Add to ORKGThe primary objective of this research is to obtain fundamental data concerning the growth and metabolism of the unicellular green algae. These organisms are most likely to provide biological oxygen and a food source for space crews. Biochemical conversions, chemical composition, and cell growth and division are discussed. Chlorella sorokiniana is emphasized
The conclusions of this paper are: (1) Short-term photosynthetic experiments using C{sup 14}O{sub 2}...
Efficient Life Support Systems (LSS) are essential for long-term crewed space missions. In this cont...
Cyanobacteria, Spirulina maxima as a biogenerative photosynthetic and an edible alga for the space c...
In an attempt to understand the responses of CHLORELLA to various quantities and qualities of light ...
Physiology of Chlorella species for application to space exploration life support system
Studies with algal cultures which relate to closed ecological life support systems (CELSS) are discu...
The effect of microgravity on living organisms during space flight has been a topic of interest for ...
Algae growth in a micro-gravity environment is an important factor in supporting man's permanent pre...
Complete amino acid analyses of 20 species of blue-green algae were done after growing part of the c...
Concepts of a Closed Ecological Life Support System (CELSS) anticipate the use of photosynthetic org...
A strain of microalgae (Anabaena siamensis) had been cultured in a miniaturized bioreactor during a ...
ABSTRACTThe space environment is extreme for plants growth and survival as gravity (gravitropism mod...
Up to now, scarce information has been available regarding major photobiochemical changes that accom...
The micro-alga Chlorella vulgaris was cultivated under a variety of environmental conditions in vari...
With the upcoming events of returning humans to the Moon and then to Mars, the study and application...
The conclusions of this paper are: (1) Short-term photosynthetic experiments using C{sup 14}O{sub 2}...
Efficient Life Support Systems (LSS) are essential for long-term crewed space missions. In this cont...
Cyanobacteria, Spirulina maxima as a biogenerative photosynthetic and an edible alga for the space c...
In an attempt to understand the responses of CHLORELLA to various quantities and qualities of light ...
Physiology of Chlorella species for application to space exploration life support system
Studies with algal cultures which relate to closed ecological life support systems (CELSS) are discu...
The effect of microgravity on living organisms during space flight has been a topic of interest for ...
Algae growth in a micro-gravity environment is an important factor in supporting man's permanent pre...
Complete amino acid analyses of 20 species of blue-green algae were done after growing part of the c...
Concepts of a Closed Ecological Life Support System (CELSS) anticipate the use of photosynthetic org...
A strain of microalgae (Anabaena siamensis) had been cultured in a miniaturized bioreactor during a ...
ABSTRACTThe space environment is extreme for plants growth and survival as gravity (gravitropism mod...
Up to now, scarce information has been available regarding major photobiochemical changes that accom...
The micro-alga Chlorella vulgaris was cultivated under a variety of environmental conditions in vari...
With the upcoming events of returning humans to the Moon and then to Mars, the study and application...
The conclusions of this paper are: (1) Short-term photosynthetic experiments using C{sup 14}O{sub 2}...
Efficient Life Support Systems (LSS) are essential for long-term crewed space missions. In this cont...
Cyanobacteria, Spirulina maxima as a biogenerative photosynthetic and an edible alga for the space c...