An image-centric analysis solution

Invitrogen Celleste 6 Image Analysis Software offers broad functionality and point-and-click simplicity. Designed for usability and flexibility, it provides powerful tools for cell counting and sizing as well as classification, segmentation, and analysis of complex images. The multichannel analysis (MCA) protocols of Celleste 6 software use preconfigured templates with machine-learning algorithms and a wizard-based workflow to help simplify batch analysis.


Base functionality

Celleste 6 software offers powerful tools to segment, count, size, classify and analyze complex images, including machine learning algorithms for advanced image analysis and quantitation.  The Celleste 6 Multi Channel Analysis (MCA) tool is based on pre-configured algorithms and analysis templates that have been trained on representative data to optimally segment and classify images from a range of common cell-based assays. Simply choose the app that corresponds to your assay of interest and follow the wizard-based workflow step by step from image to data generation.

 

Alternatively, use the full suite of powerful tools in Celleste 6 software to customize image analysis to your specific needs, including image adjustments, background correction, alignment and tiling, counting and sizing using powerful segmentation and classification tools, and measurements in up to four dimensions applied automatically over multiple channels, fields, and wells.

 

Description

Single-user License

Network License*

Celleste 6 Image Analysis Software

AMEP4942

AMEP4941

Celleste 6 Image Analysis Software Upgrade**

AMEP4870

AMEP4938

Celleste Image Analysis Software Network Seat, One additional seat

NA

AMEP4869

*Network licenses includes one seat that can be assigned by the administrator to multiple users across an internal network.  Only one user can access a seat at one time.
**Upgrades one (1) single-user license or one network license seat of Celleste 4 or 5 to 6.

Image displays ability of Celleste software to perform colocalization studies on the multi-color fluorescent images
Colocalization

EVOS M7000 with Celleste Image Analysis Software.

mouse-kidney22
9 x 7 tiled images of mouse kidney

EVOS M7000 with Celleste Image Analysis Software.


Applications

Image shows various bio-applications available with multi-class feature of Celleste Multi-class protocol for Celleste 6

The Celleste 6 image and analysis tools are useful in a broad range of applications, such as cell viability, apoptosis, cell cycle, live/dead cell analysis, transfection efficiency, immunohistochemistry analysis, migration tracking, wound healing, adipogenesis, and cytoskeletal disruption. The Celleste 6 Multi Channel Analysis (MCA) tool is based on pre-configured algorithms and analysis templates that have been trained on representative data to optimally segment and classify images from a range of common cell-based assays. For application notes detailing the use of Celleste software in several of these applications, and references to published papers that have used it, see Resources.

 

Image displays ability of Celleste software to perform Live/Dead analysis after image acquisition with EVOS platforms
Live/dead cell analysis

EVOS M7000 with Celleste Image Analysis Software.

Image displays ability of Celleste software to perform Immuohistochemistry analysis after image acquisition with EVOS platforms
Immunohistochemistry analysis

EVOS M7000 with Celleste Image Analysis Software.


Optional modules

Optional modules for deconvolution, 3D visualization, and 3D analysis allow you to customize the capabilities according to your needs.
 

Module Description

Single-user License

Network License*

Module Detail

Celleste 2D Deconvolution

AMEP4864

AMEP4915

Improves single-plane image quality (S/N) of cells or tissue slices by clearing background haze (out-of-focus light).
Watch video

Celleste GPU Acceleration for 2D Deconvolution

AMEP4939

AMEP4940

Deconvolves 2D image sets in a fraction of the time by utilizing the graphics processing unit (GPU) of your EVOS PC or workstation

Celleste 3D Deconvolution

AMEP4865

AMEP4916

Improves resolution and clarity of thick samples like spheroids, tissue slices, or cells in 3D matrices by deconvolving image Z-stacks. Watch video

Celleste GPU Acceleration for 3D Deconvolution

AMEP4876

AMEP4919

Deconvolves 3D image sets in a fraction of the time by utilizing the graphics processing unit (GPU) of an EVOS PC or workstation

Celleste 3D Visualization

AMEP4866

AMEP4917

Tools to adjust background and transparency, apply different projection types, and create and enhance 3D movies.
Watch video

 

Celleste 3D Analysis

AMEP4867

AMEP4918

Provides guided segmentation tools for complex 3D objects to facilitate identification and measurement

*Network licenses includes one seat that can be assigned by the administrator to multiple users across an internal network.  Only one user can access a seat at one time.

Before After   
2-panel microscopy image showing results of 2D deconvolution
2D deconvolution

Improve image quality by reducing background haze in 2D applications using EVOS M7000 Imaging System with Celleste Image Analysis Software.

Before After   
3D deconvolution

Improve image quality with 3D deconvolution on the EVOS M7000 Imaging System with Celleste Image Analysis Software.


Featured how-to videos

These short videos explain how to accomplish tasks in Celleste software. The Celleste 6 Multi Channel Analysis Tool (MCA) simplifies many of these tasks including among others wound healing, batch processing, colocalization and parent-child), but all of these tools can also be used to analyze images manually. 

Celleste base functionality

Celleste optional modules


Ordering information

货号 产品名称 规格 单价 (CNY) 数量
AMEP4941 Each -
AMEP4942 Each -
AMEP4938 Each -
AMEP4869 Each -
AMEP4870 Each -
AMEP4864 Each -
AMEP4915 Each -
AMEP4939 Each -
AMEP4940 Each -
AMEP4865 Each -
AMEP4916 Each -
AMEP4876 Each -
AMEP4919 Each -
AMEP4866 Each -
AMEP4917 Each -
AMEP4867 Each -
AMEP4918 Each -
AMEP4991 Each -
AMEP4992 Each -

For Research Use Only. Not for use in diagnostic procedures.

1x1 image pixel for data collection