2e. Science_Lee.pdf
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- NASA Ames Partnership Days Federal contract opportunity
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This presentation details NASA Ames Research Center's deep space biology research hardware and infrastructure for the Ames Partnership Days in April 2025. The document highlights multiple innovative research technologies, including:
The E-Nose chemical detection system, an intelligent and compact analytical tool that identifies chemical mixtures with high sensitivity, tested on US Navy satellites and the International Space Station. Other key technologies include the Vented Fly Box for Drosophila melanogaster experiments in space, a Bioculture System for culturing microorganisms, a BioSensor for multiwell fluid experimentation, and human organ models for studying space-related health impairments. NASA Ames demonstrates capabilities in ground-breaking research, experimental hardware development, model biological systems creation, open data and specimen sharing, and scientific community fostering across various platforms including the International Space Station, lunar missions, and terrestrial research environments.
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Other files for this federal contract opportunity
| File | Type | Posted |
|---|---|---|
| 2b. CESM_SantaMaria.pdf | ||
| 2e. Science_Fladeland.pdf | ||
| 2e. Science_Lim.pdf | ||
| 2e. Science_Schwandner.pdf | ||
| 2f. Sim Capabilities-Acosta.pdf | ||
| 2a. Advanced Computing_Thigpen.pdf | ||
| 2b. CESM_HunterR.pdf | ||
| 2a. Advanced Computing_Jenkins.pdf | ||
| 2c. Entry Systems_Hash.pdf | ||
| 2c. Entry Systems_Hill.pdf | ||
| 2e. Science_McCarty.pdf | ||
| 2c. Entry Systems_Wercinski.pdf | ||
| 1. NASA Ames Capabilities Catalog 2025 Published.pdf | ||
| 2c. Entry Systems_Race.pdf | ||
| 2d. IAS TH EIO_Wu.pdf | ||
| 2c. Entry Systems_Stackpoole.pdf |
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Text version
Human Organ Models for Health in Deep Space
Facilitating research on space-mediated impairments to complex multicellular systems of the human body
• Long-lasting, personalized, human lung and brain organoids
• Genetically engineered cellular reporters of biological effects of ionizing radiation
• Microfluidic systems for organoid maintenance on bench
• Fluorescence, luminescence, absorbance and dissolved signaling molecule-based quantification of biological responses
Human organ models are ideal research tools for:
1. Precision health to investigate and mitigate individual-level health risks.
2. Automated experiments for space biology research beyond low-Earth orbit or in the lab.
Animal Program and Facility
Ground-based capabilities
• Rodent hindlimb unloading
• Ionizing radiation
• Centrifugation
• Combinatorial stressors
• Dietary / pharmacological countermeasures
• Breeding colonies
• Rodent Behavioral Core: community standards development
• IACUC, veterinarian, and animal handler personnel
Leading research into space effects on animals
Rodent Research Hardware for spaceflight experimentation
• Complete ISS hardware suite
• Experimental standards
• Imaging technology
Biospecimen sharing to maximize science return
• NASA Biospecimen Sharing Program (BSP)
• Institutional Science Collection (NBISC)
File details come from the government source that posted it. Updated .