Cellanome

About Cellanome

Cellanome is developing an automated multi-omics platform that enables high-throughput live cell phenotypic and functional assays, allowing researchers to observe individual cell behaviors and interactions across various stimuli. This technology provides a granular understanding of cellular heterogeneity, facilitating the exploration of diverse cell types and functions without the need for multiple platforms or additional samples.

```xml <problem> Current methods for studying cell behavior often rely on bulk measurements, obscuring individual cell responses and heterogeneity. Traditional assays may also require multiple platforms and additional samples to assess a range of stimuli and parameters. </problem> <solution> Cellanome is developing an automated multi-omics platform designed to enable high-throughput live cell phenotypic and functional assays. The platform allows researchers to observe individual cell behaviors and interactions across various stimuli at a massively parallel scale. This technology provides a granular understanding of cellular heterogeneity, highlighting individual cellular responses over bulk measurements. The platform facilitates combinatorial assays without the need to switch platforms or consume additional samples, and is designed to integrate seamlessly into existing cell biology workflows. </solution> <features> - Automated platform for iterative live cell phenotypic and functional assays - Enables observation of cell-to-cell interactions over time - Compatible across a range of cell types, including large and challenging cell types - Facilitates combinatorial assays without needing to switch platforms or consume additional sample - Designed to integrate seamlessly into existing cell biology workflows </features> <target_audience> The primary users are researchers in cell biology seeking a more granular understanding of cellular responses and heterogeneity. </target_audience> ```

What does Cellanome do?

Cellanome is developing an automated multi-omics platform that enables high-throughput live cell phenotypic and functional assays, allowing researchers to observe individual cell behaviors and interactions across various stimuli. This technology provides a granular understanding of cellular heterogeneity, facilitating the exploration of diverse cell types and functions without the need for multiple platforms or additional samples.

Where is Cellanome located?

Cellanome is based in Redwood City, United States.

When was Cellanome founded?

Cellanome was founded in 2020.

How much funding has Cellanome raised?

Cellanome has raised 216310000.

Location
Redwood City, United States
Founded
2020
Funding
216310000
Employees
14 employees

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Cellanome

⚠️ AI-generated overview based on web search data – may contain errors, please verify information yourself! You can claim this account with your email domain to make edits.

Executive Summary

Cellanome is developing an automated multi-omics platform that enables high-throughput live cell phenotypic and functional assays, allowing researchers to observe individual cell behaviors and interactions across various stimuli. This technology provides a granular understanding of cellular heterogeneity, facilitating the exploration of diverse cell types and functions without the need for multiple platforms or additional samples.

cellanome.com1K+
cb
Crunchbase
Founded 2020Redwood City, United States

Funding

$

Estimated Funding

$200M+

Team (10+)

No team information available.

Company Description

Problem

Current methods for studying cell behavior often rely on bulk measurements, obscuring individual cell responses and heterogeneity. Traditional assays may also require multiple platforms and additional samples to assess a range of stimuli and parameters.

Solution

Cellanome is developing an automated multi-omics platform designed to enable high-throughput live cell phenotypic and functional assays. The platform allows researchers to observe individual cell behaviors and interactions across various stimuli at a massively parallel scale. This technology provides a granular understanding of cellular heterogeneity, highlighting individual cellular responses over bulk measurements. The platform facilitates combinatorial assays without the need to switch platforms or consume additional samples, and is designed to integrate seamlessly into existing cell biology workflows.

Features

Automated platform for iterative live cell phenotypic and functional assays

Enables observation of cell-to-cell interactions over time

Compatible across a range of cell types, including large and challenging cell types

Facilitates combinatorial assays without needing to switch platforms or consume additional sample

Designed to integrate seamlessly into existing cell biology workflows

Target Audience

The primary users are researchers in cell biology seeking a more granular understanding of cellular responses and heterogeneity.

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