Science
Unraveling the deep biology of cell rejuvenation to reverse disease
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Our journey
Fundamental biology
Cells in healthy, resilient states resist stressors that give rise to disease, but this diminishes with aging. Early experiments have shown that this ability to resist stressors can be restored.
What are the fundamentals of this biology? Which parts can be harnessed to help more people live free from disease or disability? Our work is to pursue answers to these questions and more, and to develop applications for what we discover, with the goal of reversing disease.
What we find could change the way we think about medicine.
Discovery
The genesis of Altos
Our mission stems from compelling science. In 2006, Shinya Yamanaka, professor and the director emeritus of Center for iPS Research and Application (CiRA), Kyoto University, and his coauthors showed that differentiated cells, of any age, can be reprogrammed to erase two epigenetic properties: cell identity and age. His discovery was a breakthrough for biological research, enabling the creation of induced pluripotent (non-embryonic) stem cells and revealing an even more interesting possibility.
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Evolution
The founding science
Altos Founding Scientist Juan Carlos Izpisua Belmonte built on Yamanaka’s findings in 2016 by showing that cells could be “partially” reprogrammed. Instead of reverting all the way back to stem cells, Belmonte and his colleagues found that cells can be “partially” reprogrammed to a state that is more resilient to stressors while retaining both their identity and the enhanced functions seen in young cells.
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RESEARCH
Our scientists’ published work
Altos is defined by the great minds we’ve gathered to pursue our mission. They are leading scientists in their respective fields and have published extensively on their contributions to scientific knowledge and understanding.
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"We now have pre-clinical data suggesting that the cellular dysfunction associated with ageing and disease can be reversible. This knowledge means that it may, one day, be possible to transform patients' lives by reversing disease, injury and the disabilities that can occur throughout life."
HAL BARRON, CEO
Science at Altos
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"I have incredible colleagues at Altos who are willing and enthusiastic to teach and mentor me. Thanks to them, I have been able to break into new fields of bioengineering and take on independent projects that I did not previously have a strong background in."
Emilie Aghajani
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"The projects at Altos are trying to solve large problems that affect the global population. Altos cares for its employees and implements a lot of structure to enable employees to thrive inside and outside of the company."
Garret Bishop