Kosmos 605 (Russian: Космос 605), or Bion 1, was a Bion satellite. Kosmos 605 was the first of eleven Bion satellites.
Names | Bion 1 Biocosmos 1 Biokosmos 1 |
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Mission type | Bioscience |
Operator | Institute of Biomedical Problems |
COSPAR ID | 1973-083A [1] |
SATCAT no. | 06913 |
Mission duration | 21.5 days |
Spacecraft properties | |
Spacecraft | Bion 1 |
Spacecraft type | Bion |
Manufacturer | TsSKB |
Launch mass | 5,500 kg (12,100 lb) |
Landing mass | 900 kg (2,000 lb) |
Start of mission | |
Launch date | 31 October 1973, 18:24:59 UTC |
Rocket | Soyuz-U s/n A15000-004 |
Launch site | Plesetsk, Site 43/3 |
Contractor | TsSKB |
End of mission | |
Disposal | Recovered |
Landing date | 22 November 1973, 07:12 UTC |
Landing site | 53°29′N 65°27′E Sarykol, Kazakhstan, Soviet Union |
Orbital parameters | |
Reference system | Geocentric orbit[2] |
Regime | Low Earth orbit |
Perigee altitude | 221 km (137 mi) |
Apogee altitude | 424 km (263 mi) |
Inclination | 62.80° |
Period | 90.70 minutes |
Bion Bion 2 → |
Kosmos 605 was launched by a Soyuz-U rocket flying from Site 43/3 at the Plesetsk Cosmodrome in the Soviet Union. The satellite was initially launched in a low Earth orbit with a perigee of 221 km (137 mi) and an apogee of 424 km (263 mi) with an orbital inclination of 62.80° ant an orbital period of 90.70 minutes.[2]
The spacecraft orbited the Earth for 21 days until its biological capsule returned to Earth on 22 November 1973 in a region of northwestern Kazakhstan.[3] It carried several dozen male rats (possibly 25 [4] or 45 [5]), six Russian tortoises (Agrionemys horsfieldii) [1] (each in a separate box), a mushroom bed, flour beetles (Tribolium confusum[5]) in various stages of their life cycle, and living bacterial spores. It provided data on the reaction of mammal, reptile, insect, fungal, and bacterial forms to prolonged weightlessness.[1]
After returning, the animals found several functional changes, such as decreased body temperature, difficulty breathing, muscle atrophy, decreased bone mechanical strength and decreased mass of some internal organs and glands. No pathological changes were found. 3–4 weeks after landing, most of these changes receded and the animals returned to normal. In the experiment, for the first time, a second generation of insects was obtained whose weightlessness was developed. No differences were detected between the second and the first generation. The influence of space conditions on the development of fungi was also found. Growing up in a weightless state, they created a very thin and extremely bent leg and a more massive mycelium than on Earth. Kosmos 605 also tested means of protection against ionizing radiation.[6]
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Bion/Bion-M satellites | |
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Bion precursor flight |
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Bion flights | |
Bion-M |
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(Kosmos number in brackets) |
← 1972 · Orbital launches in 1973 · 1974 → | |
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Luna 21 (Lunokhod 2) | Kosmos 543 | Kosmos 544 | Kosmos 545 | Kosmos 546 | Kosmos 547 | Molniya-1 No.31 | Kosmos 548 | Prognoz 3 | Kosmos 549 | Kosmos 550 | Kosmos 551 | OPS 6063 | OPS 8410 | Meteor-M No.29 | Kosmos 552 · Nauka-16KS No.2L | Salyut 2 | Molniya-2-5 | Pioneer 11 | Kosmos 553 | Kosmos 554 | Interkosmos 9 | Anik A2 | Unnamed | Kosmos 555 · Nauka-14KS No.2 | Kosmos 556 | Kosmos 557 | Skylab | OPS 2093 | Kosmos 558 | Kosmos 559 | Unnamed | Kosmos 560 | Unnamed | Skylab 2 | Kosmos 561 · Nauka-9KS No.1 | Meteor-M No.27 | Kosmos 562 | Kosmos 563 | Kosmos 564 · Kosmos 565 · Kosmos 566 · Kosmos 567 · Kosmos 568 · Kosmos 569 · Kosmos 570 · Kosmos 571 | Kosmos 572 | Explorer 49 | OPS 6157 | Kosmos 573 | Kosmos 574 | Kosmos 575 | OPS 4018 | Kosmos 576 | Unnamed | Molniya-2-6 | OPS 8261 | ITOS-E | Mars 4 | Kosmos 577 | Mars 5 | Skylab 3 | Kosmos 578 | Mars 6 | Mars 7 | OPS 8364 | Kosmos 579 | OPS 7724 | Kosmos 580 | Intelsat IV F-7 | Kosmos 581 | Kosmos 582 | Molniya-1-24 | Kosmos 583 | Kosmos 584 | Kosmos 585 | Kosmos 586 | Unnamed | Kosmos 587 | Soyuz 12 | OPS 6275 | Kosmos 588 · Kosmos 589 · Kosmos 590 · Kosmos 591 · Kosmos 592 · Kosmos 593 · Kosmos 594 · Kosmos 595 | Kosmos 596 | Kosmos 597 | Kosmos 598 | Kosmos 599 | Kosmos 600 | Kosmos 601 | Molniya-2-7 | Kosmos 602 | Explorer 50 | Kosmos 603 | Kosmos 604 | Transit-O 20 | Interkosmos 10 | Kosmos 605 | Kosmos 606 | Mariner 10 | NOAA-3 | Kosmos 607 | OPS 6630 · OPS 6630/2 · OPS 7705 | Molniya-1 No.32 | Skylab 4 | Kosmos 608 | Kosmos 609 | Kosmos 610 | Kosmos 611 | Kosmos 612 | Kosmos 613 | Molniya-1-26 | Kosmos 614 | Kosmos 615 | OPS 9433 · OPS 9434 | Explorer 51 | Kosmos 616 | Soyuz 13 | Kosmos 617 · Kosmos 618 · Kosmos 619 · Kosmos 620 · Kosmos 621 · Kosmos 622 · Kosmos 623 · Kosmos 624 | Kosmos 625 | Molniya-2-8 | Oreol 2 | Kosmos 626 | Kosmos 627 | |
Payloads are separated by bullets ( · ), launches by pipes ( | ). Crewed flights are indicated in underline. Uncatalogued launch failures are listed in italics. Payloads deployed from other spacecraft are denoted in (brackets). |
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