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  • Published: 4 February 2027
  • ISBN: 9781837314980
  • Imprint: Penguin Audio
  • Format: Audio Download
  • RRP: $28.00

I

A Biography of the Biological Self




A brilliant Cambridge cell biologist explores what it means to be an individual – in all our complexity

Each of us experiences life as a continual flood of sensations and thoughts that give us a powerful sense of being a singular individual ‘I’. But defining ourselves this way misses much that is unique and extraordinary about being human.

We are the product of four billion years of evolution, shaped by the divergence and merger of different lineages. Our bodies are beautiful at every scale, down to the trillions of cells from which we are made. The unity of life on Earth becomes clear under the microscope, where many differences fall away: malaria parasites, puffballs and humans all share a common cellular organisation, parts, processes and a common language.

Zooming out, each one of us is also a small part of larger wholes – families, communities, and the natural world. This entangled web of interactions also makes us who we are and gives us identity and purpose. So, it is often more accurate to say ‘we’ than ‘I’.

Through fact, fiction and stories drawn from life, this book offers a deeper appreciation of what it means to be human and alive and points towards ways of aligning our lives with the other creatures with whom we share this beautiful planet.

  • Published: 4 February 2027
  • ISBN: 9781837314980
  • Imprint: Penguin Audio
  • Format: Audio Download
  • RRP: $28.00

About the author

Buzz Baum

Buzz Baum leads a team studying the cell biology of archaea and the origins of complex cells at the MRC-Laboratory of Molecular Cell Biology in Cambridge, one of the birthplaces of modern molecular biology and the UK’s flagship research centre for fundamental biomedical research. His work has encompassed a rare breadth of biology. He is one of the most eminent and highly cited cell biologists in the UK and Europe, and is most famous for putting forward a new model that revised the way we understand the evolution of complex cells – now included in many of the most widely read cell biology textbooks.