count On: A Deep Learning Experiment

Label-Free Quantification You Can Count On: A Deep Learning Experiment

How to Count Objects within Regions in cellSens Dimension Software

How to Count Objects within Regions in cellSens Dimension Software

5 Artificial Intelligence Lessons from a Year of Life Science Research

5 Artificial Intelligence Lessons from a Year of Life Science Research

5 Practical Ways to Accelerate Your Microscopy Experiments

5 Practical Ways to Accelerate Your Microscopy Experiments

Remote Microscopy Guide: 6 Tips to Set Up Your Lab for Success

Remote Microscopy Guide: 6 Tips to Set Up Your Lab for Success

A Video Introduction to Label-Free Nucleus Detection with TruAI Technology

A Video Introduction to Label-Free Nucleus Detection with TruAI Technology

eBooks

Advance Your Oncology Research and Drug Discovery with Laser Scanning Microscopes: Application Examples Using Confocal and Multiphoton Microscopy

Advance Your Oncology Research and Drug Discovery with Laser Scanning Microscopes: Application Examples Using Confocal and Multiphoton Microscopy

Brochures

cellSens Microscope Imaging Software

cellSens Microscope Imaging Software

Solutions for Life-science cellSens Flyer

Solutions for Life-science cellSens Flyer

Infographics

EVIDENT Workflow Solutions

EVIDENT Workflow Solutions

Videos

Meet cellSens™ Imaging Software

Macro to Micro Imaging

cellSens Software’s Context Help Function

cellSens™ Tutorial: Naming and Saving Tools

cellSens™ Tutorial: Real-Time Ratio Analysis

cellSens™ Tutorial: Ratio Analysis

cellSens™ Tutorial: Customizing the User Interface and Layouts

Simple Layout in cellSens Software

cellSens™ Tutorial: System Restore

scanR High-Content Screening System with Deep Learning: Monitoring Cell Cycle Dynamics During Stem Cell Differentiation

cellSens: Deep Learning Part3. Manually Label Images to Prepare the Deep Learning Training Data

DP74 Multiframe Live Noise Reduction (FNR)

cellSens: Well Plate Navigator Part3. Grouping Wells and Assigning Individual Observation Conditions

cellSens: Well Plate Navigator Part2. Acquiring Multichannel Z-Stack Images

cellSens: Well Plate Navigator Part1. Preparation

cellSens:Deep Learning Part2. Using the Training Data to Identify Nuclei

cellSens:Deep Learning Part1. Preparing Training Data

cellSens: Stage Navigator Polygon

cellSens:Synchronize Shutter

cellSens:Multiple Image Alignment with Stage Navigator

cellSens processing-EFI 01 post EFI process of Z stacks

cellSens analysis-simple steps of object tracking

cellSens analysis-count and measure-full version

cellSens analysis-count and measure05-application instance-granularity

cellSens analysis-count and measure04-automatic count and measure-filter,parameters and display

cellSens analysis-count and measure03-automatic count and measure-objects segmentation

cellSens analysis-count and measure02-automatic count and measure-basic steps

cellSens analysis-count and measure01-interactive measurements

cellSens analysis-use Kymograph to measure speed

cellSens analysis-use anotation tool to add arrows and text on the images

cellSens analysis-use Intensity profile and dynamic ROI to measure timelapse intensity

cellSens analysis-use Lineprofile to measure intensity

cellSens analysis-use Macro manager to run bath of adding scale bar

cellSens before using-layout

cellSens before using-tool bar and customrized tool bar

cellSens before using-synchronize image windows and exsplanation of mouse

cellSens acquisition-one step to find focus (motorized Z stage)

cellSens acquisition-experiment manager-03 design XYZ multi channel multi points also timelapse experiment by default templates

cellSens acquisition-experiment manager-02 mutichannel and Z stacks image acquisition

cellSens acquisition-experiment manager-01 multichannel image acquisition

cellSens acquisition-white balance and black balance

cellSens acquisition-process manager06-autofocus

cellSens acquisition-process manager05-XYZ and timelapse-explanation of time parameters

cellSens acquisition-process manager04-XYZ and timelapse

cellSens acquisition-process manager03-XYZ and multi points

cellSens acquisition-process manager02-Z stacks and auto save settings

cellSens acquisition-process manager01-multichannel

cellSens acquisition-mutiposition-03 update position info and focus map

cellSens acquisition-mutiposition-02 add muti MIA area

cellSens acquisition-mutiposition-01 default overview area,define overview area and add multipoints

cellSens acquisition-manual exposure and auto exposure ,Hi-Low

cellSens acquisition-EFI 03 auto EFI and comparison of different EFI methods

cellSens acquisition-EFI 02 manual EFI

cellSens: Real-Time Panoramic Imaging

cellSens: Simple Layout

cellSens: Conference Mode

cellSens: Real-time Panoramic Imaging Function

cellSens: Personalized Userinterface Function

cellSens: Object Detection Function

cellSens: Multidimensional Imaging Function

cellSens: Layout Intelligence Function

cellSens: Interactive Measurement Function

cellSens: 3D Deconvolution Function

Webinars

イメージングソフトウェアcellSens TruAIディープラーニングのご紹介

イメージングソフトウェアcellSens TruAIディープラーニングのご紹介

Deep Learning: Opening Doors to New Applications

Deep Learning: Opening Doors to New Applications

White Papers

TruAI Based on Deep-Learning Technology for Quantitative Analysis of Fluorescent cells with Ultra-Low Light Exposure

TruAI Based on Deep-Learning Technology for Quantitative Analysis of Fluorescent cells with Ultra-Low Light Exposure

TruAI Based on Deep-Learning Technology for Highly Robust Label-Free Nucleus Detection and Segmentation in Microwell Plates

TruAI Based on Deep-Learning Technology for Highly Robust Label-Free Nucleus Detection and Segmentation in Microwell Plates

Image Processing with Deconvolution

Image Processing with Deconvolution

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