Sojuz MS-01

[mss]

Całość transmisji Roskosmosu (3:39:42)

[mss]

Jeszcze trochę fotografii:

1) http://www.facebook.com/Roscosmos/photos/?tab=album&album_id=1761967160724630

2) http://fotografersha.livejournal.com/812989.html

3) http://fotografersha.livejournal.com/812253.html

4) http://fotografersha.livejournal.com/811903.html

5) http://www.energia.ru/ru/iss/iss48/photo_07-07.html   

[mss]

Dzisiejszy start z innej perspektywy:

[robinson]

Fajne , można zobaczyć jak działa rakieta soyuz

[kanarkusmaximus]

Naprawdę ciekawe nagranie!

Czy coś wiadomo odnośnie cumowania do ISS? Czy będzie ono jakieś "inne" od poprzednich?

[juram]

Podobało mi się, choć to w większości animacja, lecz czytelnie przedstawiono podstawowe etapy pracy rakiety nośnej. Nie wiedziałem, że system ratunkowy ( ros. CAC), oddziela się tak wcześnie.

[NilQ]

Start w 360°, żeby nie było nudno jakaś budka fajnie się przewraca

[mss]

Czy coś wiadomo odnośnie cumowania do ISS? Czy będzie ono jakieś "inne" od poprzednich?

Z powodu pierwszego eksperymentalnego lotu Sojuza MS cumowanie ma być wykonane automatycznie w cyklu 48 godzinnym na 34 orbicie. Wspomagać ją będą rosyjscy kosmonauci obecni na MSK. Zobaczymy jak będzie przebiegać, gdyż ostatnio z Progressem MS cumowanie nie obyło się bez drobnych problemów.

Zaplanowane jest na sobotę 9.07, o godzinie 06:12 CEST po ponad 50,5 godzinie lotu.

Więcej na stronie MCC-M: http://www.mcc.rsa.ru/sojuz_mc01/start.htm oraz schemat:

[kanarkusmaximus]

Połączenie z ISS jutro kilkanaście minut po 6 rano. Czy będą chętni do oglądania?

[mss]

Z powodu udanego dokowania do MSK i przejścia na pokład MSK załoga MSK ponownie w 6 osobowym składzie.
Dalsze opisy w wątku o MSK. Wątek do zamknięcia.

[mss]

Rick Mastracchio ‏@AstroRM
Here is what a Soyuz launch looks like from the International Space Station @NASA

[mss]

[mss]

Planowany powrót na Ziemię 30.10.2016:

[Orionid]

60-ta kobieta w kosmosie przygotowuje się do powrotu na Ziemię.

Oct. 28, 2016
NASA Astronaut Kate Rubins Prepares For the Journey Home

NASA astronaut Kate Rubins is pictured inside of the Soyuz MS-01 spacecraft while conducting routine spacesuit checks. Rubins, suited up in a Russian Sokol Launch and Entry suit, was conducting leak checks in advance of her upcoming landing along with Japan Aerospace Exploration Agency astronaut Takuya Onishi and cosmonaut Anatoly Ivanishin of the Russian space agency Roscosmos. The trio are scheduled to undock their Soyuz spacecraft from the space station at 8:37 p.m. EDT Saturday, Oct. 29, 2016, and land in Kazakhstan at 11:59 p.m. (9:59 a.m. Oct. 30, Kazakhstan time).

Their return will wrap up 115 days in space for the crew since their launch in July. Together, the Expedition 49 crew members pursued hundreds of experiments in biology, biotechnology, physical science and Earth science aboard the orbiting laboratory.

http://www.nasa.gov/image-feature/nasa-astronaut-kate-rubins-prepares-for-the-journey-home

[Orionid]

Grzyby szczepu Aspergillus fumigatus , które były badane na ISS przystosowały się do lokalnego środowiska.
Były jednocześnie prowadzone badania porównawcze na Ziemi.

What happens to a pathogenic fungus grown in space?
October 26, 2016

A new study, published this week in mSphere, provides evidence that Aspergillus fumigatus, a significant opportunistic fungal threat to human health, grows and behaves similarly on the International Space Station compared with earth.

The study provides important information that can help with space exploration. As the durations of manned space missions increase, it is vitally important to understand the long-term consequences of microbial exposure on human health in closed human habitats.

One mission of the Microbial Observatory Experiments on the International Space Station is to examine the traits and diversity of fungal isolates, to gain a better understanding of how fungi may adapt to microgravity environments and how this may affect interactions with humans in closed habitats. In the new study, led by Benjamin Knox, a microbiology graduate student at University of Wisconsin-Madison, scientists compared two isolates of A. fumigatus that were isolated from the International Space Station to reference isolates from earth.

Through in vitro, in vivo, and genetic analyses, the researchers discovered that the isolates recovered from the space station exhibited normal in vitro growth and chemical stress tolerance, and there were no unexpected genetic differences. The strains in space were slightly more lethal in a vertebrate model of invasive disease, but there was nothing to suggest that as a consequence of spending time in space, there were any significant changes to the fungus.

"While we observed virulence differences, we speculate that it is completely within the variation that one would observe with terrestrial isolates," said Mr. Knox. "There is an emerging body of literature showing a terrific phenotypic variation in A. fumigatus."

Since A. fumigatus is the most significant airborne opportunistic mold pathogen of humans, it is likely to be an issue on space vessels. "For people wanting to draft policy, either sampling or cleaning regimes aboard these space vessels, the study shows that if a fungus is identified as A. fumigatus, any and all isolates represent potential pathogens and should be treated as such," said Mr. Knox.

http://phys.org/news/2016-10-pathogenic-fungus-grown-space.html