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Launch prep this week from NASA's Kennedy Space Center for the Kidney Cells payload enroute to the International Space Station! ~20 mil Americans suffer from chronic kidney disease, we are proud to have our team and hardware supporting this project! UW School of Pharmacy NCATS ISS Research ISS National Lab

The next #Cygnus cargo mission to the station will deliver over 2,300 pounds of new science experiments including a muscle study and 3-D printing investigation. #SpaceToGround

Matt and Matthew checking the Cardinal Muscle kits before they shipped out ahead of the upcoming launch on August 10th from @Nasa_Wallops. Cardinal Muscle will study engineered human muscle cells to determine if they can be used to more rapidly test treatments for muscle loss.

The S.S. Ellison Onizuka has successfully launched from @Nasa_Wallops and Cardinal Muscle is on its way to the ISS Research where muscle loss research championed by Ngan F Huang, PhD of Stanford University will soon be underway, stay tuned!

Our CU Boulder 🦬 CU Boulder Engineering 🦬 students gathered yesterday to cheer on the launch carrying Cardinal Muscle! As a part of our team they learn about and contribute in big ways to every payload we manage. #BeBoulder

Everyday Astronaut Very cool! We at BioServe Space Technologies have sent yeast on #SpaceShuttle and to #ISS multiple times. In fact, we are soon sending yeast around the Moon on Artemis I, together with our collaborators, in our Deep Space Radiation Genomics experiment. Go yeast! colorado.edu/faculty/zea-lu…

The third day of the Cardinal Muscle operations kicked off around 2:50 AM this morning here in Boulder (8:50 AM up on the International Space Station .) Today we worked with Megan McArthur and Thomas Pesquet to perform BioCell media exchanges, job well done to everyone!

🏋️ A very cool flex💪 Megan McArthur & I working on the Cardinal Muscle experiment that could help slow age-related muscle loss on Earth. #MissionAlpha ISS Research

Microgravity speeds up bone and muscle loss, allowing us to study such conditions faster in space than on Earth. I’m working on the Cardinal Muscle experiment, which could pave the way for quicker testing of muscle loss treatments! go.nasa.gov/3slv3Jq

The study tests human skeletal muscle cells from donors on Earth. The cells form a 3D early stage muscle fiber here on International Space Station in the BioCell unit. Mark T. Vande Hei uses a microscope to allow researchers on Earth to observe and track the cellular transition.

On Aug. 28 at 3:37 a.m. ET, SpaceX's cargo Dragon spacecraft will launch to the International Space Station to deliver new science investigations, supplies and equipment for the international crew. 📺 Prelaunch events start on Aug. 27. Here's how you can tune in: go.nasa.gov/3z8G4QY

Yesterday Luis Zea represented us on a panel with Bill Nelson about how small businesses help NASA reach their goals! They discussed how our work aids the future of human space exploration all while bringing benefits back to people on Earth! #SpaceSymposium

NASA Administrator highlights contributions of Colorado industry and academia - SpaceNews spacenews.com/nasa-administr…

Proud beyond words to see my first Ph.D. student, Pame Flores, win 1st place on the Technical Merit #ASGSR2021 Art competition and 3rd place on graduate poster, both based on her #biofilms work on #ISS! Go Pame!! 🚀 ✨ MCDB at CU Boulder💉😷🧬 BioServe Space Technologies CU Boulder Engineering 🦬

New research announcements out from ISSNL and NSF: issnationallab.org/iss360/space-b… issnationallab.org/iss360/nsf-cas… BioServe has extensive expertise supporting technology development and tissue engineering on board the ISS. Contact us today!

A window in the newly added Russian module offers this view of the International Space Station. That’s me in the Cupola, taking in the sights of our spectacular planet.

x.com/SpaceLuisZea/s…

Immunosenescence, an NIH NCATS sponsored research project studying the effects of microgravity/aging on the immune system, is all buttoned up and getting loaded into the rocket! Go SpaceX CRS-25! #UCSF , #BioServeST,

Engineered Heart Tissue-2 (EHT-2) is scheduled to launch to the ISS Tuesday evening on board SpaceX CRS 27. Sponsored by NIH NCATS, NASA and the ISSNL in partnership with BioServe, John’s Hopkins University, Brown University and University of Washington.

NASA throw back day at BioServe! We are gearing up for our payloads launching on NG-19.