Breakthrough in Synthetic Biology: Lab-made Cells Achieve Life Cycle
WHO:
The Guardian - Dr. Kate Adamala led the research at the University of Minnesota.
The Guardian - Prof. Tom Ellis is from Imperial College London.
The Guardian - Prof. Drew Endy is a bioengineer at Stanford University.
The Guardian - Prof. John Dupré is a philosopher and founder of the Centre for the Study of Life Sciences at the University of Exeter.
WHAT:
The Guardian - The synthetic cells, called SpudCells, are described as "tiny, quivering blobs" that use lab-made DNA to feed, grow, and multiply in a dish.
The Guardian - Dr. Kate Adamala stated, “It is not as robust, as fast, or as good at most of its functions as a natural cell, but it is proof of principle that molecules can reconstitute behaviours that up until now we only associated with natural living cells.”
The Guardian - Prof. Tom Ellis referred to the work as probably the field’s “biggest breakthrough in recent times.”
The Guardian - Adamala described watching SpudCells divide as “striking” and referred to them as “among the most beautiful images I’ve seen.”
The Guardian - The SpudCells are completely reliant on the substances and components in the liquid in which they are immersed and cannot build their own protein-making machinery, control their metabolism, or clear their waste.
The Guardian - Adamala and others are launching an institution called Biotic to pool global expertise and build SpudCells into something more impressive.
The Guardian - Researchers created synthetic cells called SpudCells that use lab-made DNA to feed, grow, and multiply.
The Guardian - SpudCells demonstrate the complete cell cycle of growth, genetic replication, and division.
Phys.org - The synthetic cell is described as the world's first with a complete life cycle.
The Guardian - SpudCells are reliant on a liquid containing vital chemicals like ATP for growth.
The Guardian - The study has been released as a preprint for peer review.
WHERE:
The Guardian - The research was conducted at the University of Minnesota.
The Guardian - Prof. Tom Ellis is based at Imperial College London.
The Guardian - Prof. Drew Endy is affiliated with Stanford University.
The Guardian - Prof. John Dupré is associated with the University of Exeter.
WHEN:
The Guardian - The research is part of ongoing efforts in synthetic biology, with historical context referencing attempts since 2010.
WHY:
The Guardian - The goal of the institution Biotic is to build “an operating system for life” made from genes and biochemistry.
The Guardian - The research aims to understand the minimum requirements for life and how life might have emerged from chemistry.
The Guardian - The goal of the institution Biotic is to build “an operating system for life” made from genes and biochemistry.
HOW:
The Guardian - The researchers started with tiny water-filled spheres called liposomes and added a small amount of synthetic DNA to provide basic functions.
The Guardian - SpudCells were built from the bottom up using tiny water-filled spheres called liposomes and synthetic DNA.
The Guardian - The researchers demonstrated how SpudCells with a genetic growth advantage spread through the population, mimicking survival of the fittest.
(UPDATED July 1, 2026 23:24 UTC)
Researchers have unveiled a groundbreaking development in synthetic biology with the creation of SpudCells, described as "tiny, quivering blobs" that utilize lab-made DNA to grow and multiply in a dish. While these cells are not as efficient or capable as natural cells, Dr. Kate Adamala emphasized that they demonstrate the potential for molecules to mimic behaviors typically associated with living cells, and she called the process of watching them divide "striking." To further advance this work, Adamala and her team are launching an institution named Biotic, aiming to develop "an operating system for life" using genes and biochemistry.
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(UPDATED July 1, 2026 21:27 UTC)
Researchers at the University of Minnesota, led by Dr. Kate Adamala, have developed synthetic cells known as SpudCells, which are the first to demonstrate a complete life cycle, including growth, genetic replication, and division. These innovative cells rely on a nutrient-rich liquid containing essential chemicals like ATP and were constructed from tiny water-filled spheres called liposomes combined with synthetic DNA. The study, which is part of ongoing efforts in synthetic biology aimed at understanding the origins of life, has been released as a preprint for peer review and highlights the potential for creating an "operating system for life" from genes and biochemistry.