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Astronauts return to earth

  • Written by  Dana Rysmukhamedova
  • Published in World
  • Read: 198

ASTANA, Kazakhstan -- Three astronauts landed safely in Kazakhstan Sunday following a 115-day mission aboard the International Space Station, including US astronaut Kate Rubins, the first person to sequence DNA in space.

Russian mission control confirmed the touchdown of NASA’s Rubins, Roscosmos’ Anatoly Ivanishin and Takuya Onishi of the Japan Aerospace Exploration Agency at 0358 GMT.

The trio landed southeast of the Kazakh steppe town of Zhezkazgan in clear but frosty conditions after a flight from the orbital lab.

“Landing has taken place!” Russian mission control stated, with commentators on NASA TV noting that the Soyuz craft had landed in an upright position.

Molecular biologist Rubins and Onishi were both returning from their first missions in space, while flight commander Ivanishin undertook a five-month mission at the ISS five years ago.
   
Footage from the landing site on NASA television showed Rubins smiling after she was hoisted out last from the Soyuz descent module.
   
“Everybody is feeling wonderful,” said Ivanishin, who emerged first from the craft, in comments translated from Russian.
   
After they are flown to the Kazakh city of Karaganda, Ivanishin will head to Star City just outside Moscow for post-mission work, while Rubins and Onishi will fly to Houston.
   
Their journey back to Earth marks the first complete mission to and from the orbital lab for a new generation of Soyuz spacecraft with upgraded features.
   
The trio’s arrival at the ISS was delayed by two weeks as Russian space officials carried out further software tests on the modified Soyuz MS-01 vehicle.
   
Rookie Rubins’ participation in the mission generated particular excitement after NASA announced plans for the career scientist to sequence DNA aboard the ISS in a world first.
   
In August Rubins successfully sequenced samples of mouse, virus and bacteria DNA using a device called MinION while Earth-based researchers simultaneously sequenced identical samples.
   
NASA said the biomolecule sequencer investigation could help to identify potentially dangerous microbes aboard the ISS and diagnose illnesses in space.