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Application Notes

Drug Efficacy Evaluation of 3D Cancer Spheroids Using an Imaging-Based Workflow

Drug Efficacy Evaluation of 3D Cancer Spheroids Using an Imaging-Based Workflow

Automating the Drug Screening Process—from Cancer Spheroid Preparation to 3D Imaging Analysis

Automating the Drug Screening Process—from Cancer Spheroid Preparation to 3D Imaging Analysis

Drug Viability Testing of 3D Cancer Spheroids Using Automated Macro-to-Micro Imaging

Drug Viability Testing of 3D Cancer Spheroids Using Automated Macro-to-Micro Imaging

Verifying the Tumor Labeling of a Novel Fluorescent Nanoprobe Using NIR Imaging

Verifying the Tumor Labeling of a Novel Fluorescent Nanoprobe Using NIR Imaging

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

Observation of Neural Structures between the Cortex and Thalamus in the Marmoset Brain Using FLUOVIEW FV3000

Observation of Neural Structures between the Cortex and Thalamus in the Marmoset Brain Using FLUOVIEW FV3000

Extended Time-Lapse Imaging of Cell Motility and Proliferation Using the Olympus FLUOVIEW FV3000 and TruFocus Z-Drift Compensation System

Extended Time-Lapse Imaging of Cell Motility and Proliferation Using the Olympus FLUOVIEW FV3000 and TruFocus Z-Drift Compensation System

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

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

High-Throughput 3D Organoid Imaging Data Analysis Workflow Using Cell Analysis Software with True 3D Technology

High-Throughput 3D Organoid Imaging Data Analysis Workflow Using Cell Analysis Software with True 3D Technology

Dynamic Volumetric Imaging with the FV3000RS Confocal Microscope: 3D Reconstruction of Actin Dynamics in a Colletotrichum graminicola Spore

Dynamic Volumetric Imaging with the FV3000RS Confocal Microscope: 3D Reconstruction of Actin Dynamics in a Colletotrichum graminicola Spore

Observing a Vascularized Tumor Spheroid on a Chip with a Confocal Microscope

Observing a Vascularized Tumor Spheroid on a Chip with a Confocal Microscope

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

Mapping Aortic Valve Cells Using the FLUOVIEW FV3000 Microscope

Mapping Aortic Valve Cells Using the FLUOVIEW FV3000 Microscope

High-Resolution Imaging of Bone Cell Interactions Using the FLUOVIEW FV3000 Confocal Microscope and an X Line 40X Oil Immersion Objective

High-Resolution Imaging of Bone Cell Interactions Using the FLUOVIEW FV3000 Confocal Microscope and an X Line 40X Oil Immersion Objective

Connectome Imaging Using the FLUOVIEW FV3000 Confocal Microscope and X Line Objectives

Connectome Imaging Using the FLUOVIEW FV3000 Confocal Microscope and X Line Objectives

Multiplexing with the FLUOVIEW FV3000 Confocal Microscope

Multiplexing with the FLUOVIEW FV3000 Confocal Microscope

Discovering Fine Neurovascular Structures in Tibial Epiphysis Using the FLUOVIEW FV3000 Microscope

Discovering Fine Neurovascular Structures in Tibial Epiphysis Using the FLUOVIEW FV3000 Microscope

3D Observation of Cleared Mouse Liver Using the FLUOVIEW FV3000 Microscope

3D Observation of Cleared Mouse Liver Using the FLUOVIEW FV3000 Microscope

Visualizing DNA Repair Proteins with the FLUOVIEW FV3000 Confocal Microscope

Visualizing DNA Repair Proteins with the FLUOVIEW FV3000 Confocal Microscope

3D Time-Lapse Imaging of Spheroids with the FLUOVIEW FV3000 Confocal Microscope: 48-Hour Continuous Observation of Antibody-Dependent Cell-Mediated Cytotoxicity (ADCC)

3D Time-Lapse Imaging of Spheroids with the FLUOVIEW FV3000 Confocal Microscope: 48-Hour Continuous Observation of Antibody-Dependent Cell-Mediated Cytotoxicity (ADCC)

Development of a New Fucci(CA) Application: A Fluorescent Probe for Visualizing Cell Cycles

Development of a New Fucci(CA) Application: A Fluorescent Probe for Visualizing Cell Cycles

Use of Low Chromatic Aberration Objective PLAPON60XOSC for Quadruple Immunofluorescence of Brain Tissue

Use of Low Chromatic Aberration Objective PLAPON60XOSC for Quadruple Immunofluorescence of Brain Tissue

Using silicone oil immersion objectives with a confocal laser scanning microscope for deep tissue observation in cleared specimens

Using silicone oil immersion objectives with a confocal laser scanning microscope for deep tissue observation in cleared specimens

Tackling diabetes with confocal microscopy

Tackling diabetes with confocal microscopy

Blog

Modern Ways to Monitor Microscope Performance: From Built-In to External Tools

Modern Ways to Monitor Microscope Performance: From Built-In to External Tools

Resolving Intravital Imaging Issues with a Mouse Adsorption Fixing Device

Resolving Intravital Imaging Issues with a Mouse Adsorption Fixing Device

Behind the Lens—Dr. Stephanie Shiers Creates Cover-Worthy Neuroscience Art

Behind the Lens—Dr. Stephanie Shiers Creates Cover-Worthy Neuroscience Art

EVIDENT Workflow Solutions to Make Your Research More Efficient

EVIDENT Workflow Solutions to Make Your Research More Efficient

Nanomaterials Brighten Up Life Science—Bioimaging Applications of Fluorescent Nanoprobes

Nanomaterials Brighten Up Life Science—Bioimaging Applications of Fluorescent Nanoprobes

A Growing Art—Meet the IOTY 2021 Americas Regional Winner

A Growing Art—Meet the IOTY 2021 Americas Regional Winner

Biofilms in Space—Confocal Laser Scanning Microscopy Helps NASA Research Experiment Take Off

Biofilms in Space—Confocal Laser Scanning Microscopy Helps NASA Research Experiment Take Off

4 Steps for a Successful Return to the Lab [+ Free Troubleshooting Guide]

4 Steps for a Successful Return to the Lab [+ Free Troubleshooting Guide]

A Smart Strategy for Reflectance Confocal Imaging

A Smart Strategy for Reflectance Confocal Imaging

eBooks

Advance Your Science with Laser Scanning Microscopes: Application Examples Using Confocal and Multiphoton Microscopy

Advance Your Science with Laser Scanning Microscopes: Application Examples Using Confocal and Multiphoton Microscopy

Advance Your Neuroscience Research: Application Examples Using Confocal and Multiphoton Microscopy

Advance Your Neuroscience Research: 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

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

Looking Deeper: Imaging and Analysis of Advanced 3D Cellular Models

Looking Deeper: Imaging and Analysis of Advanced 3D Cellular Models

Optical Sectioning Solutions for 3D Cancer Cell Analysis

Optical Sectioning Solutions for 3D Cancer Cell Analysis

Novel Insights into the Glia Limitans of the Olfactory Nervous System

Novel Insights into the Glia Limitans of the Olfactory Nervous System

Brochures

APX100 Flyer for Laser Scanning Microscopes User

APX100 Flyer for Laser Scanning Microscopes User

Confocal Laser Scanning Microscope FV3000

Confocal Laser Scanning Microscope FV3000

Automated Organoid Imaging and High-Throughput 3D Analysis

Automated Organoid Imaging and High-Throughput 3D Analysis

FLUOVIEW FV3000 / FVMPE-RS Laser Scanning Microscope Service Contracts

FLUOVIEW FV3000 / FVMPE-RS Laser Scanning Microscope Service Contracts

Introducing: Applied Technologies for FLUOVIEW

Introducing: Applied Technologies for FLUOVIEW

Olympus Customized Solution Brochure

Olympus Customized Solution Brochure

Application-Driven Objectives

Application-Driven Objectives

Infographics

EVIDENT Workflow Solutions

EVIDENT Workflow Solutions

Manuals

FV3000 (Inverted) User's Manual

FV3000 (Inverted) User's Manual

FV3000 (Upright) User's Manual

FV3000 (Upright) User's Manual

Videos

IX83 Inverted Microscope: Focusing and Positioning the Stage Using the U-MCZ Remote Controller

Dr. Rebecca Bonfig Introduces the FV3000 Red Near-Infrared (NIR) Solution

Using the TruFocus™ Z-Drift Compensation Module in Continuous Mode on the FV3000 Microscope

Using the TruFocus™ Z-Drift Compensation Module in Single Shot Mode on the FV3000 Microscope

FLUOVIEW™ FV3000 Microscope: System Shutdown Procedure

IX83 Inverted Microscope: Adding Oil to the Objective

IX83 Inverted Microscope: Loading a Sample Slide on the Stage

FV31S-SW Layout Function Tutorial

FLUOVIEW™ FV3000 Microscope Basic Start-Up Procedure

FV3000: Flow of fluorescent beads inside blood vessels and tumor spheroids constructed on a microfluidic device

FV31S-SW imageprocessing: Spectral Deconvolution

FV31S-SW imageprocessing: Projection, cropping & exporting

Olympus FV3000 operating video series 1. Layout (page layout)

FV3000: How TruSpectral Technology Works

TruFocus: Z-Drift Compensator

Silicone Oil Immersion Objectives: For Live Cell Imaging

FV3000: FV3000 in Cancer Research Dr. Yuji Mishima

FV3000: Multi Lambda

FV3000: Product Introduction

FV3000: Whole rat embryo

FV3000: Vesicle tracking

FV3000: Using Methods Similar to Random Access Scanning

FV3000: The mouse pancreas which cleared by SCALEVIEW-A2

FV3000: Spheroid animation

FV3000: Fujiwara-crop

FV3000: Dudi-158V-XYT-0001_00000

FV3000: Daphnia 10x DIC

FV3000: Cell Segmentation Animation

FV3000: Cell division resonant

FV3000: Cardiomyocyte

FV3000: Blood Flow Video

FV3000: 6x6 live cell resonant

FV3000: 4D Animation Creation Function

FV3000: Interactive Volume Rendering

White Papers

Image Processing with Deconvolution

Image Processing with Deconvolution

References List

See scientific articles featuring FV3000

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