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Comparative Metabolic
Longevity Cell Atlas (CMLCA)

Decoding the cellular biology of long lifespan​​

through multispecies stem cell science

What is CMLCA?

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The Comparative Metabolic Longevity Cell Atlas (CMLCA) is a cross-species stem cell platform to decode how evolution over millions of years shapes cellular resilience to aging through metabolic adaptations.

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                                                                  By analyzing matched iPSC derived cells from                                                                          short- and long-lived mammals -from mouse to                                                                        elephant- we're uncovering deeply conserved,                                                                          organelle-level metabolic mechanisms that                                                                              regulate lifespan.

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                                                                  Our current cell panel spans mammalian species                                                                      over 90 million of years of  evolutionary distance,                                                                      including rodent, primate, ungulate and                                                                                    megafauna lineages - each offering distinct                                                                              insights into metabolic longevity.

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                                                                  CMLCA is designed as an independent, globally                                                                      collaborative initiative with a flexible infrastructure,                                                                    enabling partnership across institutions,                                                                                    geographies and scientific domains.

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© CikesLab
 

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Evolutionary

Scope


Over 90 millions of years of mammalian divergence represented through unique iPSC and matched cell resources

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Organelle 

Profiling

Mitochondria, lysosomes, peroxisomes and proteasomes analyzed  for metabolic and proteostatic function

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Functional

Assays


Stress resilience, metabolic homeostasis, proteostasis across matched somatic cell types

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Open

Science


Processed data and comparative insights shared via publications and a publicly available Longevity Metabolic Atlas

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We believe evolution holds the blueprint for biological resilience. CMLCA reveals the cellular architecture of long life - and shares it with the world

​Collaborators and Contributors:

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We are grateful for the insight, encouragement, and emerging collaboration with the colleagues of the following institutions

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  • ​Medical University of Vienna, Austria

  • Tiergarten Schönbrunn, Austria

  • Salzburg Zoo, Austria

  • Budapest Zoo, Hungary

  • VetMed Vienna, Austria

  • SBRI (Inserm), France

  • German Primate Center, Germany

  • Leibniz Institute for Zoo and Wildlife Research, Germany

  • iThemba LABS NR, South Africa

  • IOCB, Czech Republic

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Support CMLCA
We welcome discussions with funders, institutions, and philanthropic partners aligned with our vision.


 

© 2026 by CikesLab

Währinger Gürtel 18-20, 1090 Vienna 

Austria

+43 1 40400 43360

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