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11 R & T Questions found.
7a What are the most likely sources of severe air and water pollution specific...
7b What are the tolerance limits in terms of quantity and type of microorganis...
7c What approaches to setting exposure standards may be used when insufficient...
7d What is the requirement for determining how rapidly acceptable air quality ...
7e Can automated real-time systems be used to monitor air and water quality fo...
7f How can traditional limited-time exposure and human toxicological data be u...
7g What impact do space flight induced, biological, physiological, and immunol...
7h What are the effects of exposure to ultra fine and larger (respirable and n...
7i What are the interactions of microbes, chemicals and plants in CELSS on air...
7j To the extent that plants are critical to mission success, will the potenti...
7k Is there potential for increased heterogeneity in terms of the distribution...
 
For Demonstration Purpose Only. Task data is mocked up.
 
1f: What combination of exercise, biophysical modalities, nutritional modifications, and/or pharmacological agent(s) is most effective, efficient (minimal crew time), and safe in preventing bone loss during exposure to hypogravity?
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1 Tasks found.
1 A Countermeasure for Space Motion Sickness
 
Apoptosis and Immune Homeostasis During Hindlimb Unloading
Principal Investigator :  Shi, Yufang
 
Abstract :This is short description about the task. Could include objectives and significance of task as well. We don't expect very detailed explaination here. For more information about the task a link will be provided below.
 
To get more information about the task click Here
 
Organization :  NSBRI
 
Proposal By :  NSBRI
 
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(Links to research & technology questions were created for demonstration purposes. They have not been validated and should not be used for anything other than demonstration purposes)

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No. Question
4c What is the time course of increased risk for renal stone formation abating upon return to 1-G?
5a Does space flight increase susceptibility to serious cardiac dysrhythmias?
5b What conditions of space flight (e.g., microgravity, disruption of physiological rhythms, nutrition, environmental factors and radiation) may be responsible for cardiac dysrhythmias, and what are the mechanisms involved?
5c Can risk of serious cardiac dysrhythmias be predicted for individual crewmembers?
5d What countermeasures may prevent or reduce the occurrence of serious cardiac dysrhythmias during long-term space flight?
5e Can susceptibility to, and occurrence of, serious cardiac dysrhythmias be effectively diagnosed and treated during space flight?
5f Which cardiovascular diseases are likely to be aggravated by space flight, and what mechanisms are involved?
 
 
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