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WHY ARE WE SENDING
HEART TISSUES

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BIOFILMS

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AND BACTERIA
TO SPACE?

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DOZENS OF NEW EXPERIMENTS WILL SOON
ARRIVE AT THE INTERNATIONAL SPACE STATION

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FOR THE BENEFIT OF HUMANITY AND
FUTURE MISSIONS TO SPACE

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LET’S TAKE A LOOK AT WHAT’S ON BOARD
THE 27TH SPACEX CARGO MISSION

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3D cultured cardiac muscle
tissues are returning to microgravity

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to help develop new therapies for
cardiac dysfunction on Earth.

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Radiotolerant organisms exposed to
the space environment could reveal clues

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to the survivability of these organisms in
space and the origins of life on Earth.

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Researchers are sending heart organoids
back to space to test drug combinations

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that may reduce microgravity-induced
changes in heart cell function.

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A student-manufactured project
will provide an easier way for

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astronauts to position video and still
cameras in the middle of a module.

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Astronauts will control liquids using capillary
forces over a range of liquid viscosities

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to inform the design of more efficient
carbon dioxide removal systems in space.

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Researchers continue to analyze
bacterial biofilm formation

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and the antimicrobial properties of
metal surfaces in microgravity.

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THESE EXPERIMENTS WILL JOIN THE
HUNDREDS OF ONGOING INVESTIGATIONS

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ABOARD THE
ORBITING LABORATORY.