Add to ORKGIntroduction: One definition of life is a “selfsustaining system capable of Darwinian evolution”. Thus, the ability to measure evolution is highly relevant to the search for life beyond Earth (Neveu et al. 2018). We previously discussed potential space experiments to measure evolution using nanopore sequencing in a satellite, on/in the International Space Station (ISS), or for life detection (Saboda et al. 2019)
Thesis (Ph.D.)--University of Washington, 2018DNA contains the code of life, forming the molecular b...
The topics of the article has been restricted to those, which seem to represent the most well-establ...
Understanding the impact of long-term exposure of microorganisms to space is critical in understandi...
© 2020, The Author(s). Nanopore sequencing, as represented by Oxford Nanopore Technologies’ MinION, ...
Human missions to Mars will fundamentally transform how the planet is explored, enabling new scienti...
No instrument capable of direct life detection has been included on a mission payload to Mars since ...
The National Aeronautics and Space Administration (NASA)defines life as a “self-sustaining chemical ...
Rapid DNA sequencing and analysis has been a long-sought goal in remote research and point-of-care m...
The detection of extant life is a major focus of many planned future planetary missions, a current c...
Prokaryotic lifeforms can be observed to demonstrate many keen adaptive advantages, perhaps facilita...
Astronaut Kate Rubins sequenced DNA on the International Space Station (ISS) for the first time in A...
Data from automated orbiters and landers have dashed humankind's hopes of finding complex life-forms...
Genome sequencing of single microbial cells in low biomass settings such as in extreme conditions co...
Ionizing radiation presents a major challenge to human exploration and long-term residence in space....
Why do we need a DNA sequencer to support the human exploration of space? (A) Operational environmen...
Thesis (Ph.D.)--University of Washington, 2018DNA contains the code of life, forming the molecular b...
The topics of the article has been restricted to those, which seem to represent the most well-establ...
Understanding the impact of long-term exposure of microorganisms to space is critical in understandi...
© 2020, The Author(s). Nanopore sequencing, as represented by Oxford Nanopore Technologies’ MinION, ...
Human missions to Mars will fundamentally transform how the planet is explored, enabling new scienti...
No instrument capable of direct life detection has been included on a mission payload to Mars since ...
The National Aeronautics and Space Administration (NASA)defines life as a “self-sustaining chemical ...
Rapid DNA sequencing and analysis has been a long-sought goal in remote research and point-of-care m...
The detection of extant life is a major focus of many planned future planetary missions, a current c...
Prokaryotic lifeforms can be observed to demonstrate many keen adaptive advantages, perhaps facilita...
Astronaut Kate Rubins sequenced DNA on the International Space Station (ISS) for the first time in A...
Data from automated orbiters and landers have dashed humankind's hopes of finding complex life-forms...
Genome sequencing of single microbial cells in low biomass settings such as in extreme conditions co...
Ionizing radiation presents a major challenge to human exploration and long-term residence in space....
Why do we need a DNA sequencer to support the human exploration of space? (A) Operational environmen...
Thesis (Ph.D.)--University of Washington, 2018DNA contains the code of life, forming the molecular b...
The topics of the article has been restricted to those, which seem to represent the most well-establ...
Understanding the impact of long-term exposure of microorganisms to space is critical in understandi...