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The Soyuz MS-24 crew ship is pictured docked to the International Space Station’s Rassvet module. NASA is making plans to deorbit the ISS into a remote ocean location sometime after 2030. Credit: NASA
NASA Selects Deorbit Vehicle for the ISS

Powerful new spacecraft under development will guide the venerable station through Earth’s atmosphere to a remote ocean site, sometime after 2030.

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Researchers have discovered that growing crystals aboard the International Space Station allows for slower growth and higher quality crystals. This high-quality crystallization enables them to identify the structures of disease-causing proteins and to develop new medications and treatments. Credit: JAXA
NASA Highlights Breakthrough Cancer Research Aboard ISS

Unique properties of microgravity lead to more effective drugs.

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Collage image of podcast logo and a satellite image of an island. On the left is the logo which features an illustrated astronaut leaping from the Moon to Mars. The white text above reads New Podcast Episode. At the right is the image of the island. Above it reads #134: The Internet of Animals in white text.
Podcast Episode 134: The Internet of Animals

A NASA-led project called “The Internet of Animals” combines Earth satellite observations and animal tracking data to give a better idea of changing habitats.

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Graphic showing the Small Steps, Giant Leaps podcast logo featuring a graphic of astronaut leaping from Moon to Mars. The text at top left reads New Podcast Episode. Below is a Listen Now button. At the right third of the image, a bouquet of zinnia flowers appears to float in space. The picture was taken from the space station's cupola, which has windows that face Earth and space. Above the flowers are the words #133: The Science of Space Gardening. Credit: NASA
Podcast Episode 133: The Science of Space Gardening

Growing vegetables in orbit? We’re doing that. Learn about food crop production in space and potential spinoff benefits for people on Earth.

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Apollo 11 CapCom Charles M. Duke, Jr., left, with astronauts James A. Lovell, Jr., center, and Fred W. Haise, Jr. during the first human lunar landing on July 20, 1969. Photo Credit: NASA
This Month in NASA History: CapCom for Apollo 11

Duke talks Armstrong and Aldrin through communications issues, alarms, and a dwindling fuel supply to help them reach the lunar surface.

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Featured Video: Olympics on the International Space Station

NASA’s astronauts are getting into the Olympic spirit. Check out their training montage from space, followed by a message to Earth from astronaut Matt Dominick.

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