Unraveling design principles of protein landscapes in photosynthetic membranes in plant chloroplasts | Science Advances https://t.co/6dPp5RFczy @ScienceAdvances
Researchers in @PurdueBiochem's studies on the photosystem II protein complex, published in @CellPressNews, could lead to more efficient photosynthetic light energy conversion in plants. https://t.co/aGCm6jlNu9
Every synthetic biologist, every biochemist, when they dream, will sometimes hear a voice calling
A whisper on the wind, as impossible as infinity, as sweet as the ambrosia of the very Gods
"Engineer RuBisCo"
And this paper takes us one step closer
https://t.co/xS0ns6UGlY
This year, with a bit of breeding and CRISPR, I upgraded the roses to be larger and more beautiful 🪄✨
These look like a completely different species, but have the genetic backbone of Arabidopsis 😎 (5/7)
My second favorite mutation in A. thaliana goes to immutans 🌱
We’ve all seen variegation—the striking appearance of different colors in plant parts, often forming fascinating patterns. While several A. thaliana mutants show variegation, immutans is unique… 🧵
🍂NEW VIDEO🍂
All through Autumn, trees race against time to recycle their chlorophyll--and basically everything else in their leaves.
But why go through all this effort?
The answers are honestly mind-blowing:
rendered in #blender3d using @bradyajohnston's #molecularnodes
Wonderful news! Parafilm M rules!
Very well-deserved recognition after helping so many other #NobelPrize winners achieve their breakthroughs! Congratulations @ParafilmM
Sienna Ogawa loves the spirit of discovery. A self-described “ideas person," the PhD candidate in @PurdueBPP wants to learn something about plants that nobody has before through her research and teaching. https://t.co/TXSUx4EyxZ
Proud to announce that I defended my thesis this past week. A HUGE thanks to all of those who have helped me to accomplish this milestone in my life! Boiler up! @PurdueBiochem@PurdueCPB
A microscopic species of algae is disrupting entire ecosystems around the world. Associate professor of @PurdueBiochem Jennifer Wisecaver's findings on the genetic diversity of the organism could help better predict when toxic blooms occur. https://t.co/44qyc0KdHp
Cryo-EM structure of a plant photosystem II supercomplex with light-harvesting protein Lhcb8 and α-tocopherol | Nature Plants @NaturePlants https://t.co/rcPSAhenRl