Three decades of work show manipulating RuBP regeneration improves photosynthesis and yield. This week in a @NewPhyt Tansley Insight, @rainc_CAR1 reminds us there is still much more to learn about the CBB cycle and plenty of room for improvement :
👉 https://t.co/inqb3CL7Bu
To meet future global food supply demands, a team of Illinois researchers tested the potential for increased plant productivity and intrinsic water-use efficiency through the overexpression of ictB in field-grown tobacco 🌱
📗: https://t.co/bz6UctFyQp
📘: https://t.co/eZXpmFlSOi
What happens if you perturb the shuttling of NAD(P)H💥 and ATP⚡️ between plant organelles? We targeted connection points chloroplast-cytosol-mitochondria and found changes to the NADH/NAD+ ratios in the dark in tobacco leaves🌱. Out today @JPlantPhysiol!
https://t.co/3fjJ2gxDps
Congratulations to Tracy Lawson @webofscience highly cited list- @DrTracyLawson@Uni_of_Essex recognising your pioneering work on stomata and the development of new technologies in plant physiology
Check out my lockdown project below. Not getting into the lab meant I had the time to think about how Calvin Cycle enzyme regulation differs between C3 and C4 species. Check it out here:
https://t.co/9Vi2OA6S2O
Super happy to see this paper out! Not to be missed!
Well done @ScienceChidi and @rainc_CAR1!
Insights Into the Regulation of the Expression Pattern of Calvin-Benson-Bassham Cycle Enzymes in C3 and C4 Grasses https://t.co/JlfaBKUHfK