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NASA Space Biology Breakthroughs: Cancer, Cartilage, and Heart Stem Cells on ISS

 Cancer drug by Merck; FDA approved injectable form in September 2025

  • Microgravity benefits:  Tumour spheroids and organoids grow in 3D for better drug testing

  • Key past results:  Tumour spheroids tripled in size in 10 days (Dec 2024); heart organoids created in space (June 2025); tumour-on-a-chip for chemotherapy studies


  • FAQ

    Q1: What biomedical experiments did NASA conduct on the ISS in May 2026?
    Ans:  They studied cancer therapeutics, cartilage tissue growth, heart stem cells, and DNA-inspired nanomaterials.

    Q2: Which laboratory module did the astronauts use for these experiments?
    Ans:  They used the Japanese Kibo laboratory module and its Life Science Glovebox.

    Q3: Why is microgravity useful for cancer research?
    Ans:  Microgravity helps cancer cells form three-dimensional tumour spheroids and organoids, which are better for testing drugs.

    Q4: Who is the NASA astronaut that studied cartilage tissue growth in space?
    Ans:  NASA Flight Engineer Jessica Meir studied cartilage tissue growth in space.

    Q5: What is pembrolizumab and when was its injectable form approved?
    Ans:  Pembrolizumab is a cancer medicine by Merck. Its injectable formulation received US FDA approval in September 2025.

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