S.A.
@s-ando-biophysics.bsky.social
Reposted by S.A.
Take a look at our March issue! tinyurl.com/3m893ddu
The cover shows a structure of a DNA/RNA heteroduplex crystallized in a microgravity environment in space. How does it compare with that obtained on Earth? Find out at tinyurl.com/uxdncu9v
The cover shows a structure of a DNA/RNA heteroduplex crystallized in a microgravity environment in space. How does it compare with that obtained on Earth? Find out at tinyurl.com/uxdncu9v
February 27, 2025 at 2:55 PM
Take a look at our March issue! tinyurl.com/3m893ddu
The cover shows a structure of a DNA/RNA heteroduplex crystallized in a microgravity environment in space. How does it compare with that obtained on Earth? Find out at tinyurl.com/uxdncu9v
The cover shows a structure of a DNA/RNA heteroduplex crystallized in a microgravity environment in space. How does it compare with that obtained on Earth? Find out at tinyurl.com/uxdncu9v
Reposted by S.A.
Shin Ando et al.: The first report of structural analysis of a nucleic acid using crystals grown in space ##XRayCrystallography##NucleicAcids##Microgravity... ##IUCrhttps://journals.iucr.org/paper?S2053230X25000810
The first report of structural analysis of a nucleic acid using crystals grown in space
The first structural analysis of a nucleic acid using crystals obtained under microgravity crystallization in space is reported. A DNA/RNA heteroduplex was successfully crystallized in a microgravity environment, improving the size and appearance of the crystals compared with crystals obtained on Earth.
journals.iucr.org
February 13, 2025 at 1:00 AM
Shin Ando et al.: The first report of structural analysis of a nucleic acid using crystals grown in space ##XRayCrystallography##NucleicAcids##Microgravity... ##IUCrhttps://journals.iucr.org/paper?S2053230X25000810