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Inspire the Next Generation with NASA-Powered Space Biology Curriculum

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K-12
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Bringing Space Medicine to Your Classroom with AURA

AURA's educational resources bring cutting-edge space medicine research directly to K-12 classrooms. Powered by AI analysis of 200,000+ NASA publications, 500+ space experiments, and 5,000+ research tasks, our curriculum modules are designed by educators and scientists to make complex topics accessible and engaging for students of all ages.

Real NASA Data

Students analyze actual research from NASA OSDR, NSLSL, Task Book, and PubMed

Standards-Aligned

Fully aligned with NGSS, Common Core, and state science standards

Hands-On Learning

Lab activities, experiments, and data analysis projects for active learning

What Makes AURA Different: Our AI platform continuously updates curriculum with the latest NASA discoveries, ensuring your students learn cutting-edge science as it happens.

How Teachers Use AURA to Create Custom Lessons

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"What NASA research exists on plant growth in space for middle school students?"

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AURA analyzes 200K+ publications and creates student-friendly summaries with real data

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Featured Curriculum Modules

Pre-built, ready-to-use curriculum packages for your classroom

Antibody Drug Development for Space Medicine

Grades 9-12 • Biology, Chemistry, Engineering

Learning Objectives

  • Understand how microgravity affects immune system function
  • Explore antibody structure and function in space environments
  • Design solutions for space-based drug manufacturing
  • Analyze real NASA research data on astronaut immunity

Curriculum Components

5 Lesson Plans
3 Lab Activities
Data Analysis
NASA Videos

Key Topics Covered

Immune system changes in microgravity
Antibody structure and function
Space-based biomanufacturing challenges
Thermostable drug formulations
Patent landscape and innovation opportunities

What Happens to Bone in Space?

Grades 6-12 • Biology, Physics, Health

Learning Objectives

  • Understand bone remodeling and mechanotransduction
  • Analyze bone loss data from real astronaut missions
  • Design countermeasures for space-induced bone loss
  • Connect space research to osteoporosis on Earth

Curriculum Components

6 Lesson Plans
Exercise Labs
Math Activities
Data Visualization

Key Topics Covered

Bone structure and remodeling process
Effects of microgravity on bone density
Exercise countermeasures in space
Nutrition and bone health
Recovery and rehabilitation

Plants in Space: A Comprehensive Analysis

Grades 4-12 • Biology, Environmental Science, Engineering

Learning Objectives

  • Understand why plants are essential for life support in space
  • Explore plant growth systems used on the International Space Station
  • Investigate how microgravity affects plant development and behavior
  • Design solutions for growing food on Mars and the Moon

Curriculum Components

7 Lesson Plans
Growing Experiments
LED Design Lab
Data Analysis

Key Topics Covered

Photosynthesis and life support systems
Plant growth facilities on the ISS (Veggie, APH)
Gravitropism and phototropism in microgravity
Gene expression changes in space
Food crops grown in space (lettuce, radish, wheat)
Future space agriculture for Mars and Moon

Microgravity Studies and Their Outcomes

Grades 8-12 • Physics, Biology, Engineering, Medicine

Learning Objectives

  • Understand what microgravity is and why it's studied in space
  • Explore major research platforms from ISS to drop towers
  • Investigate life sciences and physical sciences research in microgravity
  • Analyze real outcomes and applications from space research

Curriculum Components

8 Lesson Plans
Physics Labs
Data Analysis
Platform Studies

Key Topics Covered

Microgravity definition and research platforms
Life sciences: plants, microbes, human physiology
Physical sciences: fluid physics, combustion, materials
Scientific, technological, and economic outcomes
Stakeholder recommendations and future directions

Coming Soon - Additional Curriculum Modules

NASA's Rodent Research Program

Discover how mice and rats serve as "students" for astronauts, helping us understand spaceflight effects on biology and test countermeasures.

Grades 6-12 • Biology, Medicine, Research Methods

Cardiovascular Health in Space

Explore how the heart and blood vessels adapt to microgravity and develop countermeasures.

Grades 7-12 • Biology, Health

Psychology & Mental Health in Space

Understand the psychological challenges of long-duration space missions and isolation.

Grades 9-12 • Psychology, Health

Space Radiation & Biology

Learn about cosmic radiation effects on living organisms and protective strategies for space exploration.

Grades 8-12 • Physics, Biology, Health

Microgravity Physics

Understand the fundamental physics of microgravity and its effects on fluid dynamics, combustion, and materials science.

Grades 9-12 • Physics, Chemistry

Space Food & Nutrition

Explore the challenges of nutrition in space, food preservation, and the science behind astronaut meals.

Grades 4-10 • Biology, Nutrition, Engineering

Teacher Resources & Support

What You Get

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  • Student worksheets

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  • Real NASA data

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  • NGSS alignment

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Professional Development

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