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10.01.25

A biopsy you can bottle

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BLOG
06.25.25

Do Dissociation Protocols Destroy Morphology? A Closer Look at Single-Cell Imaging of Solid Tumors

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BLOG
04.10.25

Toxic by Tradition

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BLOG
03.11.25

A Picture is Worth a Thousand Genes

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BLOG
02.18.25

Decoding Drug Resistance with Deep Learning: A New Era in Cancer Treatment

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BLOG
01.29.25

Introducing Differential Features

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BLOG
03.19.24

High Throughput Single Cell Morphology From Deepcell

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BLOG
01.10.24

Why generative AI is the next step for cell biology research

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BLOG
12.21.23

Deepcell’s 2023: A Year of Innovation, Growth, and Scientific Impact

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BLOG
09.20.23

Understanding AI for Cell Biology

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Publications

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01.25.25

Deep learning-driven morphology analysis enables label-free classification of therapeutic agent naive versus resistant cancer cells

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07.30.24

Using deep learning to decipher the impact of telomerase promoter mutations on the dynamic metastatic morpholome

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07.02.24

Label-Free Melanoma Phenotype Classification Using Artificial Intelligence-Based Morphological Profiling

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09.22.23

COSMOS: a platform for real-time morphology-based, label-free cell sorting using deep learning

Driving innovation and excellence

Webinars

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Webinar: Introducing REM-I

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Webinar

Presentation: The Mystery of PLCG2 P522R Variant – How to Keep the Brain Young and Away from Alzheimer’s Disease

Webinar

Presentation: A Foray into Morpholome Analysis of Cancer Disentangling Form and Function

Webinar

Webinar: Beyond Skin Deep Analyzing Melanoma Cells Through Morphology

Webinar

Webinar: High-Dimensional Cell Morphology Augments Multiomics to Advance Translational Research

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Posters

11.04.23

ASHG 2023: Morphology profiling driven by deep learning characterizes functional changes in CRISPR knockout cell lines

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11.03.23

SITC 2023: Self-supervised deep learning enables label-free high-dimensional morphology profiling of immune cell types

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10.31.23

SBI2 2023: Deep learning models capture high-dimensional features for cell morphology analysis from brightfield images

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06.18.23

Single Cell Biology Keystone 2023: High-dimensional morphology analysis reveals new insights in melanoma cell heterogeneity and enables label-free phenotyping

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06.18.23

Single Cell Biology Keystone 2023: Integrating morphology and scRNA-Seq to characterize cellular heterogeneity

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06.18.23

Single Cell Biology Keystone 2023: Deep learning models capture high-dimensional features for cell morphology analysis from brightfield images

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05.16.23

AACR 2023: Multi-dimensional morphology analysis enables identification and label-free enrichment of heterogeneous tumor cell populations

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05.16.23

AACR 2023: Self-supervised deep learning models capture multi-dimensional features for cell morphology analysis from brightfield images

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05.16.23

AACR 2023: High dimensional morphology analysis reveals new insights in melanoma cell heterogeneity and enables label-free phenotyping

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05.16.23

AACR 2023: A novel platform using deep learning models to perform multi-dimensional morphology analysis for biological discoveries

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Videos

05.17.23

Experience the REM-I Platform

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05.16.23

Axon, the Deepcell data suite

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05.16.23

The REM-I Platform: The Power of Morphology Magnified by AI

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12.13.23

Presentation: A Foray into Morpholome Analysis of Cancer Disentangling Form and Function

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12.20.23

Presentation: The Mystery of PLCG2 P522R Variant – How to Keep the Brain Young and Away from Alzheimer’s Disease

Watch video

Resources

Blog

Publications

01.25.25

07.30.24

07.02.24

09.22.23

Driving innovation and excellence

Webinars

Webinar: Introducing REM-I

Presentation: The Mystery of PLCG2 P522R Variant – How to Keep the Brain Young and Away from Alzheimer’s Disease

Presentation: A Foray into Morpholome Analysis of Cancer Disentangling Form and Function

Webinar: Beyond Skin Deep Analyzing Melanoma Cells Through Morphology

Webinar: High-Dimensional Cell Morphology Augments Multiomics to Advance Translational Research

Posters

ASHG 2023: Morphology profiling driven by deep learning characterizes functional changes in CRISPR knockout cell lines

SITC 2023: Self-supervised deep learning enables label-free high-dimensional morphology profiling of immune cell types

SBI2 2023: Deep learning models capture high-dimensional features for cell morphology analysis from brightfield images

Single Cell Biology Keystone 2023: High-dimensional morphology analysis reveals new insights in melanoma cell heterogeneity and enables label-free phenotyping

Single Cell Biology Keystone 2023: Integrating morphology and scRNA-Seq to characterize cellular heterogeneity

Single Cell Biology Keystone 2023: Deep learning models capture high-dimensional features for cell morphology analysis from brightfield images

AACR 2023: Multi-dimensional morphology analysis enables identification and label-free enrichment of heterogeneous tumor cell populations

AACR 2023: Self-supervised deep learning models capture multi-dimensional features for cell morphology analysis from brightfield images

AACR 2023: High dimensional morphology analysis reveals new insights in melanoma cell heterogeneity and enables label-free phenotyping

AACR 2023: A novel platform using deep learning models to perform multi-dimensional morphology analysis for biological discoveries

Videos

Experience the REM-I Platform

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The power of morphology,
magnified by AI