Russia’s Progress 67 (67P) cargo craft is orbiting Earth and on its way to the International Space Station Friday morning carrying over three tons of food, fuel and supplies. Meanwhile, the three member Expedition 52 crew researched a variety of space science on Thursday while preparing for the arrival of the 67P.
Commander Fyodor Yurchikhin and Flight Engineer Jack Fischer will monitor the automated docking of the 67P to the Zvezda service module Friday at 7:42 a.m. EDT. NASA TV will broadcast live the resupply ship’s approach and rendezvous beginning at 7 a.m. The 67P’s docking will mark four spaceships attached to the space station.
Fischer spent the morning photographing mold and bacteria samples on petri dishes as part of six student-led biology experiments that are taking place inside a NanoRacks module. In the afternoon, he removed protein crystal samples from a science freezer, let them thaw and observed the samples using a specialized microscope.
Flight Engineer Peggy Whitson tended to rodents Thursday morning cleaning their habitat facilities and restocking their food. In the afternoon, she moved to human research swapping out samples for the Cardiac Stem Cells study that is exploring why living in space may accelerate the aging process.
The launch of the SpaceX Falcon 9 rocket and the Dragon cargo craft was scrubbed today because of lightning in the vicinity of the launch pad. The next launch opportunity for SpaceX is on Saturday, June 3 at 4:07pm Central time, 5:07pm Eastern time. NASA TV coverage will begin at 3:30pm CT, 4:30pm ET.
This clears the way for the Orbital ATK Cygnus cargo craft to be unberthed from the nadir port of Unity on Sunday, June 4. NASA TV coverage on Sunday of Cygnus’ departure will begin at 0730 CT. Release of Cygnus is scheduled at 0810 CT. Cygnus will remain in orbit for a week in support of scientific experiments and will deorbit on Sunday, June 11.
A launch of the SpaceX Dragon cargo craft Saturday will result in its arrival at the ISS on Monday, June 5 for a capture at 0900 CT. NASA TV coverage will begin at 0730 CT. There will be no installation coverage.
The Expedition 51 crew members are awaiting a new space shipment and getting ready for new science experiments. The crew is also preparing for the departure of a pair of International Space Station flight engineers.
The Falcon 9 rocket that will launch the SpaceX Dragon cargo craft to space is resting at its launch pad today at the Kennedy Space Center in Florida. Dragon will lift off Thursday at 5:55 p.m. EDT on a three-day trip to the station’s Harmony module.
Inside the commercial space freighter is nearly 6,000 pounds of crew supplies, station hardware and science experiments. One of those experiments, Cardiac Stem Cells, will research how stem cells affect cardiac biology and tissue regeneration in space. The station’s Microgravity Science Glovebox is being readied for the study which may provide insight into accelerated aging due to living in microgravity.
On Friday, cosmonaut Oleg Novitskiy will command the Soyuz MS-03 spacecraft to return him and European Space Agency astronaut Thomas Pesquet back to Earth after 196 days in space. The two crew members are packing their spacecraft with research samples, hardware and personal items for the near 3.5 hour ride home. The duo will undock from the Rassvet module at 6:47 a.m. EDT. They will then parachute to a landing in Kazakhstan at 10:10 a.m. (8:10 p.m. Kazakh time).
Expedition 51 is wrapping up a week of ongoing research into how living in space affects an astronaut’s brain and vision. The International Space Station also boosted its orbit ahead of crew and cargo missions coming and going in June.
NASA astronaut Jack Fischer strapped himself in a device for the NeuroMapping experiment today that tests how the human brain structure and function changes in space. The study also compares brain changes, motor control and multi-tasking when an astronaut is in a free-floating state.
Doctors have noted how microgravity causes a headward fluid shift of blood and other body fluids. As a result, astronaut’s experience face-swelling and elevated head pressure.
The Fluid Shifts study is exploring a way to offset the upward flow using unique suit known as the Lower Body Negative Pressure suit. Commander Peggy Whitson wore the suit today and underwent ultrasound scans and eye checks to help scientists determine its effectiveness against lasting changes in vision and eye damage.
The space station is orbiting a little higher above Earth this week to prepare for the departure of two crew members on June 2. The SpaceX Dragon is due to launch June 1 and arrive at the station three days later. Mission managers are working a plan dependent on an on-time Dragon launch that could see the Orbital ATK Cygnus cargo craft depart in early June or mid-July.
The week’s final set of CubeSats were deployed today from outside the Japanese Kibo lab module’s airlock. Inside the International Space Station, the Expedition 51 crew continued exploring microgravity’s effects on muscles, bone cells and vision.
Over a dozen CubeSats were ejected into Earth orbit this week outside the Kibo module to study Earth and space phenomena for the next one to two years. Today’s constellation of tiny satellites will explore a variety of subjects including hybrid, low temperature energy stowage systems and the upper reaches of Earth’s atmosphere known as the thermosphere.
Commander Peggy Whitson started her morning with eye checks for the Fluids Shifts study to determine how weightlessness affects eyes. That same study is also analyzing the Lower Body Negative Pressure suit for its ability to offset the upward flow of blood and other body fluids possibly affecting crew vision. Cosmonaut Fyodor Yurchikhin assisted European astronaut Thomas Pesquet into the unique suit today that draws fluids into the lower body preventing face-swelling and elevated head pressure.
More bone cell samples were inserted into a science freezer during the crew’s afternoon. The samples are part of the OsteoOmics experiment researching the mechanisms that drive bone loss in space. Results may impact therapies benefitting astronaut health and those suffering bone diseases on Earth.
New station crew member Jack Fischer is studying how high intensity, low volume exercise may improve muscle, bone and cardiovascular health in space. He scanned his thigh and calf muscles with an ultrasound device to help doctors understand the impacts of the new exercise techniques.
The International Space Station is an orbiting platform to continuously explore a wide variety of space science both inside and outside the orbital lab to benefit humans and industry.
For example, the five Expedition 51 crew members continued helping scientists understand what happens to the body when living in outer space. Also, more CubeSats were ejected into orbit today to study a wide variety of phenomena.
Wednesday marked the third day the crew has worked on the Genes in Space studies, with both the second and third iteration taking place this week. Genes in Space-2 is looking at telomere changes in space which contributes to understanding how spaceflight affects telomere length and, in turn, astronaut health on future space missions. Genes in Space-3 seeks to establish a robust, user-friendly deoxyribonucleic acid (DNA) sample preparation process to enable biological monitoring aboard the International Space Station (ISS).
Today was Commander Peggy Whitson’s turn to try on a unique suit that reverses the upward flow of fluids in astronaut’s body. The Lower Body Negative Pressure suit is being examined for its ability to counteract the effects of weightlessness and keep astronaut’s healthy.
Flight Engineers Oleg Novitskiy and Jack Fischer, in conjunction with doctors on Earth, participated in today’s Fluid Shifts study and scanned Whitson’s arteries with an ultrasound device. Results from this experiment may help doctors develop therapies to prevent lasting changes in vision and eye damage.
Japan’s Kibo lab module contains a small satellite deployer that was extended outside its airlock this week to eject numerous types of Cubesats safely into space. Today’s collection of CubeSats now orbiting Earth will study the Earth’s thermosphere properties and test experimental radar systems for up to two years.
New CubeSats were deployed into outer space from the International Space Station today to study Earth and space phenomena. Meanwhile, back inside the station the Expedition 51 crew continued exploring how the human body adapts to living in space.
Ground controllers commanded a small satellite deployer to eject six Cubesats from outside the Japanese Kibo lab module. The tiny shoebox-sized satellites will orbit Earth observing the Earth’s upper atmosphere and interstellar radiation left over from the Big Bang.
Just after the Cubesats began their mission, three Expedition 51 crew members continued exploring how to reverse the upward flow of fluids in astronaut’s body. Flight Engineers Thomas Pesquet and Oleg Novitskiy tested a special suit that may offset the effects of microgravity possibly alleviating eye and head pressure. The duo also conducted eye checks with assistance from veteran cosmonaut Fyodor Yurchikhin and support from doctors on the ground.
Commander Peggy Whitson was back in the U.S. Destiny lab studying how bones adjust to weightlessness. She was inserting bone cell samples into a science freezer for analysis on Earth. Scientists are studying the mechanisms that drive bone loss in space with potential benefits for the treatment of bone diseases on Earth.
The Expedition 51 crew members are back at work today on human research after a historic 200th spacewalk at the International Space Station on Friday. More Cubesats also are being prepared for deployment outside the Japanese Kibo lab module this week.
Commander Peggy Whitson continued studying bone cells using the Microgravity Science Glovebox research facility. She swapped out bone cell samples inside the glovebox and stowed them inside a science freezer to be analyzed later back on Earth. The experiment may help doctors treat bone diseases on Earth and keep astronauts strong and healthy in space.
Flight Engineers Jack Fischer, Fyodor Yurchikhin and Oleg Novitskiy tested a unique suit that reverses the upward flow of fluids in an astronaut’s body. Fluid Shifts is a joint NASA-Russian experiment that investigates the causes of lasting physical changes to astronauts’ eyes. Results from this study may help to develop preventative measures against lasting changes in vision and eye damage. Fischer and Novitskiy wore the Lower Body Negative Pressure suit undergoing fluid pressure checks and ultrasound scans. Yurchikhin and ground support personnel assisted the duo.
Fischer started his day loading a CubeSat deployer in the Kibo lab module’s airlock. The deployer will be extended outside the airlock into the vacuum of space and eject more CubeSats studying a variety of Earth and space phenomena.
The Expedition 50 crew began activating new science experiments delivered last week aboard the SpaceX Dragon. The various life science studies will study bones and muscles, stem cells, botany and protein crystals.
Rodents delivered aboard Dragon were placed in their habitats over the weekend for the Rodent Research-4 study. That experiment is observing how bone and tissue regenerate in microgravity.
Stem cells were also unloaded from Dragon and stowed in a science freezer. The crew will research the replication of stem cells which may benefit clinical trials on Earth for new disease treatments. Astronaut Peggy Whitson used a specialized microscope to view the stem cells as the experiment got under way over the weekend.
The crew is also exploring how plants grow in space in order to provide food and oxygen for future long-duration missions. Plant samples were removed from a science freezer and placed in the Veggie facility for growth and observation. The spaceflight environment can change a plant’s genetic expression and growth pattern.
High-quality crystals are being grown on the International Space Station that otherwise couldn’t be grown on Earth due to gravity. The crystal samples are being studied for the Light Microscopy Module Biophysics-1 experiment to help researchers design new disease-fighting drugs.
BEAM was opened for a short time Thursday so the crew could install sensors inside the expandable module. The Expedition 50 space residents also explored how the body changes shape and how to prevent back pain during long-term missions.
BEAM, the Bigelow Expandable Activity Module, had its hatches opened temporarily so astronaut Peggy Whitson could install temporary sensors and perform a modal test, which has the astronaut use their fist to impart loads on the module. The sensors are measuring the resulting vibrations and how the module holds up to impacts. BEAM is an expandable habitat technology demonstration, which is a lower-mass and lower-volume system than metal habitats and can increase the efficiency of cargo shipments, possibly reducing the number of launches needed and overall mission costs.
Whitson also joined Commander Shane Kimbrough for body measurements to help NASA understand how living in space changes an astronaut’s physical characteristics. The duo collected video and imagery and measured chest, waist, hip arms and legs to help researchers learn how physical changes impact suit sizing.
An experimental suit called the SkinSuit is being studied for its ability to offset the effects of microgravity and prevent lower back pain and the stretching of the spine. Flight Engineer Thomas Pesquet wore the SkinSuit today and documented his comfort, range of motion and other aspects of the suit.