The Expedition 73 crew ended the work week exploring how residing and dealing in house impacts the sensory system and DNA. The Worldwide House Station residents additionally continued researching how digestion is impacted by microgravity and unpacking a U.S. cargo craft.
A pair of experiments happening concurrently aboard the orbital outpost on Friday used two completely different units of digital actuality goggles to look at how astronauts modify to the shortage of an up-and-down reference in microgravity. The vestibular system helps people on Earth stand upright, preserve their stability, and keep a way of movement. These alerts change in house as an astronaut’s mind adjusts to weightlessness and begins counting on visible monitoring and muscle reminiscence to determine stability and spatial orientation.
NASA Flight Engineers Zena Cardman and Jonny Kim joined one another in Columbus laboratory module and explored what occurs to the construction of the vestibular system, such because the inside ear, fluid, and tiny hairs, that detects gravity and motion when residing off the Earth. Cardman operated laptop software program that despatched visible stimuli to a digital actuality headset that Kim was carrying as medical doctors on the bottom monitored his eye actions and different responses for the CIPHER human analysis research. The info will inform countermeasures to house dizziness, assist crews practice for longer missions to the Moon, Mars, and past, and put together astronauts for the return to Earth after months or years in house.
Afterward, Kim sequenced DNA samples within the Concord module for a biotechnology research investigating utilizing DNA as a strategy to retailer and encrypt digital information to cut back reliance on conventional and heavier storage strategies in house. Cardman labored within the Kibo laboratory module servicing scientific samples stowed inside combustion analysis {hardware}.
Roscosmos cosmonaut Oleg Platonov wore digital actuality glasses for one more sensory system research that happened within the Nauka science module. Platonov responded to computer-generated visible stimuli as his eye actions and different physiological reactions have been monitored. As soon as once more, outcomes from the experiment could enhance crew coaching strategies, assist with the readaptation to Earth’s gravity, in addition to advance therapies for stability issues on Earth.
Flight Engineers Mike Fincke of NASA and Kimiya Yui of JAXA (Japan Aerospace Exploration Company) partnered collectively on Friday persevering with to unload new science and provides delivered aboard the Cygnus XL cargo craft on Sept. 18. Fincke earlier put in a CubeSat on the NanoRacks exterior platform that may quickly be positioned exterior the house station. Yui configured a strain administration machine within the Tranquility module then downloaded station air high quality information collected from atmospheric displays within the Future laboratory module.
Station Commander Sergey Ryzhikov and Flight Engineer Alexey Zubritsky, each Roscosmos cosmonauts, continued their gastrointestinal research scanning one another’s bellies with an ultrasound machine after breakfast on Friday. Outcomes from the experiment will assist medical doctors perceive how a crew member’s digestion, metabolism, and nutrient supply adapt to weightlessness. The duo then cut up as much as work on a wide range of life assist upkeep duties all through the station’s Roscosmos section.
The SpaceX Dragon cargo spacecraft fired its Draco thrusters, positioned within the automobile’s trunk, for quarter-hour on Friday reboosting the Worldwide House Station’s orbit for the third time this month. The reboost maneuvers lifted the orbital outpost’s altitude to organize for Soyuz crew swap operations later this 12 months.
Study extra about station actions by following the house station weblog, @space_station on X, in addition to the ISS Facebook and ISS Instagram accounts.
Get the newest from NASA delivered each week. Subscribe here.
.webp){kind=small}
