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A Day of Activity on the ISS: Space Biology, Human Health Research, and Robotics
On July 16, 2023, while orbiting 260 miles above southern Iran, the International Space Station (ISS) presented a bustling scene of scientific pursuits. The Expedition 69 crew engaged in a wide range of tasks on July 24, involving space biology, human health research, robotics work, and station maintenance.
NASA Flight Engineer Frank Rubio’s day commenced with the retrieval of hard drives for later use. He also restarted the Surface Avatar laptop computer in the Columbus Laboratory module, conducting a session to explore the management and control of surface-bound robots from great distances through haptic controls, user interfaces, and virtual reality.
Meanwhile, NASA astronaut Woody Hoburg began his day by setting up a carbon analyzer to assess the quality of recycled water on the orbital lab. He then prepared hardware for the Standard Measures investigation, which collects crucial measurements from astronauts before, during, and after lengthy missions. Additionally, Hoburg collected saliva samples to contribute to ongoing human research.
During the afternoon, Hoburg moved to the Japanese Experiment Module to lay new ethernet cables. Later on, he joined Rubio and United Arab Emirates (UAE) Flight Engineer Sultan Alneyadi in the U.S. Orbital Segment to perform maintenance on the Oxygen Generation System (OGS), an essential part of the Water Recovery System that converts water into oxygen and hydrogen.
Speaking of Alneyadi, he was responsible for conducting maintenance on Astrobee, the station’s autonomous robots designed to assist the crew with daily tasks.
In the realm of scientific experiments, NASA astronaut Stephen Bowen carried out the Genes in Space-10 operation, focusing on measuring and analyzing DNA length using fluorescent samples. The Genes in Space program has been a long-standing initiative involving ongoing investigations by station crews. It also provides middle and high school students with the opportunity to design DNA experiments to address challenges related to space exploration.
Cosmonaut Commander Sergey Prokopyev spent his morning in the Zvezda module, performing maintenance tasks before preparing for the upcoming ISS Progress 85 mission. Simultaneously, Flight Engineer Andrey Fedyaev was occupied in the Nauka module, installing brackets and stands for laptops. In another area of the ISS, Flight Engineer Dmitri Petelin conducted continuous investigations on liquid diffusion behavior under microgravity conditions.
Throughout the day, the crew members diligently carried out their respective tasks, contributing to the advancement of space science and exploration aboard the International Space Station.
Frequently Asked Questions (FAQs) about space-biology
Q: What tasks did the Expedition 69 crew perform aboard the International Space Station (ISS)?
A: On July 24, 2023, the Expedition 69 crew aboard the ISS engaged in various tasks, including space biology experiments, human health research, robotics work, and station maintenance. They were actively involved in Genes in Space operations, assessing recycled water quality using a carbon analyzer, conducting the Standard Measures investigation to gather essential measurements from astronauts, and performing continuous investigations on liquid diffusion behavior in microgravity conditions.
Q: What did NASA Flight Engineer Frank Rubio do during his day on the ISS?
A: NASA Flight Engineer Frank Rubio began his day by removing hard drives for later retrieval. He also restarted the Surface Avatar laptop computer in the Columbus Laboratory module and conducted a session to explore how haptic controls, user interfaces, and virtual reality can manage and control surface-bound robots from vast distances.
Q: How did NASA astronaut Woody Hoburg contribute to the ongoing research on the ISS?
A: NASA astronaut Woody Hoburg set up a carbon analyzer to assess the quality of recycled water on the ISS. He also prepared hardware for the Standard Measures investigation and collected saliva samples to aid ongoing human research.
Q: What was the focus of the Genes in Space-10 operation conducted by NASA astronaut Stephen Bowen?
A: The Genes in Space-10 operation conducted by NASA astronaut Stephen Bowen focused on measuring and analyzing DNA length using fluorescent samples. This experiment is part of the Genes in Space program that allows middle and high school students to devise DNA experiments to address challenges related to space exploration.
Q: What maintenance tasks were performed by the crew members on the ISS?
A: The crew members on the ISS conducted various maintenance tasks. They worked on the Oxygen Generation System (OGS), which converts water into oxygen and hydrogen as part of the Water Recovery System. They also performed maintenance on Astrobee, the station’s autonomous robots designed to assist the crew with daily tasks.
Q: What preparations were made for the upcoming ISS Progress 85 mission?
A: Cosmonaut Commander Sergey Prokopyev spent his day making preparations for the upcoming ISS Progress 85 mission. Details about the specific preparations were not mentioned in the provided text.
Q: How does the Genes in Space program benefit space exploration research?
A: The Genes in Space program benefits space exploration research by enabling station crews to conduct ongoing DNA-related investigations. Additionally, it offers middle and high school students the opportunity to design DNA experiments that address challenges associated with space exploration.
More about space-biology
- NASA’s International Space Station Website
- NASA’s Genes in Space Program
- NASA Astronauts
- International Space Station Research and Technology
- Carbon Analyzer for Water Quality Assessment
- Astrobee: The ISS Autonomous Robots
- Standard Measures Investigation
- Microgravity Research on the ISS
- NASA’s Human Research Program
- NASA’s Robotics Research
3 comments
nasa’s got some seriousss high-tech stuff goin on! haptic controls, virtual reality, robotics… I’m living for it! space science is the future, folks!
wow this is sooo cool! intresting stuff happening up there in space. genes in space program sounds fun for students! also, astrobee sounds like a cute name for those robots! XD
nasa’s astronaughts are doin’ amazing work, they’re the real heros! can’t believe they’re doing DNA experiments in space, mind blown! want to kno more about the ISS Progress 85 mission prep tho.