The reason that this experiment will be conducted is to see the growth of a fish embryo in microgravity. Our basic question is “How will microgravity affect the early growth of an organism?”. The reason that it will be conducted in microgravity is because if we ever colonize space we will need to know the effects of low gravity on a developing human embryo. This is vital because colonization of low gravity areas will require new people to be born and if microgravity leads to birth defects then we need to know before hand. Birth defects from microgravity are a real possibility. Things like the formation of the skeleton is vital for all vertebrate creatures that will one day be born and live in space
Most animals have organs that sense gravity. These organs use dense stones (called otoliths or stato...
As far as we know, animal development is a process that is unique to our planet. That does not mean,...
In this work, an acoustic standing wave field (ASWF) is used to simulate the space environment, whic...
It is currently unknown whether humans can survive and thrive in outer space, which includes human e...
It is becoming increasingly important to address the long-term effects of exposure to simulated micr...
Caenorhabditis elegans have been used to help understand health concerns associated with humans. Stu...
Of all the many potential and real microenvironmental influences, only gravity would appear to have ...
Stimulus dependence is a general feature of developing animal sensory systems. In this respect, it h...
The overall objectives of this project are to explore the role of microgravity during fertilization,...
It has been proved that the presence of humans in space requires meticulous mission design and criti...
Sustaining life beyond Earth either on space stations or on other planets will require a clear under...
4th Symposium on Space Educational Activities (SSAE), 27-29 April 2022, Barcelona.-- 6 pages, 5 figu...
Physiological modifications in near weightlessness, as experienced by astronauts during space flight...
Sustaining life beyond Earth either on space stations or on other planets will require a clear under...
All life on earth has developed and evolved in a 1G environment. Therefore, any deviation below or a...
Most animals have organs that sense gravity. These organs use dense stones (called otoliths or stato...
As far as we know, animal development is a process that is unique to our planet. That does not mean,...
In this work, an acoustic standing wave field (ASWF) is used to simulate the space environment, whic...
It is currently unknown whether humans can survive and thrive in outer space, which includes human e...
It is becoming increasingly important to address the long-term effects of exposure to simulated micr...
Caenorhabditis elegans have been used to help understand health concerns associated with humans. Stu...
Of all the many potential and real microenvironmental influences, only gravity would appear to have ...
Stimulus dependence is a general feature of developing animal sensory systems. In this respect, it h...
The overall objectives of this project are to explore the role of microgravity during fertilization,...
It has been proved that the presence of humans in space requires meticulous mission design and criti...
Sustaining life beyond Earth either on space stations or on other planets will require a clear under...
4th Symposium on Space Educational Activities (SSAE), 27-29 April 2022, Barcelona.-- 6 pages, 5 figu...
Physiological modifications in near weightlessness, as experienced by astronauts during space flight...
Sustaining life beyond Earth either on space stations or on other planets will require a clear under...
All life on earth has developed and evolved in a 1G environment. Therefore, any deviation below or a...
Most animals have organs that sense gravity. These organs use dense stones (called otoliths or stato...
As far as we know, animal development is a process that is unique to our planet. That does not mean,...
In this work, an acoustic standing wave field (ASWF) is used to simulate the space environment, whic...