The first space bioreactor has been designed for microprocessor control, no gaseous headspace, circulation and resupply of culture medium, and a slow mixing in very low shear regimes. Various ground based bioreactors are being used to test reactor vessel design, on-line sensors, effects of shear, nutrient supply, and waste removal from continuous culture of human cells attached to microcarriers. The small (500 ml) bioreactor is being constructed for flight experiments in the Shuttle middeck to verify systems operation under microgravity conditions and to measure the efficiencies of mass transport, gas transfer, oxygen consumption, and control of low shear stress on cells. Applications of microcarrier cultures, development of the first spac...
Microbial food sources are becoming viable and more efficient alternatives to conventional food sour...
Space processing accomplishments onboard Skylab and Apollo Soyuz are reviewed. Possible applications...
The operation and evaluation of a bioreactor designed for high intensity oxygen transfer in a microg...
NASA has methodically developed unique suspension type cell and recovery apparatus culture systems f...
The intent of the Space Bioreactor Science Workshop was to consider the design and potential utiliza...
Two parallel lines of work are underway in the bioreactor laboratory. One of the efforts is devoted ...
The design of the space bioreactor stems from three considerations. First, and foremost, it must sus...
The NASA Glenn Research Center and the NASA Johnson Space Center are collaborating on fluid dynamic ...
In this paper, we describe the development of a bioreactor for a cell-culture experiment on the Inte...
Space biology is a young and rapidly developing discipline comprising basic research and biotechnolo...
The design of bioreactors for operation under conditions of microgravity presents problems and chall...
A rotating, null gravity simulator, or Couette bioreactor was successfully used for the culture of m...
A miniature bio-reactor for the cultivation of cells aboard Spacelab is presented. Yeast cells are g...
Pathophysiological changes of astronauts under space microgravity involve complex factors and requir...
Microbial food sources are becoming viable and more efficient alternatives to conventional food sour...
Microbial food sources are becoming viable and more efficient alternatives to conventional food sour...
Space processing accomplishments onboard Skylab and Apollo Soyuz are reviewed. Possible applications...
The operation and evaluation of a bioreactor designed for high intensity oxygen transfer in a microg...
NASA has methodically developed unique suspension type cell and recovery apparatus culture systems f...
The intent of the Space Bioreactor Science Workshop was to consider the design and potential utiliza...
Two parallel lines of work are underway in the bioreactor laboratory. One of the efforts is devoted ...
The design of the space bioreactor stems from three considerations. First, and foremost, it must sus...
The NASA Glenn Research Center and the NASA Johnson Space Center are collaborating on fluid dynamic ...
In this paper, we describe the development of a bioreactor for a cell-culture experiment on the Inte...
Space biology is a young and rapidly developing discipline comprising basic research and biotechnolo...
The design of bioreactors for operation under conditions of microgravity presents problems and chall...
A rotating, null gravity simulator, or Couette bioreactor was successfully used for the culture of m...
A miniature bio-reactor for the cultivation of cells aboard Spacelab is presented. Yeast cells are g...
Pathophysiological changes of astronauts under space microgravity involve complex factors and requir...
Microbial food sources are becoming viable and more efficient alternatives to conventional food sour...
Microbial food sources are becoming viable and more efficient alternatives to conventional food sour...
Space processing accomplishments onboard Skylab and Apollo Soyuz are reviewed. Possible applications...
The operation and evaluation of a bioreactor designed for high intensity oxygen transfer in a microg...