MORFdb
@morfdb.bsky.social
MORF is a web-based platform for visualising bioinformatics and bioprocessing data.
Exciting research from the Mackinder lab reveals how photosynthetic cells reorganize key components to adapt and thrive.
We’re proud to host their high-quality dataset in MORF, making it accessible to the wider research community.
Read the full story: www.york.ac.uk/biology/abou...
We’re proud to host their high-quality dataset in MORF, making it accessible to the wider research community.
Read the full story: www.york.ac.uk/biology/abou...
MORF
morf-db.org
March 14, 2025 at 8:29 AM
Exciting research from the Mackinder lab reveals how photosynthetic cells reorganize key components to adapt and thrive.
We’re proud to host their high-quality dataset in MORF, making it accessible to the wider research community.
Read the full story: www.york.ac.uk/biology/abou...
We’re proud to host their high-quality dataset in MORF, making it accessible to the wider research community.
Read the full story: www.york.ac.uk/biology/abou...
Kicking off our BlueSky account with this article about the potential for digital technologies to transform biotech: www.digit.fyi/comment-how-...
And it features MORF! morf-db.org
@gavinhthomas.bsky.social
And it features MORF! morf-db.org
@gavinhthomas.bsky.social
Comment | How Next Gen Tech Can Power Scotland’s Bioeconomy
Neil Renault explores how digital tools like AI and VR are transforming biotechnology, and accelerating drug discovery.
www.digit.fyi
November 20, 2024 at 12:01 PM
Kicking off our BlueSky account with this article about the potential for digital technologies to transform biotech: www.digit.fyi/comment-how-...
And it features MORF! morf-db.org
@gavinhthomas.bsky.social
And it features MORF! morf-db.org
@gavinhthomas.bsky.social