Great to see this out. Well done @CassieBakshani - clues to improved cleaning of complex food soils using enzymes. A fruitful industrial PhD project with @njlant, @fi_cuskin , William Willats and Hamish Yau @UniofNewcastle@ProcterGamble@MBB_Ncl
https://t.co/srYQSDLs1W
In a change of topic from recent posts, why not read about some of our other work. Turning algae into designer carbon capture living materials. Fighting climate change one cell at a time. @SciencesNCL
@NCLDoveMarine@UniofNewcastle https://t.co/eIyUd2VwRy
PhD studentship opportunity in my lab in collaboration with @CJStewart7 and Thermofisher scientific, characterizing HMOs in breast milk and their degradation by Bifidobacterium. Project info here https://t.co/o4Yw3xvyK9
PhD available jointly between Newcastle and Northumbria Universities.
OP2352 - Gary Caldwell, NCL - Investigating the bi-directional impacts of dredging on seagrass restoration in the River Tees estuary.pdf https://t.co/1JAO98v7dW
I‘m really pleased to have had the opportunity to present my project today at the #synbio conference #sbuk2022 hosted by @BiochemSoc. I’ve seen so many great presenters and met exciting people over the last two days! What a supportive community. #BiochemEvent
🆕We've written to @DefraGovUK Secretary of State @ThereseCoffey about Sealife Mortality off the North East Coast of England🦀
https://t.co/oB9oVuEmA5
📖Read the transcript of our hearing
https://t.co/zcbhHKttvn
📺or watch it on https://t.co/fNIffnhg06
https://t.co/xVacSwT3ot
We have been using Golden Gate cloning since the @cidar_lab MoClo toolkit came out; since then, loads of new kits and standards have been published. @JasBird1223 and @andrewgiachino have a new review out surveying the current state of Golden Gate: https://t.co/3jGv4hUw1N
LEC Plant and Crop Science seminar series relaunch today with Dr Patricia Lopez-Calcagno's talk on #photosynthesis@LancsUniLEC
Thanks @JXBot for the support! 🌱🌾
Could SBPase overexpression increase C4 photosynthesis? We haven’t found significant effects on CO2 assimilation in Setaria with higher SBPase content at different CO2, irradiance or temperatures. We discuss metabolic differences between C3 and C4 plants that might explain this.
Increased sedoheptulose-1,7-bisphosphatase content in Setaria viridis does not affect C4 photosynthesis(Maria Ermakova, Patricia E Lopez-Calcagno, Robert T Furbank, Christine A Raines, Susanne von Caemmerer) https://t.co/sfAhqKgQD4 #PlantSci@ASPB
NEWS - The science of how plants register trauma catches a new wave
Researchers give longstanding theories on how plants rely on calcium waves to respond to wounds and other stresses a fresh perspective @BBSRC@NorwichResearch @pd_christine @Annalisa_Be
https://t.co/mylzNniprN